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60947bfdfd656c7a5daa8b00e0e0dd2beebf7351
perfect-dark/src/game/propobj.c
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Ryan Dwyer 60947bfdfd Remove hi-res video option
2023-05-02 14:16:53 +10:00

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#include <ultra64.h>
#include "constants.h"
#include "game/bondmove.h"
#include "game/bondwalk.h"
#include "game/cheats.h"
#include "game/chraction.h"
#include "game/chrai.h"
#include "game/dlights.h"
#include "game/nbomb.h"
#include "game/playerreset.h"
#include "game/chr.h"
#include "game/prop.h"
#include "game/setuputils.h"
#include "game/propsnd.h"
#include "game/objectives.h"
#include "game/game_096360.h"
#include "game/atan2f.h"
#include "game/acosfasinf.h"
#include "game/quaternion.h"
#include "game/floor.h"
#include "game/ceil.h"
#include "game/bondgun.h"
#include "game/gunfx.h"
#include "game/game_0b0fd0.h"
#include "game/modelmgr.h"
#include "game/tex.h"
#include "game/camera.h"
#include "game/portal.h"
#include "game/player.h"
#include "game/game_0c33f0.h"
#include "game/hudmsg.h"
#include "game/menu.h"
#include "game/inv.h"
#include "game/playermgr.h"
#include "game/game_1291b0.h"
#include "game/vtxstore.h"
#include "game/explosions.h"
#include "game/smoke.h"
#include "game/sparks.h"
#include "game/game_1531a0.h"
#include "game/bg.h"
#include "game/stagetable.h"
#include "game/env.h"
#include "game/gfxmemory.h"
#include "game/lv.h"
#include "game/mplayer/setup.h"
#include "game/mplayer/scenarios.h"
#include "game/mpstats.h"
#include "game/bot.h"
#include "game/botact.h"
#include "game/training.h"
#include "game/lang.h"
#include "game/mplayer/mplayer.h"
#include "game/pad.h"
#include "game/options.h"
#include "game/propobj.h"
#include "game/wallhit.h"
#include "game/shards.h"
#include "bss.h"
#include "tvcmds.h"
#include "lib/vi.h"
#include "lib/dma.h"
#include "lib/main.h"
#include "lib/snd.h"
#include "lib/str.h"
#include "lib/memp.h"
#include "lib/model.h"
#include "lib/path.h"
#include "lib/rng.h"
#include "lib/mtx.h"
#include "lib/anim.h"
#include "lib/collision.h"
#include "lib/lib_17ce0.h"
#include "lib/lib_317f0.h"
#include "data.h"
#include "textures.h"
#include "types.h"
#include "string.h"
struct weaponobj *g_Proxies[30];
s32 g_NumProxies;
s32 g_MaxWeaponSlots;
s32 g_MaxAmmoCrates;
s32 g_MaxDebrisSlots;
s32 g_MaxProjectiles;
s32 g_MaxEmbedments;
struct weaponobj *g_WeaponSlots;
struct ammocrateobj *g_AmmoCrates;
struct defaultobj *g_DebrisSlots;
struct projectile *g_Projectiles;
struct embedment *g_Embedments;
u32 g_TintedGlassEnabled = 0;
s32 g_AlarmTimer = 0;
struct sndstate *g_AlarmAudioHandle = NULL;
f32 g_AlarmSpeakerWeight = 64;
f32 g_AlarmSpeakerDirection = 1;
u32 g_CountdownTimerOff = COUNTDOWNTIMERREASON_AI;
bool g_CountdownTimerRunning = false;
f32 g_CountdownTimerValue60 = 0;
u32 g_PlayersDetonatingMines = 0x00000000;
s32 g_NextWeaponSlot = 0;
struct linkliftdoorobj *g_LiftDoors = NULL;
struct linksceneryobj *g_LinkedScenery = NULL;
struct blockedpathobj *g_BlockedPaths = NULL;
struct prop *g_EmbedProp = NULL;
s32 g_EmbedHitPart = 0;
u32 g_EmbedSide = 0x00000000;
s16 var8006993c[3] = {0};
u32 var80069944 = 0x00000000;
f32 g_CctvWaitScale = 1;
f32 g_CctvDamageRxScale = 1;
f32 g_AutogunAccuracyScale = 1;
f32 g_AutogunDamageTxScale = 1;
f32 g_AutogunDamageRxScale = 1;
f32 g_AmmoQuantityScale = 1;
struct padeffectobj *g_PadEffects = NULL;
s32 g_LastPadEffectIndex = -1;
struct autogunobj *g_ThrownLaptops = NULL;
struct beam *g_ThrownLaptopBeams = NULL;
s32 g_MaxThrownLaptops = 0;
/**
* Attempt to call a lift from the given door.
*
* Returns true if the door activation was handled by this function, or false
* if the caller should proceed with opening or closing the door. A true return
* doesn't necessarily mean the lift was called.
*
* The allowclose argument determines whether the door should be closed if the
* lift is at the door. This is typically true when the player has activated the
* door, and false when NPCs have activated the door. If true, doorCallLift
* doesn't handle the activation which allows the caller to close the door.
*
* Lifts will not be called if it's occupied by anyone. This prevents chrs from
* from calling lifts back when players are in them.
*/
bool doorCallLift(struct prop *doorprop, bool allowclose)
{
struct doorobj *door = doorprop->door;
bool handled = false;
if (door->base.hidden & OBJHFLAG_LIFTDOOR) {
struct linkliftdoorobj *link = g_LiftDoors;
while (link) {
if (doorprop == link->door && link->lift
&& (link->lift->type & (PROPTYPE_OBJ | PROPTYPE_DOOR))) {
bool type = link->lift->obj->type;
handled = true;
if (type == OBJTYPE_DOOR) {
// This appears to be handling situations where the setup
// file specifies a door as the lift object. It activates
// that door, which then calls doorCallLift. This allows
// setup files to chain lift doors to other lift doors
// rather than directly to the lift, but this doesn't happen
// in practice so this branch is unused.
doorsActivate(link->lift, allowclose);
} else if (type == OBJTYPE_LIFT) {
if (allowclose
&& door->base.type == OBJTYPE_DOOR
&& !doorIsClosed(door)) {
handled = false;
} else {
bool vacant = true;
s32 numchrslots = chrsGetNumSlots();
s32 i;
for (i = 0; i < PLAYERCOUNT(); i++) {
if (g_Vars.players[i]->lift == link->lift) {
vacant = false;
}
}
if (vacant) {
for (i = 0; i < numchrslots; i++) {
/**
* @bug: This is missing a chrIsDead check.
* If a chr dies in a lift it can no longer be called.
*/
if (g_ChrSlots[i].prop && g_ChrSlots[i].lift == link->lift) {
vacant = false;
break;
}
}
}
if (vacant) {
liftGoToStop((struct liftobj *) link->lift->obj, link->stopnum);
}
}
}
}
link = link->next;
}
}
return handled;
}
void objUpdateLinkedScenery(struct defaultobj *obj, struct prop *prop)
{
if ((obj->hidden & OBJHFLAG_CONDITIONALSCENERY) && (obj->flags & OBJFLAG_INVINCIBLE) == 0) {
struct linksceneryobj *link = g_LinkedScenery;
while (link) {
if (link->trigger == obj) {
objCreateDebris(obj, prop);
link->trigger->flags2 |= OBJFLAG2_INVISIBLE;
link->trigger->hidden |= OBJHFLAG_REAPABLE;
if (link->unexp) {
link->unexp->flags2 |= OBJFLAG2_INVISIBLE;
}
if (link->exp) {
link->exp->flags2 &= ~OBJFLAG2_INVISIBLE;
}
objSetBlockedPathUnblocked(obj, true);
return;
}
link = link->next;
}
}
}
f32 objGetLocalXMin(struct modelrodata_bbox *bbox)
{
return bbox->xmin;
}
f32 objGetLocalXMax(struct modelrodata_bbox *bbox)
{
return bbox->xmax;
}
f32 objGetLocalYMin(struct modelrodata_bbox *bbox)
{
return bbox->ymin;
}
f32 objGetLocalYMax(struct modelrodata_bbox *bbox)
{
return bbox->ymax;
}
f32 objGetLocalZMin(struct modelrodata_bbox *bbox)
{
return bbox->zmin;
}
f32 objGetLocalZMax(struct modelrodata_bbox *bbox)
{
return bbox->zmax;
}
f32 objGetRotatedLocalXMinByMtx4(struct modelrodata_bbox *bbox, Mtxf *mtx)
{
return objGetRotatedLocalMin(bbox, mtx->m[0][0], mtx->m[1][0], mtx->m[2][0]);
}
f32 objGetRotatedLocalXMaxByMtx4(struct modelrodata_bbox *bbox, Mtxf *mtx)
{
return objGetRotatedLocalMax(bbox, mtx->m[0][0], mtx->m[1][0], mtx->m[2][0]);
}
f32 objGetRotatedLocalYMinByMtx4(struct modelrodata_bbox *bbox, Mtxf *mtx)
{
return objGetRotatedLocalMin(bbox, mtx->m[0][1], mtx->m[1][1], mtx->m[2][1]);
}
f32 objGetRotatedLocalYMaxByMtx4(struct modelrodata_bbox *bbox, Mtxf *mtx)
{
return objGetRotatedLocalMax(bbox, mtx->m[0][1], mtx->m[1][1], mtx->m[2][1]);
}
f32 objGetRotatedLocalZMinByMtx4(struct modelrodata_bbox *bbox, Mtxf *mtx)
{
return objGetRotatedLocalMin(bbox, mtx->m[0][2], mtx->m[1][2], mtx->m[2][2]);
}
f32 objGetRotatedLocalZMaxByMtx4(struct modelrodata_bbox *bbox, Mtxf *mtx)
{
return objGetRotatedLocalMax(bbox, mtx->m[0][2], mtx->m[1][2], mtx->m[2][2]);
}
f32 objGetRotatedLocalXMinByMtx3(struct modelrodata_bbox *bbox, f32 realrot[3][3])
{
return objGetRotatedLocalMin(bbox, realrot[0][0], realrot[1][0], realrot[2][0]);
}
f32 objGetRotatedLocalXMaxByMtx3(struct modelrodata_bbox *bbox, f32 realrot[3][3])
{
return objGetRotatedLocalMax(bbox, realrot[0][0], realrot[1][0], realrot[2][0]);
}
f32 objGetRotatedLocalYMinByMtx3(struct modelrodata_bbox *bbox, f32 realrot[3][3])
{
return objGetRotatedLocalMin(bbox, realrot[0][1], realrot[1][1], realrot[2][1]);
}
f32 objGetRotatedLocalYMaxByMtx3(struct modelrodata_bbox *bbox, f32 realrot[3][3])
{
return objGetRotatedLocalMax(bbox, realrot[0][1], realrot[1][1], realrot[2][1]);
}
f32 objGetRotatedLocalZMinByMtx3(struct modelrodata_bbox *bbox, f32 realrot[3][3])
{
return objGetRotatedLocalMin(bbox, realrot[0][2], realrot[1][2], realrot[2][2]);
}
f32 objGetRotatedLocalZMaxByMtx3(struct modelrodata_bbox *bbox, f32 realrot[3][3])
{
return objGetRotatedLocalMax(bbox, realrot[0][2], realrot[1][2], realrot[2][2]);
}
f32 objGetRotatedLocalMin(struct modelrodata_bbox *bbox, f32 arg1, f32 arg2, f32 arg3)
{
f32 sum = 0;
if (arg1 >= 0) {
sum += bbox->xmin * arg1;
} else {
sum += bbox->xmax * arg1;
}
if (arg2 >= 0) {
sum += bbox->ymin * arg2;
} else {
sum += bbox->ymax * arg2;
}
if (arg3 >= 0) {
sum += bbox->zmin * arg3;
} else {
sum += bbox->zmax * arg3;
}
return sum;
}
f32 objGetRotatedLocalMax(struct modelrodata_bbox *bbox, f32 arg1, f32 arg2, f32 arg3)
{
f32 sum = 0;
if (arg1 <= 0) {
sum += bbox->xmin * arg1;
} else {
sum += bbox->xmax * arg1;
}
if (arg2 <= 0) {
sum += bbox->ymin * arg2;
} else {
sum += bbox->ymax * arg2;
}
if (arg3 <= 0) {
sum += bbox->zmin * arg3;
} else {
sum += bbox->zmax * arg3;
}
return sum;
}
s32 objCalculateGeoBlockVertices(f32 xmin, f32 xmax, f32 ymin, f32 ymax, f32 zmin, f32 zmax, Mtxf *mtx, struct geoblock *block)
{
s32 i;
s32 j;
s32 len = 0;
s32 numindexes;
f64 sp270[8][2];
f64 sp1f0[8][2];
s32 numverts;
s32 t3 = 0;
s32 t1 = 0;
s32 t2 = 0;
s32 t0 = 0;
s32 indexes[8];
f64 a;
f64 b;
f64 xmin64 = xmin;
f64 xmax64 = xmax;
f64 ymin64 = ymin;
f64 ymax64 = ymax;
f64 zmin64 = zmin;
f64 zmax64 = zmax;
f64 mtx00 = mtx->m[0][0];
f64 mtx02 = mtx->m[0][2];
f64 mtx10 = mtx->m[1][0];
f64 mtx12 = mtx->m[1][2];
f64 mtx20 = mtx->m[2][0];
f64 mtx22 = mtx->m[2][2];
f64 mtx00min = mtx00 * xmin64;
f64 mtx02min = mtx02 * xmin64;
f64 mtx10min = mtx10 * ymin64;
f64 mtx12min = mtx12 * ymin64;
f64 mtx20min = mtx20 * zmin64;
f64 mtx22min = mtx22 * zmin64;
f64 mtx00max = mtx00 * xmax64;
f64 mtx02max = mtx02 * xmax64;
f64 mtx10max = mtx10 * ymax64;
f64 mtx12max = mtx12 * ymax64;
f64 mtx20max = mtx20 * zmax64;
f64 mtx22max = mtx22 * zmax64;
sp270[0][0] = mtx00min + mtx10min + mtx20min;
sp270[0][1] = mtx02min + mtx12min + mtx22min;
sp270[1][0] = mtx00min + mtx10min + mtx20max;
sp270[1][1] = mtx02min + mtx12min + mtx22max;
sp270[2][0] = mtx00min + mtx10max + mtx20min;
sp270[2][1] = mtx02min + mtx12max + mtx22min;
sp270[3][0] = mtx00min + mtx10max + mtx20max;
sp270[3][1] = mtx02min + mtx12max + mtx22max;
sp270[4][0] = mtx00max + mtx10min + mtx20min;
sp270[4][1] = mtx02max + mtx12min + mtx22min;
sp270[5][0] = mtx00max + mtx10min + mtx20max;
sp270[5][1] = mtx02max + mtx12min + mtx22max;
sp270[6][0] = mtx00max + mtx10max + mtx20min;
sp270[6][1] = mtx02max + mtx12max + mtx22min;
sp270[7][0] = mtx00max + mtx10max + mtx20max;
sp270[7][1] = mtx02max + mtx12max + mtx22max;
for (i = 0; i < 8; i++) {
for (j = 0; j < len; j++) {
f32 tmp = 0.001f;
f64 f0 = tmp;
a = sp270[i][0] - sp1f0[j][0];
b = sp270[i][1] - sp1f0[j][1];
if (a < f0 && a > -f0 && b < f0 && b > -f0) {
break;
}
}
if (j >= len) {
sp1f0[len][0] = sp270[i][0];
sp1f0[len][1] = sp270[i][1];
len++;
}
}
for (i = 1; i < len; i++) {
if (sp1f0[i][0] < sp1f0[t3][0] || (sp1f0[i][0] == sp1f0[t3][0] && sp1f0[i][1] < sp1f0[t3][1])) {
t3 = i;
}
}
for (i = 1; i < len; i++) {
if (sp1f0[t2][1] < sp1f0[i][1] || (sp1f0[i][1] == sp1f0[t2][1] && sp1f0[i][0] < sp1f0[t2][0])) {
t2 = i;
}
}
for (i = 1; i < len; i++) {
if (sp1f0[t1][0] < sp1f0[i][0] || (sp1f0[i][0] == sp1f0[t1][0] && sp1f0[t1][1] < sp1f0[i][1])) {
t1 = i;
}
}
for (i = 1; i < len; i++) {
if (sp1f0[i][1] < sp1f0[t0][1] || (sp1f0[i][1] == sp1f0[t0][1] && sp1f0[t0][0] < sp1f0[i][0])) {
t0 = i;
}
}
numindexes = 0;
for (i = 0; i < len; i++) {
if (i != t3 && i != t1 && i != t2 && i != t0) {
indexes[numindexes] = i;
numindexes++;
}
}
numverts = 0;
block->vertices[numverts][0] = sp1f0[t3][0];
block->vertices[numverts][1] = sp1f0[t3][1];
numverts++;
if (t0 != t3) {
for (i = 0; i < numindexes; i++) {
s32 index = indexes[i];
if ((sp1f0[index][0] - sp1f0[t0][0]) * (sp1f0[t3][1] - sp1f0[t0][1]) < (sp1f0[t3][0] - sp1f0[t0][0]) * (sp1f0[index][1] - sp1f0[t0][1])) {
block->vertices[numverts][0] = sp1f0[index][0];
block->vertices[numverts][1] = sp1f0[index][1];
numverts++;
break;
}
}
block->vertices[numverts][0] = sp1f0[t0][0];
block->vertices[numverts][1] = sp1f0[t0][1];
numverts++;
}
if (t1 != t0) {
for (i = 0; i < numindexes; i++) {
s32 index = indexes[i];
if ((sp1f0[index][0] - sp1f0[t1][0]) * (sp1f0[t0][1] - sp1f0[t1][1]) < (sp1f0[t0][0] - sp1f0[t1][0]) * (sp1f0[index][1] - sp1f0[t1][1])) {
block->vertices[numverts][0] = sp1f0[index][0];
block->vertices[numverts][1] = sp1f0[index][1];
numverts++;
break;
}
}
block->vertices[numverts][0] = sp1f0[t1][0];
block->vertices[numverts][1] = sp1f0[t1][1];
numverts++;
}
if (t2 != t1) {
for (i = 0; i < numindexes; i++) {
s32 index = indexes[i];
if ((sp1f0[index][0] - sp1f0[t2][0]) * (sp1f0[t1][1] - sp1f0[t2][1]) < (sp1f0[t1][0] - sp1f0[t2][0]) * (sp1f0[index][1] - sp1f0[t2][1])) {
block->vertices[numverts][0] = sp1f0[index][0];
block->vertices[numverts][1] = sp1f0[index][1];
numverts++;
break;
}
}
}
if (t2 != t1 && t3 != t2) {
block->vertices[numverts][0] = sp1f0[t2][0];
block->vertices[numverts][1] = sp1f0[t2][1];
numverts++;
}
if (t3 != t2) {
for (i = 0; i < numindexes; i++) {
s32 index = indexes[i];
if ((sp1f0[index][0] - sp1f0[t3][0]) * (sp1f0[t2][1] - sp1f0[t3][1]) < (sp1f0[t2][0] - sp1f0[t3][0]) * (sp1f0[index][1] - sp1f0[t3][1])) {
block->vertices[numverts][0] = sp1f0[index][0];
block->vertices[numverts][1] = sp1f0[index][1];
numverts++;
break;
}
}
}
for (i = 0; i < numverts; i++) {
block->vertices[i][0] += mtx->m[3][0];
block->vertices[i][1] += mtx->m[3][2];
}
return numverts;
}
void objCalculateGeoBlockFromBboxAndMtx(struct modelrodata_bbox *bbox, Mtxf *mtx, struct geoblock *block)
{
block->header.numvertices = objCalculateGeoBlockVertices(
bbox->xmin, bbox->xmax, bbox->ymin, bbox->ymax, bbox->zmin, bbox->zmax, mtx, block);
block->header.type = GEOTYPE_BLOCK;
block->ymin = mtx->m[3][1] + objGetRotatedLocalYMinByMtx4(bbox, mtx);
block->ymax = mtx->m[3][1] + objGetRotatedLocalYMaxByMtx4(bbox, mtx);
}
void objCalculateGeoBlockFromNode19Data(struct modelrodata_type19 *rodata19, struct modelrodata_bbox *bbox, Mtxf *mtx, struct geoblock *block)
{
s32 i;
for (i = 0; i < rodata19->numvertices; i++) {
block->vertices[i][0] = mtx->m[3][0] + mtx->m[0][0] * rodata19->vertices[i].x + mtx->m[1][0] * rodata19->vertices[i].y + mtx->m[2][0] * rodata19->vertices[i].z;
block->vertices[i][1] = mtx->m[3][2] + mtx->m[0][2] * rodata19->vertices[i].x + mtx->m[1][2] * rodata19->vertices[i].y + mtx->m[2][2] * rodata19->vertices[i].z;
}
block->header.numvertices = rodata19->numvertices;
block->header.type = GEOTYPE_BLOCK;
block->ymin = mtx->m[3][1] + objGetRotatedLocalYMinByMtx4(bbox, mtx);
block->ymax = mtx->m[3][1] + objGetRotatedLocalYMaxByMtx4(bbox, mtx);
}
bool func0f0675c8(struct coord *pos, f32 arg1, struct modelrodata_bbox *bbox, Mtxf *mtx)
{
Mtxf sp58;
struct coord sp4c;
struct coord sp40;
struct coord sp34;
struct coord sp28;
sp34.f[0] = sp34.f[1] = sp34.f[2] = arg1;
sp4c.x = pos->x - mtx->m[3][0];
sp4c.y = pos->y - mtx->m[3][1];
sp4c.z = pos->z - mtx->m[3][2];
mtx000170e4(mtx->m, sp58.m);
mtx4RotateVec(&sp58, &sp4c, &sp40);
mtx4RotateVec(&sp58, &sp34, &sp28);
if (sp28.x < 0.0f) {
sp28.x = -sp28.x;
}
if (sp28.y < 0.0f) {
sp28.y = -sp28.y;
}
if (sp28.z < 0.0f) {
sp28.z = -sp28.z;
}
return sp40.x - sp28.x <= bbox->xmax && sp28.x + sp40.x >= bbox->xmin
&& sp40.y - sp28.y <= bbox->ymax && sp28.y + sp40.y >= bbox->ymin
&& sp40.z - sp28.z <= bbox->zmax && sp28.z + sp40.z >= bbox->zmin;
}
bool func0f0677ac(struct coord *coord, struct coord *arg1, struct coord *pos,
struct coord *normal, struct coord *up, struct coord *look,
f32 xmin, f32 xmax, f32 ymin, f32 ymax, f32 zmin, f32 zmax)
{
f32 xdiff = coord->x - pos->x;
f32 ydiff = coord->y - pos->y;
f32 zdiff = coord->z - pos->z;
f32 f0;
f0 = xdiff * look->f[0] + ydiff * look->f[1] + zdiff * look->f[2];
if (f0 > arg1->z + zmax || f0 < zmin - arg1->z) {
return false;
}
f0 = xdiff * up->f[0] + ydiff * up->f[1] + zdiff * up->f[2];
if (f0 > arg1->y + ymax || f0 < ymin - arg1->y) {
return false;
}
f0 = xdiff * normal->f[0] + ydiff * normal->f[1] + zdiff * normal->f[2];
if (f0 > arg1->x + xmax || f0 < xmin - arg1->x) {
return false;
}
return true;
}
bool func0f0678f8(struct coord *coord, struct coord *arg1, s32 padnum)
{
struct pad *pad = &g_Pads[padnum];
return func0f0677ac(coord, arg1, &pad->pos, &pad->normal, &pad->up, &pad->look,
pad->bbox.xmin, pad->bbox.xmax, pad->bbox.ymin, pad->bbox.ymax, pad->bbox.zmin, pad->bbox.zmax);
}
bool func0f06797c(struct coord *coord, f32 arg1, s32 padnum)
{
struct coord sp1c;
sp1c.x = arg1;
sp1c.y = arg1;
sp1c.z = arg1;
return func0f0678f8(coord, &sp1c, padnum);
}
bool func0f0679ac(struct model *model, f32 *max, f32 *min, f32 arg3[2], f32 arg4[2])
{
struct modelnode *node = model->filedata->rootnode;
bool first = true;
while (node) {
u32 type = node->type & 0xff;
if (type == MODELNODETYPE_BBOX) {
struct modelrodata_bbox *bbox = &node->rodata->bbox;
Mtxf *mtx = model0001a5cc(model, node, 0);
f32 dist1;
f32 dist2;
dist1 = objGetRotatedLocalXMaxByMtx4(bbox, mtx) + mtx->m[3][0];
dist2 = objGetRotatedLocalXMinByMtx4(bbox, mtx) + mtx->m[3][0];
if (arg3[0] - arg4[0] <= dist1 && arg3[0] + arg4[0] >= dist2) {
dist1 = objGetRotatedLocalYMaxByMtx4(bbox, mtx) + mtx->m[3][1];
dist2 = objGetRotatedLocalYMinByMtx4(bbox, mtx) + mtx->m[3][1];
if (arg3[1] - arg4[1] <= dist1 && arg3[1] + arg4[1] >= dist2) {
dist1 = objGetRotatedLocalZMaxByMtx4(bbox, mtx) + mtx->m[3][2];
dist2 = objGetRotatedLocalZMinByMtx4(bbox, mtx) + mtx->m[3][2];
if (first || dist1 > *max) {
*max = dist1;
}
if (first || dist2 < *min) {
*min = dist2;
}
first = false;
}
}
} else {
// empty
}
if (node->child) {
node = node->child;
} else {
while (node) {
if (node->next) {
node = node->next;
break;
}
node = node->parent;
}
}
}
return !first;
}
void func0f067bc4(struct model *model, f32 *max, f32 *min, s32 axis)
{
struct modelnode *node = model->filedata->rootnode;
bool first = true;
while (node) {
u32 type = node->type & 0xff;
if (type == MODELNODETYPE_BBOX) {
struct modelrodata_bbox *bbox = &node->rodata->bbox;
Mtxf *mtx = model0001a5cc(model, node, 0);
f32 dist1;
f32 dist2;
if (axis == 0) {
dist1 = objGetRotatedLocalXMaxByMtx4(bbox, mtx) + mtx->m[3][0];
dist2 = objGetRotatedLocalXMinByMtx4(bbox, mtx) + mtx->m[3][0];
} else if (axis == 1) {
dist1 = objGetRotatedLocalYMaxByMtx4(bbox, mtx) + mtx->m[3][1];
dist2 = objGetRotatedLocalYMinByMtx4(bbox, mtx) + mtx->m[3][1];
} else {
dist1 = objGetRotatedLocalZMaxByMtx4(bbox, mtx) + mtx->m[3][2];
dist2 = objGetRotatedLocalZMinByMtx4(bbox, mtx) + mtx->m[3][2];
}
if (first || dist1 > *max) {
*max = dist1;
}
if (first || dist2 < *min) {
*min = dist2;
}
first = false;
} else {
// empty
}
if (node->child) {
node = node->child;
} else {
while (node) {
if (node->next) {
node = node->next;
break;
}
node = node->parent;
}
}
}
}
void func0f067d88(struct model *model, f32 *arg1, f32 *arg2, f32 *arg3, f32 *arg4)
{
func0f067bc4(model, arg1, arg2, 0);
func0f067bc4(model, arg3, arg4, 1);
}
bool modelGetScreenCoords2(struct model *model, f32 *x2, f32 *x1, f32 *y2, f32 *y1)
{
bool first = true;
if (model) {
struct modelfiledata *modeldef = model->filedata;
if (modeldef) {
struct modelnode *node = modeldef->rootnode;
while (node) {
u32 type = node->type & 0xff;
if (type == MODELNODETYPE_BBOX) {
struct modelrodata_bbox *bbox = &node->rodata->bbox;
f32 sp74[2];
f32 sp6c[2];
f32 sp64[2];
f32 sp5c[2];
struct coord sp50;
Mtxf *mtx = model0001a5cc(model, node, 0);
if (mtx->m[3][2] < 0.0f) {
sp50.x = mtx->m[3][0];
sp50.y = mtx->m[3][1];
sp50.z = mtx->m[3][2];
sp64[0] = objGetRotatedLocalXMinByMtx4(bbox, mtx) + sp50.f[0];
sp64[1] = objGetRotatedLocalXMaxByMtx4(bbox, mtx) + sp50.f[0];
sp5c[0] = objGetRotatedLocalYMinByMtx4(bbox, mtx) + sp50.f[1];
sp5c[1] = objGetRotatedLocalYMaxByMtx4(bbox, mtx) + sp50.f[1];
func0f06803c(&sp50, sp64, sp5c, sp74, sp6c);
if (first || sp74[0] < *x1) {
*x1 = sp74[0];
}
if (first || sp6c[0] > *x2) {
*x2 = sp6c[0];
}
if (first || sp74[1] < *y1) {
*y1 = sp74[1];
}
if (first || sp6c[1] > *y2) {
*y2 = sp6c[1];
}
first = false;
}
} else {
// empty
}
if (node->child) {
node = node->child;
} else {
while (node) {
if (node->next) {
node = node->next;
break;
}
node = node->parent;
}
}
}
}
}
return first ? false : true;
}
bool modelGetScreenCoords(struct model *model, f32 *x2, f32 *x1, f32 *y2, f32 *y1)
{
return modelGetScreenCoords2(model, x2, x1, y2, y1);
}
void func0f06803c(struct coord *arg0, f32 *arg1, f32 *arg2, f32 *arg3, f32 *arg4)
{
struct coord sp4c;
f32 sp44[2];
f32 aspect = viGetAspect();
f32 fovy = viGetFovY();
if (g_Vars.currentplayer->devicesactive & ~g_Vars.currentplayer->devicesinhibit & DEVICE_EYESPY) {
if (g_Vars.currentplayer->eyespy && g_Vars.currentplayer->eyespy->active) {
fovy = 120.0f;
}
}
sp4c.x = arg1[0];
sp4c.y = arg0->y;
sp4c.z = arg0->z;
cam0f0b4eb8(&sp4c, sp44, fovy, aspect);
arg3[0] = sp44[0];
sp4c.x = arg1[1];
sp4c.y = arg0->y;
sp4c.z = arg0->z;
cam0f0b4eb8(&sp4c, sp44, fovy, aspect);
arg4[0] = sp44[0];
sp4c.x = arg0->x;
sp4c.y = arg2[1];
sp4c.z = arg0->z;
cam0f0b4eb8(&sp4c, sp44, fovy, aspect);
arg3[1] = sp44[1];
sp4c.x = arg0->x;
sp4c.y = arg2[0];
sp4c.z = arg0->z;
cam0f0b4eb8(&sp4c, sp44, fovy, aspect);
arg4[1] = sp44[1];
}
struct defaultobj *objFindByPos(struct coord *pos, s16 *rooms)
{
struct prop *prop = g_Vars.activeprops;
u8 *sp38;
u8 *sp34;
while (prop) {
if (prop->type == PROPTYPE_OBJ
&& arrayIntersects(prop->rooms, rooms)
&& propUpdateGeometry(prop, &sp38, &sp34)
&& cd000266a4(pos->x, pos->z, (struct geo *)sp38)) {
return prop->obj;
}
prop = prop->next;
}
return NULL;
}
void projectileFree(struct projectile *projectile)
{
if (projectile) {
projectile->flags |= PROJECTILEFLAG_FREE;
}
}
void projectilesUnrefOwner(struct prop *owner)
{
s32 i;
for (i = 0; i < g_MaxProjectiles; i++) {
if ((g_Projectiles[i].flags & PROJECTILEFLAG_FREE) == 0
&& g_Projectiles[i].ownerprop == owner) {
g_Projectiles[i].ownerprop = NULL;
}
}
}
void projectileReset(struct projectile *projectile)
{
projectile->flags = 0;
projectile->speed.x = 0;
projectile->speed.y = 0;
projectile->speed.z = 0;
projectile->unk010 = 0;
projectile->unk014 = 0;
projectile->unk018 = 0;
projectile->unk01c = 0;
mtx4LoadIdentity(&projectile->mtx);
projectile->unk060 = 1;
projectile->ownerprop = NULL;
projectile->unk08c = 0.05f;
projectile->bouncecount = 0;
projectile->bounceframe = -1;
projectile->lastwooshframe = -1;
projectile->flighttime240 = 0;
projectile->unk0a4 = -1;
projectile->droptype = DROPTYPE_DEFAULT;
projectile->pickuptimer240 = 0;
projectile->losttimer240 = 0;
projectile->obj = NULL;
projectile->unk0d8 = 0;
projectile->smoketimer240 = 0;
projectile->targetprop = NULL;
projectile->pickupby = NULL;
projectile->powerlimit240 = -1;
projectile->unk0b8[0] = 1;
projectile->unk0b8[1] = 1;
projectile->unk0b8[2] = 1;
projectile->unk0e4 = 1;
projectile->unk098 = 0;
projectile->unk0dc = 0;
projectile->unk0e0 = 0;
projectile->unk0ec = 0;
projectile->unk0f0 = 0;
}
struct projectile *projectileAllocate(void)
{
s32 bestindex = -1;
s32 i;
// Happy path - find one that is already free
for (i = 0; i < g_MaxProjectiles; i++) {
if (g_Projectiles[i].flags & PROJECTILEFLAG_FREE) {
projectileReset(&g_Projectiles[i]);
return &g_Projectiles[i];
}
}
// Find one with the lowest unk0d8 (some kind of age/timer?)
// and some other conditions
for (i = 0; i < g_MaxProjectiles; i++) {
if (g_Projectiles[i].obj
&& g_Projectiles[i].unk0d8 > 0
&& (bestindex < 0 || g_Projectiles[i].unk0d8 < g_Projectiles[bestindex].unk0d8)) {
bestindex = i;
}
}
// If there were none, pick one at random
if (bestindex == -1 && g_MaxProjectiles) {
bestindex = random() % g_MaxProjectiles;
}
if (bestindex >= 0) {
// Reset and return it
if (g_Projectiles[bestindex].obj) {
if (g_Projectiles[bestindex].obj->prop) {
objFreeEmbedmentOrProjectile(g_Projectiles[bestindex].obj->prop);
}
g_Projectiles[bestindex].obj->hidden |= OBJHFLAG_REAPABLE;
}
projectileReset(&g_Projectiles[bestindex]);
return &g_Projectiles[bestindex];
} else {
return NULL;
}
}
void func0f0685e4(struct prop *prop)
{
struct defaultobj *obj = prop->obj;
if (obj->hidden & OBJHFLAG_EMBEDDED) {
if (obj->embedment->projectile) {
projectileReset(obj->embedment->projectile);
} else {
obj->embedment->projectile = projectileAllocate();
}
} else if ((obj->hidden & OBJHFLAG_PROJECTILE) == 0) {
if (obj->projectile) {
projectileReset(obj->projectile);
} else {
obj->projectile = projectileAllocate();
}
if (obj->projectile) {
obj->hidden |= OBJHFLAG_PROJECTILE;
}
}
}
void projectileSetSticky(struct prop *prop)
{
struct defaultobj *obj = prop->obj;
struct projectile *projectile = NULL;
if (obj->hidden & OBJHFLAG_EMBEDDED) {
projectile = obj->embedment->projectile;
} else if (obj->hidden & OBJHFLAG_PROJECTILE) {
projectile = obj->projectile;
}
if (projectile) {
projectile->flags |= PROJECTILEFLAG_STICKY;
}
}
void embedmentFree(struct embedment *embedment)
{
embedment->flags |= EMBEDMENTFLAG_FREE;
}
struct embedment *embedmentAllocate(void)
{
s32 i;
for (i = 0; i < g_MaxEmbedments; i++) {
if (g_Embedments[i].flags & EMBEDMENTFLAG_FREE) {
g_Embedments[i].flags = 0;
g_Embedments[i].projectile = NULL;
return &g_Embedments[i];
}
}
return NULL;
}
/**
* This doesn't exactly return the number of shots taken but it's the best way
* to describe the behaviour of the function without writing a novel into the
* function's name.
*
* The number returned is 0 when at full health and only ever increments as the
* object takes damage. While healthy, the number scales from 0 to 4 based on
* how close it is to being destroyed, where 4 is destroyed. After being
* destroyed, the number increments at 1 per shot up to a max of 12.
*/
s32 objGetShotsTaken(struct defaultobj *obj)
{
if ((obj->hidden2 & OBJH2FLAG_DESTROYED) == 0) {
return obj->damage * 3.0f / obj->maxdamage;
}
return obj->damage + 4;
}
/**
* Return 0 if not destroyed
* Return 1 if at destroyed level 1
* Return 2 if at destroyed level 2
* Return 3 if at destroyed level 3
*
* Each destroyed level is a new phase of visual brokenness. Typically the
* object is destroyed and it looks broken (level 1), then after a couple of
* shots it enters level 2, and a few shots later level 3.
*
* While healthy, damage goes from 0 to maxdamage (eg. 1000) but this function
* returns 0 due to the if statement.
*
* When destroyed, damage is reset to 0 then incremented at one unit per shot,
* so four shots causes it to enter a new destroyed level.
*/
s32 objGetDestroyedLevel(struct defaultobj *obj)
{
if ((obj->hidden2 & OBJH2FLAG_DESTROYED) == 0) {
return 0;
}
return (obj->damage >> 2) + 1;
}
struct modelnode *func0f0687e4(struct model *model)
{
struct modelfiledata *filedata = model->filedata;
struct modelnode *node = filedata->rootnode;
while (node) {
u32 type = node->type & 0xff;
switch (type) {
case MODELNODETYPE_DL:
return node;
case MODELNODETYPE_DISTANCE:
model0001c784(model, node);
break;
case MODELNODETYPE_TOGGLE:
model0001c7d0(model, node);
break;
case MODELNODETYPE_HEADSPOT:
modelAttachHead(model, node);
break;
}
if (node->child) {
node = node->child;
} else {
while (node) {
if (node->next) {
node = node->next;
break;
}
node = node->parent;
}
}
}
return NULL;
}
struct modelnode *modelFileDataFindBboxNode(struct modelfiledata *filedata)
{
struct modelnode *node = filedata->rootnode;
while (node) {
if ((node->type & 0xff) == MODELNODETYPE_BBOX) {
return node;
}
if (node->child) {
node = node->child;
} else {
while (node) {
if (node->next) {
node = node->next;
break;
}
node = node->parent;
}
}
}
return NULL;
}
struct modelrodata_bbox *modelFileDataFindBboxRodata(struct modelfiledata *filedata)
{
struct modelnode *node = modelFileDataFindBboxNode(filedata);
if (node) {
return &node->rodata->bbox;
}
return NULL;
}
struct modelnode *modelFindBboxNode(struct model *model)
{
struct modelnode *node = model->filedata->rootnode;
while (node) {
u32 type = node->type & 0xff;
switch (type) {
case MODELNODETYPE_BBOX:
return node;
case MODELNODETYPE_DISTANCE:
model0001c784(model, node);
break;
case MODELNODETYPE_TOGGLE:
model0001c7d0(model, node);
break;
case MODELNODETYPE_HEADSPOT:
modelAttachHead(model, node);
break;
}
if (node->child) {
node = node->child;
} else {
while (node) {
if (node->next) {
node = node->next;
break;
}
node = node->parent;
}
}
}
return NULL;
}
struct modelrodata_bbox *modelFindBboxRodata(struct model *model)
{
struct modelnode *node = modelFindBboxNode(model);
if (node) {
return &node->rodata->bbox;
}
return NULL;
}
struct modelnode *objFindBboxNode(struct defaultobj *obj)
{
return modelFindBboxNode(obj->model);
}
struct modelrodata_bbox *objFindBboxRodata(struct defaultobj *obj)
{
return modelFindBboxRodata(obj->model);
}
s32 func0f068b14(s16 *rooms, s32 arg1)
{
s32 total = 0;
s32 i;
for (i = 0; rooms[i] != -1; i++) {
if (arg1 == 0) {
total += func0f000b24(rooms[i]);
} else if (arg1 == 1) {
total += func0f000c54(rooms[i]);
}
}
if (i) {
s32 average = total / i;
if (average > 255) {
average = 255;
}
return average;
}
return 0;
}
s32 door0f068c04(struct prop *prop, s32 *arg1, s32 *arg2)
{
struct doorobj *door = prop->door;
struct doorobj *sibling;
s32 i;
s32 s1;
s32 s3 = 0;
s32 s4 = 0;
s32 s2 = 0;
s32 s5 = 0;
s32 v1;
s32 result;
struct prop *loopprop;
struct pad *pad;
sibling = door;
while (sibling && sibling->base.prop) {
if (sibling->portalnum == door->portalnum) {
if (g_Vars.currentplayer->prop) {
struct coord *campos = &g_Vars.currentplayer->cam_pos;
loopprop = sibling->base.prop;
pad = &g_Pads[sibling->base.pad];
if (door->base.flags3 & OBJFLAG3_04000000) {
s3 += func0f000b24(pad->room);
s4 += func0f000c54(pad->room);
s5++;
s2 = s3 + s4;
if (s2 > 255) {
s2 = 255;
}
} else {
f32 xdist;
f32 ydist;
f32 zdist;
struct coord *pos = &pad->pos;
struct coord normal = pad->normal;
f32 sum1;
f32 sum2;
if (door->doorflags & DOORFLAG_FLIP) {
normal.f[0] = -normal.f[0];
normal.f[1] = -normal.f[1];
normal.f[2] = -normal.f[2];
}
xdist = campos->f[0] - pos->x;
ydist = campos->f[1] - pos->y;
zdist = campos->f[2] - pos->z;
sum1 = xdist * normal.x + ydist * normal.y + zdist * normal.z;
for (i = 0; loopprop->rooms[i] != -1; i++) {
f32 roomx = g_Rooms[loopprop->rooms[i]].centre.x;
f32 roomy = g_Rooms[loopprop->rooms[i]].centre.y;
f32 roomz = g_Rooms[loopprop->rooms[i]].centre.z;
f32 xdist = roomx - pos->x;
f32 ydist = roomy - pos->y;
f32 zdist = roomz - pos->z;
sum2 = xdist * normal.x + ydist * normal.y + zdist * normal.z;
// @bug? Duplicate sum1 < 0.0f check in the first part.
// Perhaps one of them should be sum2 < 0.0f.
if ((sum1 < 0.0f && sum1 < 0.0f) || (sum1 > 0.0f && sum2 > 0.0f)) {
s32 value1 = func0f000c54(loopprop->rooms[i]);
s32 value2 = func0f000b24(loopprop->rooms[i]);
s32 sum = value2 + value1;
if (sum > 255) {
sum = 255;
}
s5++;
s3 += value2;
s4 += value1;
s2 += sum;
}
}
}
}
}
sibling = sibling->sibling;
if (sibling == door) {
break;
}
}
if (s5 == 0) {
s1 = func0f068b14(prop->rooms, 0);
v1 = func0f068b14(prop->rooms, 1);
} else {
s1 = s3 / s5;
v1 = s4 / s5;
}
if (arg1 != NULL) {
*arg1 = s1;
}
if (arg2 != NULL) {
*arg2 = v1;
}
if (s1 + v1 < 255) {
result = s1 + v1;
} else {
result = 255;
}
return result;
}
s32 func0f068fc8(struct prop *prop, bool arg1)
{
struct defaultobj *obj = prop->obj;
s32 actual = 0;
s32 extra = 0;
s32 *actualptr;
s32 *extraptr;
if (prop->rooms[0] == -1) {
actual = random() % 255;
extra = 0;
} else if (obj->type == OBJTYPE_DOOR) {
struct doorobj *door = (struct doorobj *)obj;
if (g_Vars.normmplayerisrunning) {
actual = 255;
} else {
actualptr = arg1 == 0 ? &actual : NULL;
extraptr = arg1 == 1 ? &extra : NULL;
door0f068c04(prop, actualptr, extraptr);
if (g_Vars.coopplayernum >= 0 || g_Vars.antiplayernum >= 0) {
if (g_Vars.currentplayernum == 1) {
if (actualptr) {
door->actual1 = actual & 0xff;
}
if (extraptr) {
door->extra1 = extra & 0xff;
}
} else {
if (actualptr) {
door->actual2 = actual & 0xff;
}
if (extraptr) {
door->extra2 = extra & 0xff;
}
}
}
}
} else {
actual = func0f068b14(prop->rooms, 0);
extra = func0f068b14(prop->rooms, 1);
}
if (arg1 == 0) {
return actual;
}
if (arg1 == 1) {
return extra;
}
return 255;
}
void propCalculateShadeColour(struct prop *prop, u8 *nextcol, u16 floorcol)
{
struct defaultobj *obj;
s32 max;
s32 med;
s32 min;
f32 alphafrac;
s32 roomr;
s32 roomg;
s32 roomb;
s32 tmp;
if (prop->type & (PROPTYPE_OBJ | PROPTYPE_WEAPON | PROPTYPE_DOOR)) {
obj = prop->obj;
} else {
obj = NULL;
}
if (prop->type == PROPTYPE_CHR) {
struct chrdata *chr = prop->chr;
chr->unk32c_18 = false;
}
// Set nextcol to the floor colour
if (obj && (obj->flags & OBJFLAG_IGNOREFLOORCOLOUR)) {
nextcol[0] = 0xff;
nextcol[1] = 0xff;
nextcol[2] = 0xff;
nextcol[3] = 0xff;
} else {
u8 r = ((floorcol >> 8) & 0xf);
u8 g = ((floorcol >> 4) & 0xf);
u8 b = ((floorcol >> 0) & 0xf);
nextcol[0] = ((r << 4) | r);
nextcol[1] = ((g << 4) | g);
nextcol[2] = ((b << 4) | b);
nextcol[3] = 0xff;
}
if (obj == NULL || (obj->flags & OBJFLAG_IGNOREROOMCOLOUR) == 0 || cheatIsActive(CHEAT_PERFECTDARKNESS)) {
s32 shade = func0f068fc8(prop, 0);
roomr = shade;
roomg = shade;
roomb = shade;
alphafrac = 1.0f - shade * (1.0f / 2550.0f);
scenarioHighlightRoom(prop->rooms[0], &roomr, &roomg, &roomb);
nextcol[0] = (nextcol[0] * roomr) >> 8;
nextcol[1] = (nextcol[1] * roomg) >> 8;
nextcol[2] = (nextcol[2] * roomb) >> 8;
tmp = nextcol[0] * 79 + nextcol[1] * 156 + nextcol[2] * 21;
tmp >>= 8;
nextcol[3] = (0xff - tmp) * alphafrac;
} else {
tmp = nextcol[0] * 79 + nextcol[1] * 156 + nextcol[2] * 21;
tmp >>= 8;
nextcol[3] = (0xff - tmp) * 0.9f;
}
if (1);
// Figure out which colour component is the lowest, middle and highest
max = 0;
min = 0;
med = 0;
if (nextcol[1] > nextcol[0]) {
max = 1;
} else {
min = 1;
}
if (nextcol[2] > nextcol[max]) {
med = max;
max = 2;
} else if (nextcol[2] > nextcol[min]) {
med = 2;
} else {
med = min;
min = 2;
}
// @bug: The min and max component values are subtracted by the same amount, but the middle value is scaled.
// So when a prop's shade colour is changing one of the component values is out of step with the others.
// This is pretty much impossible to notice though.
if (nextcol[max] > 0) {
s32 tmp = nextcol[med] * (nextcol[max] - nextcol[min]) / nextcol[max];
s32 range = nextcol[max] - nextcol[min];
nextcol[min] = 0;
nextcol[med] = tmp;
nextcol[max] = range;
}
// Halving the next colour values causes them to transition over
// multiple frames and slow down as they approach the desired colour.
nextcol[0] >>= 1;
nextcol[1] >>= 1;
nextcol[2] >>= 1;
}
void propCalculateShadeInfo(struct prop *prop, u8 *nextcol, u16 floorcol)
{
propCalculateShadeColour(prop, nextcol, floorcol);
nextcol[0] >>= 1;
nextcol[1] >>= 1;
nextcol[2] >>= 1;
if (prop->type == PROPTYPE_DOOR && (g_Vars.coopplayernum >= 0 || g_Vars.antiplayernum >= 0)) {
struct doorobj *door = prop->door;
if (g_Vars.currentplayernum == 0) {
door->shadeinfo1[0] = nextcol[0];
door->shadeinfo1[1] = nextcol[1];
door->shadeinfo1[2] = nextcol[2];
door->shadeinfo1[3] = nextcol[3];
} else {
door->shadeinfo2[0] = nextcol[0];
door->shadeinfo2[1] = nextcol[1];
door->shadeinfo2[2] = nextcol[2];
door->shadeinfo2[3] = nextcol[3];
}
}
}
/**
* Shift col to be closer to nextcol.
*
* It works by moving halfway towards the nextcol colour each time it's called.
*/
void colourTween(u8 *col, u8 *nextcol)
{
s32 i;
for (i = 0; i < 4; i++) {
s32 remaining = nextcol[i] - col[i];
s32 newcol = col[i] + (remaining >> 1);
col[i] = newcol;
}
}
void func0f069750(s32 *arg0, s32 arg1, f32 arg2[4])
{
if (arg1 == 1) {
f32 tmp;
arg2[0] *= 255.0f;
arg2[1] *= 255.0f;
arg2[2] *= 255.0f;
tmp = arg0[0];
arg0[0] = tmp + (arg2[0] - tmp) * arg2[3];
tmp = arg0[1];
arg0[1] = tmp + (arg2[1] - tmp) * arg2[3];
tmp = arg0[2];
arg0[2] = tmp + (arg2[2] - tmp) * arg2[3];
tmp = arg0[3];
arg0[3] = tmp + (255.0f - tmp) * arg2[3];
}
}
struct hovtype g_HovTypes[];
void func0f069850(struct defaultobj *obj, struct coord *pos, f32 rot[3][3], struct geocyl *cyl)
{
Mtxf mtx;
struct modelrodata_bbox *bbox = objFindBboxRodata(obj);
struct modelrodata_type19 *rodata19 = NULL;
struct hoverbikeobj *hoverbike;
struct hoverpropobj *hoverprop;
mtx3ToMtx4(rot, &mtx);
mtx4SetTranslation(pos, &mtx);
if (obj->model->filedata->skel == &g_SkelHoverbike
|| obj->model->filedata->skel == &g_SkelBasic
|| obj->model->filedata->skel == &g_SkelMaianUfo
|| obj->model->filedata->skel == &g_SkelDropship) {
rodata19 = modelGetPartRodata(obj->model->filedata, MODELPART_HOVERBIKE_0064);
}
if (obj->flags3 & OBJFLAG3_GEOCYL) {
cyl->header.type = GEOTYPE_CYL;
cyl->header.flags = GEOFLAG_WALL | GEOFLAG_BLOCK_SIGHT | GEOFLAG_BLOCK_SHOOT;
if (obj->type == OBJTYPE_HOVERBIKE) {
hoverbike = (struct hoverbikeobj *)obj;
cyl->ymax = hoverbike->hov.ground + g_HovTypes[hoverbike->hov.type].unk00 + objGetLocalYMax(bbox) * obj->model->scale;
cyl->ymin = hoverbike->hov.ground + 20.0f;
} else if (obj->type == OBJTYPE_HOVERPROP) {
hoverprop = (struct hoverpropobj *)obj;
cyl->ymax = hoverprop->hov.ground + g_HovTypes[hoverprop->hov.type].unk00 + objGetLocalYMax(bbox) * obj->model->scale;
cyl->ymin = hoverprop->hov.ground + 20.0f;
} else {
cyl->ymin = mtx.m[3][1] + objGetRotatedLocalYMinByMtx4(bbox, &mtx);
cyl->ymax = mtx.m[3][1] + objGetRotatedLocalYMaxByMtx4(bbox, &mtx);
}
cyl->x = pos->x;
cyl->z = pos->z;
cyl->radius = 90.0f;
} else {
if (rodata19 != NULL) {
objCalculateGeoBlockFromNode19Data(rodata19, bbox, &mtx, (struct geoblock *)cyl);
} else {
objCalculateGeoBlockFromBboxAndMtx(bbox, &mtx, (struct geoblock *)cyl);
}
if (obj->type == OBJTYPE_HOVERBIKE) {
hoverbike = (struct hoverbikeobj *)obj;
cyl->ymax = hoverbike->hov.ground + g_HovTypes[hoverbike->hov.type].unk00 + objGetLocalYMax(bbox) * obj->model->scale;
cyl->ymin = hoverbike->hov.ground + 20.0f;
} else if (obj->type == OBJTYPE_HOVERPROP) {
hoverprop = (struct hoverpropobj *)obj;
cyl->ymax = hoverprop->hov.ground + g_HovTypes[hoverprop->hov.type].unk00 + objGetLocalYMax(bbox) * obj->model->scale;
cyl->ymin = hoverprop->hov.ground + 20.0f;
}
}
}
void func0f069b4c(struct defaultobj *obj)
{
union modelrodata *rodata;
u8 *ptr = (u8 *) obj->unkgeo;
if (ptr != NULL) {
if ((obj->hidden2 & OBJH2FLAG_08)) {
if (obj->flags3 & OBJFLAG3_GEOCYL) {
ptr += sizeof(struct geocyl);
} else {
ptr += sizeof(struct geoblock);
}
}
rodata = modelGetPartRodata(obj->model->filedata, MODELPART_0065);
if (rodata != NULL) {
u32 flags = GEOFLAG_FLOOR1 | GEOFLAG_FLOOR2;
if (obj->type == OBJTYPE_ESCASTEP) {
flags |= GEOFLAG_LIFTFLOOR;
}
func0f070ca0(obj, (struct geotilef *)ptr, flags, NULL, &rodata->type19);
ptr += 0x40;
}
rodata = modelGetPartRodata(obj->model->filedata, MODELPART_0066);
if (rodata != NULL) {
func0f070ca0(obj, (struct geotilef *)ptr, GEOFLAG_WALL | GEOFLAG_BLOCK_SIGHT | GEOFLAG_BLOCK_SHOOT, NULL, &rodata->type19);
}
}
}
void func0f069c1c(struct defaultobj *obj)
{
if (obj->geocyl) {
if (obj->hidden2 & OBJH2FLAG_08) {
func0f069850(obj, &obj->prop->pos, obj->realrot, obj->geocyl);
}
func0f069b4c(obj);
}
}
void func0f069c70(struct defaultobj *obj, bool arg1, bool arg2)
{
struct prop *prop;
if (arg1) {
func0f069c1c(obj);
}
if (arg2) {
setup0f0923d4(obj);
}
prop = obj->prop;
propCalculateShadeInfo(prop, obj->nextcol, obj->floorcol);
coordTriggerProxies(&obj->prop->pos, false);
}
/**
* Iterate the model parts in range 201 to 220 (0xc9 to 0xdc) and disable them,
* stopping when any part doesn't exist.
*
* This range of part numbers is a special range that is hidden when the object
* is initialised.
*/
void objInitToggleNodes(struct defaultobj *obj)
{
struct model *model = obj->model;
union modelrwdata *rwdata;
s32 i;
for (i = 0; i < 20; i++) {
struct modelnode *node = modelGetPart(model->filedata, 201 + i);
if (!node) {
return;
}
rwdata = modelGetNodeRwData(model, node);
rwdata->toggle.visible = false;
}
}
void objCreateOneDebris(struct defaultobj *obj, s32 partindex, struct prop *prop)
{
struct defaultobj *debris = debrisAllocate();
if (debris) {
struct defaultobj tmp = {
256, // extrascale
0, // hidden2
OBJTYPE_DEBRIS, // type
0, // modelnum
-1, // pad
OBJFLAG_00000001, // flags
0, // flags2
0, // flags3
NULL, // prop
NULL, // model
1, 0, 0, // realrot
0, 1, 0,
0, 0, 1,
0, // hidden
NULL, // geo
NULL, // projectile
0, // damage
1000, // maxdamage
0xff, 0xff, 0xff, 0x00, // shadecol
0xff, 0xff, 0xff, 0x00, // nextcol
0x0fff, // floorcol
0, // tiles
};
struct modelnode *node;
*debris = tmp;
debris->modelnum = obj->modelnum;
if (objInitWithModelDef(debris, g_ModelStates[debris->modelnum].filedata)) {
propReparent(debris->prop, obj->prop);
objSetDropped(debris->prop, DROPTYPE_5);
if (debris->hidden & OBJHFLAG_PROJECTILE) {
f32 distance;
struct projectile *projectile = debris->projectile;
struct coord rot = {0, 0, 0};
struct coord dist;
dist.x = obj->prop->pos.x - prop->pos.x;
dist.y = 0.0f;
dist.z = obj->prop->pos.z - prop->pos.z;
distance = sqrtf(dist.f[0] * dist.f[0] + dist.f[2] * dist.f[2]);
if (distance > 0.0f) {
distance = 1.0f / distance;
dist.x *= distance;
dist.z *= distance;
} else {
dist.x = RANDOMFRAC() * 0.5f;
dist.z = RANDOMFRAC() * 0.5f;
}
projectile->speed.x = dist.x * 3.3333333f;
projectile->speed.y = RANDOMFRAC() * 6.6666665f;
projectile->speed.z = dist.z * 3.3333333f;
#if PAL
rot.x = RANDOMFRAC() * 0.058895487f - 0.029447744f;
rot.y = RANDOMFRAC() * 0.058895487f - 0.029447744f;
rot.z = RANDOMFRAC() * 0.058895487f - 0.029447744f;
#else
rot.x = RANDOMFRAC() * 0.04907957f - 0.024539785f;
rot.y = RANDOMFRAC() * 0.04907957f - 0.024539785f;
rot.z = RANDOMFRAC() * 0.04907957f - 0.024539785f;
#endif
mtx4LoadRotation(&rot, &projectile->mtx);
}
debris->model->scale = obj->model->scale;
debris->flags |= OBJFLAG_INVINCIBLE | OBJFLAG_BOUNCEIFSHOT | OBJFLAG_01000000;
debris->flags2 |= OBJFLAG2_IMMUNETOGUNFIRE | OBJFLAG2_00200000;
debris->flags3 |= OBJFLAG3_00000008;
node = modelGetPart(debris->model->filedata, MODELPART_BASIC_00C8);
{
struct modelrwdata_toggle *rodata;
if (node) {
rodata = modelGetNodeRwData(debris->model, node);
rodata->visible = false;
}
node = modelGetPart(debris->model->filedata, MODELPART_BASIC_00C9 + partindex);
if (node) {
rodata = modelGetNodeRwData(debris->model, node);
rodata->visible = true;
}
}
}
}
}
void objCreateDebris(struct defaultobj *obj, struct prop *prop)
{
struct model *model = obj->model;
s32 i;
if (prop);
for (i = 0; i < 20; i++) {
if (modelGetPart(model->filedata, 201 + i) == NULL) {
break;
}
objCreateOneDebris(obj, i, prop);
}
}
struct prop *objInit(struct defaultobj *obj, struct modelfiledata *filedata, struct prop *prop, struct model *model)
{
if (prop == NULL) {
prop = propAllocate();
}
if (model == NULL) {
model = modelmgrInstantiateModelWithoutAnim(filedata);
}
if (prop && model) {
s32 geosize;
obj->model = model;
if (modelGetPartRodata(filedata, MODELPART_BASIC_0065)) {
obj->geocount++;
}
if (modelGetPartRodata(filedata, MODELPART_BASIC_0066)) {
obj->geocount++;
}
geosize = obj->geocount * 0x40;
if (obj->flags & OBJFLAG_00000100) {
if (obj->flags3 & OBJFLAG3_GEOCYL) {
geosize += sizeof(struct geocyl);
} else {
geosize += sizeof(struct geoblock);
}
obj->geocount++;
obj->hidden2 |= OBJH2FLAG_08;
} else {
obj->hidden2 &= ~OBJH2FLAG_08;
}
if (obj->geocount > 0) {
obj->unkgeo = mempAlloc(ALIGN16(geosize), MEMPOOL_STAGE);
} else {
obj->unkgeo = NULL;
}
obj->prop = prop;
obj->damage = 0;
obj->projectile = NULL;
obj->shadecol[0] = 0;
obj->shadecol[1] = 0;
obj->shadecol[2] = 0;
obj->shadecol[3] = 0;
obj->nextcol[0] = 0;
obj->nextcol[1] = 0;
obj->nextcol[2] = 0;
obj->nextcol[3] = 0;
obj->floorcol = 0xfff;
obj->model->obj = obj;
obj->model->unk01 = 0;
modelSetScale(obj->model, g_ModelStates[obj->modelnum].scale * (1.0f / 4096.0f));
prop->type = PROPTYPE_OBJ;
prop->obj = obj;
prop->pos.x = 0;
prop->pos.y = 0;
prop->pos.z = 0;
objInitToggleNodes(obj);
if (obj->flags3 & OBJFLAG3_RENDERPOSTBG) {
prop->flags |= PROPFLAG_RENDERPOSTBG;
}
if (obj->flags3 & OBJFLAG3_DRAWONTOP) {
prop->flags |= PROPFLAG_DRAWONTOP;
}
} else {
if (model) {
modelmgrFreeModel(model);
}
if (prop) {
propFree(prop);
prop = NULL;
}
if (obj) {
obj->prop = NULL;
obj->model = NULL;
}
}
if (g_Vars.normmplayerisrunning && prop && obj && obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *) obj;
if (weapon->weaponnum == WEAPON_BRIEFCASE2) {
if (g_MpSetup.scenario == MPSCENARIO_HOLDTHEBRIEFCASE) {
g_ScenarioData.htb.token = prop;
}
prop->forcetick = true;
obj->flags |= OBJFLAG_INVINCIBLE | OBJFLAG_00400000;
obj->flags2 |= OBJFLAG2_IMMUNETOGUNFIRE | OBJFLAG2_00200000;
} else if (weapon->weaponnum == WEAPON_DATAUPLINK) {
if (g_MpSetup.scenario == MPSCENARIO_HACKERCENTRAL) {
g_ScenarioData.htm.uplink = prop;
}
prop->forcetick = true;
obj->flags |= OBJFLAG_INVINCIBLE | OBJFLAG_00400000;
obj->flags2 |= OBJFLAG2_IMMUNETOGUNFIRE | OBJFLAG2_00200000;
}
}
return prop;
}
struct prop *objInitWithModelDef(struct defaultobj *obj, struct modelfiledata *filedata)
{
return objInit(obj, filedata, NULL, NULL);
}
struct prop *objInitWithAutoModel(struct defaultobj *obj)
{
return objInitWithModelDef(obj, g_ModelStates[obj->modelnum].filedata);
}
void func0f06a580(struct defaultobj *obj, struct coord *pos, Mtxf *matrix, s16 *rooms)
{
struct prop *prop = obj->prop;
mtx4ToMtx3(matrix, obj->realrot);
prop->pos = *pos;
propDeregisterRooms(prop);
roomsCopy(rooms, prop->rooms);
func0f069c70(obj, true, true);
obj->shadecol[0] = obj->nextcol[0];
obj->shadecol[1] = obj->nextcol[1];
obj->shadecol[2] = obj->nextcol[2];
obj->shadecol[3] = obj->nextcol[3];
}
f32 func0f06a620(struct defaultobj *obj)
{
if (obj->type == OBJTYPE_WEAPON) {
return 0;
}
return 4;
}
void func0f06a730(struct defaultobj *obj, struct coord *arg1, Mtxf *mtx, s16 *rooms, struct coord *centre)
{
struct modelrodata_bbox *bbox = modelFindBboxRodata(obj->model);
f32 min = objGetLocalYMin(bbox);
f32 max = objGetLocalYMax(bbox);
struct coord pos2;
Mtxf sp70;
s16 rooms2[8];
f32 curval;
f32 y;
f32 maxval;
s32 row;
bool isnegative;
if (obj->flags & OBJFLAG_00000004) {
mtx4LoadZRotation(M_BADPI, &sp70);
mtx4MultMtx4InPlace(mtx, &sp70);
pos2.x = centre->x - sp70.m[1][0] * max;
pos2.y = centre->y - sp70.m[1][1] * max;
pos2.z = centre->z - sp70.m[1][2] * max;
} else if (obj->flags & OBJFLAG_00000008) {
mtx4Copy(mtx, &sp70);
pos2.x = centre->x - sp70.m[1][0] * min;
pos2.y = centre->y - sp70.m[1][1] * min;
pos2.z = centre->z - sp70.m[1][2] * min;
} else {
mtx4Copy(mtx, &sp70);
row = 0;
isnegative = false;
// Row 0
curval = sp70.m[0][1];
if (curval < 0.0f) {
curval = -curval;
}
{
row = 0;
isnegative = sp70.m[row][1] < 0.0f;
maxval = curval;
}
// Row 1
curval = sp70.m[1][1];
if (curval < 0.0f) {
curval = -curval;
}
if (curval > maxval) {
row = 1;
isnegative = sp70.m[row][1] < 0.0f;
maxval = curval;
}
// Row 2
curval = sp70.m[2][1];
if (curval < 0.0f) {
curval = -curval;
}
if (curval > maxval) {
row = 2;
isnegative = sp70.m[row][1] < 0.0f;
maxval = curval;
}
if (row == 0) {
min = objGetLocalXMin(bbox);
max = objGetLocalXMax(bbox);
} else if (row == 2) {
min = objGetLocalZMin(bbox);
max = objGetLocalZMax(bbox);
}
if (isnegative) {
f32 tmp = min;
min = max;
max = tmp;
}
pos2.x = centre->x - sp70.m[row][0] * min;
pos2.y = centre->y - sp70.m[row][1] * min;
pos2.z = centre->z - sp70.m[row][2] * min;
func0f065e74(arg1, rooms, &pos2, rooms2);
if (cdFindFloorRoomYColourFlagsAtPos(&pos2, rooms2, &y, &obj->floorcol, NULL) > 0) {
bool updated;
struct defaultobj *obj2 = objFindByPos(&pos2, rooms2);
u8 *start;
u8 *end;
struct geoblock *block;
if (obj2) {
updated = propUpdateGeometry(obj2->prop, &start, &end);
if (updated
&& (block = (struct geoblock *) start, block->header.type == GEOTYPE_BLOCK)
&& block->ymax > y
&& block->ymin < y + (max - min) * sp70.m[row][1] + func0f06a620(obj)) {
pos2.y = block->ymax - sp70.m[row][1] * min;
obj->hidden |= OBJHFLAG_00008000;
} else {
pos2.y = y - min * sp70.m[row][1] + func0f06a620(obj);
}
} else {
pos2.y = y - min * sp70.m[row][1] + func0f06a620(obj);
}
}
}
func0f065e74(arg1, rooms, &pos2, rooms2);
func0f06a580(obj, &pos2, &sp70, rooms2);
}
void func0f06ab60(struct defaultobj *obj, struct coord *arg1, Mtxf *arg2, s16 *rooms, struct coord *arg4)
{
struct modelrodata_bbox *bbox;
f32 mult;
struct coord newpos;
s16 newrooms[8];
Mtxf sp5c;
Mtxf sp1c;
bbox = modelFindBboxRodata(obj->model);
mult = objGetLocalZMin(bbox);
mtx4LoadXRotation(4.7116389274597f, &sp5c);
mtx4LoadYRotation(M_BADPI, &sp1c);
mtx4MultMtx4InPlace(&sp1c, &sp5c);
mtx4MultMtx4InPlace(arg2, &sp5c);
newpos.x = arg4->x - sp5c.m[2][0] * mult;
newpos.y = arg4->y - sp5c.m[2][1] * mult;
newpos.z = arg4->z - sp5c.m[2][2] * mult;
func0f065e74(arg1, rooms, &newpos, newrooms);
func0f06a580(obj, &newpos, &sp5c, newrooms);
}
void objFreeProjectile(struct defaultobj *obj)
{
if (obj->hidden & OBJHFLAG_PROJECTILE) {
projectileFree(obj->projectile);
obj->projectile = NULL;
obj->hidden &= ~OBJHFLAG_PROJECTILE;
}
}
void objFreeEmbedmentOrProjectile(struct prop *prop)
{
if (prop && prop->obj) {
struct defaultobj *obj = prop->obj;
if (obj->hidden & OBJHFLAG_EMBEDDED) {
if (obj->embedment) {
if (obj->embedment->projectile) {
projectileFree(obj->embedment->projectile);
}
embedmentFree(obj->embedment);
}
obj->embedment = NULL;
obj->hidden &= ~OBJHFLAG_EMBEDDED;
} else if (obj->hidden & OBJHFLAG_PROJECTILE) {
objFreeProjectile(obj);
}
}
}
/**
* Remove an object from the game world by clearing all references to it.
*
* If freeprop is true, the obj's prop will be returned to the freeprops list.
* Child objects such as attached knives and mines will always have their props
* freed.
*/
void objFree(struct defaultobj *obj, bool freeprop, bool canregen)
{
struct prop *child;
if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *) obj;
if (weapon->dualweapon) {
weapon->dualweapon->dualweapon = NULL;
weapon->dualweapon = NULL;
}
if (weapon->weaponnum == WEAPON_PROXIMITYMINE) {
weaponUnregisterProxy(weapon);
}
if (weapon->weaponnum == WEAPON_DRAGON && weapon->gunfunc == FUNC_SECONDARY) {
weaponUnregisterProxy(weapon);
}
if (weapon->weaponnum == WEAPON_NBOMB && weapon->gunfunc == FUNC_SECONDARY) {
weaponUnregisterProxy(weapon);
}
if (weapon->weaponnum == WEAPON_GRENADE && weapon->gunfunc == FUNC_SECONDARY) {
weaponUnregisterProxy(weapon);
smokeClearForProp(obj->prop);
}
if (weapon->weaponnum == WEAPON_BOLT) {
s32 beammnum = boltbeamFindByProp(obj->prop);
if (beammnum != -1) {
boltbeamSetAutomatic(beammnum, 1400);
}
}
if (g_Vars.normmplayerisrunning
&& weapon->weaponnum == WEAPON_SKROCKET
&& obj->projectile
&& obj->projectile->ownerprop) {
s32 i;
for (i = 0; i < g_MpNumChrs; i++) {
if (g_MpAllChrPtrs[i]->aibot && g_MpAllChrPtrs[i]->aibot->skrocket == obj->prop) {
g_MpAllChrPtrs[i]->aibot->skrocket = NULL;
}
}
}
} else if (obj->type == OBJTYPE_TINTEDGLASS) {
struct tintedglassobj *glass = (struct tintedglassobj *) obj;
if (glass->portalnum >= 0) {
portalSetXluFrac(glass->portalnum, 1);
portalSetOpen(glass->portalnum, true);
g_BgPortals[glass->portalnum].flags |= PORTALFLAG_FORCEOPEN;
}
} else if (obj->type == OBJTYPE_GLASS) {
struct glassobj *glass = (struct glassobj *) obj;
if (glass->portalnum >= 0) {
portalSetXluFrac(glass->portalnum, 1);
}
} else if (obj->type == OBJTYPE_DOOR) {
struct doorobj *door = (struct doorobj *) obj;
doorActivatePortal(door);
if (door->portalnum >= 0) {
g_BgPortals[door->portalnum].flags |= PORTALFLAG_FORCEOPEN;
}
}
if (obj->prop) {
s32 prevplayernum = g_Vars.currentplayernum;
s32 i;
for (i = 0; i < PLAYERCOUNT(); i++) {
setCurrentPlayerNum(i);
if (obj->prop == bmoveGetGrabbedProp() || obj->prop == bmoveGetHoverbike()) {
bmoveSetMode(MOVEMODE_WALK);
}
invRemoveProp(obj->prop);
}
setCurrentPlayerNum(prevplayernum);
// If obj is an occupied chair, remove the chr from it
if (obj->hidden & OBJHFLAG_OCCUPIEDCHAIR) {
s32 numchrs = chrsGetNumSlots();
s32 i;
obj->hidden &= ~OBJHFLAG_OCCUPIEDCHAIR;
for (i = 0; i < numchrs; i++) {
// @bug: Should be ==, but this isn't a problem because occupied
// chairs are never removed using this code. If they were, and
// the propnum was > 0, all chrs would be disassociated with
// their chairs but their chairs would still have the occupied
// flag. If the propnum was 0, all chrs would be assigned to
// this one chair, and their original chairs would still have
// the occupied flag.
if ((g_ChrSlots[i].proppreset1 = obj->prop - g_Vars.props)) {
g_ChrSlots[i].proppreset1 = -1;
}
}
}
// Remove references from aibots if the obj is the item being fetched
if (g_Vars.normmplayerisrunning) {
s32 i;
for (i = 0; i < g_MpNumChrs; i++) {
if (g_MpAllChrPtrs[i]->aibot && g_MpAllChrPtrs[i]->aibot->gotoprop == obj->prop) {
g_MpAllChrPtrs[i]->aibot->gotoprop = NULL;
}
}
}
func0f0926bc(obj->prop, 1, 0xffff);
shieldhitsRemoveByProp(obj->prop);
chrClearReferences(obj->prop - g_Vars.props);
projectilesUnrefOwner(obj->prop);
wallhitsFreeByProp(obj->prop, 0);
wallhitsFreeByProp(obj->prop, 1);
objFreeEmbedmentOrProjectile(obj->prop);
child = obj->prop->child;
while (child) {
struct prop *next = child->next;
objFreePermanently(child->obj, true);
child = next;
}
if (!canregen) {
if (obj->prop->parent) {
objDetach(obj->prop);
}
propDeregisterRooms(obj->prop);
if (obj->prop->type != PROPTYPE_DOOR) {
modelFreeVertices(1, obj->model);
}
modelmgrFreeModel(obj->model);
if (freeprop) {
propDelist(obj->prop);
propDisable(obj->prop);
propFree(obj->prop);
}
obj->prop->obj = NULL;
obj->prop = NULL;
}
}
}
void objFreePermanently(struct defaultobj *obj, bool freeprop)
{
objFree(obj, freeprop, false);
}
f32 objGetRadius(struct defaultobj *obj)
{
if (obj->type == OBJTYPE_KEY) {
return 20;
}
return 10;
}
bool func0f06b39c(struct coord *arg0, struct coord *arg1, struct coord *arg2, f32 arg3)
{
struct coord sp0c;
f32 value;
sp0c.x = arg2->x - arg0->x;
sp0c.y = arg2->y - arg0->y;
sp0c.z = arg2->z - arg0->z;
value = arg1->f[0] * sp0c.f[0] + arg1->f[1] * sp0c.f[1] + arg1->f[2] * sp0c.f[2];
if (value > 0) {
f32 a = arg1->f[0] * arg1->f[0] + arg1->f[1] * arg1->f[1] + arg1->f[2] * arg1->f[2];
f32 b = sp0c.f[0] * sp0c.f[0] + sp0c.f[1] * sp0c.f[1] + sp0c.f[2] * sp0c.f[2];
if ((b - arg3 * arg3) * a <= value * value) {
return true;
}
}
return false;
}
bool func0f06b488(struct prop *prop, struct coord *arg1, struct coord *arg2, struct coord *arg3, struct coord *arg4, struct coord *arg5, f32 *arg6)
{
struct coord sp3c;
struct coord sp30;
f32 f0;
struct coord sp20;
if (!cd0002ded8(arg1, arg2, prop)) {
cdGetEdge(&sp3c, &sp30, 2909, "propobj.c");
cdGetPos(&sp20, 2910, "propobj.c");
f0 = (sp20.f[0] - arg1->f[0]) * arg3->f[0]
+ (sp20.f[1] - arg1->f[1]) * arg3->f[1]
+ (sp20.f[2] - arg1->f[2]) * arg3->f[2];
if (f0 < *arg6) {
*arg6 = f0;
*arg4 = sp20;
arg5->x = -arg3->x;
arg5->y = 0.0f;
arg5->z = -arg3->z;
if (arg5->x != 0.0f || arg5->z != 0.0f) {
guNormalize(&arg5->x, &arg5->y, &arg5->z);
} else {
arg5->z = 1.0f;
}
g_EmbedProp = prop;
g_EmbedHitPart = 0;
g_EmbedModel = NULL;
g_EmbedNode = NULL;
return true;
}
}
return false;
}
bool func0f06b610(struct defaultobj *obj, struct coord *arg1, struct coord *arg2, struct coord *arg3, f32 arg4, struct coord *arg5, struct coord *arg6, struct coord *arg7, struct coord *arg8, f32 *arg9)
{
struct model *model = obj->model;
f32 f0 = model0001af80(model);
f32 xdiff;
f32 ydiff;
f32 zdiff;
f32 sum1 = 0.0f;
struct prop *prop = obj->prop;
struct prop *child;
bool result = false;
f32 sum2;
struct coord spfc;
struct coord spf0;
struct modelnode *node1;
s32 hitpart;
struct modelnode *spe4 = NULL;
struct hitthing thing1;
s32 mtxindex1;
struct modelnode *node;
struct hitthing thing2;
s32 mtxindex2;
struct modelnode *node2;
f32 sum3;
if (prop->parent == NULL) {
xdiff = prop->pos.f[0] - arg1->f[0];
ydiff = prop->pos.f[1] - arg1->f[1];
zdiff = prop->pos.f[2] - arg1->f[2];
sum1 = xdiff * arg3->f[0] + ydiff * arg3->f[1] + zdiff * arg3->f[2];
}
if (sum1 >= -f0 && sum1 <= arg4 + f0) {
if (prop->flags & PROPFLAG_ONTHISSCREENTHISTICK) {
if (var8005efc0 > 0.0f) {
hitpart = model000225d4(model, arg5, arg6, &spe4);
while (hitpart > 0) {
if (func0f084594(model, spe4, arg5, arg6, &thing1, &mtxindex1, &node1)) {
mtx4TransformVec(&model->matrices[mtxindex1], &thing1.unk00, &spfc);
sum2 = (spfc.f[0] - arg5->f[0]) * arg6->f[0]
+ (spfc.f[1] - arg5->f[1]) * arg6->f[1]
+ (spfc.f[2] - arg5->f[2]) * arg6->f[2];
if (sum2 < *arg9) {
mtx4RotateVec(&model->matrices[mtxindex1], &thing1.unk0c, &spf0);
*arg9 = sum2;
mtx4TransformVec(camGetProjectionMtxF(), &spfc, arg7);
mtx4RotateVec(camGetProjectionMtxF(), &spf0, arg8);
if (arg8->x != 0.0f || arg8->y != 0.0f || arg8->z != 0.0f) {
guNormalize(&arg8->x, &arg8->y, &arg8->z);
} else {
arg8->z = 1.0f;
}
g_EmbedProp = prop;
g_EmbedModel = model;
g_EmbedHitPart = hitpart;
g_EmbedNode = spe4;
g_EmbedSide = thing1.unk28 / 2;
var8006993c[0] = thing1.unk00.x;
var8006993c[1] = thing1.unk00.y;
var8006993c[2] = thing1.unk00.z;
result = 1;
}
}
hitpart = model000225d4(model, arg5, arg6, &spe4);
}
} else {
do {
hitpart = model000225d4(model, arg5, arg6, &spe4);
if (hitpart > 0) {
if (func0f0849dc(model, spe4, arg5, arg6, &thing1, &mtxindex1, &node1)) {
break;
}
}
} while (hitpart > 0);
if (obj->flags3 & OBJFLAG3_HOVERBEDSHIELD) {
node = modelGetPart(model->filedata, MODELPART_BASIC_0067);
if (node && func0f084594(model, node, arg5, arg6, &thing2, &mtxindex2, &node2)) {
if (hitpart <= 0 ||
+ model->matrices[mtxindex2].m[0][2] * thing2.unk00.f[0]
+ model->matrices[mtxindex2].m[1][2] * thing2.unk00.f[1]
+ model->matrices[mtxindex2].m[2][2] * thing2.unk00.f[2]
>
+ model->matrices[mtxindex1].m[0][2] * thing1.unk00.f[0]
+ model->matrices[mtxindex1].m[1][2] * thing1.unk00.f[1]
+ model->matrices[mtxindex1].m[2][2] * thing1.unk00.f[2]
) {
hitpart = 1;
thing1 = thing2;
mtxindex1 = mtxindex2;
node1 = node2;
thing1.texturenum = 10000;
}
}
}
if (hitpart > 0) {
mtx4TransformVec(&model->matrices[mtxindex1], &thing1.unk00, &spfc);
sum3 = (spfc.f[0] - arg5->f[0]) * arg6->f[0]
+ (spfc.f[1] - arg5->f[1]) * arg6->f[1]
+ (spfc.f[2] - arg5->f[2]) * arg6->f[2];
if (sum3 >= 0.0f && sum3 <= *arg9) {
mtx4RotateVec(&model->matrices[mtxindex1], &thing1.unk0c, &spf0);
*arg9 = sum1;
mtx4TransformVec(camGetProjectionMtxF(), &spfc, arg7);
if (spf0.f[0] * arg6->f[0] + spf0.f[1] * arg6->f[1] + spf0.f[2] * arg6->f[2] > 0.0f) {
spf0.f[0] = -spf0.f[0];
spf0.f[1] = -spf0.f[1];
spf0.f[2] = -spf0.f[2];
}
mtx4RotateVec(camGetProjectionMtxF(), &spf0, arg8);
if (arg8->f[0] != 0.0f || arg8->f[1] != 0.0f || arg8->f[2] != 0.0f) {
guNormalize(&arg8->x, &arg8->y, &arg8->z);
} else {
arg8->z = 1.0f;
}
g_EmbedProp = prop;
g_EmbedHitPart = hitpart;
g_EmbedModel = model;
g_EmbedNode = node1;
var80069944 = thing1.texturenum;
result = true;
if (thing1.texturenum == 10000) {
g_EmbedSide = thing1.unk28 / 2;
var8006993c[0] = thing1.unk00.x;
var8006993c[1] = thing1.unk00.y;
var8006993c[2] = thing1.unk00.z;
}
}
}
}
} else {
if (func0f06b39c(arg1, arg3, &prop->pos, model0001af80(model))
&& func0f06b488(prop, arg1, arg2, arg3, arg7, arg8, arg9)) {
g_EmbedModel = model;
g_EmbedNode = model->filedata->rootnode;
result = true;
}
}
}
if (prop->flags & PROPFLAG_ONTHISSCREENTHISTICK) {
child = prop->child;
while (child) {
if (child->flags & PROPFLAG_ONTHISSCREENTHISTICK) {
if (func0f06b610(child->obj, arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9)) {
result = true;
}
}
child = child->next;
}
}
return result;
}
s32 func0f06be44(struct modelnode *rootnode)
{
s32 count = 0;
struct modelnode *node = rootnode;
while (node) {
count++;
if (node->child) {
count += func0f06be44(node->child);
}
node = node->next;
}
return count;
}
bool func0f06bea0(struct model *model, struct modelnode *endnode, struct modelnode *node, struct coord *arg3, struct coord *arg4, void *arg5, f32 *arg6, struct modelnode **arg7, s32 *hitpart, s32 *arg9, struct modelnode **arg10)
{
u32 stack;
union modelrodata *rodata;
bool ok = false;
f32 sp98 = MAXFLOAT;
Gfx *s4;
Gfx *s6;
struct gfxvtx *vertices;
struct modelnode *sp88;
struct modelnode *sp84 = NULL;
bool s7;
struct coord sp74;
struct modelrwdata_dl *rwdata;
vertices = NULL;
s7 = false;
var8005efc0 = 2.5f / model->scale;
sp74.x = arg3->x + arg4->f[0] * 32767.0f;
sp74.y = arg3->y + arg4->f[1] * 32767.0f;
sp74.z = arg3->z + arg4->f[2] * 32767.0f;
g_Vars.hitboundscount = 0;
while (node) {
u32 type = node->type & 0xff;
s4 = NULL;
s6 = NULL;
switch (type) {
case MODELNODETYPE_BBOX:
rodata = node->rodata;
if (model000220fc(&rodata->bbox, model0001a5cc(model, node, 0), arg3, arg4)) {
s7 = true;
sp84 = node;
if (g_Vars.hitboundscount < ARRAYCOUNT(g_Vars.hitnodes)) {
g_Vars.hitnodes[g_Vars.hitboundscount] = node;
g_Vars.hitboundscount++;
}
} else {
s7 = false;
var8005efc0 = 10.0f / model->scale;
if (model000220fc(&rodata->bbox, model0001a5cc(model, node, 0), arg3, arg4)) {
if (g_Vars.hitboundscount < ARRAYCOUNT(g_Vars.hitnodes)) {
g_Vars.hitnodes[g_Vars.hitboundscount] = node;
g_Vars.hitboundscount++;
}
}
var8005efc0 = 2.5f / model->scale;
}
break;
case MODELNODETYPE_DL:
if (s7) {
rodata = node->rodata;
rwdata = modelGetNodeRwData(model, node);
if (rwdata->gdl != NULL) {
if (rwdata->gdl == rodata->dl.primary) {
s4 = (Gfx *)((u32)rodata->dl.colourtable + ((u32)rodata->dl.primary & 0xffffff));
} else {
s4 = rwdata->gdl;
}
if (rodata->dl.secondary != NULL) {
s6 = (Gfx *)((u32)rodata->dl.colourtable + ((u32)rodata->dl.secondary & 0xffffff));
}
vertices = rwdata->vertices;
}
}
break;
case MODELNODETYPE_GUNDL:
if (s7) {
if (node->rodata->gundl.primary != NULL) {
s32 base = (s32)node->rodata->gundl.baseaddr;
s4 = (Gfx *)(base + ((u32)node->rodata->gundl.primary & 0xffffff));
if (node->rodata->gundl.secondary != NULL) {
s6 = (Gfx *)(base + ((u32)node->rodata->gundl.secondary & 0xffffff));
}
vertices = (struct gfxvtx *)base;
}
}
break;
case MODELNODETYPE_DISTANCE:
model0001c784(model, node);
break;
case MODELNODETYPE_TOGGLE:
model0001c7d0(model, node);
break;
case MODELNODETYPE_HEADSPOT:
modelAttachHead(model, node);
break;
}
if (s4 && bgTestHitOnChr(model, arg3, &sp74, arg4, s4, s6, vertices, &sp98, arg5)) {
ok = true;
sp88 = node;
*arg7 = sp84;
*hitpart = sp84->rodata->bbox.hitpart;
}
if (node->child) {
node = node->child;
} else {
while (node) {
if (node == endnode) {
node = NULL;
break;
}
if (node->next) {
node = node->next;
break;
}
node = node->parent;
}
}
}
if (ok) {
*arg6 = sqrtf(sp98);
*arg10 = sp88;
*arg9 = model0001a524(sp88, 0);
}
var8005efc0 = 0.0f;
return ok;
}
bool func0f06c28c(struct chrdata *chr, struct coord *arg1, struct coord *arg2, struct coord *arg3, f32 arg4, struct coord *arg5, struct coord *arg6, struct coord *arg7, struct coord *arg8, f32 *arg9)
{
f32 spec;
struct prop *prop = chr->prop;
f32 spe4 = chr0f0278a4(chr);
f32 x = (prop->pos.f[0] - arg1->f[0]);
f32 y = (prop->pos.f[1] - arg1->f[1]);
f32 z = (prop->pos.f[2] - arg1->f[2]);
f32 spd4 = x * arg3->f[0] + y * arg3->f[1] + z * arg3->f[2];
s32 hitpart = 0;
struct modelnode *spcc = NULL;
bool result = false;
struct prop *child;
struct coord spb8;
struct coord spac;
struct hitthing sp7c;
s32 sp78 = 0;
struct modelnode *sp74 = NULL;
struct model *model = chr->model;
if (chrGetShield(chr) > 0.0f) {
var8005efc0 = 10.0f / chr->model->scale;
}
if (-spe4 <= spd4 && spd4 <= arg4 + spe4 && func0f06b39c(arg1, arg3, &prop->pos, spe4)) {
if ((prop->flags & PROPFLAG_ONTHISSCREENTHISTICK)) {
if (var8005efc0 > 0.0f) {
hitpart = model000225d4(model, arg5, arg6, &spcc);
while (hitpart > 0) {
if (func0f084594(model, spcc, arg5, arg6, &sp7c, &sp78, &sp74)) {
mtx4TransformVec(&model->matrices[sp78], &sp7c.unk00, &spb8);
spec = (spb8.f[0] - arg5->f[0]) * arg6->f[0]
+ (spb8.f[1] - arg5->f[1]) * arg6->f[1]
+ (spb8.f[2] - arg5->f[2]) * arg6->f[2];
if (spec < *arg9) {
mtx4RotateVec(&model->matrices[sp78], &sp7c.unk0c, &spac);
*arg9 = spec;
mtx4TransformVec(camGetProjectionMtxF(), &spb8, arg7);
mtx4RotateVec(camGetProjectionMtxF(), &spac, arg8);
if (arg8->x != 0.0f || arg8->y != 0.0f || arg8->z != 0.0f) {
guNormalize(&arg8->x, &arg8->y, &arg8->z);
} else {
arg8->z = 1.0f;
}
g_EmbedProp = prop;
g_EmbedModel = model;
g_EmbedHitPart = hitpart;
g_EmbedNode = spcc;
g_EmbedSide = sp7c.unk28 / 2;
var8006993c[0] = sp7c.unk00.x;
var8006993c[1] = sp7c.unk00.y;
var8006993c[2] = sp7c.unk00.z;
result = true;
}
}
hitpart = model000225d4(model, arg5, arg6, &spcc);
}
} else {
hitpart = model000225d4(model, arg5, arg6, &spcc);
if (hitpart > 0
&& func0f06bea0(model, model->filedata->rootnode, model->filedata->rootnode, arg5, arg6, &sp7c.unk00, &spec, &spcc, &hitpart, &sp78, &sp74)
&& spec < *arg9) {
*arg9 = spec;
mtx4TransformVec(camGetProjectionMtxF(), &sp7c.unk00, arg7);
mtx4RotateVec(camGetProjectionMtxF(), &sp7c.unk0c, arg8);
if (arg8->x != 0.0f || arg8->y != 0.0f || arg8->z != 0.0f) {
guNormalize(&arg8->x, &arg8->y, &arg8->z);
} else {
arg8->z = 1.0f;
}
g_EmbedProp = prop;
g_EmbedModel = model;
g_EmbedHitPart = hitpart;
g_EmbedNode = spcc;
result = true;
}
}
} else if (func0f06b488(prop, arg1, arg2, arg3, arg7, arg8, arg9)) {
g_EmbedHitPart = HITPART_TORSO;
result = true;
}
}
if (prop->flags & PROPFLAG_ONTHISSCREENTHISTICK) {
child = prop->child;
while (child) {
if (child->flags & PROPFLAG_ONTHISSCREENTHISTICK) {
if (func0f06b610(child->obj, arg1, arg2, arg3, arg4, arg5, arg6, arg7, arg8, arg9)) {
result = true;
}
}
child = child->next;
}
}
if (var8005efc0 > 0.0f) {
var8005efc0 = 0.0f;
}
return result;
}
bool projectileFindCollidingProp(struct prop *prop, struct coord *pos1, struct coord *pos2, u32 cdtypes, struct coord *arg4, struct coord *arg5, s16 *rooms)
{
bool result = false;
f32 dist;
s16 *propnumptr;
s16 propnums[256];
f32 spa8;
bool spa4 = false;
struct coord sp98;
f32 tmp;
struct coord sp88;
struct coord sp7c;
struct chrdata *chr;
sp98.x = pos2->x - pos1->x;
sp98.y = pos2->y - pos1->y;
sp98.z = pos2->z - pos1->z;
dist = sqrtf(sp98.f[0] * sp98.f[0] + sp98.f[1] * sp98.f[1] + sp98.f[2] * sp98.f[2]);
if (dist == 0.0f) {
return false;
}
tmp = 1.0f / dist;
sp98.x *= tmp;
sp98.y *= tmp;
sp98.z *= tmp;
sp88 = *pos1;
mtx4TransformVecInPlace(camGetWorldToScreenMtxf(), &sp88);
sp7c = sp98;
mtx4RotateVecInPlace(camGetWorldToScreenMtxf(), &sp7c);
spa8 = dist;
if (cdtypes != 0) {
roomGetProps(rooms, propnums, 256);
for (propnumptr = propnums; *propnumptr >= 0; propnumptr++) {
struct prop *iterprop = &g_Vars.props[*propnumptr];
if (*propnumptr);
if (iterprop != prop) {
if (iterprop->type & (PROPTYPE_OBJ | PROPTYPE_WEAPON | PROPTYPE_DOOR)) {
struct defaultobj *obj = iterprop->obj;
if ((obj->hidden & OBJHFLAG_ISRETICK) == 0 && (obj->flags2 & OBJFLAG2_THROWTHROUGH) == 0) {
if (iterprop->type == PROPTYPE_DOOR) {
if ((cdtypes & CDTYPE_DOORS) == 0 && (propDoorGetCdTypes(iterprop) & cdtypes) == 0) {
continue;
}
} else {
if ((cdtypes & CDTYPE_OBJS) == 0) {
continue;
}
}
if (func0f06b610(obj, pos1, pos2, &sp98, dist, &sp88, &sp7c, arg4, arg5, &spa8)) {
spa4 = true;
}
}
} else if (iterprop->type == PROPTYPE_CHR
|| (iterprop->type == PROPTYPE_PLAYER && g_Vars.players[playermgrGetPlayerNumByProp(iterprop)]->haschrbody)) {
struct chrdata *chr = iterprop->chr;
if (iterprop->type == PROPTYPE_PLAYER) {
if (!g_Vars.players[playermgrGetPlayerNumByProp(iterprop)]->bondperimenabled || (cdtypes & CDTYPE_PLAYERS) == 0) {
continue;
}
} else if (iterprop->type == PROPTYPE_CHR) {
if ((chr->hidden & CHRHFLAG_PERIMDISABLED)
|| (chr->chrflags & CHRCFLAG_HIDDEN)
|| (cdtypes & CDTYPE_CHRS) == 0) {
continue;
}
}
if (func0f06c28c(chr, pos1, pos2, &sp98, dist, &sp88, &sp7c, arg4, arg5, &spa8)) {
spa4 = true;
}
} else if (iterprop->type == PROPTYPE_PLAYER
&& g_Vars.players[playermgrGetPlayerNumByProp(iterprop)]->bondperimenabled) {
if (func0f06b488(iterprop, pos1, pos2, &sp98, arg4, arg5, &spa8)) {
spa4 = true;
}
}
}
}
}
if (spa4) {
result = true;
var8009ce78 = sp98;
var8009ce88 = sp7c;
}
return result;
}
s32 func0f06cd00(struct defaultobj *obj, struct coord *pos, struct coord *arg2, struct coord *arg3)
{
struct prop *prop = obj->prop;
s32 cdresult;
struct hitthing hitthing;
struct coord sp1c4;
u32 stack;
bool s0;
s16 spcc[120];
s16 *ptr;
s16 spb8[8];
s32 i;
f32 scale = 1.0f;
cdresult = CDRESULT_NOCOLLISION;
if (g_Vars.normmplayerisrunning) {
g_Vars.useperimshoot = true;
}
g_EmbedProp = 0;
var80069944 = 0;
sp1c4 = *pos;
if ((prop->pos.x != pos->x || prop->pos.y != pos->y || prop->pos.z != pos->z)
&& (obj->hidden & OBJHFLAG_PROJECTILE)
&& (obj->projectile->flags & PROJECTILEFLAG_STICKY)) {
portal00018148(&prop->pos, &sp1c4, prop->rooms, spb8, spcc, 20);
ptr = spcc;
while (*ptr != -1) {
ptr++;
}
roomsGetActive(ptr, 100);
for (i = 0; spcc[i] != -1; i++) {
s0 = false;
if (roomIsLoaded(spcc[i])) {
if (bgTestHitInRoom(&prop->pos, &sp1c4, spcc[i], &hitthing)) {
hitthing.unk00.x *= scale;
hitthing.unk00.y *= scale;
hitthing.unk00.z *= scale;
var80069944 = hitthing.texturenum;
s0 = true;
if (g_Textures[hitthing.texturenum].surfacetype == SURFACETYPE_DEEPWATER) {
struct coord spa4 = {0, 0, 0};
s0 = false;
sparksCreate(prop->rooms[0], prop, &hitthing.unk00, &spa4, &hitthing.unk0c, SPARKTYPE_DEEPWATER);
propsnd0f0939f8(0, prop, SFX_HIT_WATER, -1, -1, 1024, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
obj->hidden |= OBJHFLAG_REAPABLE;
}
}
} else {
s16 spa0[2];
spa0[0] = spcc[i];
spa0[1] = -1;
if (cdExamLos09(&prop->pos, spa0, &sp1c4, CDTYPE_BG) == CDRESULT_COLLISION) {
s0 = true;
cdGetPos(&hitthing.unk00, 4257, "propobj.c");
cdGetObstacleNormal(&hitthing.unk0c);
}
}
if (s0
&& ((prop->pos.x <= sp1c4.x && hitthing.unk00.x <= sp1c4.x && prop->pos.x <= hitthing.unk00.x) || (sp1c4.x <= prop->pos.x && sp1c4.x <= hitthing.unk00.x && hitthing.unk00.x <= prop->pos.x))
&& ((prop->pos.y <= sp1c4.y && hitthing.unk00.y <= sp1c4.y && prop->pos.y <= hitthing.unk00.y) || (sp1c4.y <= prop->pos.y && sp1c4.y <= hitthing.unk00.y && hitthing.unk00.y <= prop->pos.y))
&& ((prop->pos.z <= sp1c4.z && hitthing.unk00.z <= sp1c4.z && prop->pos.z <= hitthing.unk00.z) || (sp1c4.z <= prop->pos.z && sp1c4.z <= hitthing.unk00.z && hitthing.unk00.z <= prop->pos.z))
&& (prop->pos.f[0] != hitthing.unk00.f[0] || prop->pos.f[1] != hitthing.unk00.f[1] || prop->pos.f[2] != hitthing.unk00.f[2])) {
cdresult = CDRESULT_COLLISION;
sp1c4 = hitthing.unk00;
*arg3 = hitthing.unk0c;
}
}
if (!projectileFindCollidingProp(prop, &prop->pos, &sp1c4, CDTYPE_ALL, arg2, arg3, spcc)) {
if (cdresult == CDRESULT_COLLISION) {
*arg2 = sp1c4;
}
} else {
cdresult = CDRESULT_COLLISION;
}
if (cdresult != CDRESULT_NOCOLLISION) {
struct coord dist;
f32 sqdist;
f32 mult;
dist.x = pos->x - prop->pos.x;
dist.y = pos->y - prop->pos.y;
dist.z = pos->z - prop->pos.z;
sqdist = dist.f[0] * dist.f[0] + dist.f[1] * dist.f[1] + dist.f[2] * dist.f[2];
if (sqdist > 0.01f) {
mult = 0.1f / sqrtf(sqdist);
} else {
mult = 0.5f;
}
arg2->x -= mult * dist.x;
arg2->y -= mult * dist.y;
arg2->z -= mult * dist.z;
if (arg3->x != 0.0f || arg3->y != 0.0f || arg3->z != 0.0f) {
guNormalize(&arg3->x, &arg3->y, &arg3->z);
} else {
arg3->z = 1.0f;
}
}
}
if (g_Vars.normmplayerisrunning) {
g_Vars.useperimshoot = false;
}
return cdresult;
}
bool func0f06d37c(struct defaultobj *obj, struct coord *arg1, struct coord *arg2, struct coord *arg3)
{
struct prop *prop = obj->prop;
f32 radius = objGetRadius(obj);
bool result = true;
bool sp98 = false;
struct coord sp8c;
struct coord sp80;
s16 rooms[8];
struct coord sp64;
struct coord sp58;
struct coord sp4c;
f32 f2;
g_EmbedProp = NULL;
var80069944 = 0;
sp80 = *arg1;
if (prop->pos.x != arg1->x || prop->pos.y != arg1->y || prop->pos.z != arg1->z) {
if (obj->hidden & OBJHFLAG_PROJECTILE) {
if (cdExamCylMove08(&prop->pos, prop->rooms, &sp80, rooms, radius, CDTYPE_ALL, false, 0.0f, 0.0f) != CDRESULT_COLLISION) {
setup0f09233c(obj, &sp80, obj->realrot, rooms);
if (cdExamCylMove02(&prop->pos, &sp80, radius, rooms, CDTYPE_ALL, false, 0.0f, 0.0f) != CDRESULT_COLLISION) {
prop->pos = sp80;
propDeregisterRooms(prop);
roomsCopy(rooms, prop->rooms);
} else {
result = false;
}
} else {
result = false;
}
if (!result) {
cdGetEdge(&sp64, &sp58, 4385, "propobj.c");
arg3->x = sp58.z - sp64.z;
arg3->y = 0.0f;
arg3->z = sp64.x - sp58.x;
if (arg3->x != 0.0f || arg3->z != 0.0f) {
guNormalize(&arg3->x, &arg3->y, &arg3->z);
} else {
arg3->z = 1.0f;
}
if (sp80.x != prop->pos.x || sp80.y != prop->pos.y || sp80.z != prop->pos.z) {
sp8c.x = sp80.x - prop->pos.x;
sp8c.y = sp80.y - prop->pos.y;
sp8c.z = sp80.z - prop->pos.z;
func0f02e4f8(&prop->pos, &sp8c, arg2);
if (prop->pos.x < sp80.x) {
if (arg2->x > sp80.x) {
arg2->x = sp80.x;
} else if (arg2->x < prop->pos.x) {
arg2->x = prop->pos.x;
}
} else {
if (arg2->x > prop->pos.x) {
arg2->x = prop->pos.x;
} else if (arg2->x < sp80.x) {
arg2->x = sp80.x;
}
}
if (prop->pos.y < sp80.y) {
if (arg2->y > sp80.y) {
arg2->y = sp80.y;
} else if (arg2->y < prop->pos.y) {
arg2->y = prop->pos.y;
}
} else {
if (arg2->y > prop->pos.y) {
arg2->y = prop->pos.y;
} else if (arg2->y < sp80.y) {
arg2->y = sp80.y;
}
}
if (prop->pos.z < sp80.z) {
if (arg2->z > sp80.z) {
arg2->z = sp80.z;
} else if (arg2->z < prop->pos.z) {
arg2->z = prop->pos.z;
}
} else {
if (arg2->z > prop->pos.z) {
arg2->z = prop->pos.z;
} else if (arg2->z < sp80.z) {
arg2->z = sp80.z;
}
}
f2 = cd00024e98() * 0.99f;
sp4c.x = sp8c.x * f2 + prop->pos.x;
sp4c.y = sp80.y;
sp4c.z = sp8c.z * f2 + prop->pos.z;
if (cdExamCylMove07(&prop->pos, prop->rooms, &sp4c, rooms, CDTYPE_ALL, false, 0.0f, 0.0f) != CDRESULT_COLLISION) {
setup0f09233c(obj, &sp4c, obj->realrot, rooms);
if (cdTestVolume(&sp4c, radius, rooms, CDTYPE_ALL, CHECKVERTICAL_NO, 0.0f, 0.0f) != CDRESULT_COLLISION) {
prop->pos = sp4c;
propDeregisterRooms(prop);
roomsCopy(rooms, prop->rooms);
sp98 = true;
}
}
} else {
*arg2 = sp80;
}
if (!sp98) {
sp4c.x = prop->pos.x;
sp4c.y = sp80.y;
sp4c.z = prop->pos.z;
func0f065e74(&prop->pos, prop->rooms, &sp4c, rooms);
prop->pos.y = sp4c.y;
propDeregisterRooms(prop);
roomsCopy(rooms, prop->rooms);
}
}
}
}
return result;
}
/**
* Update a speed and distance travelled, factoring in acceleration,
* deceleration and the global update multiplier.
*
* The new speed and distance done are written back to those pointers.
*/
void applySpeed(f32 *distdone, f32 maxdist, f32 *speedptr, f32 accel, f32 decel, f32 maxspeed)
{
f32 speed = *speedptr;
s32 i;
for (i = 0; i < g_Vars.lvupdate60; i++) {
f32 limit = speed * speed * 0.5f / decel;
f32 distremaining = maxdist - *distdone;
if (distremaining > 0.0f) {
if (speed > 0.0f && distremaining <= limit) {
// Slow down for end
speed -= decel;
if (speed < decel) {
speed = decel;
}
} else if (speed < maxspeed) {
// Accelerate
if (speed < 0.0f) {
speed += decel;
} else {
speed += accel;
}
if (speed > maxspeed) {
speed = maxspeed;
}
}
if (speed >= distremaining) {
*distdone = maxdist;
break;
}
*distdone += speed;
} else {
if (speed < 0.0f && -distremaining <= limit) {
speed += decel;
if (speed > -decel) {
speed = -decel;
}
} else if (speed > -maxspeed) {
if (speed > 0.0f) {
speed -= decel;
} else {
speed -= accel;
}
if (speed < -maxspeed) {
speed = -maxspeed;
}
}
if (speed <= distremaining) {
*distdone = maxdist;
break;
}
*distdone += speed;
}
}
*speedptr = speed;
}
void applyRotation(f32 *angle, f32 maxrot, f32 *speed, f32 accel, f32 decel, f32 maxspeed)
{
f32 tmp = maxrot - *angle;
if (tmp < -M_PI) {
maxrot += M_BADTAU;
} else if (tmp >= M_PI) {
maxrot -= M_BADTAU;
}
applySpeed(angle, maxrot, speed, accel, decel, maxspeed);
if (*angle < 0) {
*angle += M_BADTAU;
}
if (*angle >= M_BADTAU) {
*angle -= M_BADTAU;
}
}
#define NEXT(i) ((i + 1) % 3)
#define PREV(i) ((i + 2) % 3)
/**
* Make a projectile fall to the ground once it's hit a wall.
*
* The vast majority of this is calculating the rotation for the projectile.
*/
void projectileFall(struct defaultobj *obj, f32 arg1[3][3])
{
s32 t2;
s32 t4;
s32 t3;
struct coord sp188;
Mtxf sp148;
Mtxf sp108;
Mtxf spc8;
Mtxf sp88;
f32 sp84;
f32 sp80;
struct modelrodata_bbox *bbox;
s32 i;
u32 stack[2];
f32 sp6c;
struct projectile *projectile;
f32 f2;
f32 sp58[3];
f32 sp4c[3];
f32 sp40[3];
obj->hidden &= ~OBJHFLAG_00010000;
if (obj->hidden & OBJHFLAG_PROJECTILE) {
projectile = obj->projectile;
if (obj->type == OBJTYPE_DOOR) {
objFreeProjectile(obj);
return;
}
projectile->ownerprop = NULL;
projectile->flags &= ~PROJECTILEFLAG_AIRBORNE;
projectile->flags |= PROJECTILEFLAG_FALLING;
projectile->flags &= ~PROJECTILEFLAG_STICKY;
mtx3ToMtx4(obj->realrot, &sp148);
mtx4GetRotation(sp148.m, &sp188);
mtx4LoadRotation(&sp188, &sp108);
quaternion0f096ca0(&sp188, projectile->unk068);
mtx4LoadRotationFrom(sp108.m, spc8.m);
mtx4MultMtx4(&spc8, &sp148, &sp88);
projectile->unk0b8[0] = sqrtf(sp88.m[0][0] * sp88.m[0][0] + sp88.m[0][1] * sp88.m[0][1] + sp88.m[0][2] * sp88.m[0][2]);
projectile->unk0b8[1] = sqrtf(sp88.m[1][0] * sp88.m[1][0] + sp88.m[1][1] * sp88.m[1][1] + sp88.m[1][2] * sp88.m[1][2]);
projectile->unk0b8[2] = sqrtf(sp88.m[2][0] * sp88.m[2][0] + sp88.m[2][1] * sp88.m[2][1] + sp88.m[2][2] * sp88.m[2][2]);
t2 = -1;
t4 = -1;
t3 = -1;
bbox = objFindBboxRodata(obj);
sp4c[0] = bbox->xmax - bbox->xmin;
sp4c[1] = bbox->ymax - bbox->ymin;
sp4c[2] = bbox->zmax - bbox->zmin;
for (i = 0; i < 3; i++) {
sp58[i] = sp4c[i] * projectile->unk0b8[i];
sp40[i] = obj->realrot[i][1] * sp4c[i];
if (sp40[i] < 0.0f) {
sp40[i] = -sp40[i];
}
}
if (obj->flags3 & (OBJFLAG3_00000008 | OBJFLAG3_00000200 | OBJFLAG3_08000000)) {
if (obj->flags3 & OBJFLAG3_00000008) {
for (i = 0; i < 3; i++) {
if (sp58[i] < sp58[NEXT(i)] && sp58[i] < sp58[PREV(i)]) {
t4 = i;
break;
}
}
} else {
t4 = 1;
}
if (sp40[(t4 + 2) % 3] <= sp40[(t4 + 1) % 3]) {
t2 = (t4 + 1) % 3;
t3 = (t4 + 2) % 3;
} else {
t2 = (t4 + 2) % 3;
t3 = (t4 + 1) % 3;
}
}
if (t2 < 0) {
for (i = 0; i < 3; i++) {
if (sp58[i] > sp58[NEXT(i)] * 3.0f && sp58[i] > sp58[PREV(i)] * 3.0f) {
t2 = i;
if (sp58[NEXT(i)] > sp58[PREV(i)] * 2.0f) {
t4 = PREV(i);
t3 = NEXT(i);
} else if (sp58[PREV(i)] > sp58[NEXT(i)] * 2.0f) {
t4 = NEXT(i);
t3 = PREV(i);
} else {
if ((random() % 2) == 0) {
t4 = PREV(i);
t3 = NEXT(i);
} else {
t4 = NEXT(i);
t3 = PREV(i);
}
}
break;
}
}
}
if (t2 < 0) {
for (i = 0; i < 3; i++) {
if (sp58[i] > sp58[NEXT(i)] * 3.0f || sp58[i] > sp58[PREV(i)] * 3.0f) {
if (sp58[i] > sp58[NEXT(i)] * 3.0f) {
t4 = NEXT(i);
} else if (sp58[i] > sp58[PREV(i)] * 3.0f) {
t4 = PREV(i);
}
if (sp40[(t4 + 2) % 3] <= sp40[(t4 + 1) % 3]) {
t2 = (t4 + 1) % 3;
t3 = (t4 + 2) % 3;
} else {
t2 = (t4 + 2) % 3;
t3 = (t4 + 1) % 3;
}
break;
}
}
}
if (t2 < 0) {
for (i = 0; i < 3; i++) {
if (sp40[i] >= sp40[NEXT(i)] && sp40[i] >= sp40[PREV(i)]) {
t4 = i;
if (sp40[PREV(i)] <= sp40[NEXT(i)]) {
t3 = PREV(i);
t2 = NEXT(i);
} else {
t2 = PREV(i);
t3 = NEXT(i);
}
break;
}
}
}
if (t2 < 0) {
t2 = 0;
t4 = 1;
t3 = 2;
}
sp84 = obj->realrot[t2][0];
sp80 = obj->realrot[t2][2];
if (sp84 != 0.0f || sp80 != 0.0f) {
f32 f0 = sqrtf(sp84 * sp84 + sp80 * sp80);
if (f0 > 0.0f) {
f0 = 1.0f / f0;
sp84 *= f0;
sp80 *= f0;
} else {
sp84 = 0.0f;
sp80 = 1.0f;
}
} else {
sp84 = 0.0f;
sp80 = 1.0f;
}
spc8.m[t2][0] = sp84;
spc8.m[t2][1] = 0.0f;
spc8.m[t2][2] = sp80;
spc8.m[t2][3] = 0.0f;
if (((obj->realrot[t4][1] >= 0.0f || (obj->flags3 & OBJFLAG3_08000000)) && t3 == ((t4 + 1) % 3))
|| (obj->realrot[t4][1] <= 0.0f && (obj->flags3 & OBJFLAG3_08000000) == 0 && t3 == (t4 + 2) % 3)) {
spc8.m[t3][0] = -sp80;
spc8.m[t3][1] = 0.0f;
spc8.m[t3][2] = sp84;
spc8.m[t3][3] = 0.0f;
} else {
spc8.m[t3][0] = sp80;
spc8.m[t3][1] = 0.0f;
spc8.m[t3][2] = -sp84;
spc8.m[t3][3] = 0.0f;
}
if (obj->realrot[t4][1] >= 0.0f || (obj->flags3 & OBJFLAG3_08000000)) {
spc8.m[t4][0] = 0.0f;
spc8.m[t4][1] = 1.0f;
spc8.m[t4][2] = 0.0f;
spc8.m[t4][3] = 0.0f;
} else {
spc8.m[t4][0] = 0.0f;
spc8.m[t4][1] = -1.0f;
spc8.m[t4][2] = 0.0f;
spc8.m[t4][3] = 0.0f;
}
spc8.m[3][0] = 0.0f;
spc8.m[3][1] = 0.0f;
spc8.m[3][2] = 0.0f;
spc8.m[3][3] = 1.0f;
mtx4GetRotation(spc8.m, &sp188);
quaternion0f096ca0(&sp188, projectile->unk078);
quaternion0f0976c0(projectile->unk068, projectile->unk078);
projectile->unk060 = 0.0f;
sp6c = acosf(spc8.m[t2][0] * sp108.m[t2][0] + spc8.m[t2][1] * sp108.m[t2][1] + spc8.m[t2][2] * sp108.m[t2][2]);
if (sp6c > 0.0f && obj->realrot[t2][1] > 0.0f && obj->realrot[t2][1] > arg1[t2][1]) {
projectile->unk064 = 0.05f / (sp6c * 0.63672113f);
} else if (sp6c > 0.0f && obj->realrot[t2][1] < 0.0f && obj->realrot[t2][1] < arg1[t2][1]) {
projectile->unk064 = 0.05f / (sp6c * 0.63672113f);
} else {
f2 = acosf((arg1[t2][0] * obj->realrot[t2][0] + arg1[t2][1] * obj->realrot[t2][1] + arg1[t2][2] * obj->realrot[t2][2]) / (obj->model->scale * obj->model->scale)) / g_Vars.lvupdate60freal;
if (sp6c != 0.0f) {
projectile->unk064 = f2 / sp6c;
} else {
projectile->unk064 = 1.0f;
}
}
if (projectile->unk064 < 0.0f) {
projectile->unk064 = -projectile->unk064;
}
if (projectile->unk064 < 0.03f) {
projectile->unk064 = 0.03f;
} else if (projectile->unk064 > 0.15f) {
projectile->unk064 = 0.15f;
}
}
}
void knifePlayWooshSound(struct defaultobj *obj)
{
if (obj->hidden & OBJHFLAG_PROJECTILE) {
if ((obj->projectile->flags & PROJECTILEFLAG_AIRBORNE)
&& obj->projectile->bouncecount <= 0
&& (obj->hidden & OBJHFLAG_00000020)) {
u16 soundnums[] = { SFX_8074, SFX_8074, SFX_8074 };
s32 index = random() % ARRAYCOUNT(soundnums);
if (obj->projectile->lastwooshframe < g_Vars.lvframe60 - TICKS(6)) {
func0f0926bc(obj->prop, 1, 0xffff);
if (!lvIsPaused()) {
propsnd0f0939f8(0, obj->prop, soundnums[index], -1, -1, 0, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
obj->projectile->lastwooshframe = g_Vars.lvframe60;
}
}
} else {
obj->hidden &= ~OBJHFLAG_00000020;
func0f0926bc(obj->prop, 1, 0xffff);
}
}
}
void func0f06e9cc(struct coord *arg0, Mtxf *arg1)
{
f32 sp124;
f32 sp120;
f32 sp11c;
f32 sp118;
f32 sp114;
f32 f0;
f32 sp10c;
f32 sp108;
f32 sp104;
f32 a;
f32 b;
f32 stack;
f32 spf4;
f32 spf0;
Mtxf spb0;
Mtxf sp70;
Mtxf sp30;
struct coord sp24;
f0 = sqrtf(arg0->f[0] * arg0->f[0] + arg0->f[1] * arg0->f[1] + arg0->f[2] * arg0->f[2]);
sp10c = arg0->x / f0;
sp108 = arg0->y / f0;
sp104 = arg0->z / f0;
if (sp10c == 0.0f && sp104 == 0.0f) {
sp124 = 0.0f;
sp120 = 0.0f;
sp11c = sp108;
sp118 = 1.0f;
sp114 = 0.0f;
} else {
a = sqrtf(sp10c * sp10c + sp104 * sp104);
b = sp10c / a;
sp118 = sp104 / a;
sp114 = -b;
sp124 = sp108 * b;
sp120 = -a;
sp11c = sp108 * sp118;
}
spf4 = atan2f(sp118, sp114);
mtx4LoadYRotation(-spf4, &spb0);
sp24.x = sp124;
sp24.y = sp120;
sp24.z = sp11c;
mtx4RotateVecInPlace(&spb0, &sp24);
spf0 = atan2f(sp24.x, sp24.y);
mtx4LoadYRotation(-1.5705463f + spf4, &sp70);
mtx4LoadXRotation(-1.5705463f - spf0, &sp30);
mtx4MultMtx4(&sp70, &sp30, arg1);
}
void objLand2(struct defaultobj *obj, struct coord *arg1, struct coord *arg2)
{
Mtxf sp40;
struct coord newpos;
struct modelrodata_bbox *bbox = modelFindBboxRodata(obj->model);
f32 ymin = objGetLocalYMin(bbox);
struct prop *prop = obj->prop;
s16 newrooms[8];
func0f06e9cc(arg2, &sp40);
mtx00015f04(obj->model->scale, &sp40);
newpos.x = arg1->x - sp40.m[1][0] * ymin;
newpos.y = arg1->y - sp40.m[1][1] * ymin;
newpos.z = arg1->z - sp40.m[1][2] * ymin;
func0f065e74(&prop->pos, prop->rooms, &newpos, newrooms);
func0f06a580(obj, &newpos, &sp40, newrooms);
}
void boltLand(struct weaponobj *weapon, struct coord *arg1)
{
Mtxf mtx;
struct coord newpos;
struct modelrodata_bbox *bbox;
s32 beamnum;
f32 zmax;
struct prop *prop;
s16 newrooms[8];
bbox = modelFindBboxRodata(weapon->base.model);
prop = weapon->base.prop;
weapon->timer240 = 13;
zmax = objGetLocalZMax(bbox);
zmax -= 25.0f + 2.0f * RANDOMFRAC();
mtx3ToMtx4(weapon->base.realrot, &mtx);
newpos.x = arg1->x - mtx.m[2][0] * zmax;
newpos.y = arg1->y - mtx.m[2][1] * zmax;
newpos.z = arg1->z - mtx.m[2][2] * zmax;
func0f065dd8(&prop->pos, prop->rooms, &newpos, newrooms);
func0f06a580(&weapon->base, &newpos, &mtx, newrooms);
beamnum = boltbeamFindByProp(prop);
if (beamnum != -1) {
boltbeamSetTailPos(beamnum, &prop->pos);
boltbeamSetAutomatic(beamnum, 2100);
}
}
void knifeLand(struct defaultobj *obj, struct coord *arg1, struct coord *arg2)
{
Mtxf spd0;
Mtxf sp90;
Mtxf sp50;
struct coord newpos;
struct modelrodata_bbox *bbox = modelFindBboxRodata(obj->model);
f32 zero = 0.0f;
struct prop *prop = obj->prop;
s16 newrooms[8];
struct coord sp1c;
// @bug? Should these be assigned to zero?
objGetLocalZMin(bbox);
random();
sp1c.x = RANDOMFRAC() * 0.8f + arg2->x - 0.4f;
sp1c.y = RANDOMFRAC() * 0.8f + arg2->y - 0.4f;
sp1c.z = RANDOMFRAC() * 0.8f + arg2->z - 0.4f;
func0f06e9cc(&sp1c, &sp90);
mtx4LoadXRotation(-1.5705463f, &sp50);
mtx4MultMtx4(&sp90, &sp50, &spd0);
mtx00015f04(obj->model->scale, &spd0);
newpos.x = arg1->x - zero;
newpos.y = arg1->y - zero;
newpos.z = arg1->z - zero;
func0f065e74(&prop->pos, prop->rooms, &newpos, newrooms);
func0f06a580(obj, &newpos, &spd0, newrooms);
}
bool objEmbed(struct prop *prop, struct prop *parent, struct model *model, struct modelnode *node)
{
if (parent->flags & PROPFLAG_ONTHISSCREENTHISTICK) {
struct defaultobj *obj = prop->obj;
Mtxf sp134;
Mtxf spf4;
Mtxf spb4;
Mtxf sp74;
Mtxf sp34;
struct coord sp28;
Mtxf *sp24;
obj->embedment = embedmentAllocate();
if (obj->embedment) {
sp24 = model0001a5cc(model, node, 0);
obj->hidden |= OBJHFLAG_EMBEDDED;
propDeregisterRooms(prop);
propDelist(prop);
propDisable(prop);
obj->model->attachedtomodel = model;
obj->model->attachedtonode = node;
propReparent(prop, parent);
modelGetRootPosition(obj->model, &sp28);
sp28.x = -sp28.x;
sp28.y = -sp28.y;
sp28.z = -sp28.z;
mtx4LoadTranslation(&sp28, &sp74);
mtx3ToMtx4(obj->realrot, &sp34);
mtx4SetTranslation(&prop->pos, &sp34);
mtx00015be4(&sp34, &sp74, &sp134);
mtx00015be4(camGetProjectionMtxF(), sp24, &spf4);
mtx000172f0(spf4.m, spb4.m);
mtx00015be4(&spb4, &sp134, &obj->embedment->matrix);
return true;
}
}
return false;
}
void objLand(struct prop *prop, struct coord *arg1, struct coord *arg2, bool *embedded)
{
struct defaultobj *obj = prop->obj;
struct prop *ownerprop = NULL;
if (obj->hidden & OBJHFLAG_PROJECTILE) {
ownerprop = obj->projectile->ownerprop;
objFreeProjectile(obj);
}
obj->hidden |= OBJHFLAG_00020000;
if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *)obj;
if (weapon->weaponnum == WEAPON_ECMMINE
|| weapon->weaponnum == WEAPON_COMMSRIDER
|| weapon->weaponnum == WEAPON_TRACERBUG
|| weapon->weaponnum == WEAPON_TARGETAMPLIFIER) {
obj->flags |= OBJFLAG_INVINCIBLE;
obj->flags |= OBJFLAG_00400000;
obj->flags2 |= OBJFLAG2_IMMUNETOGUNFIRE;
}
if (weapon->weaponnum == WEAPON_BOLT) {
boltLand(weapon, arg1);
} else if (weapon->weaponnum == WEAPON_COMBATKNIFE) {
knifeLand(obj, arg1, arg2);
} else {
objLand2(obj, arg1, arg2);
}
} else if (obj->type == OBJTYPE_AUTOGUN) {
struct autogunobj *autogun = (struct autogunobj *)obj;
objLand2(obj, arg1, arg2);
autogun->yzero = atan2f(arg2->x, arg2->z);
autogun->xzero = atan2f(arg2->y, sqrtf(arg2->f[0] * arg2->f[0] + arg2->f[2] * arg2->f[2]));
autogun->xrot = autogun->xzero;
autogun->yrot = autogun->yzero;
}
if (g_EmbedProp) {
if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *)obj;
bgunPlayPropHitSound(&weapon->gset, g_EmbedProp, -1);
if (weapon->weaponnum == WEAPON_COMBATKNIFE
&& (g_EmbedProp->type & (PROPTYPE_CHR | PROPTYPE_PLAYER))) {
chrSetPoisoned(g_EmbedProp->chr, ownerprop);
}
}
if (g_EmbedProp->flags & PROPFLAG_ONTHISSCREENTHISTICK) {
if (objEmbed(prop, g_EmbedProp, g_EmbedModel, g_EmbedNode)) {
*embedded = true;
}
} else {
obj->hidden |= OBJHFLAG_REAPABLE;
}
} else if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *)obj;
bgunPlayBgHitSound(&weapon->gset, arg1, -1, prop->rooms);
}
}
bool propExplode(struct prop *prop, s32 exptype)
{
struct defaultobj *obj = prop->obj;
s32 playernum = (obj->hidden & 0xf0000000) >> 28;
bool result;
if (prop->parent) {
struct prop *parent = prop->parent;
struct coord pos;
s16 rooms[8];
while (parent->parent) {
parent = parent->parent;
}
if (prop->flags & PROPFLAG_ONTHISSCREENTHISTICK) {
Mtxf *mtx = model0001a60c(obj->model);
pos.x = mtx->m[3][0];
pos.y = mtx->m[3][1];
pos.z = mtx->m[3][2];
mtx4TransformVecInPlace(camGetProjectionMtxF(), &pos);
} else {
pos = parent->pos;
}
func0f065e74(&parent->pos, parent->rooms, &pos, rooms);
result = explosionCreateComplex(NULL, &pos, rooms, exptype, playernum);
} else if ((obj->hidden & (OBJHFLAG_EMBEDDED | OBJHFLAG_PROJECTILE | OBJHFLAG_00020000)) == OBJHFLAG_00020000) {
struct coord sp5c;
struct coord sp50;
f32 ymin = objGetLocalYMin(modelFindBboxRodata(obj->model));
s32 room = prop->rooms[0];
sp50.x = obj->realrot[1][0];
sp50.y = obj->realrot[1][1];
sp50.z = obj->realrot[1][2];
sp5c.x = prop->pos.f[0] + obj->realrot[1][0] * ymin;
sp5c.y = prop->pos.f[1] + obj->realrot[1][1] * ymin;
sp5c.z = prop->pos.f[2] + obj->realrot[1][2] * ymin;
result = explosionCreate(NULL, &prop->pos, prop->rooms, exptype,
playernum, true, &sp5c, room, &sp50);
} else {
result = explosionCreateComplex(NULL, &prop->pos, prop->rooms, exptype, playernum);
}
return result;
}
void ammocrateTick(struct prop *prop)
{
struct defaultobj *obj = prop->obj;
if (obj->flags & OBJFLAG_AMMOCRATE_EXPLODENOW) {
propExplode(prop, EXPLOSIONTYPE_12);
obj->hidden |= OBJHFLAG_REAPABLE;
}
}
/**
* Handles the following:
*
* - Grenade timers
* - Wall hugger timers
* - Nbomb timers
* - Rockets
* - Timed mines
* - Remote mines
* - Proximity items
* - Removal of weapons when there are too many on-screen
*/
void weaponTick(struct prop *prop)
{
struct defaultobj *obj = prop->obj;
struct weaponobj *weapon = prop->weapon;
// Handle grenade timers
if (((weapon->weaponnum == WEAPON_GRENADE && weapon->gunfunc == FUNC_PRIMARY)
|| weapon->weaponnum == WEAPON_GRENADEROUND)
&& weapon->timer240 >= 0) {
// Handle Devastator wall hugger timer
if (weapon->weaponnum == WEAPON_GRENADEROUND
&& weapon->gunfunc == FUNC_SECONDARY
&& weapon->timer240 > 0) {
if (weapon->timer240 >= 2) {
// Still on the wall
weapon->timer240 -= g_Vars.lvupdate240;
if (weapon->timer240 < 8) {
// Time to fall
struct coord direction = {0, -10, 0};
struct prop *parent;
struct projectile *projectile = NULL;
func0f0685e4(prop);
if (obj->hidden & OBJHFLAG_EMBEDDED) {
projectile = obj->embedment->projectile;
} else if (obj->hidden & OBJHFLAG_PROJECTILE) {
projectile = obj->projectile;
}
if (projectile) {
parent = prop;
while (parent->parent) {
parent = parent->parent;
}
if (parent && (parent->type & (PROPTYPE_CHR | PROPTYPE_PLAYER))) {
parent->chr->hidden |= CHRHFLAG_00000001;
} else {
projectile->ownerprop = NULL;
projectile->flags |= PROJECTILEFLAG_AIRBORNE;
}
weapon->timer240 = 1;
projectileSetSticky(prop);
projectile->speed = direction;
mtx4LoadIdentity(&projectile->mtx);
projectile->obj = (struct defaultobj *)weapon;
projectile->unk0d8 = g_Vars.lvframenum;
} else {
// Couldn't create projectile - try again next frame
weapon->timer240 = 2;
}
}
} else {
// empty
}
} else {
// Normal grenade
weapon->timer240 -= g_Vars.lvupdate240;
if (weapon->timer240 < 0) {
s32 i;
propUnsetDangerous(prop);
if (weapon->gunfunc == FUNC_2) {
propExplode(prop, EXPLOSIONTYPE_SDGRENADE);
} else {
propExplode(prop, (obj->flags2 & OBJFLAG2_WEAPON_HUGEEXP) ? EXPLOSIONTYPE_HUGE17 : EXPLOSIONTYPE_ROCKET);
}
obj->hidden |= OBJHFLAG_REAPABLE;
for (i = 0; i < PLAYERCOUNT(); i++) {
if (g_Vars.players[i]->slayerrocket == (struct weaponobj *) obj) {
g_Vars.players[i]->slayerrocket = NULL;
g_Vars.players[i]->visionmode = VISIONMODE_SLAYERROCKETSTATIC;
}
}
}
}
} else if (weapon->weaponnum == WEAPON_NBOMB && weapon->gunfunc == FUNC_PRIMARY) {
// Handle nbombs being thrown normally
if (weapon->timer240 >= 0) {
struct prop *ownerprop = NULL;
weapon->timer240 -= g_Vars.lvupdate240;
if (weapon->timer240 < 0) {
// Nbombs detonate when they hit the ground, so this code only
// runs if it's airborne for the entire duration of its timer.
s32 ownerplayernum = (obj->hidden & 0xf0000000) >> 28;
s32 i;
if (g_Vars.normmplayerisrunning) {
struct chrdata *chr = mpGetChrFromPlayerIndex(ownerplayernum);
if (chr) {
ownerprop = chr->prop;
}
}
nbombCreateStorm(&prop->pos, ownerprop);
propUnsetDangerous(prop);
obj->hidden |= OBJHFLAG_REAPABLE;
for (i = 0; i < PLAYERCOUNT(); i++) {
if (g_Vars.players[i]->slayerrocket == (struct weaponobj *)obj) {
g_Vars.players[i]->slayerrocket = NULL;
g_Vars.players[i]->visionmode = VISIONMODE_SLAYERROCKETSTATIC;
}
}
}
}
} else if (weapon->weaponnum == WEAPON_ROCKET
|| weapon->weaponnum == WEAPON_HOMINGROCKET
|| weapon->weaponnum == WEAPON_SKROCKET) {
// Handle rockets
if (weapon->timer240 == 0) {
s32 i;
propExplode(prop, (obj->flags2 & OBJFLAG2_WEAPON_HUGEEXP) ? EXPLOSIONTYPE_HUGE17 : EXPLOSIONTYPE_ROCKET);
obj->hidden |= OBJHFLAG_REAPABLE;
for (i = 0; i < PLAYERCOUNT(); i++) {
if (g_Vars.players[i]->slayerrocket == (struct weaponobj *)obj) {
g_Vars.players[i]->slayerrocket = NULL;
g_Vars.players[i]->visionmode = VISIONMODE_SLAYERROCKETSTATIC;
}
}
}
} else if (weapon->weaponnum == WEAPON_TIMEDMINE && weapon->timer240 >= 0) {
// Handle timed mines
if (weapon->gunfunc == FUNC_PRIMARY) {
weapon->timer240 -= g_Vars.lvupdate240;
if (weapon->timer240 < 0) {
if (propExplode(prop, (obj->flags2 & OBJFLAG2_WEAPON_HUGEEXP) ? EXPLOSIONTYPE_HUGE17 : EXPLOSIONTYPE_ROCKET)) {
weapon->timer240 = -1;
obj->hidden |= OBJHFLAG_REAPABLE;
}
}
} else {
// empty
}
} else if (weapon->weaponnum == WEAPON_REMOTEMINE) {
// Handle remote mines
if (g_PlayersDetonatingMines != 0) {
s32 ownerplayernum = (obj->hidden & 0xf0000000) >> 28;
struct chrdata *parentchr = prop->parent ? prop->parent->chr : NULL;
// If a player manages to throw a mine on themselves, it will not detonate.
// You can't throw a mine on yourself anyway, so this check always passes
if (prop->parent == NULL || parentchr == NULL || mpPlayerGetIndex(parentchr) != ownerplayernum) {
if (g_Vars.coopplayernum >= 0 || g_Vars.antiplayernum >= 0) {
if (ownerplayernum == 2) {
u32 mask = 0;
if (g_Vars.coop && g_Vars.coop->prop) {
mask |= 1 << playermgrGetPlayerNumByProp(g_Vars.coop->prop);
}
if (g_Vars.bond && g_Vars.bond->prop) {
mask |= 1 << playermgrGetPlayerNumByProp(g_Vars.bond->prop);
}
g_PlayersDetonatingMines &= mask;
if (g_PlayersDetonatingMines != 0) {
weapon->timer240 = 0;
}
} else if (g_PlayersDetonatingMines & 1 << ownerplayernum) {
weapon->timer240 = 0;
}
} else if (g_PlayersDetonatingMines & 1 << ownerplayernum) {
weapon->timer240 = 0;
}
}
}
if (weapon->timer240 >= 2) {
// I don't think this is reachable? Remote mines don't use a timer.
weapon->timer240 -= g_Vars.lvupdate240;
if (weapon->timer240 < 2) {
weapon->timer240 = 1;
}
} else if (weapon->timer240 == 0) {
// Mine was damaged or timer was set to 0 above
s32 exptype = EXPLOSIONTYPE_ROCKET;
if (obj->flags2 & OBJFLAG2_WEAPON_HUGEEXP) {
exptype = EXPLOSIONTYPE_HUGE17;
}
if (propExplode(prop, exptype)) {
weapon->timer240 = -1;
obj->hidden |= OBJHFLAG_REAPABLE;
}
}
} else if (weapon->weaponnum == WEAPON_PROXIMITYMINE
|| (weapon->weaponnum == WEAPON_DRAGON && weapon->gunfunc == FUNC_SECONDARY)
|| (weapon->weaponnum == WEAPON_GRENADE && weapon->gunfunc == FUNC_SECONDARY)
|| (weapon->weaponnum == WEAPON_NBOMB && weapon->gunfunc == FUNC_SECONDARY)) {
// Handle proximity items
if (weapon->timer240 >= 2) {
// The timer is still active, so the proxy isn't active yet
weapon->timer240 -= g_Vars.lvupdate240;
if (weapon->timer240 < 2) {
weapon->timer240 = 1;
weaponRegisterProxy(weapon);
}
} else if (weapon->timer240 == 1) {
// Proxy is active
struct coord *playerpos = &g_Vars.currentplayer->prop->pos;
f32 xdist = playerpos->f[0] - prop->pos.f[0];
f32 ydist = playerpos->f[1] - prop->pos.f[1];
f32 zdist = playerpos->f[2] - prop->pos.f[2];
if (xdist * xdist + ydist * ydist + zdist * zdist < 250 * 250) {
weapon->timer240 = 0;
}
}
if (weapon->timer240 == 0) {
// Proxy was triggered or shot
if (weapon->weaponnum == WEAPON_NBOMB) {
s32 i;
struct prop *ownerprop = NULL;
s32 ownerplayernum = (obj->hidden & 0xf0000000) >> 28;
if (g_Vars.normmplayerisrunning) {
struct chrdata *chr = mpGetChrFromPlayerIndex(ownerplayernum);
if (chr) {
ownerprop = chr->prop;
}
}
nbombCreateStorm(&prop->pos, ownerprop);
propUnsetDangerous(prop);
obj->hidden |= OBJHFLAG_REAPABLE;
for (i = 0; i < PLAYERCOUNT(); i++) {
if (g_Vars.players[i]->slayerrocket == (struct weaponobj *) obj) {
g_Vars.players[i]->slayerrocket = NULL;
g_Vars.players[i]->visionmode = VISIONMODE_SLAYERROCKETSTATIC;
}
}
} else {
// Regular explosive
s32 exptype;
if (obj->flags2 & OBJFLAG2_WEAPON_HUGEEXP) {
exptype = EXPLOSIONTYPE_HUGE17;
} else {
exptype = EXPLOSIONTYPE_ROCKET;
}
if (weapon->weaponnum == WEAPON_DRAGON) {
exptype = EXPLOSIONTYPE_DRAGONBOMBSPY;
}
if (propExplode(prop, exptype)) {
weapon->timer240 = -1;
obj->hidden |= OBJHFLAG_REAPABLE;
}
}
}
} else if (weapon->weaponnum == WEAPON_BOLT) {
// Handle crossbow bolts
// Note that the timer240 value doesn't act like a timer at all
if (weapon->timer240 >= 2) {
// Bolt is travelling
s32 i;
struct modelrodata_bbox *bbox = modelFindBboxRodata(obj->model);
s32 ival = weapon->timer240 - 1;
f32 radians = 0.026179939508438f * (ival / 12.0f);
Mtxf spf8;
Mtxf spb8;
Mtxf sp78;
struct coord sp6c;
struct coord sp60;
if (ival < 12) {
radians += 0.026179939508438f * ((ival + 1) / 12.0f);
}
if ((ival & 1) == 1) {
radians = -radians;
}
mtx4LoadYRotation(radians, &spb8);
if (obj->embedment) {
if (prop->parent && prop->parent->type != PROPTYPE_CHR) {
mtx4Copy(&obj->embedment->matrix, &spf8);
spf8.m[3][0] = spf8.m[3][1] = spf8.m[3][2] = 0.0f;
spf8.m[0][3] = spf8.m[1][3] = spf8.m[2][3] = 0.0f;
sp6c.f[0] = sp60.f[0] = sp6c.f[1] = sp60.f[1] = 0.0f;
sp6c.f[2] = sp60.f[2] = objGetLocalZMax(bbox);
mtx4MultMtx4(&spf8, &spb8, &sp78);
mtx4RotateVecInPlace(&spf8, &sp6c);
mtx4RotateVecInPlace(&sp78, &sp60);
sp78.m[3][0] = obj->embedment->matrix.m[3][0] - (sp60.f[0] - sp6c.f[0]);
sp78.m[3][1] = obj->embedment->matrix.m[3][1] - (sp60.f[1] - sp6c.f[1]);
sp78.m[3][2] = obj->embedment->matrix.m[3][2] - (sp60.f[2] - sp6c.f[2]);
mtx4Copy(&sp78, &obj->embedment->matrix);
}
} else {
sp6c.f[0] = sp60.f[0] = sp6c.f[1] = sp60.f[1] = 0.0f;
sp6c.f[2] = sp60.f[2] = objGetLocalZMax(bbox);
mtx3ToMtx4(obj->realrot, &spf8);
mtx4MultMtx4(&spf8, &spb8, &sp78);
mtx4ToMtx3(&sp78, obj->realrot);
mtx4RotateVecInPlace(&spf8, &sp6c);
mtx4RotateVecInPlace(&sp78, &sp60);
prop->pos.f[0] -= sp60.f[0] - sp6c.f[0];
prop->pos.f[1] -= sp60.f[1] - sp6c.f[1];
prop->pos.f[2] -= sp60.f[2] - sp6c.f[2];
func0f069c70(obj, false, true);
}
weapon->timer240--;
}
if (weapon->timer240 < 0) {
struct projectile *projectile = obj->projectile;
s32 beamnum = boltbeamFindByProp(prop);
if (beamnum != -1) {
boltbeamSetTailPos(beamnum, &prop->pos);
boltbeamIncrementHeadPos(beamnum, 3000, 0);
if (projectile && projectile->bouncecount > 0) {
projectile = NULL;
}
if (projectile == NULL) {
weapon->timer240 = 0;
boltbeamSetAutomatic(beamnum, 1400);
}
}
} else {
s32 i;
for (i = 0; i < PLAYERCOUNT(); i++) {
if (g_Vars.players[i]->slayerrocket == (struct weaponobj *)obj) {
g_Vars.players[i]->slayerrocket = NULL;
g_Vars.players[i]->visionmode = VISIONMODE_SLAYERROCKETSTATIC;
}
}
}
if (1);
}
// Hard freeing is the practice of freeing a prop while it's on screen.
// Hard frees are triggered when there are over 20 props on screen with the
// flag CANHARDFREE. This flag is given to dropped weapons in multiplayer.
// When this occurs, the props past the first 20 are given the flag
// HARDFREEING. They then fade out over 1 second, at which point they are
// given the REAPABLE flag and soon freed.
if (obj->flags3 & OBJFLAG3_HARDFREEING) {
weapon->fadeouttimer60 -= g_Vars.lvupdate60;
if (weapon->fadeouttimer60 <= 0) {
weapon->fadeouttimer60 = 0;
obj->hidden |= OBJHFLAG_REAPABLE;
}
}
if ((obj->flags3 & OBJFLAG3_CANHARDFREE) && (prop->flags & PROPFLAG_ONTHISSCREENTHISTICK)) {
g_Vars.hardfreeabletally++;
if (g_Vars.hardfreeabletally > 20) {
weapon->fadeouttimer60 = TICKS(60);
obj->flags3 &= ~OBJFLAG3_CANHARDFREE;
obj->flags3 |= OBJFLAG3_HARDFREEING;
}
}
}
void func0f07063c(struct prop *prop, bool arg1)
{
struct defaultobj *obj = prop->obj;
if (arg1) {
if (obj->type == OBJTYPE_AMMOCRATE || obj->type == OBJTYPE_MULTIAMMOCRATE) {
ammocrateTick(prop);
} else if (obj->type == OBJTYPE_WEAPON) {
weaponTick(prop);
}
}
}
void objDropRecursively(struct prop *prop, bool arg1)
{
struct prop *child = prop->child;
while (child) {
struct prop *next = child->next;
objDropRecursively(child, arg1);
objDrop(child, arg1);
child = next;
}
}
void func0f0706f8(struct prop *prop, bool arg1)
{
struct defaultobj *obj = prop->obj;
struct prop *child;
if (obj->hidden & OBJHFLAG_REAPABLE) {
objFree(obj, true, obj->hidden2 & OBJH2FLAG_CANREGEN);
} else {
prop->flags &= ~PROPFLAG_ONTHISSCREENTHISTICK;
func0f07063c(prop, arg1);
// Recurse into children
child = prop->child;
while (child) {
struct prop *next = child->next;
func0f0706f8(child, arg1);
child = next;
}
}
}
void func0f07079c(struct prop *prop, bool fulltick)
{
struct defaultobj *obj = prop->obj;
struct model *model = obj->model;
struct prop *child;
struct prop *next;
if (obj->hidden & OBJHFLAG_REAPABLE) {
objFree(obj, true, obj->hidden2 & OBJH2FLAG_CANREGEN);
return;
}
if (model->attachedtonode && (obj->hidden & OBJHFLAG_EMBEDDED)) {
Mtxf *mtx = model0001a5cc(model->attachedtomodel, model->attachedtonode, 0);
struct modelrenderdata renderdata = {NULL, true, 3};
u32 stack;
Mtxf sp30;
prop->flags |= PROPFLAG_ONTHISSCREENTHISTICK | PROPFLAG_ONANYSCREENTHISTICK;
mtx00015be4(mtx, &obj->embedment->matrix, &sp30);
renderdata.unk10 = gfxAllocate(model->filedata->nummatrices * sizeof(Mtxf));
renderdata.unk00 = &sp30;
model0001ce64(&renderdata, model);
func0f07063c(prop, fulltick);
child = prop->child;
while (child) {
next = child->next;
func0f07079c(child, fulltick);
child = next;
}
} else {
prop->flags &= ~PROPFLAG_ONTHISSCREENTHISTICK;
func0f07063c(prop, fulltick);
child = prop->child;
while (child) {
next = child->next;
func0f0706f8(child, fulltick);
child = next;
}
}
}
s32 glassCalculateOpacity(struct coord *pos, f32 xludist, f32 opadist, f32 arg3)
{
struct coord *campos = &g_Vars.currentplayer->cam_pos;
s32 opacity;
f32 xdiff = pos->x - campos->x;
f32 ydiff = pos->y - campos->y;
f32 zdiff = pos->z - campos->z;
f32 distance = sqrtf(xdiff * xdiff + ydiff * ydiff + zdiff * zdiff);
if (distance > opadist) {
opacity = 255;
} else if (distance < xludist) {
opacity = arg3 * 255;
} else {
opacity = (((distance - xludist) * (1.0f - arg3)) / (opadist - xludist) + arg3) * 255;
}
return opacity;
}
struct prop *g_Lifts[MAX_LIFTS];
s32 g_NumLifts;
u8 g_LiftnumToIndex[MAX_LIFTS];
struct hovtype g_HovTypes[] = {
#if PAL
/* HOVTYPE_BED */ { 90, 1, 2, 0.0012, 1.200000000, 0.0062821852043271, 0.0062821852043271, 0.000012564370990731, 0.00037693112972192, 0.0062821852043271, 0.0062821852043271, 0.000012564370990731, 0.00037693112972192 },
/* HOVTYPE_BIKE */ { 80, 1, 3, 0.0030, 0.120000004, 0.0125643704086540, 0.0188465546816590, 0.000025128741981462, 0.00075386225944385, 0.0125643704086540, 0.0188465546816590, 0.000025128741981462, 0.00075386225944385 },
/* HOVTYPE_CRATE */ { 70, 2, 4, 0.0012, 1.200000000, 0.0062821852043271, 0.0125643704086540, 0.000012564370990731, 0.00037693112972192, 0.0062821852043271, 0.0125643704086540, 0.000012564370990731, 0.00037693112972192 },
/* HOVTYPE_3 */ { 170, 2, 2, 0.0012, 1.200000000, 0.0031410926021636, 0.0031410926021636, 0.000006282185495365, 0.00022615866328124, 0.0031410926021636, 0.0031410926021636, 0.000006282185495365, 0.00022615866328124 },
/* HOVTYPE_4 */ { 170, 2, 2, 0.0012, 1.200000000, 0.0031410926021636, 0.0031410926021636, 0.000006282185495365, 0.00022615866328124, 0.0031410926021636, 0.0031410926021636, 0.000006282185495365, 0.00022615866328124 },
#else
/* HOVTYPE_BED */ { 90, 1, 2, 0.0010, 1.000000000, 0.0062821852043271, 0.0062821852043271, 0.000010470308552613, 0.00031410926021636, 0.0062821852043271, 0.0062821852043271, 0.000010470308552613, 0.00031410926021636 },
/* HOVTYPE_BIKE */ { 80, 1, 3, 0.0025, 0.100000000, 0.0125643704086540, 0.0188465546816590, 0.000020940617105225, 0.00062821852043271, 0.0125643704086540, 0.0188465546816590, 0.000020940617105225, 0.00062821852043271 },
/* HOVTYPE_CRATE */ { 70, 2, 4, 0.0010, 1.000000000, 0.0062821852043271, 0.0125643704086540, 0.000010470308552613, 0.00031410926021636, 0.0062821852043271, 0.0125643704086540, 0.000010470308552613, 0.00031410926021636 },
/* HOVTYPE_3 */ { 170, 2, 2, 0.0010, 1.000000000, 0.0031410926021636, 0.0031410926021636, 0.000005235154276306, 0.00018846555030905, 0.0031410926021636, 0.0031410926021636, 0.000005235154276306, 0.00018846555030905 },
/* HOVTYPE_4 */ { 170, 2, 2, 0.0010, 1.000000000, 0.0031410926021636, 0.0031410926021636, 0.000005235154276306, 0.00018846555030905, 0.0031410926021636, 0.0031410926021636, 0.000005235154276306, 0.00018846555030905 },
#endif
};
void func0f070a1c(struct modelrodata_bbox *bbox, f32 rot[3][3], struct coord *pos, struct coord *vertices)
{
f32 sp54 = rot[0][0] * bbox->xmin;
f32 sp50 = rot[0][1] * bbox->xmin;
f32 sp4c = rot[0][2] * bbox->xmin;
f32 sp48 = rot[2][0] * bbox->zmin;
f32 sp44 = rot[2][1] * bbox->zmin;
f32 sp40 = rot[2][2] * bbox->zmin;
f32 sp3c = rot[0][0] * bbox->xmax;
f32 sp38 = rot[0][1] * bbox->xmax;
f32 sp34 = rot[0][2] * bbox->xmax;
f32 sp30 = rot[2][0] * bbox->zmax;
f32 sp2c = rot[2][1] * bbox->zmax;
f32 sp28 = rot[2][2] * bbox->zmax;
f32 sp24 = rot[1][0] * bbox->ymin + pos->f[0];
f32 sp20 = rot[1][1] * bbox->ymin + pos->f[1];
f32 sp1c = rot[1][2] * bbox->ymin + pos->f[2];
vertices[0].x = sp54 + sp24 + sp48;
vertices[0].y = sp50 + sp20 + sp44;
vertices[0].z = sp4c + sp1c + sp40;
vertices[1].x = sp54 + sp24 + sp30;
vertices[1].y = sp50 + sp20 + sp2c;
vertices[1].z = sp4c + sp1c + sp28;
vertices[2].x = sp3c + sp24 + sp30;
vertices[2].y = sp38 + sp20 + sp2c;
vertices[2].z = sp34 + sp1c + sp28;
vertices[3].x = sp3c + sp24 + sp48;
vertices[3].y = sp38 + sp20 + sp44;
vertices[3].z = sp34 + sp1c + sp40;
}
void func0f070bd0(struct modelrodata_type19 *rodata, f32 rot[3][3], struct coord *pos, struct coord *vertices)
{
s32 i;
for (i = 0; i < 4; i++) {
vertices[i].x = pos->x + rot[0][0] * rodata->vertices[i].x + rot[1][0] * rodata->vertices[i].y + rot[2][0] * rodata->vertices[i].z;
vertices[i].y = pos->y + rot[0][1] * rodata->vertices[i].x + rot[1][1] * rodata->vertices[i].y + rot[2][1] * rodata->vertices[i].z;
vertices[i].z = pos->z + rot[0][2] * rodata->vertices[i].x + rot[1][2] * rodata->vertices[i].y + rot[2][2] * rodata->vertices[i].z;
}
}
void func0f070ca0(struct defaultobj *obj, struct geotilef *tile, u32 flags, struct modelrodata_bbox *bbox, struct modelrodata_type19 *rodata)
{
struct coord vertices[4];
s32 i;
s32 j;
if (bbox != NULL) {
func0f070a1c(bbox, obj->realrot, &obj->prop->pos, vertices);
} else if (rodata != NULL) {
func0f070bd0(rodata, obj->realrot, &obj->prop->pos, vertices);
}
tile->header.type = GEOTYPE_TILE_F;
tile->header.flags = flags;
tile->header.numvertices = 4;
for (i = 0; i < 4; i++) {
tile->vertices[i] = vertices[i];
}
tile->floorcol = 0xfff;
tile->floortype = FLOORTYPE_DEFAULT;
for (i = 0; i < 3; i++) {
tile->min[i] = 0;
tile->max[i] = 0;
for (j = 1; j < tile->header.numvertices; j++) {
if (tile->vertices[j].f[i] < tile->vertices[tile->min[i]].f[i]) {
tile->min[i] = j;
}
if (tile->vertices[j].f[i] > tile->vertices[tile->max[i]].f[i]) {
tile->max[i] = j;
}
}
}
}
void liftActivate(struct prop *prop, u8 liftnum)
{
g_Lifts[g_NumLifts] = prop;
g_LiftnumToIndex[liftnum] = g_NumLifts;
g_NumLifts++;
}
struct prop *liftFindByPad(s16 padnum)
{
if (g_Pads[padnum].liftnum <= 0 || g_Pads[padnum].liftnum > MAX_LIFTS) {
return NULL;
}
return g_Lifts[g_LiftnumToIndex[g_Pads[padnum].liftnum]];
}
f32 liftGetY(struct liftobj *lift)
{
f32 y = lift->base.prop->pos.y;
if (lift->base.geocount > 0) {
struct geotilef *tile = lift->base.geotilef;
if (tile && tile->header.type == GEOTYPE_TILE_F) {
if (tile->header.flags & GEOFLAG_FLOOR1) {
y = tile->vertices[tile->max[1]].y;
}
}
}
return y;
}
/**
* Recalculate a lift's tile/geometry information.
*
* The lift models and the part numbers in each model are:
*
* a51_lift_control 0
* a51_lift_hangar 0
* a51_lift_store 0
* a51_lift_thinwall 0
* a51dish 0
* airbase_lift_angle 0 1 2
* airbase_lift_enclosed 0 1 2
* al_docklift 5 6
* baggagecarrier 0
* chamber 0
* ci_lift 0
* dd_liftr 0 1 2 3 4
* lift_platform 0 1
* matrix_lift 0 1 2
* ravinelift 0
* sk_lift 0
* skedarbridge 0
*
* Part 0 is the floor if rectangular
* Parts 1-3 are walls (some lifts rely on BG geometry instead)
* Part 4 is a door blocker (used by dataDyne tower lifts)
* Part 5 is the first half of the floor if non-rectangular (Deep Sea lift)
* Part 6 is the second half of the floor if non-rectangular (Deep Sea lift)
*/
void liftUpdateTiles(struct liftobj *lift, bool stationary)
{
u8 *geo;
union modelrodata *rodata;
struct modelrodata_bbox *bbox;
s32 geocount;
u32 flags;
s32 i;
lift->base.geocount = 0;
i = 0;
do {
geo = (u8 *)lift->base.unkgeo + lift->base.geocount * 0x40;
bbox = NULL;
rodata = NULL;
do {
if (i == 0) {
flags = GEOFLAG_FLOOR1 | GEOFLAG_FLOOR2 | GEOFLAG_BLOCK_SIGHT | GEOFLAG_BLOCK_SHOOT | GEOFLAG_LIFTFLOOR;
// Look for a non-rectangular floor with fallback to rectangular
rodata = modelGetPartRodata(lift->base.model->filedata, MODELPART_LIFT_FLOORNONRECT1);
if (rodata == NULL) {
union modelrodata *tmp;
tmp = modelGetPartRodata(lift->base.model->filedata, MODELPART_LIFT_FLOORRECT);
bbox = &tmp->bbox;
if (bbox == NULL) {
bbox = objFindBboxRodata(&lift->base);
}
}
} else if (i == 1) {
flags = GEOFLAG_WALL;
rodata = modelGetPartRodata(lift->base.model->filedata, MODELPART_LIFT_WALL1);
} else if (i == 2) {
flags = GEOFLAG_WALL;
rodata = modelGetPartRodata(lift->base.model->filedata, MODELPART_LIFT_WALL2);
} else if (i == 3) {
flags = GEOFLAG_WALL;
rodata = modelGetPartRodata(lift->base.model->filedata, MODELPART_LIFT_WALL3);
} else if (i == 4) {
// The doorblock model part exists in the dataDyne tower lifts.
// It's a tile across the door that only applies while the lift
// is moving. Without it, the player could exit the lift through
// the doorway while it's moving.
if (!stationary) {
flags = GEOFLAG_WALL;
rodata = modelGetPartRodata(lift->base.model->filedata, MODELPART_LIFT_DOORBLOCK);
}
} else if (i == 5) {
flags = GEOFLAG_FLOOR1 | GEOFLAG_FLOOR2 | GEOFLAG_BLOCK_SIGHT | GEOFLAG_BLOCK_SHOOT | GEOFLAG_LIFTFLOOR;
rodata = modelGetPartRodata(lift->base.model->filedata, MODELPART_LIFT_FLOORNONRECT2);
} else {
break;
}
i++;
} while (!bbox && !rodata);
if (bbox || rodata) {
func0f070ca0(&lift->base, (struct geotilef *)geo, flags, bbox, &rodata->type19);
lift->base.geocount++;
}
} while (bbox || rodata);
}
void liftGoToStop(struct liftobj *lift, s32 stopnum)
{
struct pad *curpad;
struct pad *aimpad;
struct pad *reqpad;
if (lift->pads[stopnum] >= 0 && lift->levelaim != stopnum) {
// If lift is stopped (cur == aim)
// or door is not fully closed yet
if (lift->levelcur == lift->levelaim ||
(lift->doors[lift->levelcur] && !doorIsClosed(lift->doors[lift->levelcur]))) {
// Sanity check to make sure lift is actually not moving
if (lift->dist == 0 && lift->speed == 0) {
lift->levelaim = stopnum;
return;
}
}
curpad = &g_Pads[lift->pads[lift->levelcur]];
aimpad = &g_Pads[lift->pads[lift->levelaim]];
reqpad = &g_Pads[lift->pads[stopnum]];
// Figure out if the lift needs to reverse direction on any axis
if (stopnum != lift->levelcur &&
((aimpad->pos.x >= curpad->pos.x && reqpad->pos.x >= curpad->pos.x) ||
(curpad->pos.x >= aimpad->pos.x && curpad->pos.x >= reqpad->pos.x)) &&
((aimpad->pos.y >= curpad->pos.y && reqpad->pos.y >= curpad->pos.y) ||
(curpad->pos.y >= aimpad->pos.y && curpad->pos.y >= reqpad->pos.y)) &&
((aimpad->pos.z >= curpad->pos.z && reqpad->pos.z >= curpad->pos.z) ||
(curpad->pos.z >= aimpad->pos.z && curpad->pos.z >= reqpad->pos.z))) {
// Same direction
lift->levelaim = stopnum;
} else {
// Reverse direction
f32 xdiff = aimpad->pos.x - curpad->pos.x;
f32 ydiff = aimpad->pos.y - curpad->pos.y;
f32 zdiff = aimpad->pos.z - curpad->pos.z;
f32 result = sqrtf(xdiff * xdiff + ydiff * ydiff + zdiff * zdiff);
lift->levelcur = lift->levelaim;
lift->dist = result - lift->dist;
lift->speed = -lift->speed;
lift->levelaim = stopnum;
}
}
}
f32 objGetHov04(struct defaultobj *obj)
{
struct hov *hov = NULL;
f32 result;
if (obj->type == OBJTYPE_HOVERPROP) {
struct hoverpropobj *tmp = (struct hoverpropobj *) obj;
hov = &tmp->hov;
} else if (obj->type == OBJTYPE_HOVERBIKE) {
struct hoverbikeobj *tmp = (struct hoverbikeobj *) obj;
hov = &tmp->hov;
}
if (hov) {
result = hov->unk04;
} else {
struct modelrodata_bbox *bbox = objFindBboxRodata(obj);
f32 value = objGetRotatedLocalYMinByMtx3(bbox, obj->realrot);
result = func0f06a620(obj) - value;
}
return result;
}
void hovUpdateGround(struct defaultobj *obj, struct hov *hov, struct coord *pos, s16 *rooms, f32 matrix[3][3])
{
f32 ground;
s16 testrooms[8];
struct coord testpos;
if (g_Vars.lvframe60 > hov->nexttick60) {
testpos.x = pos->x;
testpos.y = pos->y - 50;
testpos.z = pos->z;
roomsCopy(rooms, testrooms);
setup0f09233c(obj, &testpos, matrix, testrooms);
ground = cdFindGroundAtCyl(pos, 5, testrooms, &obj->floorcol, NULL);
if (ground < -30000) {
ground = hov->ground;
}
hov->ground = ground;
hov->prevtick60 = g_Vars.lvframe60;
}
}
void hovTick(struct defaultobj *obj, struct hov *hov)
{
struct prop *prop;
f32 sp1d0;
f32 sp1cc;
f32 ground1;
f32 ground2;
struct modelrodata_bbox *bbox;
struct coord sp1b4;
struct coord sp1a8;
s16 sp198[8];
s16 sp188[8];
Mtxf sp148;
Mtxf sp108;
Mtxf spc8;
s32 i;
struct hovtype *type;
f32 spbc;
f32 spb8;
f32 spb4;
f32 xrot;
f32 spac;
s16 sp9c[8];
struct coord sp90;
bool sp8c;
f32 radius;
f32 ymax;
f32 ymin;
if (g_Vars.lvframe60 > hov->nexttick60) {
prop = obj->prop;
bbox = objFindBboxRodata(obj);
type = &g_HovTypes[hov->type];
sp8c = false;
if (hov->prevtick60 < g_Vars.lvframe60) {
hovUpdateGround(obj, hov, &prop->pos, prop->rooms, obj->realrot);
}
hov->nexttick60 = g_Vars.lvframe60;
if (obj->flags & OBJFLAG_DEACTIVATED) {
spb4 = 0.0f;
} else {
if (obj->flags3 & OBJFLAG3_GEOCYL) {
objGetBbox(prop, &radius, &ymax, &ymin);
sp1cc = radius * 0.9f;
sp1d0 = -sp1cc;
} else {
sp1d0 = bbox->zmin * 0.9f * obj->model->scale;
sp1cc = bbox->zmax * 0.9f * obj->model->scale;
}
spbc = cosf(hov->unk10);
spb8 = sinf(hov->unk10);
sp1b4.x = prop->pos.x + sp1d0 * spb8;
sp1b4.y = prop->pos.y;
sp1b4.z = prop->pos.z + sp1d0 * spbc;
sp1a8.x = prop->pos.x + sp1cc * spb8;
sp1a8.y = prop->pos.y;
sp1a8.z = prop->pos.z + sp1cc * spbc;
sp90.x = prop->pos.x;
sp90.y = prop->pos.y - 50.0f;
sp90.z = prop->pos.z;
roomsCopy(prop->rooms, sp9c);
setup0f09233c(obj, &sp90, obj->realrot, sp9c);
func0f065e74(&prop->pos, prop->rooms, &sp1b4, sp198);
roomsAppend(sp9c, sp198, ARRAYCOUNT(sp198));
ground1 = cdFindGroundAtCyl(&sp1b4, 5, sp198, &obj->floorcol, NULL);
func0f065e74(&prop->pos, prop->rooms, &sp1a8, sp188);
roomsAppend(sp9c, sp188, ARRAYCOUNT(sp188));
ground2 = cdFindGroundAtCyl(&sp1a8, 5, sp188, NULL, NULL);
if (ground1 >= -30000.0f && ground2 >= -30000.0f) {
spb4 = atan2f(ground1 - ground2, sp1cc - sp1d0);
if (spb4 >= M_PI) {
spb4 -= M_BADTAU;
}
} else if (ground1 >= -30000.0f) {
spb4 = atan2f(ground1 - hov->ground, -sp1d0);
if (spb4 >= M_PI) {
spb4 -= M_BADTAU;
}
} else if (ground2 >= -30000.0f) {
spb4 = atan2f(hov->ground - ground2, sp1cc);
if (spb4 >= M_PI) {
spb4 -= M_BADTAU;
}
} else {
spb4 = 0.0f;
}
}
spac = hov->ground;
if (obj->hidden & OBJHFLAG_GRABBED) {
if (spac < g_Vars.currentplayer->vv_ground - 70.0f) {
spac = g_Vars.currentplayer->vv_ground;
}
}
if (hov->flags & 1) {
sp8c = true;
hov->unk04 = hov->unk08 = type->unk00;
hov->unk30 = spac;
hov->flags &= ~1;
if (obj->type == OBJTYPE_HOVERBIKE) {
propsnd0f0939f8(NULL, obj->prop, SFX_BIKE_PULSE, -1, -1, 0, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
}
}
applySpeed(&hov->unk04, hov->unk08, &hov->unk0c, type->unk0c, type->unk0c, type->unk10);
if (hov->unk08 >= type->unk00 && hov->unk08 <= hov->unk04) {
hov->unk0c = 0.0f;
hov->unk08 = type->unk00 - type->unk04 - RANDOMFRAC() * type->unk08;
} else if (hov->unk08 < type->unk00 && hov->unk08 >= hov->unk04) {
hov->unk0c = 0.0f;
hov->unk08 = type->unk00 + type->unk04 + RANDOMFRAC() * type->unk08;
}
applyRotation(&hov->unk14, hov->unk18, &hov->unk1c, type->unk1c, type->unk1c, type->unk20);
if (hov->unk14 == hov->unk18) {
if (hov->unk1c <= 2.0f * type->unk1c && hov->unk1c >= 2.0f * -type->unk1c) {
hov->unk1c = 0.0f;
if (hov->unk18 < M_PI) {
hov->unk18 = M_BADTAU - type->unk14 - RANDOMFRAC() * type->unk18;
} else {
hov->unk18 = type->unk14 + RANDOMFRAC() * type->unk18;
}
}
}
applyRotation(&hov->unk20, hov->unk24, &hov->unk28, type->unk2c, type->unk2c, type->unk30);
if (hov->unk20 == hov->unk24) {
if (hov->unk28 <= 2.0f * type->unk2c && hov->unk28 >= 2.0f * -type->unk2c) {
hov->unk28 = 0.0f;
if (hov->unk24 < M_PI) {
hov->unk24 = M_BADTAU - type->unk24 - RANDOMFRAC() * type->unk28;
} else {
hov->unk24 = type->unk24 + RANDOMFRAC() * type->unk28;
}
}
}
for (i = 0; i < g_Vars.lvupdate60; i++) {
f32 f0;
f32 f12;
f32 f2;
hov->unk2c += (spb4 - hov->unk2c) * (PAL ? 0.0893f : 0.075f);
f0 = spac - hov->unk30;
f12 = (PAL ? 0.102000005f : 0.085f);
if (hov->unk30 < hov->ground) {
if (f0 >= 0.0f) {
f2 = f0;
} else {
f2 = -f0;
}
if (f2 > 10.0f) {
f12 *= 1.0f + (f2 - 10.0f) * 0.2f;
}
if (f12 > PALUPF(0.5f)) {
f12 = PALUPF(0.5f);
}
f0 *= f12;
} else {
f0 *= f12;
if (obj->hidden & OBJHFLAG_MOUNTED) {
if (f0 > 10.0f) {
f0 = 10.0f;
} else if (f0 < -10.0f) {
f0 = -10.0f;
}
} else {
if (f0 > 5.0f) {
f0 = 5.0f;
} else if (f0 < -5.0f) {
f0 = -5.0f;
}
}
}
hov->unk30 += f0;
if (f0 > 1.0f || f0 < -1.0f) {
sp8c = true;
}
}
if (sp8c) {
func0f069c70(obj, true, true);
}
if (hov->unk30 < hov->ground - 5.0f || hov->unk30 > hov->ground + 5.0f) {
obj->flags |= OBJFLAG_80000000;
} else {
obj->flags &= ~OBJFLAG_80000000;
}
prop->pos.y = objGetHov04(obj) + hov->unk30;
mtx4LoadZRotation(hov->unk20, &sp148);
xrot = hov->unk2c + hov->unk14;
if (xrot >= M_BADTAU) {
xrot -= M_BADTAU;
} else if (xrot < 0.0f) {
xrot += M_BADTAU;
}
mtx4LoadXRotation(xrot, &sp108);
mtx00015be0(&sp108, &sp148);
mtx4LoadYRotation(hov->unk10, &sp108);
mtx00015be0(&sp108, &sp148);
mtx00015f04(obj->model->scale, &sp148);
if (obj->type == OBJTYPE_HOVERBIKE) {
struct hoverbikeobj *bike = (struct hoverbikeobj *) obj;
f32 ezreal = bike->ezreal + bike->ezreal2;
if (bike->exreal != 0.0f) {
mtx4LoadXRotation(bike->exreal, &sp108);
mtx00015be4(&sp148, &sp108, &spc8);
mtx4Copy(&spc8, &sp148);
}
if (ezreal != 0.0f) {
mtx4LoadZRotation(ezreal, &sp108);
mtx00015be4(&sp148, &sp108, &spc8);
mtx4Copy(&spc8, &sp148);
}
}
mtx4ToMtx3(&sp148, obj->realrot);
}
}
s32 objIsHoverpropOrBike(struct defaultobj *obj)
{
return obj->type == OBJTYPE_HOVERPROP || obj->type == OBJTYPE_HOVERBIKE;
}
f32 hoverpropGetTurnAngle(struct defaultobj *obj)
{
f32 angle = 0;
if (obj->type == OBJTYPE_HOVERPROP) {
struct hoverpropobj *hoverprop = (struct hoverpropobj *)obj;
angle = hoverprop->hov.unk10;
} else if (obj->type == OBJTYPE_HOVERBIKE) {
struct hoverbikeobj *hoverbike = (struct hoverbikeobj *)obj;
angle = hoverbike->hov.unk10;
}
return angle;
}
void hoverpropSetTurnAngle(struct defaultobj *obj, f32 angle)
{
if (obj->type == OBJTYPE_HOVERPROP) {
struct hoverpropobj *hoverprop = (struct hoverpropobj *)obj;
hoverprop->hov.unk10 = angle;
} else if (obj->type == OBJTYPE_HOVERBIKE) {
struct hoverbikeobj *hoverbike = (struct hoverbikeobj *)obj;
hoverbike->hov.unk10 = angle;
}
}
s32 func0f072144(struct defaultobj *obj, struct coord *arg1, f32 arg2, bool arg3)
{
s32 cdresult = CDRESULT_NOCOLLISION;
f32 sp460[3][3];
f32 yrot;
struct coord pos;
s16 rooms[8];
struct hov prevhov;
struct hov *hov = NULL;
union geounion geounion;
struct prop *prop = obj->prop;
struct hoverbikeobj *hoverbike;
Mtxf spa4;
Mtxf sp64;
f32 sp40[3][3];
if (objIsHoverpropOrBike(obj)) {
if (arg2 != 0.0f) {
yrot = arg2 + hoverpropGetTurnAngle(obj);
if (yrot >= M_BADTAU) {
yrot -= M_BADTAU;
} else if (yrot < 0.0f) {
yrot += M_BADTAU;
}
} else {
yrot = hoverpropGetTurnAngle(obj);
}
mtx4LoadYRotation(yrot, &spa4);
mtx00015f04(obj->model->scale, &spa4);
mtx4ToMtx3(&spa4, sp460);
} else {
yrot = 0.0f;
if (arg2 != 0.0f) {
if (arg2 >= M_BADTAU) {
arg2 -= M_BADTAU;
} else if (arg2 < 0.0f) {
arg2 += M_BADTAU;
}
mtx4LoadYRotation(arg2, &sp64);
mtx4ToMtx3(&sp64, sp40);
mtx00016140(sp40, obj->realrot, sp460);
} else {
mtx3Copy(obj->realrot, sp460);
}
}
pos = prop->pos;
propSetPerimEnabled(prop, false);
if (arg1->x != 0.0f || arg1->z != 0.0f) {
pos.x += arg1->x;
pos.z += arg1->z;
func0f065e74(&prop->pos, prop->rooms, &pos, rooms);
setup0f09233c(obj, &pos, sp460, rooms);
if (obj->type == OBJTYPE_HOVERBIKE) {
hoverbike = (struct hoverbikeobj *) obj;
hov = &hoverbike->hov;
} else if (obj->type == OBJTYPE_HOVERPROP) {
hov = &((struct hoverpropobj *) obj)->hov;
}
if (hov != NULL) {
prevhov = *hov;
hovUpdateGround(obj, hov, &pos, rooms, sp460);
pos.y += hov->ground - prevhov.ground;
}
cdresult = cdExamCylMove05(&prop->pos, prop->rooms, &pos, rooms, CDTYPE_ALL, true, 0.0f, 0.0f);
if (cdresult == CDRESULT_ERROR) {
// empty
} else if (cdresult == CDRESULT_COLLISION) {
cdSetSavedPos(&prop->pos, &pos);
}
} else {
roomsCopy(prop->rooms, rooms);
setup0f09233c(obj, &pos, sp460, rooms);
}
if (cdresult == CDRESULT_NOCOLLISION) {
func0f069850(obj, &pos, sp460, &geounion.cyl);
if (obj->flags3 & OBJFLAG3_GEOCYL) {
cdresult = cdExamCylMove01(&prop->pos, &pos, geounion.cyl.radius, rooms, CDTYPE_ALL,
CHECKVERTICAL_YES, geounion.cyl.ymax - pos.y, geounion.cyl.ymin - pos.y);
} else {
cdresult = cd0002f02c(&geounion.block, rooms, CDTYPE_ALL);
}
}
propSetPerimEnabled(prop, true);
if (cdresult == CDRESULT_NOCOLLISION && arg3) {
hoverpropSetTurnAngle(obj, yrot);
mtx3Copy(sp460, obj->realrot);
prop->pos.x = pos.x;
prop->pos.z = pos.z;
propDeregisterRooms(prop);
roomsCopy(rooms, prop->rooms);
if (obj->geocyl && (obj->hidden2 & OBJH2FLAG_08)) {
if (obj->flags3 & OBJFLAG3_GEOCYL) {
*obj->geocyl = geounion.cyl;
} else {
*obj->geoblock = geounion.block;
}
}
} else if (hov) {
*hov = prevhov;
}
return cdresult;
}
void hovercarFindNextPath(struct hovercarobj *hovercar)
{
s32 index = hovercar->path - g_StageSetup.paths + 1;
while (true) {
if (g_StageSetup.paths[index].pads == NULL) {
index = 0;
}
if (&g_StageSetup.paths[index] == hovercar->path) {
break;
}
if ((g_StageSetup.paths[index].flags & PATHFLAG_FLYING)
&& (g_StageSetup.paths[index].flags & PATHFLAG_INUSE) == 0) {
hovercar->path->flags &= ~PATHFLAG_INUSE;
hovercar->path = &g_StageSetup.paths[index];
hovercar->path->flags |= PATHFLAG_INUSE;
return;
}
index++;
}
}
void hovercarStartNextPath(struct hovercarobj *hovercar)
{
s32 *pads;
struct pad *pad;
Mtxf matrix;
s16 rooms[2];
hovercarFindNextPath(hovercar);
pads = hovercar->path->pads;
hovercar->nextstep = 0;
pad = &g_Pads[pads[0]];
mtx3ToMtx4(hovercar->base.realrot, &matrix);
rooms[0] = pad->room;
rooms[1] = -1;
func0f06a730(&hovercar->base, &pad->pos, &matrix, rooms, &pad->pos);
hovercar->base.flags |= OBJFLAG_HOVERCAR_20000000;
}
void hovercarIncrementStep(struct hovercarobj *hovercar)
{
hovercar->nextstep++;
if (hovercar->path->pads[hovercar->nextstep] < 0) {
if (hovercar->path->flags & PATHFLAG_CIRCULAR) {
hovercar->nextstep = 0;
} else {
hovercarStartNextPath(hovercar);
}
}
}
/**
* Check if the given obj is colliding with another obj. If so, transfer
* velocity into the collided obj. Return a frac that should be applied to the
* moving obj's speed.
*
* Assumes the caller has used the collision system already, so any obstacle is
* already known by the collision system.
*
* For collisions with chrs, no transfer of intertia is done and the moving obj
* rebounds at full speed. For collisions with pushable objects, the force is
* applied half to both objects.
*/
f32 objCollide(struct defaultobj *movingobj, struct coord *movingvel, f32 rotation)
{
f32 force = 1.0f;
struct prop *obstacle = cdGetObstacleProp();
if (obstacle && g_Vars.lvupdate240 > 0) {
if (obstacle->type & (PROPTYPE_CHR | PROPTYPE_PLAYER)) {
if (1);
} else if (obstacle->type == PROPTYPE_OBJ) {
struct defaultobj *obstacleobj = obstacle->obj;
if ((obstacleobj->hidden & OBJHFLAG_MOUNTED) == 0
&& (obstacleobj->hidden & OBJHFLAG_GRABBED) == 0
&& (obstacleobj->flags3 & OBJFLAG3_PUSHABLE)) {
struct coord sp88;
struct coord obstaclevel = {0, 0, 0};
struct coord sp70;
struct coord sp64;
struct coord sp58;
struct coord sp4c;
obstaclevel.x = movingvel->x * 0.5f / g_Vars.lvupdate60freal;
obstaclevel.y = 0.0f;
obstaclevel.z = movingvel->z * 0.5f / g_Vars.lvupdate60freal;
objApplyMomentum(obstacleobj, &obstaclevel, 0.0f, true, true);
cdGetEdge(&sp70, &sp64, 7355, "propobj.c");
if (cdGetSavedPos(&sp58, &sp4c)) {
sp4c.x -= sp58.x;
sp4c.y -= sp58.y;
sp4c.z -= sp58.z;
} else {
sp58 = movingobj->prop->pos;
sp4c.x = obstacle->pos.x - movingobj->prop->pos.x;
sp4c.y = obstacle->pos.y - movingobj->prop->pos.y;
sp4c.z = obstacle->pos.z - movingobj->prop->pos.z;
}
func0f02e3dc(&sp70, &sp64, &sp58, &sp4c, &sp88);
force = 0.5f;
if (rotation != 0.0f) {
f32 xdiff = sp88.f[0] - movingobj->prop->pos.f[0];
f32 zdiff = sp88.f[2] - movingobj->prop->pos.f[2];
f32 finalrotation = 0.0f;
struct coord speed = {0, 0, 0};
f32 mult = 1.0f / sqrtf(xdiff * xdiff + zdiff * zdiff);
xdiff *= mult;
zdiff *= mult;
rotation /= g_Vars.lvupdate60freal;
speed.f[0] += -zdiff * rotation * 10.0f;
speed.f[2] += xdiff * rotation * 10.0f;
finalrotation += rotation * 0.1f;
objApplyMomentum(obstacleobj, &speed, finalrotation, true, true);
}
}
}
}
return force;
}
void hoverbikeUpdateMovement(struct hoverbikeobj *bike, f32 speedforwards, f32 speedsideways, f32 speedtheta)
{
f32 f12;
f32 angle;
f32 sinangle;
f32 cosangle;
f32 f2;
f32 sp70 = 0;
f32 sp6c = 0;
f32 sp68 = 0;
s32 i;
u32 stack[6];
f32 tmp;
tmp = speedtheta * 0.04362628236413f;
if (speedforwards < 0) {
tmp *= 1.0f - speedforwards * 0.5f;
}
for (i = 0; i < g_Vars.lvupdate60; i++) {
bike->w += (tmp - bike->w) * (PAL ? 0.0893f : 0.075f);
}
sp6c += bike->w * 12;
angle = hoverpropGetTurnAngle(&bike->base);
sinangle = sinf(angle);
cosangle = cosf(angle);
if (speedforwards >= 0) {
f2 = (speedforwards + 0.1f) * 0.3f * g_Vars.lvupdate60freal;
} else {
f2 = (0.1f - speedforwards) * 0.3f * g_Vars.lvupdate60freal;
}
if (bike->rels[1] < speedforwards * 0.5f) {
bike->rels[1] += f2;
if (bike->rels[1] > speedforwards * 0.5f) {
bike->rels[1] = speedforwards * 0.5f;
}
} else {
bike->rels[1] -= f2;
if (bike->rels[1] < speedforwards * 0.5f) {
bike->rels[1] = speedforwards * 0.5f;
}
}
bike->leandiff *= 0.93f;
bike->leandiff += speedforwards - bike->leanspeed;
bike->leanspeed = speedforwards;
f2 = bike->leandiff * 5;
if (f2 > 1.0f) {
f2 = 1.0f;
} else if (f2 < -1.0f) {
f2 = -1.0f;
}
if (speedforwards >= 0) {
if (f2 > 0) {
f12 = speedforwards * 0.3f + speedforwards * 0.7f * f2;
} else {
f12 = speedforwards * 0.3f;
}
} else {
if (f2 < 0) {
f12 = speedforwards * 0.5f - speedforwards * 0.5f * f2;
} else {
f12 = speedforwards * 0.5f;
}
}
sp70 += f12 * 0.04f * M_BADTAU;
if (speedsideways >= 0) {
f12 = (speedsideways + 0.1f) * 0.3f * g_Vars.lvupdate60freal;
} else {
f12 = (0.1f - speedsideways) * 0.3f * g_Vars.lvupdate60freal;
}
if (bike->rels[0] < 0.4f * speedsideways) {
bike->rels[0] += f12;
if (bike->rels[0] > speedsideways * 0.4f) {
bike->rels[0] = speedsideways * 0.4f;
}
} else {
bike->rels[0] -= f12;
if (bike->rels[0] < speedsideways * 0.4f) {
bike->rels[0] = speedsideways * 0.4f;
}
}
sp68 += speedsideways * 0.2512874007225f;
for (i = 0; i < g_Vars.lvupdate60; i++) {
bike->speedabs[1] *= PAL ? 0.964f : 0.97f;
bike->speedabs[0] *= PAL ? 0.964f : 0.97f;
bike->speedabs[1] += bike->rels[1] * cosangle * PALUPF(1.08f);
bike->speedabs[0] += bike->rels[1] * sinangle * PALUPF(1.08f);
bike->speedabs[1] += bike->rels[0] * sinangle * PALUPF(0.72f);
bike->speedabs[0] += -bike->rels[0] * cosangle * PALUPF(0.72f);
}
for (i = 0; i < g_Vars.lvupdate60; i++) {
bike->exreal += (sp70 - bike->exreal) * (PAL ? 0.0478f : 0.04f);
bike->ezreal += (sp6c - bike->ezreal) * (PAL ? 0.177f : 0.15f);
bike->ezreal2 += (sp68 - bike->ezreal2) * (PAL ? 0.0478f : 0.04f);
}
if (speedforwards >= 0.99f) {
bike->maxspeedtime240 += g_Vars.lvupdate240;
if (bike->maxspeedtime240 > TICKS(2400)) {
bike->maxspeedtime240 = TICKS(2400);
}
} else if (bike->maxspeedtime240 > 0) {
if (speedforwards >= 0.8f) {
// empty
} else if (speedforwards >= -0.1f) {
bike->maxspeedtime240 -= g_Vars.lvupdate240;
if (bike->maxspeedtime240 < 0) {
bike->maxspeedtime240 = 0;
}
} else {
bike->maxspeedtime240 = 0;
}
}
bike->speedrel[1] = bike->maxspeedtime240 * 5000.0f / TICKS(2400000);
bike->speed[1] = bike->speedabs[1] + bike->speedrel[1] * cosangle + bike->speedrel[0] * sinangle;
bike->speed[0] = bike->speedabs[0] + bike->speedrel[1] * sinangle - bike->speedrel[0] * cosangle;
if (bike->base.flags & OBJFLAG_HOVERBIKE_MOVINGWHILEEMPTY) {
if (bike->speed[0] > 0.1f
|| bike->speed[1] > 0.1f
|| bike->w > 0.001f
|| bike->rels[0] > 0.001f
|| bike->rels[1] > 0.001f
|| bike->exreal > 0.001f
|| bike->ezreal > 0.001f
|| bike->ezreal2 > 0.001f
|| bike->leandiff > 0.1f
|| bike->speed[0] < -0.1f
|| bike->speed[1] < -0.1f
|| bike->w < -0.001f
|| bike->rels[0] < -0.001f
|| bike->rels[1] < -0.001f
|| bike->exreal < -0.001f
|| bike->ezreal < -0.001f
|| bike->ezreal2 < -0.001f
|| bike->leandiff < -0.1f) {
// still moving
} else {
bike->speed[0] = 0;
bike->speed[1] = 0;
bike->w = 0;
bike->rels[0] = 0;
bike->rels[1] = 0;
bike->exreal = 0;
bike->ezreal = 0;
bike->ezreal2 = 0;
bike->leanspeed = 0;
bike->leandiff = 0;
bike->maxspeedtime240 = 0;
bike->speedabs[0] = 0;
bike->speedabs[1] = 0;
bike->speedrel[0] = 0;
bike->speedrel[1] = 0;
if (1);
bike->base.flags &= ~OBJFLAG_HOVERBIKE_MOVINGWHILEEMPTY;
}
}
}
void platformDisplaceProps2(struct prop *platform, Mtxf *arg1)
{
struct prop *prop;
s16 *propnumptr;
s16 propnums[256];
u8 *sp9c;
u8 *sp98;
Mtxf sp58;
if (propUpdateGeometry(platform, &sp9c, &sp98)) {
roomGetProps(platform->rooms, propnums, 256);
propnumptr = propnums;
while (*propnumptr >= 0) {
prop = &g_Vars.props[*propnumptr];
if (prop->type & (PROPTYPE_OBJ | PROPTYPE_WEAPON)) {
struct defaultobj *obj = prop->obj;
if (prop->pos.y > platform->pos.y
&& (obj->hidden & OBJHFLAG_00008000)
&& cd000266a4(prop->pos.x, prop->pos.z, (struct geo *)sp9c)) {
mtx3ToMtx4(obj->realrot, &sp58);
mtx4SetTranslation(&prop->pos, &sp58);
mtx4MultMtx4InPlace(arg1, &sp58);
mtx4ToMtx3(&sp58, obj->realrot);
prop->pos.x = sp58.m[3][0];
prop->pos.y = sp58.m[3][1];
prop->pos.z = sp58.m[3][2];
propDeregisterRooms(prop);
func0f065e74(&platform->pos, platform->rooms, &prop->pos, prop->rooms);
func0f069c70(obj, true, true);
}
}
propnumptr++;
}
}
}
/**
* Tick a Slayer fly-by-wire rocket that's being controlled by a bot.
*/
bool rocketTickFbw(struct weaponobj *rocket)
{
bool cdresult;
f32 speed;
s32 i;
struct projectile *projectile = rocket->base.projectile;
struct prop *rocketprop = rocket->base.prop;
struct chrdata *ownerchr;
struct coord sp164;
struct coord sp158;
Mtxf sp118;
Mtxf spd8;
Mtxf sp98;
f32 xdist;
f32 ydist;
f32 zdist;
struct prop *targetprop;
f32 xrot;
f32 yrot;
struct coord newpos;
struct coord dir;
u32 stack[2];
s16 newrooms[8];
if (projectile->ownerprop && projectile->ownerprop->type == PROPTYPE_CHR) {
ownerchr = projectile->ownerprop->chr;
} else {
ownerchr = NULL;
}
// If close to the next step (ie. a waypoint)
// then advance to the one after that
xdist = projectile->nextsteppos.x - rocketprop->pos.x;
ydist = projectile->nextsteppos.y - rocketprop->pos.y;
zdist = projectile->nextsteppos.z - rocketprop->pos.z;
if (ownerchr && xdist * xdist + ydist * ydist + zdist * zdist < 100 * 100) {
projectile->step++;
if (projectile->numwaypads <= 0 || projectile->step >= projectile->numwaypads) {
targetprop = chrGetTargetProp(ownerchr);
if (!botactFindRocketRoute(ownerchr, &rocketprop->pos, &targetprop->pos, rocketprop->rooms, targetprop->rooms, projectile)) {
rocket->timer240 = 0;
}
} else {
botactGetRocketNextStepPos(projectile->waypads[projectile->step], &projectile->nextsteppos);
}
}
if (ownerchr) {
xrot = atan2f(xdist, zdist);
yrot = atan2f(ydist, sqrtf(xdist * xdist + zdist * zdist));
for (i = 0; i < g_Vars.lvupdate240; i++) {
projectile->unk018 = model0001afe8(projectile->unk018, xrot, PAL ? 0.02246f : 0.01875f);
projectile->unk014 = model0001afe8(projectile->unk014, yrot, PAL ? 0.02246f : 0.01875f);
}
mtx4LoadXRotation(M_BADTAU - projectile->unk014, &sp118);
mtx4LoadYRotation(projectile->unk018, &spd8);
mtx4MultMtx4(&spd8, &sp118, &sp98);
mtx00015f04(rocket->base.model->scale, &sp98);
mtx4ToMtx3(&sp98, rocket->base.realrot);
}
// Calculate new pos
dir.f[0] = sinf(projectile->unk018) * cosf(projectile->unk014);
dir.f[1] = sinf(projectile->unk014);
dir.f[2] = cosf(projectile->unk018) * cosf(projectile->unk014);
newpos = rocketprop->pos;
for (i = 0; i < g_Vars.lvupdate60; i++) {
projectile->unk010 += PAL ? 0.0021600001f : 0.0018f;
speed = projectile->unk010;
if (ownerchr && ownerchr->target == -1) {
speed = PAL ? 0.120000004f : 0.10f;
}
newpos.x += dir.x * speed;
newpos.y += dir.y * speed;
newpos.z += dir.z * speed;
}
// Check if new pos would collide with anything
if (projectile->ownerprop) {
propSetPerimEnabled(projectile->ownerprop, false);
}
cdresult = func0f06cd00(&rocket->base, &newpos, &sp164, &sp158);
if (projectile->ownerprop) {
propSetPerimEnabled(projectile->ownerprop, true);
}
if (cdresult == CDRESULT_NOCOLLISION) {
func0f065e74(&rocketprop->pos, rocketprop->rooms, &newpos, newrooms);
rocketprop->pos = newpos;
propDeregisterRooms(rocketprop);
roomsCopy(newrooms, rocketprop->rooms);
func0f069c70(&rocket->base, true, true);
} else {
// Boom
rocket->timer240 = 0;
}
// Create smoke behind the rocket
if (projectile->smoketimer240 <= 0) {
projectile->smoketimer240 = TICKS(24);
smokeCreateSimple(&rocketprop->pos, rocketprop->rooms, SMOKETYPE_ROCKETTAIL);
} else {
projectile->smoketimer240 -= g_Vars.lvupdate240;
}
// Blow up rocket if it's gone too high
if (rocketprop->pos.y > 10000.0f) {
rocket->timer240 = 0;
}
// Check if close to an enemy
if (ownerchr && rocket->timer240) {
for (i = 0; i < g_MpNumChrs; i++) {
struct chrdata *chr = mpGetChrFromPlayerIndex(i);
if (chr != ownerchr
&& !chrIsDead(chr)
&& chrCompareTeams(ownerchr, chr, COMPARE_ENEMIES)
&& !botIsTargetInvisible(NULL, chr)) {
// Explode if within 250 units
xdist = rocketprop->pos.x - chr->prop->pos.x;
ydist = rocketprop->pos.y - chr->prop->pos.y;
zdist = rocketprop->pos.z - chr->prop->pos.z;
if (xdist * xdist + ydist * ydist + zdist * zdist < 250 * 250) {
rocket->timer240 = 0;
break;
}
// Check if rocket can fly directly to target
if (chrGetTargetProp(ownerchr) == chr->prop
&& mpPlayerGetIndex(ownerchr) == g_Vars.lvframenum % g_MpNumChrs
&& cdTestLos05(&rocketprop->pos, rocketprop->rooms, &chr->prop->pos, chr->prop->rooms,
CDTYPE_OBJS | CDTYPE_DOORS | CDTYPE_PATHBLOCKER | CDTYPE_BG | CDTYPE_AIOPAQUE,
GEOFLAG_BLOCK_SIGHT)) {
projectile->nextsteppos = chr->prop->pos;
projectile->numwaypads = 0;
}
}
}
}
// If target is lost for 8 seconds, explode
if (ownerchr && ownerchr->target == -1) {
projectile->numwaypads = 0;
projectile->losttimer240 += g_Vars.lvupdate240;
if (projectile->losttimer240 > 8 * TICKS(240)) {
rocket->timer240 = 0;
}
} else {
projectile->losttimer240 = 0;
}
// If bot is killed, rocket becomes uncontrolled
if (ownerchr && ((ownerchr->aibot && ownerchr->aibot->skrocket == NULL) || chrIsDead(ownerchr))) {
projectile->ownerprop = NULL;
}
return cdresult;
}
s32 projectileLaunch(struct defaultobj *obj, struct projectile *projectile, struct coord *arg2, struct coord *arg3)
{
s32 cdresult;
struct prop *prop = obj->prop;
if (projectile->ownerprop) {
propSetPerimEnabled(projectile->ownerprop, false);
}
cdresult = func0f06cd00(obj, &projectile->nextsteppos, arg2, arg3);
if (projectile->ownerprop) {
propSetPerimEnabled(projectile->ownerprop, true);
}
if (cdresult == CDRESULT_NOCOLLISION) {
s16 rooms[8];
func0f065e74(&prop->pos, prop->rooms, &projectile->nextsteppos, rooms);
prop->pos = projectile->nextsteppos;
propDeregisterRooms(prop);
roomsCopy(rooms, prop->rooms);
} else if (cdresult != CDRESULT_NOCOLLISION && obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *)obj;
s16 rooms[8];
if (weapon->weaponnum == WEAPON_ROCKET || weapon->weaponnum == WEAPON_HOMINGROCKET) {
weapon->timer240 = 0;
func0f065e74(&prop->pos, prop->rooms, arg2, rooms);
prop->pos = *arg2;
propDeregisterRooms(prop);
roomsCopy(rooms, prop->rooms);
}
}
projectile->flags &= ~PROJECTILEFLAG_LAUNCHING;
return cdresult;
}
s32 projectileTick(struct defaultobj *obj, bool *embedded)
{
struct projectile *projectile = obj->projectile;
s32 cdresult;
struct coord sp5f4;
struct coord sp5e8;
struct coord sp5dc;
bool result = false;
struct prop *prop = obj->prop;
struct coord sp5c8;
s16 sp5b8[8];
struct coord sp5ac;
f32 sp5a8;
struct coord sp59c;
struct coord sp590;
f32 sp58c;
bool haslimitedarea;
f32 ground;
Mtxf sp544;
Mtxf sp504;
Mtxf sp4c4;
Mtxf sp484;
struct pad *pad;
f32 dist;
f32 shield;
s32 i;
if (g_Vars.lvupdate240 > 0) {
if (obj->type == OBJTYPE_WEAPON && ((struct weaponobj *)obj)->weaponnum == WEAPON_SKROCKET) {
result = rocketTickFbw((struct weaponobj *) obj);
} else if (projectile->flags & PROJECTILEFLAG_00001000) {
result = (projectile->flags & PROJECTILEFLAG_00002000) != 0;
projectile->flags &= ~(PROJECTILEFLAG_00001000 | PROJECTILEFLAG_00002000);
} else {
obj->hidden &= ~OBJHFLAG_00020000;
if (projectile->flags & PROJECTILEFLAG_LAUNCHING) {
projectileLaunch(obj, projectile, &sp5e8, &sp5f4);
}
sp5dc = prop->pos;
if (projectile->pickuptimer240 > 0) {
projectile->pickuptimer240 -= g_Vars.lvupdate240;
}
if (projectile->flags & PROJECTILEFLAG_SLIDING) {
f32 x;
f32 innerdist;
f32 outerdist;
f32 z;
mtx3ToMtx4(obj->realrot, &sp504);
mtx4SetTranslation(&prop->pos, &sp504);
if (projectile->unk0dc > 0.0f) {
projectile->unk0dc -= projectile->unk0e0 * g_Vars.lvupdate60freal;
if (projectile->unk0dc < 0.0f) {
projectile->unk0dc = 0.0f;
} else if (projectile->unk0e4 < 1.0f) {
for (i = 0; i < g_Vars.lvupdate60; i++) {
if (projectile->unk0dc > projectile->unk0ec) {
projectile->unk0dc = projectile->unk0ec + (projectile->unk0dc - projectile->unk0ec) * projectile->unk0e4;
}
}
}
} else if (projectile->unk0dc < 0.0f) {
projectile->unk0dc += projectile->unk0e0 * g_Vars.lvupdate60freal;
if (projectile->unk0dc > 0.0f) {
projectile->unk0dc = 0.0f;
} else if (projectile->unk0e4 < 1.0f) {
for (i = 0; i < g_Vars.lvupdate60; i++) {
if (projectile->unk0dc < -projectile->unk0ec) {
projectile->unk0dc = -projectile->unk0ec + (projectile->unk0dc + projectile->unk0ec) * projectile->unk0e4;
}
}
}
}
if ((projectile->speed.f[0] != 0.0f || projectile->speed.f[2] != 0.0f) && projectile->unk098 > 0.0f) {
dist = sqrtf(projectile->speed.f[0] * projectile->speed.f[0] + projectile->speed.f[2] * projectile->speed.f[2]);
if (dist > 0.0f) {
f32 f12 = projectile->unk098 * g_Vars.lvupdate60freal / dist;
if (f12 >= 1.0f) {
projectile->speed.x = 0.0f;
projectile->speed.z = 0.0f;
} else {
projectile->speed.x -= projectile->speed.x * f12;
projectile->speed.z -= projectile->speed.z * f12;
if (projectile->unk0e4 < 1.0f) {
for (i = 0; i < g_Vars.lvupdate60; i++) {
if (projectile->speed.x > projectile->unk0f0) {
projectile->speed.x = (projectile->speed.x - projectile->unk0f0) * projectile->unk0e4 + projectile->unk0f0;
} else if (projectile->speed.x < -projectile->unk0f0) {
projectile->speed.x = (projectile->speed.x + projectile->unk0f0) * projectile->unk0e4 + -projectile->unk0f0;
}
if (projectile->speed.z > projectile->unk0f0) {
projectile->speed.z = (projectile->speed.z - projectile->unk0f0) * projectile->unk0e4 + projectile->unk0f0;
} else if (projectile->speed.z < -projectile->unk0f0) {
projectile->speed.z = (projectile->speed.z + projectile->unk0f0) * projectile->unk0e4 + -projectile->unk0f0;
}
}
}
}
} else {
projectile->speed.x = 0.0f;
projectile->speed.z = 0.0f;
}
}
if (projectile->ownerprop) {
propSetPerimEnabled(projectile->ownerprop, false);
}
// Objects become more difficult to push
// as you push them away from their pad
haslimitedarea = obj->pad >= 0 && (obj->flags3 & (OBJFLAG3_GRABBABLE | OBJFLAG3_PUSHFREELY)) == 0;
if (haslimitedarea) {
pad = &g_Pads[obj->pad];
innerdist = 200.0f;
outerdist = 300.0f;
if (obj->flags3 & OBJFLAG3_LONGPUSHRANGE) {
innerdist += 700.0f;
outerdist += 700.0f;
}
if (obj->modelnum == MODEL_SKPUZZLEOBJECT) {
innerdist = 230.0f;
}
x = pad->pos.x - prop->pos.x;
z = pad->pos.z - prop->pos.z;
dist = sqrtf(x * x + z * z);
if (dist > outerdist) {
projectile->unk0dc = 0.0f;
} else if (dist > innerdist) {
projectile->unk0dc *= (outerdist - dist) * 0.01f;
}
}
sp5a8 = projectile->unk0dc * g_Vars.lvupdate60freal;
if (sp5a8 != 0.0f) {
struct coord sp404 = {0, 0, 0};
cdresult = func0f072144(obj, &sp404, sp5a8, true);
if (cdresult != CDRESULT_ERROR && cdresult == CDRESULT_COLLISION) {
projectile->unk0dc = -projectile->unk0dc * projectile->unk08c;
objCollide(obj, &sp404, sp5a8);
}
}
sp59c.x = projectile->speed.x * g_Vars.lvupdate60freal;
sp59c.y = 0.0f;
sp59c.z = projectile->speed.z * g_Vars.lvupdate60freal;
if (haslimitedarea) {
x = pad->pos.x - prop->pos.x - sp59c.x;
z = pad->pos.z - prop->pos.z - sp59c.z;
dist = sqrtf(x * x + z * z);
if (dist > outerdist) {
projectile->speed.f[0] = \
projectile->speed.f[2] = \
projectile->unk0dc = \
sp59c.f[0] = \
sp59c.f[2] = 0.0f;
} else if (dist > innerdist) {
projectile->speed.x *= (outerdist - dist) * 0.01f;
projectile->speed.z *= (outerdist - dist) * 0.01f;
sp59c.x *= (outerdist - dist) * 0.01f;
sp59c.z *= (outerdist - dist) * 0.01f;
}
}
cdresult = func0f072144(obj, &sp59c, 0.0f, true);
if (cdresult == CDRESULT_COLLISION) {
sp58c = objCollide(obj, &sp59c, 0.0f) * projectile->unk08c;
if (sp58c > 0.0f) {
f32 f0;
struct coord sp3f4;
struct coord sp3e8;
struct coord sp3dc;
struct coord sp3d0;
struct coord sp3c4;
struct coord sp3b8;
struct coord sp3ac;
f32 f0_2;
if (cdGetSavedPos(&sp3d0, &sp3c4)) {
sp3c4.x -= sp3d0.x;
sp3c4.y -= sp3d0.y;
sp3c4.z -= sp3d0.z;
} else {
cdGetEdge(&sp3d0, &sp3c4, 8339, "propobj.c");
sp3d0.x -= sp3c4.x;
sp3d0.y -= sp3c4.y;
sp3d0.z -= sp3c4.z;
sp3c4.x = -sp3d0.z;
sp3c4.y = sp3d0.y;
sp3c4.z = sp3d0.x;
sp3d0 = prop->pos;
}
func0f02e4f8(&sp3d0, &sp3c4, &sp3b8);
sp3ac.x = prop->pos.x - sp5dc.x;
sp3ac.y = 0.0f;
sp3ac.z = prop->pos.z - sp5dc.z;
sp3b8.x -= prop->pos.x;
sp3b8.z -= prop->pos.z;
f0 = (-sp3b8.f[0] * sp3ac.f[2] + sp3b8.f[2] * sp3ac.f[0]) * 0.0001f;
if (f0 > projectile->unk0ec) {
f0 = projectile->unk0ec;
} else if (f0 < -projectile->unk0ec) {
f0 = -projectile->unk0ec;
}
projectile->unk0dc += f0;
cdGetEdge(&sp3e8, &sp3dc, 8377, "propobj.c");
sp3f4.x = sp3dc.z - sp3e8.z;
sp3f4.y = 0.0f;
sp3f4.z = sp3e8.x - sp3dc.x;
if (sp3f4.f[0] != 0.0f || sp3f4.f[2] != 0.0f) {
guNormalize(&sp3f4.x, &sp3f4.y, &sp3f4.z);
} else {
sp3f4.z = 1.0f;
}
f0_2 = projectile->speed.f[0] * sp3f4.f[0] + projectile->speed.f[2] * sp3f4.f[2];
f0_2 *= -(sp58c + 1.0f);
sp590.x = projectile->speed.x + sp3f4.f[0] * f0_2;
sp590.y = 0.0f;
sp590.z = projectile->speed.z + sp3f4.f[2] * f0_2;
sp59c.x = sp590.f[0] * g_Vars.lvupdate60freal;
sp59c.y = 0.0f;
sp59c.z = sp590.f[2] * g_Vars.lvupdate60freal;
if (haslimitedarea) {
x = pad->pos.x - prop->pos.x - sp59c.x;
z = pad->pos.z - prop->pos.z - sp59c.z;
dist = sqrtf(x * x + z * z);
if (dist > outerdist) {
projectile->speed.f[0] = \
projectile->speed.f[2] = \
projectile->unk0dc = \
sp59c.f[0] = \
sp59c.f[2] = 0.0f;
} else if (dist > innerdist) {
projectile->speed.x *= (outerdist - dist) * 0.01f;
projectile->speed.z *= (outerdist - dist) * 0.01f;
sp59c.x *= (outerdist - dist) * 0.01f;
sp59c.z *= (outerdist - dist) * 0.01f;
}
}
cdresult = func0f072144(obj, &sp59c, 0.0f, true);
if (cdresult == CDRESULT_COLLISION) {
sp58c = objCollide(obj, &sp59c, 0.0f) * projectile->unk08c;
sp590.x = -projectile->speed.f[0] * sp58c;
sp590.y = 0.0f;
sp590.z = -projectile->speed.f[2] * sp58c;
sp59c.x = sp590.f[0] * g_Vars.lvupdate60freal;
sp59c.y = 0.0f;
sp59c.z = sp590.f[2] * g_Vars.lvupdate60freal;
if (haslimitedarea) {
x = pad->pos.x - prop->pos.x - sp59c.x;
z = pad->pos.z - prop->pos.z - sp59c.z;
dist = sqrtf(x * x + z * z);
if (dist > outerdist) {
projectile->speed.f[0] = \
projectile->speed.f[2] = \
projectile->unk0dc = \
sp59c.f[0] = \
sp59c.f[2] = 0.0f;
} else if (dist > innerdist) {
projectile->speed.x *= (outerdist - dist) * 0.01f;
projectile->speed.z *= (outerdist - dist) * 0.01f;
sp59c.x *= (outerdist - dist) * 0.01f;
sp59c.z *= (outerdist - dist) * 0.01f;
}
}
cdresult = func0f072144(obj, &sp59c, 0.0f, true);
if (cdresult == CDRESULT_COLLISION) {
objCollide(obj, &sp59c, 0.0f);
if (sp3e8.f[0] != sp3dc.f[0] || sp3e8.f[2] != sp3dc.f[2]) {
f32 f12;
struct coord sp398;
f32 f14;
sp398.x = sp3dc.x - sp3e8.x;
sp398.z = sp3dc.z - sp3e8.z;
f12 = 1.0f / sqrtf(sp398.f[0] * sp398.f[0] + sp398.f[2] * sp398.f[2]);
sp398.x *= f12;
sp398.z *= f12;
f14 = projectile->speed.f[0] * sp398.f[0] + projectile->speed.f[2] * sp398.f[2];
sp590.x = sp398.f[0] * f14;
sp590.y = 0.0f;
sp590.z = sp398.f[2] * f14;
sp59c.x = sp590.f[0] * g_Vars.lvupdate60freal;
sp59c.y = 0.0f;
sp59c.z = sp590.f[2] * g_Vars.lvupdate60freal;
if (haslimitedarea) {
x = pad->pos.x - prop->pos.x - sp59c.x;
z = pad->pos.z - prop->pos.z - sp59c.z;
dist = sqrtf(x * x + z * z);
if (dist > outerdist) {
projectile->speed.f[0] = \
projectile->speed.f[2] = \
projectile->unk0dc = \
sp59c.f[0] = \
sp59c.f[2] = 0.0f;
} else if (dist > innerdist) {
projectile->speed.x *= (outerdist - dist) * 0.01f;
projectile->speed.z *= (outerdist - dist) * 0.01f;
sp59c.x *= (outerdist - dist) * 0.01f;
sp59c.z *= (outerdist - dist) * 0.01f;
}
}
cdresult = func0f072144(obj, &sp59c, 0.0f, true);
if (cdresult == CDRESULT_COLLISION) {
objCollide(obj, &sp59c, 0.0f);
}
}
}
}
if (cdresult == CDRESULT_NOCOLLISION) {
projectile->speed = sp590;
}
}
}
if (cdresult != CDRESULT_NOCOLLISION) {
projectile->unk0dc = 0.0f;
projectile->speed.z = 0.0f;
projectile->speed.x = 0.0f;
}
if (projectile->ownerprop) {
propSetPerimEnabled(projectile->ownerprop, true);
}
if (projectile->speed.f[0] == 0.0f && projectile->speed.f[2] == 0.0f && projectile->unk0dc == 0.0f) {
objFreeProjectile(obj);
}
if (cdresult == CDRESULT_NOCOLLISION) {
ground = cdFindGroundAtCyl(&prop->pos, 2, prop->rooms, &obj->floorcol, NULL);
if (ground > -30000.0f) {
prop->pos.y = ground + objGetHov04(obj);
}
}
func0f069c70(obj, false, true);
mtx3ToMtx4(obj->realrot, &sp484);
mtx4SetTranslation(&prop->pos, &sp484);
mtx000172f0(sp504.m, sp4c4.m);
mtx4MultMtx4(&sp484, &sp4c4, &sp544);
platformDisplaceProps2(prop, &sp544);
result = true;
} else if (projectile->flags & PROJECTILEFLAG_AIRBORNE) {
f32 sp390;
s16 roomnum;
struct coord sp380;
f32 sp37c;
f32 realrot[3][3];
bool sp354 = false;
bool sp350 = false;
bool handled = false;
Mtxf sp30c;
bool homingrocket;
u32 stack;
projectile->losttimer240 += g_Vars.lvupdate240;
if (((projectile->flags & PROJECTILEFLAG_NOTIMELIMIT) == 0 && projectile->losttimer240 > TICKS(9600))
|| prop->pos.y < -20000.0f || prop->pos.y > 32000.0f
|| prop->pos.x < -32000.0f || prop->pos.x > 32000.0f
|| prop->pos.z < -32000.0f || prop->pos.z > 32000.0f) {
obj->hidden |= OBJHFLAG_REAPABLE;
}
projectile->flighttime240 += g_Vars.lvupdate240;
mtx3Copy(obj->realrot, realrot);
if (projectile->flags & PROJECTILEFLAG_00000020) {
if (projectile->unk01c < (1.0f / 3.6f)) {
projectile->unk0ac += projectile->unk014 * g_Vars.lvupdate60freal;
projectile->unk0a8 += projectile->unk0ac * g_Vars.lvupdate60freal;
projectile->unk01c += (1.0f / 90.0f) * g_Vars.lvupdate60freal;
if (projectile->unk01c > (1.0f / 3.6f)) {
projectile->unk01c = (1.0f / 3.6f);
}
} else {
if (projectile->unk0a8 > sp5dc.y) {
projectile->unk0ac += projectile->unk014 * g_Vars.lvupdate60freal;
projectile->unk0a8 += projectile->unk0ac * g_Vars.lvupdate60freal;
sp5dc.y += 0.07f * (projectile->unk0a8 - sp5dc.y) * g_Vars.lvupdate60freal;
} else {
sp5dc.y = projectile->unk0a8;
projectile->flags &= ~PROJECTILEFLAG_00000020;
projectile->flags |= PROJECTILEFLAG_POWERED;
projectile->speed.y = projectile->unk0ac;
projectile->unk01c = 0.0f;
}
}
}
homingrocket = false;
if (obj->type == OBJTYPE_WEAPON && ((struct weaponobj *)obj)->weaponnum == WEAPON_HOMINGROCKET) {
homingrocket = true;
}
if (homingrocket) {
struct coord sp2f8 = {0, 0, 0};
struct coord sp2ec = {0, 0, 1};
struct coord sp2e0 = {0, 1, 0};
if (obj && obj->prop && projectile->targetprop) {
Mtxf mtx;
f32 sp29c = sqrtf(obj->realrot[0][0] * obj->realrot[0][0] + obj->realrot[1][0] * obj->realrot[1][0] + obj->realrot[2][0] * obj->realrot[2][0]);
struct coord sp290;
f32 sp28c;
mtx4LoadIdentity(&mtx);
mtx.m[0][0] = obj->realrot[0][0] / sp29c;
mtx.m[0][1] = obj->realrot[0][1] / sp29c;
mtx.m[0][2] = obj->realrot[0][2] / sp29c;
mtx.m[1][0] = obj->realrot[1][0] / sp29c;
mtx.m[1][1] = obj->realrot[1][1] / sp29c;
mtx.m[1][2] = obj->realrot[1][2] / sp29c;
mtx.m[2][0] = obj->realrot[2][0] / sp29c;
mtx.m[2][1] = obj->realrot[2][1] / sp29c;
mtx.m[2][2] = obj->realrot[2][2] / sp29c;
sp2f8 = obj->prop->pos;
sp290.x = projectile->targetprop->pos.x - sp2f8.x;
sp290.y = projectile->targetprop->pos.y - sp2f8.y;
sp290.z = projectile->targetprop->pos.z - sp2f8.z;
guNormalize(&sp290.x, &sp290.y, &sp290.z);
sp2ec = projectile->speed;
guNormalize(&sp2ec.x, &sp2ec.y, &sp2ec.z);
sp28c = acosf(sp2ec.f[0] * sp290.f[0] + sp2ec.f[1] * sp290.f[1] + sp2ec.f[2] * sp290.f[2]);
if (sp28c > 0.001f || sp28c < -0.001f) {
struct coord sp280;
f32 sp270[4];
f32 sp260[4];
f32 sp250[4];
f32 angle;
Mtxf sp20c;
f32 tmp;
u32 stack[2];
static f32 var80069bc4 = 0;
tmp = ((20 / 100.0f * var80069bc4 / LVUPDATE60FREAL()) + (120 / 100.00f * sp28c * LVUPDATE60FREAL())) * (3 / 100.000f);
var80069bc4 = sp28c;
sp280.x = sp2ec.f[1] * sp290.f[2] - sp2ec.f[2] * sp290.f[1];
sp280.y = -(sp2ec.f[0] * sp290.f[2] - sp2ec.f[2] * sp290.f[0]);
sp280.z = sp2ec.f[0] * sp290.f[1] - sp2ec.f[1] * sp290.f[0];
sp260[0] = cosf(tmp * 0.5f);
sp260[1] = sp280.f[0] * sinf(tmp * 0.5f);
sp260[2] = sp280.f[1] * sinf(tmp * 0.5f);
sp260[3] = sp280.f[2] * sinf(tmp * 0.5f);
quaternionToMtx(sp260, &sp20c);
projectile->unk018 = 0.0f;
projectile->unk014 = 0.0f;
projectile->unk010 = 0.0f;
mtx4RotateVecInPlace(&sp20c, &projectile->speed);
quaternion0f097044(&mtx, sp270);
quaternionMultQuaternion(sp270, sp260, sp250);
quaternionToMtx(sp250, &sp20c);
obj->realrot[0][0] = sp20c.m[0][0] * sp29c;
obj->realrot[0][1] = sp20c.m[0][1] * sp29c;
obj->realrot[0][2] = sp20c.m[0][2] * sp29c;
obj->realrot[1][0] = sp20c.m[1][0] * sp29c;
obj->realrot[1][1] = sp20c.m[1][1] * sp29c;
obj->realrot[1][2] = sp20c.m[1][2] * sp29c;
obj->realrot[2][0] = sp20c.m[2][0] * sp29c;
obj->realrot[2][1] = sp20c.m[2][1] * sp29c;
obj->realrot[2][2] = sp20c.m[2][2] * sp29c;
}
}
}
if ((projectile->flags & PROJECTILEFLAG_POWERED) == 0) {
// Apply gravity
f32 f0;
projectile->speed.y += (projectile->unk014 + projectile->unk01c) * g_Vars.lvupdate60freal;
if (projectile->flags & PROJECTILEFLAG_LIGHTWEIGHT) {
f0 = projectile->speed.y - (1.0f / 7.2f) * g_Vars.lvupdate60freal;
} else {
f0 = projectile->speed.y - (1.0f / 3.6f) * g_Vars.lvupdate60freal;
}
sp5dc.y += g_Vars.lvupdate60freal * (projectile->speed.y + f0) * 0.5f;
projectile->speed.y = f0;
} else {
projectile->speed.y += (projectile->unk014 + projectile->unk01c) * g_Vars.lvupdate60freal;
sp5dc.y += projectile->speed.y * g_Vars.lvupdate60freal;
}
projectile->speed.x += projectile->unk010 * g_Vars.lvupdate60freal;
projectile->speed.z += projectile->unk018 * g_Vars.lvupdate60freal;
sp5dc.x += projectile->speed.x * g_Vars.lvupdate60freal;
sp5dc.z += projectile->speed.z * g_Vars.lvupdate60freal;
mtx3ToMtx4(obj->realrot, &sp30c);
func0f096698(&sp30c, &projectile->mtx, g_Vars.lvupdate240);
mtx4ToMtx3(&sp30c, obj->realrot);
sp5c8 = prop->pos;
roomsCopy(prop->rooms, sp5b8);
if (projectile->ownerprop) {
propSetPerimEnabled(projectile->ownerprop, false);
}
if (projectile->flags & PROJECTILEFLAG_STICKY) {
cdresult = func0f06cd00(obj, &sp5dc, &sp5e8, &sp5f4);
} else {
cdresult = func0f06d37c(obj, &sp5dc, &sp5e8, &sp5f4);
}
if (projectile->ownerprop) {
propSetPerimEnabled(projectile->ownerprop, true);
}
result = true;
if (projectile->flags & PROJECTILEFLAG_STICKY) {
if (cdresult == CDRESULT_COLLISION) {
bool stick = false;
struct prop *hitprop = NULL;
struct weaponobj *weapon2;
struct weaponobj *weapon;
if (g_EmbedProp != NULL) {
hitprop = g_EmbedProp;
while (hitprop->parent) {
hitprop = hitprop->parent;
}
}
if (obj->type == OBJTYPE_AUTOGUN) {
// Thrown laptops can stick to the BG but not props
if (hitprop == NULL) {
stick = true;
}
} else if (obj->type == OBJTYPE_WEAPON) {
weapon2 = (struct weaponobj *) obj;
if (weapon2->weaponnum == WEAPON_REMOTEMINE
|| weapon2->weaponnum == WEAPON_TIMEDMINE
|| weapon2->weaponnum == WEAPON_PROXIMITYMINE
|| weapon2->weaponnum == WEAPON_COMMSRIDER
|| weapon2->weaponnum == WEAPON_TRACERBUG
|| weapon2->weaponnum == WEAPON_TARGETAMPLIFIER
|| weapon2->weaponnum == WEAPON_BOLT
|| weapon2->weaponnum == WEAPON_COMBATKNIFE
|| weapon2->weaponnum == WEAPON_ECMMINE
|| gsetHasFunctionFlags(&weapon2->gset, FUNCFLAG_STICKTOWALL)) {
stick = true;
if (weapon2->weaponnum == WEAPON_GRENADEROUND && weapon2->gunfunc == FUNC_SECONDARY) {
if (weapon2->timer240 == 1) {
stick = false;
weapon2->timer240 = 0;
} else {
weapon2->timer240 = TICKS(480);
}
}
}
}
if (stick) {
weapon = NULL;
if (obj->type == OBJTYPE_WEAPON) {
weapon = (struct weaponobj *) obj;
}
if (g_EmbedProp && (g_EmbedProp->type & (PROPTYPE_OBJ | PROPTYPE_WEAPON | PROPTYPE_DOOR))) {
struct defaultobj *embedobj = g_EmbedProp->obj;
if (weapon
&& (weapon->weaponnum == WEAPON_BOLT || weapon->weaponnum == WEAPON_COMBATKNIFE)
&& embedobj->type == OBJTYPE_WEAPON) {
stick = false;
}
}
if (hitprop != NULL) {
if (hitprop->type & (PROPTYPE_OBJ | PROPTYPE_WEAPON | PROPTYPE_DOOR)) {
struct defaultobj *hitobj = hitprop->obj;
if ((hitobj->hidden & OBJHFLAG_PROJECTILE)
&& (hitobj->projectile->flags & PROJECTILEFLAG_SLIDING) == 0) {
stick = false;
}
if (var80069944 == 10000) {
stick = false;
}
if (weapon && (weapon->weaponnum == WEAPON_BOLT || weapon->weaponnum == WEAPON_COMBATKNIFE)) {
if (hitobj->type == OBJTYPE_GLASS || hitobj->type == OBJTYPE_TINTEDGLASS) {
bgunPlayGlassHitSound(&prop->pos, prop->rooms, -1);
if ((hitobj->flags2 & OBJFLAG2_IMMUNETOGUNFIRE) == 0) {
objTakeGunfire(hitobj, 100, &prop->pos, weapon->weaponnum, g_Vars.currentplayernum);
objDropRecursively(hitprop, false);
stick = false;
handled = true;
}
}
}
} else if ((hitprop->type & (PROPTYPE_CHR | PROPTYPE_PLAYER))
&& chrGetShield(hitprop->chr) > 0.0f) {
stick = false;
}
}
}
if (!handled && g_EmbedProp && obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *) obj;
if (weapon->weaponnum == WEAPON_BOLT || weapon->weaponnum == WEAPON_COMBATKNIFE) {
if (hitprop->type == PROPTYPE_CHR || (hitprop->type == PROPTYPE_PLAYER && hitprop->chr)) {
struct chrdata *hitchr = hitprop->chr;
if ((obj->projectile->flags & PROJECTILEFLAG_AIRBORNE) && obj->projectile->bouncecount <= 0) {
f32 ownershield;
struct prop *ownerprop;
ownerprop = obj->projectile->ownerprop;
ownershield = chrGetShield(hitchr);
func0f0341dc(hitchr, gsetGetDamage(&weapon->gset), &var8009ce78, &weapon->gset, ownerprop,
g_EmbedHitPart, g_EmbedProp, g_EmbedNode, g_EmbedModel, g_EmbedSide, var8006993c);
if (ownershield <= 0.0f) {
chrEmitSparks(hitchr, g_EmbedProp, g_EmbedHitPart, &sp5e8, &sp5f4, ownerprop ? ownerprop->chr : NULL);
if (g_EmbedProp->flags & PROPFLAG_ONTHISSCREENTHISTICK) {
if (g_EmbedModel && g_EmbedHitPart != HITPART_GUN && g_EmbedHitPart != HITPART_HAT) {
struct coord sp1c8;
Mtxf sp188;
Mtxf *sp184;
sp184 = model0001a5cc(g_EmbedModel, g_EmbedNode, 0);
mtx4TransformVec(camGetWorldToScreenMtxf(), &sp5e8, &sp1c8);
mtx0001719c(sp184->m, sp188.m);
mtx4TransformVecInPlace(&sp188, &sp1c8);
chr0f0260c4(g_EmbedModel, g_EmbedHitPart, g_EmbedNode, &sp1c8);
}
}
}
}
} else if (hitprop->type == PROPTYPE_OBJ) {
struct defaultobj *hitobj = hitprop->obj;
if (var80069944 == 10000) {
shield = (hitobj->flags3 & OBJFLAG3_SHOWSHIELD) ? 4 : 8;
shieldhitCreate(hitprop, shield, g_EmbedProp, g_EmbedNode, g_EmbedModel, g_EmbedSide, var8006993c);
}
if (hitobj->modelnum == MODEL_TARGET && var80069944 == TEXTURE_0B9E) {
frCalculateHit(hitobj, &sp5e8, 0.0f);
}
}
} else if (weapon->weaponnum == WEAPON_ROCKET || weapon->weaponnum == WEAPON_HOMINGROCKET) {
s32 ownerplayernum = (obj->hidden & 0xf0000000) >> 28;
if (g_EmbedProp->type == PROPTYPE_CHR || (g_EmbedProp->type == PROPTYPE_PLAYER && g_EmbedProp->chr)) {
struct prop *ownerprop2 = NULL;
if (g_Vars.normmplayerisrunning) {
struct chrdata *ownerchr = mpGetChrFromPlayerIndex(ownerplayernum);
if (ownerchr != NULL) {
ownerprop2 = ownerchr->prop;
}
}
func0f0341dc(g_EmbedProp->chr, 2.0f, &var8009ce78, &weapon->gset, ownerprop2,
g_EmbedHitPart, g_EmbedProp, g_EmbedNode, g_EmbedModel, g_EmbedSide, var8006993c);
} else if (g_EmbedProp->type & (PROPTYPE_OBJ | PROPTYPE_WEAPON)) {
if (var80069944 == 10000) {
f32 shield = (g_EmbedProp->obj->flags3 & OBJFLAG3_SHOWSHIELD) ? 4 : 8;
shieldhitCreate(hitprop, shield, g_EmbedProp, g_EmbedNode, g_EmbedModel, g_EmbedSide, var8006993c);
}
objDamage(g_EmbedProp->obj, 100, &prop->pos, weapon->weaponnum, ownerplayernum);
}
handled = true;
func0f069c70(obj, true, true);
weapon->timer240 = 0;
} else {
if (hitprop->type == PROPTYPE_CHR || (hitprop->type == PROPTYPE_PLAYER && hitprop->chr)) {
struct chrdata *chr = hitprop->chr;
func0f034080(chr, g_EmbedNode, g_EmbedProp, g_EmbedModel, g_EmbedSide, var8006993c);
} else if ((hitprop->type & (PROPTYPE_OBJ | PROPTYPE_WEAPON)) && var80069944 == 10000) {
shield = (hitprop->obj->flags3 & OBJFLAG3_SHOWSHIELD) ? 4 : 8;
shieldhitCreate(hitprop, shield, g_EmbedProp, g_EmbedNode, g_EmbedModel, g_EmbedSide, var8006993c);
}
}
}
if (!handled && stick) {
handled = true;
func0f069c70(obj, true, true);
if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *) obj;
if (weapon->weaponnum == WEAPON_BOLT || weapon->weaponnum == WEAPON_COMBATKNIFE) {
if (obj->projectile->ownerprop && obj->projectile->ownerprop->type == PROPTYPE_PLAYER) {
s32 prevplayernum = g_Vars.currentplayernum;
setCurrentPlayerNum(playermgrGetPlayerNumByProp(obj->projectile->ownerprop));
mpstatsIncrementPlayerShotCount(&weapon->gset, SHOTREGION_TOTAL);
if (g_EmbedProp != NULL) {
if (g_EmbedProp->type == PROPTYPE_OBJ) {
if (objIsHealthy(g_EmbedProp->obj)) {
mpstatsIncrementPlayerShotCount(&weapon->gset, SHOTREGION_OBJECT);
}
} else if (g_EmbedProp->type & (PROPTYPE_CHR | PROPTYPE_PLAYER)) {
struct chrdata *embedchr = g_EmbedProp->chr;
bool dead = false;
if (embedchr && embedchr->actiontype == ACT_DEAD) {
dead = true;
}
if (g_EmbedProp->type == PROPTYPE_PLAYER && g_Vars.players[playermgrGetPlayerNumByProp(g_EmbedProp)]->isdead) {
dead = true;
}
if (!dead) {
switch (g_EmbedHitPart) {
case 0:
break;
case HITPART_HEAD:
mpstatsIncrementPlayerShotCount(&weapon->gset, SHOTREGION_HEAD);
break;
case HITPART_GUN:
mpstatsIncrementPlayerShotCount(&weapon->gset, SHOTREGION_GUN);
break;
case HITPART_HAT:
mpstatsIncrementPlayerShotCount(&weapon->gset, SHOTREGION_HAT);
break;
case HITPART_PELVIS:
case HITPART_TORSO:
mpstatsIncrementPlayerShotCount(&weapon->gset, SHOTREGION_BODY);
break;
default:
mpstatsIncrementPlayerShotCount(&weapon->gset, SHOTREGION_LIMB);
break;
}
}
}
}
setCurrentPlayerNum(prevplayernum);
}
if (hitprop == NULL || (hitprop->type & (PROPTYPE_OBJ | PROPTYPE_WEAPON | PROPTYPE_DOOR))) {
struct coord dir;
struct prop *ownerprop = obj->projectile->ownerprop;
dir = projectile->speed;
guNormalize(&dir.x, &dir.y, &dir.z);
if (chrIsUsingPaintball(ownerprop ? ownerprop->chr : NULL)) {
sparksCreate(prop->rooms[0], prop, &sp5e8, &dir, &sp5f4, SPARKTYPE_PAINT);
} else {
sparksCreate(prop->rooms[0], prop, &sp5e8, &dir, &sp5f4, SPARKTYPE_PROJECTILE);
}
}
}
}
objLand(prop, &sp5e8, &sp5f4, embedded);
}
}
if (!handled) {
if (cdresult != CDRESULT_COLLISION) {
s16 rooms[8];
func0f065e74(&prop->pos, prop->rooms, &sp5dc, rooms);
prop->pos = sp5dc;
propDeregisterRooms(prop);
roomsCopy(rooms, prop->rooms);
} else {
s16 rooms[8];
if (g_EmbedProp && (g_EmbedProp->type & (PROPTYPE_CHR | PROPTYPE_PLAYER))) {
sp5dc.x = prop->pos.x;
sp5dc.z = prop->pos.z;
} else {
sp5dc = sp5e8;
}
func0f065e74(&prop->pos, prop->rooms, &sp5dc, rooms);
prop->pos = sp5dc;
propDeregisterRooms(prop);
roomsCopy(rooms, prop->rooms);
}
}
}
if (!handled) {
u16 geoflags;
sp37c = objGetRotatedLocalYMinByMtx3(objFindBboxRodata(obj), obj->realrot);
sp5ac.x = prop->pos.x;
sp5ac.y = prop->pos.y + sp37c;
sp5ac.z = prop->pos.z;
roomnum = cdFindCeilingRoomYColourFlagsNormalAtPos(&sp5ac, prop->rooms, &sp390, &obj->floorcol, &geoflags, &sp380);
if (roomnum > 0
&& prop->pos.y + sp37c < sp390
&& !cdTestLos03(&sp5c8, sp5b8, &sp5ac, CDTYPE_OBJS | CDTYPE_BG, GEOFLAG_FLOOR1 | GEOFLAG_FLOOR2)) {
sp354 = true;
sp5f4 = sp380;
guNormalize(&sp5f4.x, &sp5f4.y, &sp5f4.z);
sp5e8.x = prop->pos.x;
sp5e8.y = sp390;
sp5e8.z = prop->pos.z;
cdresult = CDRESULT_COLLISION;
if (geoflags & GEOFLAG_DIE) {
obj->hidden |= OBJHFLAG_REAPABLE;
}
} else {
roomnum = cdFindFloorRoomYColourNormalPropAtPos(&prop->pos, prop->rooms, &sp390, &obj->floorcol, &sp380, NULL);
if (roomnum <= 0 && (projectile->flags & PROJECTILEFLAG_STICKY) == 0) {
if ((projectile->flags & PROJECTILEFLAG_00010000) == 0) {
projectile->flags |= PROJECTILEFLAG_00010000;
if (cdFindFloorRoomAtPos(&sp5c8, sp5b8) > 0) {
projectile->flags |= PROJECTILEFLAG_INROOM;
}
}
if (projectile->flags & PROJECTILEFLAG_INROOM) {
prop->pos = sp5c8;
propDeregisterRooms(prop);
roomsCopy(sp5b8, prop->rooms);
roomnum = cdFindFloorRoomYColourFlagsAtPos(&prop->pos, prop->rooms, &sp390, &obj->floorcol, NULL);
projectile->speed.x = 0.0f;
projectile->speed.z = 0.0f;
}
}
}
if (roomnum > 0) {
projectile->flags |= PROJECTILEFLAG_INROOM;
} else {
projectile->flags &= ~PROJECTILEFLAG_INROOM;
}
if (cdresult == CDRESULT_COLLISION) {
// Bouncing
if ((projectile->speed.y <= 0.0f && sp5c8.y <= prop->pos.y)
|| ((projectile->flags & PROJECTILEFLAG_STICKY) == 0 && sp354)) {
sp350 = true;
}
if (projectile->unk08c > 0.0f) {
f32 oldyspeed;
f32 f0 = projectile->speed.f[0] * sp5f4.f[0] + projectile->speed.f[1] * sp5f4.f[1] + projectile->speed.f[2] * sp5f4.f[2];
f0 *= -(projectile->unk08c + 1.0f);
oldyspeed = projectile->speed.y;
projectile->speed.x += f0 * sp5f4.x;
projectile->speed.y += f0 * sp5f4.y;
projectile->speed.z += f0 * sp5f4.z;
if (oldyspeed <= 0.0f && projectile->speed.y >= 0.0f) {
sp350 = true;
}
if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *) obj;
if (weapon->weaponnum == WEAPON_GRENADE && weapon->gunfunc == FUNC_SECONDARY) {
smokeCreateAtProp(prop, SMOKETYPE_PINBALL);
}
}
}
if (sp350) {
prop->pos.y = sp5e8.y - sp37c;
if (sp354) {
prop->pos.y += func0f06a620(obj);
}
}
if ((projectile->flags & PROJECTILEFLAG_00000100) == 0
&& (projectile->bounceframe < 0 || projectile->bounceframe < g_Vars.lvframe60 - TICKS(60))) {
mtxLoadRandomRotation(&projectile->mtx);
}
projectile->bouncecount++;
projectile->bounceframe = g_Vars.lvframe60;
if ((obj->hidden & OBJHFLAG_00010000) == 0) {
obj->hidden |= OBJHFLAG_00000100;
}
if (sp350) {
if ((projectile->flags & PROJECTILEFLAG_STICKY) == 0 && projectile->bouncecount >= 6) {
if (sp354) {
projectileFall(obj, realrot);
}
} else if (projectile->unk08c > 0.0f) {
if (projectile->speed.y >= 0.0f && projectile->speed.y < 2.2222223f) {
if ((projectile->flags & PROJECTILEFLAG_00000002) && projectile->bouncecount == 1) {
projectile->speed.y = 2.2222223f;
} else {
if (sp354) {
projectileFall(obj, realrot);
}
}
}
} else {
if (sp354) {
projectileFall(obj, realrot);
}
}
}
}
if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *) obj;
if (weapon->weaponnum == WEAPON_COMBATKNIFE && weapon->gunfunc == FUNC_SECONDARY) {
knifePlayWooshSound(obj);
} else if (weapon->weaponnum == WEAPON_ROCKET) {
if (cdresult == CDRESULT_COLLISION) {
weapon->timer240 = 0;
} else {
f32 tmp = projectile->speed.f[0] * projectile->speed.f[0]
+ projectile->speed.f[1] * projectile->speed.f[1]
+ projectile->speed.f[2] * projectile->speed.f[2];
if (tmp > 27777.773f) {
projectile->unk010 = 0.0f;
projectile->unk014 = 0.0f;
projectile->unk018 = 0.0f;
}
if (projectile->powerlimit240 >= 0 && projectile->flighttime240 > projectile->powerlimit240) {
projectile->unk01c = 0.0f;
projectile->flags &= ~(PROJECTILEFLAG_POWERED | PROJECTILEFLAG_00000020);
} else {
struct coord smokepos;
smokepos = projectile->speed;
guNormalize(&smokepos.x, &smokepos.y, &smokepos.z);
smokepos.x = prop->pos.x - smokepos.x * 20.0f;
smokepos.y = prop->pos.y - smokepos.y * 20.0f;
smokepos.z = prop->pos.z - smokepos.z * 20.0f;
smokeCreateSimple(&smokepos, prop->rooms, SMOKETYPE_ROCKETTAIL);
}
}
} else if (weapon->weaponnum == WEAPON_HOMINGROCKET) {
if (cdresult == CDRESULT_COLLISION) {
weapon->timer240 = 0;
} else {
smokeCreateSimple(&prop->pos, prop->rooms, SMOKETYPE_HOMINGTAIL);
}
} else if (weapon->weaponnum == WEAPON_GRENADEROUND
|| (weapon->weaponnum == WEAPON_NBOMB && weapon->gunfunc == FUNC_PRIMARY)) {
if (sp350
|| (projectile->flags & PROJECTILEFLAG_FALLING)
|| (projectile->speed.x < 0.1f && projectile->speed.x > -0.1f
&& projectile->speed.y < 0.1f && projectile->speed.y > -0.1f
&& projectile->speed.z < 0.1f && projectile->speed.z > -0.1f)
|| (prop->pos.x - sp5c8.x < 0.1f && prop->pos.x - sp5c8.x > -0.1f
&& prop->pos.y - sp5c8.y < 0.1f && prop->pos.y - sp5c8.y > -0.1f
&& prop->pos.z - sp5c8.z < 0.1f && prop->pos.z - sp5c8.z > -0.1f)) {
if (weapon->weaponnum != WEAPON_NBOMB || weapon->timer240 >= 0) {
weapon->timer240 = 0;
}
} else if (weapon->weaponnum != WEAPON_NBOMB) {
smokeCreateSimple(&prop->pos, prop->rooms, SMOKETYPE_GRENADETAIL);
}
}
if (cdresult == CDRESULT_COLLISION) {
if (projectile->unk0a4 < g_Vars.lvframenum - 2) {
if (weapon->weaponnum == WEAPON_COMBATKNIFE || weapon->weaponnum == WEAPON_COMBATKNIFE) {
propsnd0f0939f8(0, prop, SFX_808B, -1, -1, 0, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
} else if (weapon->weaponnum == WEAPON_GRENADE && weapon->gunfunc == FUNC_SECONDARY) {
u16 sp100[] = {SFX_0027, SFX_0028, SFX_0029, SFX_002A};
propsnd0f0939f8(0, prop, sp100[random() % 4], -1, -1, 0, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
propsnd0f0939f8(0, prop, SFX_EYESPYHIT, -1, -1, 0, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
} else {
propsnd0f0939f8(0, prop, SFX_EYESPYHIT, -1, -1, 0, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
}
}
projectile->unk0a4 = g_Vars.lvframenum;
}
}
func0f069c70(obj, true, true);
}
} else if (projectile->flags & PROJECTILEFLAG_FALLING) {
// Some objects are placed in mid-air and then given this flag
// at level start, which causes them fall down to their resting
// position. Once stopped, the flag is removed.
bool stop = true;
f32 quaternion[4];
Mtxf spac;
if (projectile->unk060 < 1.0f) {
projectile->unk060 += projectile->unk064 * g_Vars.lvupdate60freal;
if (g_Vars.lvupdate60 > 0) {
projectile->unk064 *= 1.1f;
}
if (projectile->unk060 > 1.0f) {
projectile->unk060 = 1.0f;
}
quaternionSlerp(projectile->unk068, projectile->unk078, projectile->unk060, quaternion);
quaternionToMtx(quaternion, &spac);
mtx00015e24(projectile->unk0b8[0], &spac);
mtx00015e80(projectile->unk0b8[1], &spac);
mtx00015edc(projectile->unk0b8[2], &spac);
mtx4ToMtx3(&spac, obj->realrot);
stop = false;
}
if (projectile->speed.f[0] != 0.0f || projectile->speed.f[2] != 0.0f || projectile->unk060 < 1.0f) {
f32 f12;
f32 spa4;
s16 roomnum;
s32 i;
f32 sp98 = objGetRotatedLocalYMinByMtx3(objFindBboxRodata(obj), obj->realrot);
u16 geoflags;
stop = false;
for (i = 0; i < g_Vars.lvupdate60; i++) {
sp5dc.x += PALUPF(projectile->speed.x);
sp5dc.z += PALUPF(projectile->speed.z);
if (projectile->unk060 >= 1.0f) {
if (projectile->unk098 > 0.0f) {
f32 dist = sqrtf(projectile->speed.f[0] * projectile->speed.f[0] + projectile->speed.f[2] * projectile->speed.f[2]);
if (dist > 0.0f) {
f12 = projectile->unk098 * g_Vars.lvupdate60freal / dist;
if (f12 >= 1.0f) {
projectile->speed.x = 0.0f;
projectile->speed.z = 0.0f;
} else {
projectile->speed.x -= projectile->speed.x * f12;
projectile->speed.z -= projectile->speed.z * f12;
}
} else {
projectile->speed.x = 0.0f;
projectile->speed.z = 0.0f;
}
} else {
projectile->speed.x *= 0.9f;
projectile->speed.z *= 0.9f;
}
}
}
sp5c8 = prop->pos;
roomsCopy(prop->rooms, sp5b8);
func0f06d37c(obj, &sp5dc, &sp5e8, &sp5f4);
result = true;
sp5ac.x = prop->pos.x;
sp5ac.y = prop->pos.y + sp98;
sp5ac.z = prop->pos.z;
roomnum = cdFindCeilingRoomYColourFlagsAtPos(&sp5ac, prop->rooms, &spa4, &obj->floorcol, &geoflags);
if (roomnum <= 0 || cdTestLos03(&sp5c8, sp5b8, &sp5ac, CDTYPE_OBJS | CDTYPE_BG, GEOFLAG_FLOOR1 | GEOFLAG_FLOOR2)) {
roomnum = cdFindFloorRoomYColourFlagsAtPos(&prop->pos, prop->rooms, &spa4, &obj->floorcol, &geoflags);
}
if (roomnum <= 0) {
prop->pos.x = sp5c8.x;
prop->pos.z = sp5c8.z;
propDeregisterRooms(prop);
roomsCopy(sp5b8, prop->rooms);
roomnum = cdFindFloorRoomYColourFlagsAtPos(&prop->pos, prop->rooms, &spa4, &obj->floorcol, &geoflags);
projectile->speed.x = 0.0f;
projectile->speed.z = 0.0f;
}
if (roomnum > 0) {
prop->pos.y = spa4 - sp98 + func0f06a620(obj);
if (geoflags & GEOFLAG_DIE) {
obj->hidden |= OBJHFLAG_REAPABLE;
}
} else {
prop->pos.y = sp5c8.y;
}
if (projectile->speed.x < 0.1f && projectile->speed.x > -0.1f
&& projectile->speed.z < 0.1f && projectile->speed.z > -0.1f) {
projectile->speed.z = 0.0f;
projectile->speed.x = 0.0f;
}
}
if (stop) {
objFreeProjectile(obj);
}
if (result) {
func0f069c70(obj, true, true);
}
}
}
}
return result;
}
void doorTick(struct prop *doorprop)
{
struct doorobj *door = (struct doorobj *)doorprop->obj;
struct model *model = door->base.model;
f32 prevfrac = door->frac;
u32 stack[2];
// If door should autoclose this tick
if (door->lastopen60 > 0
&& door->mode == DOORMODE_IDLE
&& (door->base.flags & OBJFLAG_DOOR_KEEPOPEN) == 0
&& door->lastopen60 < g_Vars.lvframe60 - TICKS(door->autoclosetime)) {
// Check if any sibling is automatic
struct doorobj *loopdoor = door->sibling;
bool pass = door->doorflags & DOORFLAG_AUTOMATIC;
while (loopdoor && loopdoor != door && !pass) {
pass = loopdoor->doorflags & DOORFLAG_AUTOMATIC;
loopdoor = loopdoor->sibling;
}
if (!pass) {
// Not automatic
doorsRequestMode(door, DOORMODE_CLOSING);
} else if (door->doorflags & DOORFLAG_AUTOMATIC) {
// Check if any sibling has anything in range
pass = !doorIsRangeEmpty(door);
loopdoor = door->sibling;
while (loopdoor && loopdoor != door && !pass) {
pass = !doorIsRangeEmpty(loopdoor);
loopdoor = loopdoor->sibling;
}
if (pass) {
// Something is in range, so keep open
loopdoor = door->sibling;
door->lastopen60 = g_Vars.lvframe60;
while (loopdoor && loopdoor != door) {
loopdoor->lastopen60 = g_Vars.lvframe60;
loopdoor = loopdoor->sibling;
}
} else {
doorsRequestMode(door, DOORMODE_CLOSING);
}
}
}
// If waiting for sibling to close, check for that
if (door->mode == DOORMODE_WAITING) {
bool shouldopen = true;
struct doorobj *loopdoor = door->sibling;
while (loopdoor && loopdoor != door) {
if (loopdoor->mode != DOORMODE_IDLE || loopdoor->frac > 0) {
shouldopen = false;
}
loopdoor = loopdoor->sibling;
}
if (shouldopen) {
doorSetMode(door, DOORMODE_OPENING);
}
}
// Update frac
if (door->lastcalc60 < g_Vars.lvframe60 || g_Vars.lvupdate240 == 0) {
doorsCalcFrac(door);
}
// Consider playing a sound effect
if (model->filedata->skel == &g_Skel13) {
f32 soundpoint = door->maxfrac * 0.3f;
if (door->frac > soundpoint) {
if (prevfrac <= soundpoint) {
// frac increased past the soundpoint
propsnd0f0939f8(NULL, doorprop, SFX_DOOR_8014, -1,
-1, 0, 0, 12, 0, -1, 0, -1, -1, -1, -1);
}
} else {
if (prevfrac > soundpoint) {
// frac decreased past the soundpoint
propsnd0f0939f8(NULL, doorprop, SFX_DOOR_8015, -1,
-1, 0, 0, 12, 0, -1, 0, -1, -1, -1, -1);
}
}
}
}
struct escastepkeyframe g_EscaStepKeyframesX[] = {
{ 0, { -1535.98, -511, -5258.18 } },
{ 41, { -1535.98, -505.76, -5188.43 } },
{ 149, { -1535.98, -504.79, -5008.75 } },
{ 698, { -1535.98, -100.91, -4210.86 } },
{ 759, { -1535.98, -98.89, -4109.62 } },
{ 800, { -1535.98, -102, -4039.06 } },
{ -1, { 0, 0, 0 } },
};
struct escastepkeyframe g_EscaStepKeyframesZ[] = {
{ 0, { -1932.27, -102, -3824.58 } },
{ 41, { -2002.83, -98.89, -3824.58 } },
{ 102, { -2104.07, -100.91, -3824.58 } },
{ 651, { -2901.96, -504.79, -3824.58 } },
{ 759, { -3081.64, -505.76, -3824.58 } },
{ 800, { -3151.39, -511, -3824.58 } },
{ -1, { 0, 0, 0 } },
};
void doorUpdatePortalIfWindowed(struct prop *doorprop, s32 playercount)
{
struct doorobj *doorobj = doorprop->door;
struct modelnode *node;
bool canhide = true;
struct model *model = doorprop->obj->model;
union modelrwdata *rwdata;
if (doorobj->doorflags & DOORFLAG_WINDOWED) {
doorobj->fadealpha = glassCalculateOpacity(&doorprop->pos, doorobj->xludist, doorobj->opadist, 0);
if (doorobj->fadealpha != 255 || doorobj->frac > 0) {
canhide = false;
}
if (model->filedata->skel == &g_SkelWindowedDoor) {
node = modelGetPart(model->filedata, MODELPART_WINDOWEDDOOR_0001);
rwdata = modelGetNodeRwData(model, node);
if (!rwdata->toggle.visible) {
canhide = false;
}
}
if (playercount >= 2) {
canhide = false;
}
if (canhide) {
doorDeactivatePortal(doorobj);
} else {
doorActivatePortal(doorobj);
}
}
}
#define MTX(i) ((Mtxf *)((u32)matrices + i * sizeof(Mtxf)))
void doorInitMatrices(struct prop *prop)
{
struct doorobj *door = prop->door;
struct model *model = door->base.model;
Mtxf *matrices = model->matrices;
func0f08c424(door, matrices);
mtx00015be0(camGetWorldToScreenMtxf(), matrices);
if (model->filedata->skel == &g_Skel11) {
union modelrodata *rodata;
f32 xrot = M_BADTAU - door->frac * 0.017450513318181f;
rodata = modelGetPartRodata(model->filedata, 1);
mtx4LoadXRotation(xrot, MTX(1));
mtx4SetTranslation(&rodata->position.pos, MTX(1));
mtx4MultMtx4InPlace(MTX(0), MTX(1));
rodata = modelGetPartRodata(model->filedata, 2);
mtx4LoadXRotation(M_BADTAU - xrot, MTX(2));
mtx4SetTranslation(&rodata->position.pos, MTX(2));
mtx4MultMtx4InPlace(MTX(0), MTX(2));
} else if (model->filedata->skel == &g_Skel13) {
union modelrodata *rodata;
f32 zrot1 = 0;
f32 zrot2 = door->frac * 0.017450513318181f;
f32 limit = door->maxfrac * 0.3f;
s32 i;
if (door->frac > limit) {
zrot1 = ((door->maxfrac * (door->frac - limit)) / (door->maxfrac - limit)) * 0.017450513318181f;
}
for (i = 0; i < 6; i++) {
s32 index1 = (i << 1) + 1;
s32 index2 = (i << 1) + 2;
rodata = modelGetPartRodata(model->filedata, index1);
mtx4LoadZRotation(zrot1, MTX(index1));
mtx4SetTranslation(&rodata->position.pos, MTX(index1));
mtx4MultMtx4InPlace(MTX(0), MTX(index1));
rodata = modelGetPartRodata(model->filedata, index2);
mtx4LoadZRotation(zrot2, MTX(index2));
mtx4SetTranslation(&rodata->position.pos, MTX(index2));
mtx4MultMtx4InPlace(MTX(index1), MTX(index2));
}
}
}
void platformDisplaceProps(struct prop *platform, s16 *propnums, struct coord *prevpos, struct coord *newpos)
{
struct prop *prop;
s16 *propnumptr = propnums;
while (*propnumptr >= 0) {
prop = &g_Vars.props[*propnumptr];
if (prop->type & (PROPTYPE_OBJ | PROPTYPE_WEAPON)) {
struct defaultobj *obj = prop->obj;
if ((obj->hidden & OBJHFLAG_00020000) == 0) {
if ((obj->hidden & OBJHFLAG_PROJECTILE) == 0
|| (obj->projectile->flags & (PROJECTILEFLAG_FALLING | PROJECTILEFLAG_SLIDING))) {
struct hov *hov = NULL;
if (obj->type == OBJTYPE_HOVERPROP) {
struct hoverpropobj *hoverobj = (struct hoverpropobj *)obj;
hov = &hoverobj->hov;
} else if (obj->type == OBJTYPE_HOVERBIKE) {
struct hoverbikeobj *bike = (struct hoverbikeobj *)obj;
hov = &bike->hov;
}
if (hov) {
hov->unk30 += newpos->y - prevpos->y;
hov->ground += newpos->y - prevpos->y;
}
prop->pos.x += newpos->x - prevpos->x;
prop->pos.y += newpos->y - prevpos->y;
prop->pos.z += newpos->z - prevpos->z;
propDeregisterRooms(prop);
func0f065e74(&platform->pos, platform->rooms, &prop->pos, prop->rooms);
func0f069c70(obj, true, true);
}
}
} else if (prop->type == PROPTYPE_CHR) {
struct chrdata *chr = prop->chr;
s32 nodetype;
if (chr->fallspeed.y == 0.0f) {
chr->ground += newpos->y - prevpos->y;
chr->manground += newpos->y - prevpos->y;
chr->sumground = chr->manground * (PAL ? 8.417509f : 9.999998f);
prop->pos.x += newpos->x - prevpos->x;
prop->pos.y += newpos->y - prevpos->y;
prop->pos.z += newpos->z - prevpos->z;
propDeregisterRooms(prop);
func0f065e74(&platform->pos, platform->rooms, &prop->pos, prop->rooms);
chr0f0220ac(chr);
modelSetRootPosition(chr->model, &prop->pos);
nodetype = chr->model->filedata->rootnode->type;
if ((nodetype & 0xff) == MODELNODETYPE_CHRINFO) {
struct modelrwdata_chrinfo *rwdata = modelGetNodeRwData(chr->model, chr->model->filedata->rootnode);
rwdata->ground += newpos->y - prevpos->y;
}
}
} else if (prop->type == PROPTYPE_PLAYER) {
struct defaultobj *platformobj = platform->obj;
struct coord sp8c;
s32 playernum = playermgrGetPlayerNumByProp(prop);
s32 prevplayernum;
if (platformobj->type == OBJTYPE_LIFT) {
if (g_Vars.players[playernum]->lift == platform && g_Vars.players[playernum]->bondmovemode == MOVEMODE_WALK) {
if (platformobj->flags & OBJFLAG_20000000) {
g_Vars.players[playernum]->bondextrapos.x += newpos->x - prevpos->x;
g_Vars.players[playernum]->bondextrapos.z += newpos->z - prevpos->z;
sp8c.x = newpos->x - prevpos->x;
sp8c.y = 0.0f;
sp8c.z = newpos->z - prevpos->z;
prevplayernum = g_Vars.currentplayernum;
setCurrentPlayerNum(playernum);
bwalk0f0c63bc(&sp8c, 1, CDTYPE_BG);
playerUpdatePerimInfo();
bmoveUpdateRooms(g_Vars.players[playernum]);
setCurrentPlayerNum(prevplayernum);
}
if (g_Vars.players[playernum]->inlift && !g_Vars.players[playernum]->onladder && !g_Vars.players[playernum]->isfalling) {
struct coord sp78;
s16 sp68[8];
f32 ydist = newpos->y - prevpos->y;
if (ydist != 0.0f) {
g_Vars.players[playernum]->bondextrapos.y += ydist;
prevplayernum = g_Vars.currentplayernum;
setCurrentPlayerNum(playernum);
g_Vars.players[playernum]->vv_ground += ydist;
if (ydist > 0.0f || (platformobj->flags & OBJFLAG_80000000) == 0) {
sp78.x = prop->pos.x;
sp78.y = prop->pos.y + ydist;
sp78.z = prop->pos.z;
func0f065e74(&prop->pos, prop->rooms, &sp78, sp68);
prop->pos = sp78;
propDeregisterRooms(prop);
roomsCopy(sp68, prop->rooms);
g_Vars.players[playernum]->vv_manground += ydist;
g_Vars.players[playernum]->sumground = g_Vars.players[playernum]->vv_manground / (PAL ? 0.054400026798248f : 0.045499980449677f);
} else if (bwalkTryMoveUpwards(ydist) == CDRESULT_NOCOLLISION) {
g_Vars.players[playernum]->vv_manground += ydist;
g_Vars.players[playernum]->sumground = g_Vars.players[playernum]->vv_manground / (PAL ? 0.054400026798248f : 0.045499980449677f);
}
playerUpdatePerimInfo();
bmoveUpdateRooms(g_Vars.players[playernum]);
setCurrentPlayerNum(prevplayernum);
if (g_Vars.players[playernum]->walkinitmove) {
g_Vars.players[playernum]->walkinitstart.y += ydist;
}
}
}
}
}
}
propnumptr++;
}
}
void liftTick(struct prop *prop)
{
struct liftobj *lift = (struct liftobj *)prop->obj;
struct defaultobj *obj = prop->obj;
struct doorobj *door;
struct pad *padcur;
struct pad *padaim;
f32 segdist;
f32 xdiff;
f32 ydiff;
f32 zdiff;
struct coord curcentre;
f32 frac;
s32 move;
struct coord newpos;
s16 newrooms[8];
struct coord prevpos;
f32 prevdist;
s16 propnums[256];
s32 stop;
lift->prevpos = prop->pos;
if (lift->levelcur != lift->levelaim) {
// Lift is not at the desired level. So try to move, but not if the lift
// is disabled or if the door needs to be closed first.
move = true;
if (obj->flags & OBJFLAG_DEACTIVATED) {
move = false;
} else if (lift->doors[lift->levelcur] && !doorIsClosed(lift->doors[lift->levelcur])) {
doorsRequestMode(lift->doors[lift->levelcur], DOORMODE_CLOSING);
move = false;
}
if (move) {
prevpos = prop->pos;
cdGetPropsOnPlatform(prop, propnums, ARRAYCOUNT(propnums));
if (lift->dist == 0 && lift->speed == 0) {
doorPlayOpeningSound(lift->soundtype, lift->base.prop);
if (obj->flags & OBJFLAG_LIFT_TRIGGERDISABLE) {
obj->flags &= ~OBJFLAG_LIFT_TRIGGERDISABLE;
obj->flags |= OBJFLAG_DEACTIVATED;
}
}
padGetCentre(lift->pads[lift->levelcur], &curcentre);
padcur = &g_Pads[lift->pads[lift->levelcur]];
padaim = &g_Pads[lift->pads[lift->levelaim]];
xdiff = padaim->pos.f[0] - padcur->pos.f[0];
ydiff = padaim->pos.f[1] - padcur->pos.f[1];
zdiff = padaim->pos.f[2] - padcur->pos.f[2];
segdist = sqrtf(xdiff * xdiff + ydiff * ydiff + zdiff * zdiff);
prevdist = lift->dist;
applySpeed(&lift->dist, segdist, &lift->speed, lift->accel, lift->accel, lift->maxspeed);
// If arriving at the destination, set the distance explicitly
if (lift->speed < 1 && lift->speed > -1) {
if (prevdist < segdist && lift->dist >= segdist) {
lift->dist = segdist;
} else if (prevdist > 0 && lift->dist <= 0) {
lift->dist = 0;
}
}
frac = segdist == 0 ? 0 : lift->dist / segdist;
newpos.x = curcentre.f[0] + xdiff * frac;
newpos.y = curcentre.f[1] + ydiff * frac;
newpos.z = curcentre.f[2] + zdiff * frac;
if (segdist == lift->dist) {
lift->dist = 0;
lift->speed = 0;
lift->levelcur = lift->levelaim;
doorPlayOpenedSound(lift->soundtype, lift->base.prop);
if (obj->flags & OBJFLAG_LIFT_TRIGGERDISABLE) {
obj->flags &= ~OBJFLAG_LIFT_TRIGGERDISABLE;
obj->flags |= OBJFLAG_DEACTIVATED;
}
door = lift->doors[lift->levelcur];
if (door && door->keyflags == 0) {
doorsRequestMode(door, DOORMODE_OPENING);
}
}
func0f065e74(&prop->pos, prop->rooms, &newpos, newrooms);
prop->pos = newpos;
propDeregisterRooms(prop);
roomsCopy(newrooms, prop->rooms);
func0f069c70(obj, true, true);
liftUpdateTiles(lift, lift->levelcur == lift->levelaim);
platformDisplaceProps(prop, propnums, &prevpos, &prop->pos);
}
} else {
// Lift is at the aim stop
door = lift->doors[lift->levelcur];
if (!door || (doorIsClosed(door) && door->keyflags == 0)) {
// Find next stop
stop = lift->levelaim;
do {
stop = (stop + 1) % 4;
} while (lift->pads[stop] < 0);
liftGoToStop(lift, stop);
}
}
}
void escastepTick(struct prop *prop)
{
struct escalatorobj *step = (struct escalatorobj *)prop->obj;
struct defaultobj *obj = prop->obj;
struct coord newpos;
struct escastepkeyframe *keyframes;
s32 i;
f32 mult;
struct coord oldpos;
s16 propnums[256];
bool resetting;
resetting = false;
step->frame += g_Vars.lvupdate60;
keyframes = (obj->flags & OBJFLAG_ESCSTEP_ZALIGNED) ? g_EscaStepKeyframesZ : g_EscaStepKeyframesX;
for (i = 0; true; i++) {
if (keyframes[i + 1].frame == -1) {
step->frame -= keyframes[i].frame;
i = -1;
resetting = true;
} else if (step->frame < keyframes[i + 1].frame) {
mult = (f32)(step->frame - keyframes[i].frame) / (f32)(keyframes[i + 1].frame - keyframes[i].frame);
newpos.x = keyframes[i].pos.x + (keyframes[i + 1].pos.x - keyframes[i].pos.x) * mult;
newpos.y = keyframes[i].pos.y + (keyframes[i + 1].pos.y - keyframes[i].pos.y) * mult;
newpos.z = keyframes[i].pos.z + (keyframes[i + 1].pos.z - keyframes[i].pos.z) * mult;
break;
} else {
// empty
}
}
if (!resetting) {
oldpos = prop->pos;
cdGetPropsOnPlatform(prop, propnums, ARRAYCOUNT(propnums));
step->prevpos = prop->pos;
} else {
step->prevpos.x = newpos.f[0];
step->prevpos.y = newpos.f[1];
step->prevpos.z = newpos.f[2];
}
prop->pos = newpos;
if ((obj->flags & OBJFLAG_IGNOREFLOORCOLOUR) == 0) {
cdFindFloorYColourTypeAtPos(&prop->pos, prop->rooms, &obj->floorcol, 0);
}
func0f069c70(obj, true, true);
if (!resetting) {
platformDisplaceProps(prop, propnums, &oldpos, &prop->pos);
}
}
void cctvTick(struct prop *camprop)
{
struct cctvobj *camera = (struct cctvobj *)camprop->obj;
struct defaultobj *obj = camprop->obj;
f32 yaw;
struct prop *playerprop;
f32 xdist;
f32 ydist;
f32 zdist;
bool canseeplayer = true;
// If playing in coop mode, cycle between players in alternating frames
if (g_Vars.coopplayernum >= 0) {
if (g_Vars.lvframenum & 1) {
playerprop = g_Vars.bond->prop;
} else {
playerprop = g_Vars.coop->prop;
}
} else {
playerprop = g_Vars.bond->prop;
}
// Check distance
xdist = playerprop->pos.x - camprop->pos.x;
ydist = playerprop->pos.y - camprop->pos.y;
zdist = playerprop->pos.z - camprop->pos.z;
yaw = camera->toleft ? camera->yleft : camera->yright;
if (camera->maxdist > 0) {
if (xdist * xdist + ydist * ydist + zdist * zdist > camera->maxdist * camera->maxdist) {
canseeplayer = false;
}
}
if (g_Vars.bondvisible == false
|| (obj->flags & OBJFLAG_CAMERA_DISABLED)
|| (playerprop->chr->hidden & CHRHFLAG_CLOAKED)) {
canseeplayer = false;
}
// Check horizontal angle
if (canseeplayer) {
f32 angle = atan2f(xdist, zdist);
f32 yrot = camera->yrot;
f32 finalangle;
if (yrot < 0) {
yrot += M_BADTAU;
} else if (yrot >= M_BADTAU) {
yrot -= M_BADTAU;
}
yrot += camera->yzero;
if (yrot >= M_BADTAU) {
yrot -= M_BADTAU;
}
finalangle = angle - yrot;
if (angle < yrot) {
finalangle += M_BADTAU;
}
finalangle -= M_BADPI;
if (finalangle < 0) {
finalangle += M_BADTAU;
}
if (finalangle > M_BADPI) {
finalangle -= M_BADTAU;
}
if (finalangle > 0.7852731347084f || finalangle < -0.7852731347084f) {
canseeplayer = false;
}
}
// Check vertical angle
if (canseeplayer) {
f32 angle = atan2f(ydist, sqrtf(xdist * xdist + zdist * zdist));
f32 finalangle = angle - camera->xzero;
if (angle < camera->xzero) {
finalangle = angle - camera->xzero + M_BADTAU;
}
if (finalangle > M_BADTAU) {
finalangle -= M_BADTAU;
}
if (finalangle > M_BADPI) {
finalangle -= M_BADTAU;
}
if (finalangle);
if (finalangle > 0.7852731347084f || finalangle < -0.7852731347084f) {
canseeplayer = false;
}
}
// Check line of sight
if (canseeplayer) {
playerSetPerimEnabled(playerprop, false);
if (!cdTestLos05(&camprop->pos, camprop->rooms, &playerprop->pos, playerprop->rooms,
CDTYPE_OBJS | CDTYPE_DOORS | CDTYPE_CHRS | CDTYPE_PATHBLOCKER | CDTYPE_BG | CDTYPE_AIOPAQUE,
GEOFLAG_BLOCK_SIGHT)) {
canseeplayer = false;
}
playerSetPerimEnabled(playerprop, true);
}
if (canseeplayer) {
obj->flags |= OBJFLAG_CAMERA_BONDINVIEW;
camera->seebondtime60 += g_Vars.lvupdate60;
if (g_Vars.coopplayernum >= 0) {
camera->seebondtime60 += g_Vars.lvupdate60;
}
if (camera->seebondtime60 >= (s32)(TICKS(300) * g_CctvWaitScale)) {
alarmActivate();
camera->seebondtime60 = 0;
}
} else {
obj->flags &= ~OBJFLAG_CAMERA_BONDINVIEW;
}
// Update yaw
if (camera->yrot < yaw) {
f32 tmp = camera->yspeed * camera->yspeed * 764.06536865234f;
if (camera->yrot >= yaw - tmp) {
camera->yspeed -= 0.00065439427271485f * g_Vars.lvupdate60freal;
if (camera->yspeed < 0.00065439427271485f) {
camera->yspeed = 0.00065439427271485f;
}
} else if (camera->yspeed < camera->ymaxspeed) {
f32 newspeed = camera->yspeed + 0.00065439427271485f * g_Vars.lvupdate60freal;
if (newspeed > camera->ymaxspeed) {
newspeed = camera->ymaxspeed;
}
if (camera->yrot < yaw - newspeed * newspeed * 764.06536865234f) {
camera->yspeed = newspeed;
}
}
camera->yrot += camera->yspeed * g_Vars.lvupdate60freal;
if (camera->yrot >= yaw) {
camera->yrot = yaw;
camera->toleft = false;
camera->yspeed = 0;
}
} else {
f32 tmp = camera->yspeed * camera->yspeed * 764.06536865234f;
if (camera->yrot <= yaw + tmp) {
camera->yspeed -= 0.00065439427271485f * g_Vars.lvupdate60freal;
if (camera->yspeed < 0.00065439427271485f) {
camera->yspeed = 0.00065439427271485f;
}
} else if (camera->yspeed < camera->ymaxspeed) {
f32 newspeed = camera->yspeed + 0.00065439427271485f * g_Vars.lvupdate60freal;
if (newspeed > camera->ymaxspeed) {
newspeed = camera->ymaxspeed;
}
if (camera->yrot > yaw + newspeed * newspeed * 764.06536865234f) {
camera->yspeed = newspeed;
}
}
camera->yrot -= camera->yspeed * g_Vars.lvupdate60freal;
if (camera->yrot <= yaw) {
camera->yrot = yaw;
camera->toleft = true;
camera->yspeed = 0;
}
}
}
void cctvInitMatrices(struct prop *prop, Mtxf *mtx)
{
struct cctvobj *cctv = (struct cctvobj *)prop->obj;
struct model *model = cctv->base.model;
Mtxf *matrices = model->matrices;
union modelrodata *rodata = modelGetPartRodata(model->filedata, MODELPART_CCTV_CASING);
struct coord sp64;
Mtxf sp24;
f32 yrot = cctv->yrot;
if (yrot < 0) {
yrot += M_BADTAU;
} else if (yrot >= M_BADTAU) {
yrot -= M_BADTAU;
}
mtx4LoadYRotation(yrot, &sp24);
mtx4MultMtx4(&sp24, &cctv->camrotm, &matrices[1]);
sp64.x = rodata->position.pos.x;
sp64.y = rodata->position.pos.y;
sp64.z = rodata->position.pos.z;
mtx4TransformVecInPlace(mtx, &sp64);
mtx4SetTranslation(&sp64, &matrices[1]);
mtx00015be0(camGetWorldToScreenMtxf(), &matrices[1]);
}
void fanTick(struct prop *prop)
{
struct defaultobj *obj = (struct defaultobj *)prop->obj;
struct fanobj *fan = (struct fanobj *)prop->obj;
// If activated, toggle the power state
if (obj->hidden & (OBJHFLAG_ACTIVATED_BY_BOND | OBJHFLAG_ACTIVATED_BY_COOP)) {
if (fan->on == true) {
fan->on = false;
obj->hidden &= ~(OBJHFLAG_ACTIVATED_BY_BOND | OBJHFLAG_ACTIVATED_BY_COOP);
} else {
fan->on = true;
obj->hidden &= ~(OBJHFLAG_ACTIVATED_BY_BOND | OBJHFLAG_ACTIVATED_BY_COOP);
}
}
// Adjust fan speed
if (fan->on == true) {
// Accelerating
fan->yspeed += fan->yaccel * g_Vars.lvupdate60freal;
if (fan->yspeed > fan->ymaxspeed) {
fan->yspeed = fan->ymaxspeed;
}
} else if (fan->yspeed > 0) {
// Decelerating
s32 i;
for (i = 0; i < g_Vars.lvupdate240; i++) {
fan->yspeed -= fan->yaccel * 0.2f;
}
if (fan->yspeed <= fan->ymaxspeed * 0.01f) {
fan->yspeed = 0;
}
}
// Rotate
if (fan->yspeed > 0) {
fan->yrot += fan->yspeed * g_Vars.lvupdate60freal;
while (fan->yrot >= 1.5705462694168f) { // almost BADDEG2RAD(90)
fan->yrot -= 1.5705462694168f;
}
fan->yrotprev = fan->yrot;
}
}
void fanUpdateModel(struct prop *prop)
{
struct fanobj *fan = (struct fanobj *) prop->obj;
Mtxf sp6c;
f32 sp48[3][3];
f32 sp24[3][3];
f32 angle = fan->yspeed * g_Vars.lvupdate60freal;
while (angle >= M_BADTAU) {
angle -= M_BADTAU;
}
mtx4LoadYRotation(angle, &sp6c);
mtx4ToMtx3(&sp6c, sp48);
mtx00016140(fan->base.realrot, sp48, sp24);
mtx3Copy(sp24, fan->base.realrot);
}
void autogunTick(struct prop *prop)
{
struct autogunobj *autogun;
struct defaultobj *obj;
f32 goalyrot;
f32 goalxrot;
f32 f0;
f32 maxspeed;
f32 xdist;
f32 ydist;
f32 zdist;
f32 sqdist;
f32 dist;
f32 horizdist;
bool awake;
bool spinup;
bool insight;
f32 limitangle;
struct prop *target;
s32 ownerplayernum;
f32 f2;
f32 f12;
s32 numchrs;
struct chrdata *chr;
s32 i;
f32 targetangleh;
f32 targetanglev;
f32 relangleh;
bool track;
autogun = (struct autogunobj *)prop->obj;
obj = prop->obj;
target = NULL;
awake = false;
spinup = false;
insight = false;
limitangle = 0.0f;
// Malfunctioning mode 1: The gun looks around continuously in random
// directions on both axis without spinning the barrel.
if (obj->flags2 & OBJFLAG2_AUTOGUN_MALFUNCTIONING1) {
if (obj->flags2 & OBJFLAG2_AUTOGUN_40000000) {
autogun->xzero = autogun->xrot;
autogun->yzero = autogun->yrot;
} else if (autogun->yrot == autogun->yzero && autogun->xrot == autogun->xzero) {
autogun->xzero = (RANDOMFRAC() * 39.0f + 1.0f) * 0.017450513f;
autogun->yzero = RANDOMFRAC() * M_BADTAU;
}
applyRotation(&autogun->yrot, autogun->yzero, &autogun->yspeed, PALUPF(0.00001163367596746f), PALUPF(0.00001163367596746f), PALUPF(0.00069802056532353f));
applyRotation(&autogun->xrot, autogun->xzero, &autogun->xspeed, PALUPF(0.0000058168379837298f), PALUPF(0.0000058168379837298f), PALUPF(0.00034901028266177f));
return;
}
// Malfunctioning mode 2: The gun looks around left/right continuously
// and spins the barrel based on its angle.
if (obj->flags2 & OBJFLAG2_AUTOGUN_MALFUNCTIONING2) {
spinup = true;
if (obj->flags2 & OBJFLAG2_AUTOGUN_40000000) {
autogun->xzero = autogun->xrot;
autogun->yzero = autogun->yrot;
} else if (autogun->yrot == autogun->yzero) {
autogun->yzero = RANDOMFRAC() * M_BADTAU;
}
applyRotation(&autogun->yrot, autogun->yzero, &autogun->yspeed, PALUPF(0.00001163367596746f), PALUPF(0.00001163367596746f), PALUPF(0.00069802056532353f));
applyRotation(&autogun->xrot, autogun->xzero, &autogun->xspeed, PALUPF(0.0000058168379837298f), PALUPF(0.0000058168379837298f), PALUPF(0.00034901028266177f));
maxspeed = cosf(autogun->yrot);
if (maxspeed > 0.0f) {
maxspeed = 0.02512874f * maxspeed;
} else {
maxspeed = 0.000001f;
}
// spinup is always true here, so the first branch is unconditional and
// the else branch is optimised out. The spinup check and else branch
// must be here for a match, so it was likely copied from later in the
// function.
if (spinup) {
autogun->barrelspeed += 0.009971722f * g_Vars.lvupdate60freal;
if (autogun->barrelspeed > maxspeed) {
autogun->barrelspeed = maxspeed;
}
} else if (autogun->barrelspeed > 0.0f) {
for (i = 0; i < g_Vars.lvupdate60; i++) {
autogun->barrelspeed *= 0.99f;
}
if (autogun->barrelspeed <= 0.0001f) {
autogun->barrelspeed = 0.0f;
}
}
if (autogun->barrelspeed > 0.0f) {
autogun->barrelrot += autogun->barrelspeed * g_Vars.lvupdate60freal;
while (autogun->barrelrot >= M_BADTAU) {
autogun->barrelrot -= M_BADTAU;
}
}
return;
}
// Regular behaviour
if (autogun->ammoquantity == 0) {
// Don't set target
} else if (autogun->target) {
target = autogun->target;
} else {
// Find new target
if (frIsInTraining()) {
// Laptop gun in firing range
target = frChooseAutogunTarget(&prop->pos);
if (1);
} else if (autogun->targetteam != 0) {
// Autogun (solo or MP) configured to attack specific teams
if (g_Vars.normmplayerisrunning) {
numchrs = g_MpNumChrs;
} else {
numchrs = chrsGetNumSlots();
}
while (true) {
autogun->nextchrtest++;
if (autogun->nextchrtest >= numchrs) {
autogun->nextchrtest = -1;
break;
}
if (g_Vars.normmplayerisrunning) {
ownerplayernum = (obj->hidden & 0xf0000000) >> 28;
if (autogun->nextchrtest == ownerplayernum) {
continue;
}
chr = g_MpAllChrPtrs[autogun->nextchrtest];
if (!chr->prop) {
continue;
}
if (!chr->model) {
continue;
}
if ((g_MpSetup.options & MPOPTION_TEAMSENABLED) && (chr->team & autogun->targetteam) == 0) {
continue;
}
} else {
chr = &g_ChrSlots[autogun->nextchrtest];
if (!chr->prop) {
continue;
}
if ((chr->team & autogun->targetteam) == 0) {
continue;
}
if ((!chr->model || (chr->prop->flags & PROPFLAG_ENABLED) == 0) && chr->prop->type != PROPTYPE_PLAYER) {
continue;
}
}
if ((chr->chrflags & CHRCFLAG_HIDDEN) == 0
&& (chr->hidden & CHRHFLAG_CLOAKED) == 0
&& !chrIsDead(chr)) {
target = chr->prop;
break;
}
if (1);
}
} else {
// Not configured for teams, so target a player
if (g_Vars.coopplayernum >= 0) {
if (g_Vars.lvframenum & 1) {
target = g_Vars.bond->prop;
} else {
target = g_Vars.coop->prop;
}
} else {
target = g_Vars.bond->prop;
}
}
}
if (target) {
if (target->chr == NULL) {
target = NULL;
} else if ((target->type & (PROPTYPE_CHR | PROPTYPE_PLAYER)) == 0 && !frIsInTraining()) {
target = NULL;
}
}
goalyrot = autogun->yzero;
goalxrot = autogun->xzero;
if (target) {
xdist = target->pos.f[0] - prop->pos.f[0];
ydist = target->pos.f[1] - prop->pos.f[1];
zdist = target->pos.f[2] - prop->pos.f[2];
if (target->type == PROPTYPE_PLAYER) {
ydist -= 20.0f;
}
if (ydist);
sqdist = xdist * xdist + zdist * zdist;
dist = sqrtf(sqdist);
horizdist = dist;
if (obj->flags & OBJFLAG_08000000) {
sqdist += ydist * ydist;
dist = sqrtf(sqdist);
}
limitangle = chrGetAimLimitAngle(sqdist);
if (obj->flags && obj->flags);
if (dist <= autogun->aimdist) {
// Target is in range
targetangleh = atan2f(xdist, zdist);
targetanglev = atan2f(ydist, horizdist);
if ((obj->flags & OBJFLAG_AUTOGUN_DAMAGED) || (obj->flags & OBJFLAG_AUTOGUN_SEENTARGET)) {
awake = true;
} else {
f12 = targetangleh - autogun->yrot;
if (f12 < 0.0f) {
f12 += M_BADTAU;
}
if (f12 > M_BADPI) {
f12 -= M_BADTAU;
}
f2 = targetanglev - autogun->xrot;
if (f2 < 0.0f) {
f2 += M_BADTAU;
}
if (f2 > M_BADPI) {
f2 -= M_BADTAU;
}
if (f12 < 1.221536f && f12 > -1.221536f) {
awake = true;
}
}
if (awake) {
relangleh = targetangleh - autogun->yzero;
track = true;
if (relangleh < -M_PI) {
relangleh += M_BADTAU;
} else if (relangleh >= M_PI) {
relangleh -= M_BADTAU;
}
// Decide if target can be tracked
if (target->type == PROPTYPE_PLAYER) {
if (!g_Vars.bondvisible
|| g_Vars.players[playermgrGetPlayerNumByProp(target)]->isdead
|| (target->chr->chrflags & CHRCFLAG_HIDDEN)
|| (target->chr->hidden & CHRHFLAG_CLOAKED)) {
track = false;
}
} else if (target->type == PROPTYPE_CHR) {
struct chrdata *chr = target->chr;
if (chr == NULL
|| (chr->chrflags & CHRCFLAG_HIDDEN)
|| (chr->hidden & CHRHFLAG_CLOAKED)
|| (chr->hidden & CHRHFLAG_ANTINONINTERACTABLE)
|| chrIsDead(chr)
|| chr->actiontype == ACT_DRUGGEDCOMINGUP
|| chr->actiontype == ACT_DRUGGEDDROP
|| chr->actiontype == ACT_DRUGGEDKO) {
track = false;
}
} else if (target->type == PROPTYPE_OBJ) {
struct defaultobj *obj = target->obj;
if (obj && obj->modelnum == MODEL_TARGET) {
if (!frIsTargetFacingPos(target, &prop->pos)) {
track = false;
}
} else {
track = false;
}
}
propSetPerimEnabled(prop, false);
propSetPerimEnabled(target, false);
if (relangleh <= autogun->ymaxleft
&& relangleh >= autogun->ymaxright
&& track
&& cdTestLos05(&prop->pos, prop->rooms, &target->pos, target->rooms, CDTYPE_ALL, GEOFLAG_BLOCK_SIGHT)) {
// Target is in sight
obj->flags |= OBJFLAG_AUTOGUN_SEENTARGET;
insight = true;
goalxrot = targetanglev;
goalyrot = targetangleh;
if (autogun->target == NULL) {
autogun->target = target;
}
} else if (autogun->lastseebond60 >= 0 && autogun->lastseebond60 > g_Vars.lvframe60 - TICKS(120)) {
// Target recently lost
goalyrot = autogun->yrot;
goalxrot = autogun->xrot;
} else {
awake = false;
}
propSetPerimEnabled(prop, true);
propSetPerimEnabled(target, true);
}
}
}
if (!awake) {
autogun->target = NULL;
}
// The turret swivels left and right while firing
if (autogun->firing) {
goalyrot += limitangle * 0.8f * sinf((g_Vars.lvframe60 % TICKS(120)) * PALUPF(0.05235154f));
if (goalyrot < 0.0f) {
goalyrot += M_BADTAU;
}
if (goalyrot >= M_BADTAU) {
goalyrot -= M_BADTAU;
}
}
f0 = goalyrot - autogun->yzero;
if (f0 < -M_PI) {
f0 += M_BADTAU;
} else if (f0 >= M_PI) {
f0 -= M_BADTAU;
}
if (f0 > autogun->ymaxleft) {
goalyrot = autogun->yzero + autogun->ymaxleft;
} else if (f0 < autogun->ymaxright) {
goalyrot = autogun->yzero + autogun->ymaxright;
}
if (goalyrot < 0.0f) {
goalyrot += M_BADTAU;
}
if (goalyrot >= M_BADTAU) {
goalyrot -= M_BADTAU;
}
applyRotation(&autogun->yrot, goalyrot, &autogun->yspeed, PALUPF(0.00087252567755058f), PALUPF(0.00087252567755058f), autogun->maxspeed);
applyRotation(&autogun->xrot, goalxrot, &autogun->xspeed, PALUPF(0.00087252567755058f), PALUPF(0.00087252567755058f), autogun->maxspeed);
f12 = goalyrot - autogun->yrot;
if (f12 < 0.0f) {
f12 += M_BADTAU;
}
if (f12 > M_BADPI) {
f12 -= M_BADTAU;
}
f2 = goalxrot - autogun->xrot;
if (f2 < 0.0f) {
f2 += M_BADTAU;
}
if (f2 > M_BADPI) {
f2 -= M_BADTAU;
}
autogun->firing = false;
if (awake) {
if (f12 < limitangle && -limitangle < f12 && f2 < limitangle && -limitangle < f2) {
autogun->firing = true;
spinup = true;
if (insight) {
autogun->lastseebond60 = g_Vars.lvframe60;
autogun->lastaimbond60 = g_Vars.lvframe60;
}
} else {
f32 f0 = 2.0f * limitangle;
u32 stack[2];
if (f12 < f0 && -f0 < f12 && f2 < f0 && -f0 < f2) {
autogun->firing = true;
spinup = true;
if (insight) {
autogun->lastseebond60 = g_Vars.lvframe60;
}
} else {
if (autogun->lastseebond60 >= 0 && autogun->lastseebond60 > g_Vars.lvframe60 - TICKS(120)) {
autogun->firing = true;
spinup = true;
}
}
}
}
// Increase or decrease the barrel speed and apply the rotation
if (spinup) {
autogun->barrelspeed += 0.009971722f * g_Vars.lvupdate60freal;
if (autogun->barrelspeed > 0.5983033f) {
autogun->barrelspeed = 0.5983033f;
}
} else if (autogun->barrelspeed > 0.0f) {
for (i = 0; i < g_Vars.lvupdate60; i++) {
autogun->barrelspeed *= 0.99f;
}
if (autogun->barrelspeed <= 0.0001f) {
autogun->barrelspeed = 0.0f;
}
}
if (autogun->barrelspeed > 0.0f) {
autogun->barrelrot += autogun->barrelspeed * g_Vars.lvupdate60freal;
while (autogun->barrelrot >= M_BADTAU) {
autogun->barrelrot -= M_BADTAU;
}
}
}
void autogunInitMatrices(struct prop *prop, Mtxf *mtx)
{
struct autogunobj *autogun = (struct autogunobj *)prop->obj;
struct model *model = autogun->base.model;
Mtxf *matrices = model->matrices;
union modelrodata *rodata;
struct coord sp4c;
f32 yrot = autogun->yrot + 1.5705462694168f;
f32 xrot = -autogun->xrot;
Mtxf *tmp;
struct modelnode *node2;
struct modelnode *node3;
struct modelnode *node4;
struct modelnode *node6;
if (yrot >= M_BADTAU) {
yrot -= M_BADTAU;
}
rodata = modelGetPartRodata(model->filedata, MODELPART_AUTOGUN_0001);
sp4c = rodata->position.pos;
mtx4TransformVecInPlace(mtx, &sp4c);
mtx4LoadYRotation(yrot, &matrices[1]);
mtx4SetTranslation(&sp4c, &matrices[1]);
mtx00015f04(autogun->base.model->scale, &matrices[1]);
mtx00015be0(camGetWorldToScreenMtxf(), &matrices[1]);
node2 = modelGetPart(model->filedata, MODELPART_AUTOGUN_0002);
rodata = node2->rodata;
mtx4LoadZRotation(xrot, &matrices[2]);
mtx4SetTranslation(&rodata->position.pos, &matrices[2]);
mtx00015be0(&matrices[1], &matrices[2]);
tmp = model0001a5cc(model, node2, 0x100);
if (tmp != NULL) {
mtx4LoadZRotation(xrot * 0.5f, tmp);
mtx4SetTranslation(&rodata->position.pos, tmp);
mtx00015be0(&matrices[1], tmp);
}
node3 = modelGetPart(model->filedata, MODELPART_AUTOGUN_0003);
if (node3 != NULL) {
tmp = model0001a5cc(model, node3, 0);
rodata = node3->rodata;
mtx4LoadXRotation(autogun->barrelrot, tmp);
mtx4SetTranslation(&rodata->position.pos, tmp);
mtx00015be0(&matrices[2], tmp);
}
node4 = modelGetPart(model->filedata, MODELPART_AUTOGUN_0004);
if (node4 != NULL) {
tmp = model0001a5cc(model, node4, 0);
rodata = node4->rodata;
mtx4LoadTranslation(&rodata->position.pos, tmp);
mtx00015be0(&matrices[2], tmp);
}
node6 = modelGetPart(model->filedata, MODELPART_AUTOGUN_0006);
if (node6 != NULL) {
tmp = model0001a5cc(model, node6, 0);
rodata = node6->rodata;
mtx4LoadXRotation(autogun->barrelrot, tmp);
mtx4SetTranslation(&rodata->position.pos, tmp);
mtx00015be0(&matrices[2], tmp);
}
}
void autogunTickShoot(struct prop *autogunprop)
{
if (!lvIsPaused()) {
struct autogunobj *autogun = (struct autogunobj *) autogunprop->obj;
struct defaultobj *obj = autogunprop->obj;
bool fireleft = false;
bool fireright = false;
struct model *model = obj->model;
struct modelnode *node1;
struct modelnode *node2;
struct prop *hitprop;
bool friendly = false;
if (autogun->firing && (obj->flags & OBJFLAG_DEACTIVATED) == 0) {
autogun->firecount++;
fireleft = (autogun->firecount % 2) == 0;
if (modelGetPart(model->filedata, MODELPART_AUTOGUN_FLASHLEFT)) {
fireright = (autogun->firecount % 2) == 1;
}
if (fireleft || fireright) {
struct coord gunpos;
s16 gunrooms[8];
struct coord dir;
bool missed = false;
struct coord hitpos;
s16 hitrooms[8];
bool makebeam = (autogun->firecount % 4) == 0;
struct prop *targetprop = autogun->target;
struct modelnode *flashnode;
struct modelnode *posnode = NULL;
struct gset gset = { WEAPON_RCP45, 0, 0, FUNC_PRIMARY };
struct prop *ownerprop = NULL;
struct chrdata *ownerchr = NULL;
s32 ownerplayernum = (obj->hidden & 0xf0000000) >> 28;
if (g_Vars.normmplayerisrunning) {
// Multiplayer - it must be a laptop gun
ownerchr = mpGetChrFromPlayerIndex(ownerplayernum);
if (ownerchr) {
ownerprop = ownerchr->prop;
}
}
if ((autogun->firecount & 7)
|| (flashnode = modelGetPart(model->filedata, MODELPART_AUTOGUN_FLASHRIGHT)) == NULL) {
flashnode = modelGetPart(model->filedata, MODELPART_AUTOGUN_FLASHLEFT);
}
if (flashnode == NULL) {
posnode = modelGetPart(model->filedata, MODELPART_AUTOGUN_0003);
}
propSetPerimEnabled(autogunprop, false);
if ((autogunprop->flags & PROPFLAG_ONTHISSCREENTHISTICK) && (flashnode || posnode)) {
Mtxf *sp108;
Mtxf spc8;
union modelrodata *rodata;
if (flashnode) {
sp108 = model0001a5cc(model, flashnode, 0);
rodata = flashnode->rodata;
gunpos = rodata->chrgunfire.pos;
} else {
sp108 = model0001a5cc(model, posnode, 0);
gunpos.x = 0.0f;
gunpos.y = 0.0f;
gunpos.z = 0.0f;
}
mtx00015be4(camGetProjectionMtxF(), sp108, &spc8);
mtx4TransformVecInPlace(&spc8, &gunpos);
if (cdTestLos10(&autogunprop->pos, autogunprop->rooms, &gunpos, gunrooms, CDTYPE_BG, GEOFLAG_BLOCK_SHOOT) == CDRESULT_COLLISION) {
gunpos = autogunprop->pos;
roomsCopy(autogunprop->rooms, gunrooms);
}
} else {
gunpos = autogunprop->pos;
roomsCopy(autogunprop->rooms, gunrooms);
}
dir.x = cosf(autogun->xrot) * sinf(autogun->yrot);
dir.y = sinf(autogun->xrot);
dir.z = cosf(autogun->xrot) * cosf(autogun->yrot);
hitpos.x = gunpos.x + dir.x * 65536.0f;
hitpos.y = gunpos.y + dir.y * 65536.0f;
hitpos.z = gunpos.z + dir.z * 65536.0f;
// If multiplayer, or targeting a bad guy in solo
// (ie. autogun is a Defense autogun or a thrown laptop)
if (g_Vars.normmplayerisrunning
|| (targetprop && (targetprop->type == PROPTYPE_CHR))
|| (g_Vars.antiplayernum >= 0 && targetprop && targetprop == g_Vars.anti->prop)) {
if (cdExamLos08(&gunpos, gunrooms, &hitpos, CDTYPE_ALL, GEOFLAG_BLOCK_SHOOT) == CDRESULT_COLLISION) {
cdGetPos(&hitpos, 11458, "propobj.c");
hitprop = cdGetObstacleProp();
// SP: If the hit prop is a chr and it's our target
// MP: If the hit prop is a chr
if (hitprop
&& (hitprop->type & (PROPTYPE_CHR | PROPTYPE_PLAYER))
&& (g_Vars.normmplayerisrunning || targetprop == hitprop)) {
struct modelnode *hitnode = NULL;
struct model *hitmodel = NULL;
s32 hitside = -1;
s32 hitpart = HITPART_GENERAL;
f32 damage = gsetGetDamage(&gset);
struct chrdata *hitchr = hitprop->chr;
if (g_Vars.normmplayerisrunning) {
damage *= 0.5f;
}
if (ownerprop == hitprop || (ownerchr && chrCompareTeams(hitprop->chr, ownerchr, COMPARE_FRIENDS))) {
// A teammate entered the line of fire
makebeam = false;
fireleft = false;
fireright = false;
friendly = true;
}
if (fireleft || fireright) {
bgunPlayPropHitSound(&gset, hitprop, -1);
if (hitchr->model && chrGetShield(hitchr) > 0.0f) {
chrCalculateShieldHit(hitchr, &hitpos, &dir, &hitnode, &hitpart, &hitmodel, &hitside);
}
chrEmitSparks(hitchr, hitprop, hitpart, &hitpos, &dir, ownerchr);
func0f0341dc(hitchr, damage, &dir, &gset, ownerprop, HITPART_GENERAL, hitprop, hitnode, hitmodel, hitside, NULL);
}
} else {
missed = true;
}
}
} else if (targetprop && targetprop->type == PROPTYPE_OBJ) {
// Laptop in firing range
struct prop *hitprop = NULL;
if (cdExamLos08(&gunpos, gunrooms, &hitpos,
CDTYPE_ALL & ~CDTYPE_PLAYERS,
GEOFLAG_BLOCK_SHOOT) == CDRESULT_COLLISION) {
cdGetPos(&hitpos, 11513, "propobj.c");
hitprop = cdGetObstacleProp();
missed = true;
}
if (hitprop && hitprop->type == PROPTYPE_OBJ) {
struct defaultobj *hitobj = hitprop->obj;
if (hitobj->modelnum == MODEL_TARGET) {
struct gset gset = { WEAPON_LAPTOPGUN, 0, 0, FUNC_SECONDARY };
missed = false;
frCalculateHit(hitobj, &hitpos, 0);
if (chrIsUsingPaintball(ownerchr)) {
sparksCreate(hitprop->rooms[0], hitprop, &hitpos, 0, 0, SPARKTYPE_PAINT);
} else {
sparksCreate(hitprop->rooms[0], hitprop, &hitpos, 0, 0, SPARKTYPE_DEFAULT);
}
bgunPlayPropHitSound(&gset, hitprop, TEXTURE_00F2);
}
}
} else {
// Enemy autogun in solo
if (cdExamLos08(&gunpos, gunrooms, &hitpos,
CDTYPE_DOORS | CDTYPE_BG,
GEOFLAG_BLOCK_SHOOT) == CDRESULT_COLLISION) {
cdGetPos(&hitpos, 11539, "propobj.c");
missed = true;
}
if (g_Vars.lvframe60 == autogun->lastaimbond60
&& targetprop && targetprop->type == PROPTYPE_PLAYER) {
f32 x;
f32 y;
f32 z;
f32 sqguntotargetdist;
f32 sqguntohitdist;
f32 damage;
x = targetprop->pos.x - gunpos.x;
y = targetprop->pos.y - gunpos.y;
z = targetprop->pos.z - gunpos.z;
sqguntotargetdist = x * x + y * y + z * z;
x = hitpos.f[0] - gunpos.f[0];
y = hitpos.f[1] - gunpos.f[1];
z = hitpos.f[2] - gunpos.f[2];
sqguntohitdist = x * x + y * y + z * z;
if (sqguntohitdist >= sqguntotargetdist) {
f32 increment = 0.16f * g_Vars.lvupdate60freal * g_AutogunAccuracyScale;
if (sqguntotargetdist > 40000.0f) {
increment *= 200.0f / sqrtf(sqguntotargetdist);
}
autogun->shotbondsum += increment;
if (autogun->shotbondsum >= 1.0f) {
hitpos = targetprop->pos;
missed = false;
if (random() % 2) {
hitpos.y += 2 + (random() % 10);
} else {
hitpos.y -= 2 + (random() % 10);
}
bgunPlayPropHitSound(&gset, targetprop, -1);
damage = 0.5f * g_AutogunDamageTxScale;
chrDamageByImpact(targetprop->chr, damage, &dir, &gset, 0, HITPART_GENERAL);
autogun->shotbondsum = 0.0f;
}
}
}
}
propSetPerimEnabled(autogunprop, true);
if (fireleft || fireright) {
if (autogun->ammoquantity > 0 && autogun->ammoquantity != 255) {
autogun->ammoquantity--;
}
}
if (missed) {
portal00018148(&gunpos, &hitpos, gunrooms, hitrooms, NULL, 0);
if (chrIsUsingPaintball(ownerchr)) {
sparksCreate(hitrooms[0], NULL, &hitpos, 0, 0, SPARKTYPE_PAINT);
} else {
sparksCreate(hitrooms[0], NULL, &hitpos, 0, 0, autogun->base.modelnum == MODEL_CETROOFGUN ? SPARKTYPE_BGHIT_GREEN : SPARKTYPE_DEFAULT);
}
bgunPlayBgHitSound(&gset, &hitpos, -1, hitrooms);
}
if (makebeam) {
f32 distance;
struct beam *beam = autogun->beam;
f32 sum;
struct coord dist;
dist.x = hitpos.x - gunpos.x;
dist.y = hitpos.y - gunpos.y;
dist.z = hitpos.z - gunpos.z;
sum = dist.f[0] * dist.f[0] + dist.f[1] * dist.f[1] + dist.f[2] * dist.f[2];
distance = sqrtf(sum);
if (distance > 0.0f) {
beam->from = gunpos;
beam->dir.x = dist.f[0];
beam->dir.y = dist.f[1];
beam->dir.z = dist.f[2];
beam->dir.x *= 1.0f / distance;
beam->dir.y *= 1.0f / distance;
beam->dir.z *= 1.0f / distance;
if (distance > 10000.0f) {
distance = 10000.0f;
}
beam->age = 0;
beam->weaponnum = autogun->base.modelnum == MODEL_CETROOFGUN ? WEAPON_CALLISTO : WEAPON_RCP45;
beam->maxdist = distance;
if (distance < 500.0f) {
distance = 500.0f;
}
if (beam->weaponnum == WEAPON_LASER) {
// Unreachable - weaponnum was assigned above
beam->speed = 0.25f * distance;
beam->mindist = 0.6f * distance;
if (beam->mindist > 3000.0f) {
beam->mindist = 3000.0f;
}
beam->dist = (-0.1f - RANDOMFRAC() * 0.3f) * distance;
} else {
beam->speed = 0.2f * distance;
beam->mindist = 0.2f * distance;
if (beam->mindist > 3000.0f) {
beam->mindist = 3000.0f;
}
beam->dist = (2.0f * RANDOMFRAC() - 1.0f) * beam->speed;
}
}
}
}
if (autogun->allowsoundframe < g_Vars.lvframe60) {
s32 soundgap = 2;
func0f0926bc(autogunprop, 1, 0xffff);
if (!friendly) {
s32 soundnum = SFX_806F;
if (autogun->base.modelnum == MODEL_CETROOFGUN) {
soundnum = SFX_MENU_ERROR;
}
if (autogun->base.modelnum == MODEL_CHRAUTOGUN) {
soundnum = SFX_8044;
soundgap = 4;
}
propsnd0f0939f8(NULL, autogunprop, soundnum, -1, -1, 0, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
}
autogun->allowsoundframe = soundgap + g_Vars.lvframe60;
}
}
node1 = modelGetPart(model->filedata, MODELPART_AUTOGUN_FLASHLEFT);
if (node1) {
union modelrwdata *rwdata = modelGetNodeRwData(model, node1);
rwdata->chrgunfire.visible = fireleft;
}
node2 = modelGetPart(model->filedata, MODELPART_AUTOGUN_FLASHRIGHT);
if (node2) {
union modelrwdata *rwdata = modelGetNodeRwData(model, node2);
rwdata->chrgunfire.visible = fireright;
}
}
}
u32 var80069cc0 = 0x00000000;
void chopperInitMatrices(struct prop *prop)
{
struct chopperobj *chopper = (struct chopperobj *)prop->obj;
struct model *model = chopper->base.model;
Mtxf *matrices = model->matrices;
union modelrodata *rodata;
Mtxf spa8;
Mtxf sp68;
Mtxf sp28;
rodata = modelGetPartRodata(model->filedata, MODELPART_CHOPPER_0001);
mtx4LoadZRotation(M_BADTAU - chopper->gunrotx, &sp68);
mtx4LoadYRotation(chopper->gunroty + 1.5707963705063f, &sp28);
mtx00015be4(&sp28, &sp68, &spa8);
mtx4SetTranslation(&rodata->position.pos, &spa8);
mtx00015be4(matrices, &spa8, &matrices[1]);
rodata = modelGetPartRodata(model->filedata, MODELPART_CHOPPER_0002);
mtx4LoadXRotation(chopper->barrelrot, &spa8);
mtx4SetTranslation(&rodata->position.pos, &spa8);
mtx00015be4(&matrices[1], &spa8, &matrices[2]);
}
struct prop *chopperGetTargetProp(struct chopperobj *chopper)
{
if (chopper->target == -1) {
return g_Vars.currentplayer->prop;
}
return g_Vars.props + chopper->target;
}
struct chopperobj *chopperFromHovercar(struct chopperobj *chopper)
{
if (chopper->base.type == OBJTYPE_CHOPPER) {
return chopper;
}
return NULL;
}
bool chopperCheckTargetInFov(struct chopperobj *hovercar, u8 fov)
{
struct chopperobj *chopper = chopperFromHovercar(hovercar);
u8 visible = false;
if (chopper) {
f32 roty = chopper->roty;
struct prop *target = chopperGetTargetProp(chopper);
struct prop *prop = chopper->base.prop;
f32 angle = atan2f(prop->pos.x - target->pos.x, prop->pos.z - target->pos.z);
f32 anglediff = angle - roty;
if (angle < roty) {
anglediff += M_BADTAU;
}
visible = false;
// This logic looks wrong, but is actually correct. I think the fov is
// actually the not viewable area and starts at the back of the chopper,
// which makes sense because the chopper's windows go around the side.
if (!(anglediff < fov * 0.024539785459638f && anglediff < M_PI)
&& !(anglediff > M_BADTAU - fov * 0.024539785459638f && anglediff > M_PI)) {
visible = true;
}
chopper->targetvisible = visible;
}
return visible;
}
bool chopperCheckTargetInSight(struct chopperobj *obj)
{
struct chopperobj *chopper = chopperFromHovercar(obj);
if (chopper) {
bool visible = false;
struct prop *target = chopperGetTargetProp(chopper);
if (target->type != PROPTYPE_PLAYER || g_Vars.bondvisible) {
visible = cdTestLos05(&target->pos, target->rooms, &chopper->base.prop->pos, chopper->base.prop->rooms,
CDTYPE_OBJS | CDTYPE_DOORS | CDTYPE_PATHBLOCKER | CDTYPE_BG | CDTYPE_AIOPAQUE,
GEOFLAG_BLOCK_SHOOT);
}
chopper->targetvisible = visible;
return visible;
}
return false;
}
void chopperSetTarget(struct chopperobj *obj, u32 chrnum)
{
struct chopperobj *chopper = chopperFromHovercar(obj);
if (chopper) {
struct chrdata *chr = chrFindById(NULL, chrnum);
if (chr && chr->prop) {
chopper->target = chr->prop - g_Vars.props;
}
}
}
bool chopperAttack(struct chopperobj *obj)
{
struct chopperobj *chopper = chopperFromHovercar(obj);
if (chopper) {
chopper->attackmode = CHOPPERMODE_COMBAT;
chopper->patroltimer60 = TICKS(240);
return true;
}
return false;
}
bool chopperStop(struct chopperobj *obj)
{
struct chopperobj *chopper = chopperFromHovercar(obj);
if (chopper) {
chopper->attackmode = CHOPPERMODE_PATROL;
chopper->patroltimer60 = TICKS(120);
chopper->power = 0;
return true;
}
return false;
}
bool chopperSetArmed(struct chopperobj *obj, bool armed)
{
struct chopperobj *chopper = chopperFromHovercar(obj);
if (chopper) {
chopper->weaponsarmed = armed;
return true;
}
return false;
}
void chopperRestartTimer(struct chopperobj *obj)
{
struct chopperobj *chopper = chopperFromHovercar(obj);
if (chopper) {
chopper->timer60 = 0;
}
}
s32 chopperGetTimer(struct chopperobj *obj)
{
struct chopperobj *chopper = chopperFromHovercar(obj);
return chopper->timer60;
}
void chopperSetMaxDamage(struct chopperobj *chopper, u16 health)
{
chopper->base.maxdamage = health;
}
f32 func0f07b164(struct coord *pos1, struct coord *pos2, struct coord *pos3, struct coord *result)
{
struct coord sp34;
struct coord sp28;
f32 tmp;
sp34.x = pos2->x - pos1->x;
sp34.y = pos2->y - pos1->y;
sp34.z = pos2->z - pos1->z;
sp28.x = pos3->x - pos1->x;
sp28.y = pos3->y - pos1->y;
sp28.z = pos3->z - pos1->z;
guNormalize(&sp34.x, &sp34.y, &sp34.z);
tmp = sp28.f[0] * sp34.f[0] + sp28.f[1] * sp34.f[1] + sp28.f[2] * sp34.f[2];
result->x = sp34.x * tmp + pos1->x;
result->y = sp34.y * tmp + pos1->y;
result->z = sp34.z * tmp + pos1->z;
return sp28.f[0] * sp28.f[0] + sp28.f[1] * sp28.f[1] + sp28.f[2] * sp28.f[2] - tmp * tmp;
}
void chopperFireRocket(struct chopperobj *chopper, bool side)
{
if (chopper->ontarget) {
struct coord direction;
struct coord pos;
struct prop *targetprop = chopperGetTargetProp(chopper);
struct prop *chopperprop = chopper->base.prop;
u32 stack;
Mtxf sp6c;
Mtxf sp2c;
pos.x = side ? -754 : 754;
pos.y = -400;
pos.z = -400;
mtx3ToMtx4(chopper->base.realrot, &sp2c);
mtx4LoadTranslation(&pos, &sp6c);
mtx4MultMtx4InPlace(&sp2c, &sp6c);
pos.x = sp6c.m[3][0] + chopperprop->pos.f[0];
pos.y = sp6c.m[3][1] + chopperprop->pos.f[1];
pos.z = sp6c.m[3][2] + chopperprop->pos.f[2];
direction.x = targetprop->pos.x - pos.x;
direction.y = targetprop->pos.y - pos.y + (s32)(random() % 100);
direction.z = targetprop->pos.z - pos.z;
guNormalize(&direction.x, &direction.y, &direction.z);
smokeCreateSimple(&pos, chopperprop->rooms, SMOKETYPE_3);
projectileCreate(chopperprop, 0, &pos, &direction, WEAPON_ROCKETLAUNCHER, targetprop);
}
}
void chopperIncrementBarrel(struct prop *chopperprop, bool firing)
{
struct defaultobj *obj = chopperprop->obj;
struct chopperobj *chopper = (struct chopperobj *)chopperprop->obj;
struct model *model = obj->model;
f32 angleh = 0.0f;
f32 anglev = 0.0f;
f32 speedmult = 1.0f;
struct coord rot;
struct coord gunpos;
f32 gunroty = chopper->gunroty;
f32 gunrotx = chopper->gunrotx;
f32 gunturnyspeed60 = chopper->gunturnyspeed60;
f32 gunturnxspeed60 = chopper->gunturnxspeed60;
struct prop *targetprop = chopperGetTargetProp(chopper);
struct modelnode *node;
struct modelrwdata_chrgunfire *rwdata = NULL;
struct modelrodata_position *rodata;
Mtxf sp90;
Mtxf sp50;
f32 gunaimy;
if (chopper->fireslotthing->unk00);
chopper->fireslotthing->unk01 = (chopper->fireslotthing->unk00 % 3) == 0;
if (firing) {
rodata = modelGetPartRodata(model->filedata, MODELPART_CHOPPER_0001);
gunaimy = targetprop->pos.y - 20.0f;
gunpos.x = random() * random() * 0 * 30.0f + rodata->pos.x;
gunpos.y = random() * 0 * 30.0f + (rodata->pos.y - 50.0f);
gunpos.z = rodata->pos.z + 250.0f;
if (obj->modelnum == MODEL_A51INTERCEPTOR) {
f32 scale = 0.1f / obj->model->scale;
gunpos.x *= scale;
gunpos.y *= scale;
gunpos.z *= scale;
}
mtx3ToMtx4(obj->realrot, &sp50);
mtx4LoadTranslation(&gunpos, &sp90);
mtx4MultMtx4InPlace(&sp50, &sp90);
gunpos.x = sp90.m[3][0] + chopperprop->pos.f[0];
gunpos.y = sp90.m[3][1] + chopperprop->pos.f[1];
gunpos.z = sp90.m[3][2] + chopperprop->pos.f[2];
angleh = atan2f(targetprop->pos.x - gunpos.x, targetprop->pos.z - gunpos.z);
if (angleh <= 0.0f) {
angleh += M_BADTAU;
}
if (angleh > M_BADTAU) {
angleh -= M_BADTAU;
}
angleh -= chopper->roty;
if (angleh > M_PI) {
angleh -= M_BADTAU;
}
if (angleh < -M_PI) {
angleh += M_BADTAU;
}
anglev = atan2f(gunaimy - gunpos.y, sqrtf((targetprop->pos.x - gunpos.x) * (targetprop->pos.x - gunpos.x) + (targetprop->pos.z - gunpos.z) * (targetprop->pos.z - gunpos.z))) - chopper->rotx + M_BADTAU;
if (anglev > M_PI) {
anglev -= M_BADTAU;
}
if (chopper->barrelrotspeed < 0.34906584f) {
chopper->barrelrotspeed += 0.017453292f * LVUPDATE60FREAL();
} else {
chopper->barrelrotspeed = 0.34906584f;
}
} else {
speedmult = 0.125f;
if (chopper->barrelrotspeed > 0.0f) {
chopper->barrelrotspeed -= 0.017453292f;
} else {
chopper->barrelrotspeed = 0.0f;
}
}
chopper->barrelrot += chopper->barrelrotspeed * LVUPDATE60FREAL();
#if PAL
applySpeed(&gunroty, angleh, &gunturnyspeed60, 0.0027920822612941f * speedmult, 0.0055841645225883f * speedmult, 0.16752494871616f * speedmult);
if (gunroty == angleh && gunturnyspeed60 <= 0.0055841645225883f * speedmult && -0.0055841645225883f * speedmult <= gunturnyspeed60) {
gunturnyspeed60 = 0.0f;
}
applySpeed(&gunrotx, anglev, &gunturnxspeed60, 0.0027920822612941f * speedmult, 0.0055841645225883f * speedmult, 0.16752494871616f * speedmult);
if (gunrotx == anglev && gunturnxspeed60 <= 0.0055841645225883f * speedmult && -0.0055841645225883f * speedmult <= gunturnxspeed60) {
gunturnxspeed60 = 0.0f;
}
#else
applySpeed(&gunroty, angleh, &gunturnyspeed60, 0.0023267353f * speedmult, 0.0046534706f * speedmult, 0.1396041f * speedmult);
if (gunroty == angleh && gunturnyspeed60 <= 0.0046534706f * speedmult && -0.0046534706f * speedmult <= gunturnyspeed60) {
gunturnyspeed60 = 0.0f;
}
applySpeed(&gunrotx, anglev, &gunturnxspeed60, 0.0023267353f * speedmult, 0.0046534706f * speedmult, 0.1396041f * speedmult);
if (gunrotx == anglev && gunturnxspeed60 <= 0.0046534706f * speedmult && -0.0046534706f * speedmult <= gunturnxspeed60) {
gunturnxspeed60 = 0.0f;
}
#endif
chopper->gunroty = gunroty;
chopper->gunrotx = gunrotx;
chopper->gunturnyspeed60 = gunturnyspeed60;
chopper->gunturnxspeed60 = gunturnxspeed60;
if (!(chopper->fireslotthing->unk00 % 2)) {
firing = false;
}
node = modelGetPart(model->filedata, MODELPART_CHOPPER_GUNFLASH);
if (node) {
rwdata = modelGetNodeRwData(model, node);
}
if (firing) {
f32 totalrotx = chopper->gunrotx + chopper->rotx;
f32 totalroty = chopper->gunroty + chopper->roty;
rot.x = sinf(totalroty) * cosf(totalrotx);
rot.y = sinf(totalrotx);
rot.z = cosf(totalroty) * cosf(totalrotx);
projectileCreate(chopperprop, chopper->fireslotthing, &gunpos, &rot, WEAPON_CHOPPERGUN, targetprop);
if (rwdata != NULL) {
rwdata->visible = true;
}
} else {
if (rwdata != NULL) {
rwdata->visible = false;
}
}
chopper->fireslotthing->unk00++;
}
void chopperIncrementMovement(struct prop *prop, f32 goalroty, f32 goalrotx, struct coord *dir, bool firing)
{
struct defaultobj *obj = prop->obj;
struct chopperobj *chopper = (struct chopperobj *)obj;
s16 newrooms[8];
struct coord newpos;
f32 curroty;
f32 currotx;
f32 currotz;
f32 turnyspeed;
f32 turnxspeed;
f32 rotmtx3[3][3];
f32 tmp;
f32 f2;
s32 i;
f32 speed;
s32 soundnum;
struct coord spfc;
Mtxf spbc;
Mtxf sp7c;
Mtxf sp3c;
f32 angle;
curroty = chopper->roty;
currotx = chopper->rotx;
currotz = chopper->rotz;
turnyspeed = chopper->turnyspeed60;
turnxspeed = chopper->turnxspeed60;
chopper->otx = dir->x;
chopper->oty = dir->y;
chopper->otz = dir->z;
dir->x *= chopper->power;
dir->y *= chopper->power;
dir->z *= chopper->power;
if (chopper->power < 3.7f) {
chopper->power += 0.030833334f * g_Vars.lvupdate60freal;
}
chopper->bob += 0.052359f;
if (chopper->bob > M_BADTAU) {
chopper->bob = 0.0f;
chopper->bobstrength = ((random() % 8) + 2) * 0.01f;
if (chopper->base.flags & OBJFLAG_CHOPPER_INACTIVE) {
chopper->bobstrength *= 0.15f;
}
}
dir->y += chopper->bobstrength * sinf(chopper->bob);
f2 = PAL ? 0.976f : 0.98f;
for (i = 1; i < g_Vars.lvupdate60; i++) {
f2 *= PAL ? 0.976f : 0.98f;
}
chopper->vx += dir->x;
chopper->vy += dir->y;
chopper->vz += dir->z;
chopper->vx *= f2;
chopper->vy *= f2;
chopper->vz *= f2;
if (chopper->attackmode != CHOPPERMODE_FALL) {
if (chopper->attackmode != CHOPPERMODE_PATROL || chopper->patroltimer60 > 0) {
speed = 5.0f;
} else {
speed = 8.0f;
}
tmp = chopper->vx * chopper->vx + chopper->vy * chopper->vy + chopper->vz * chopper->vz;
if (tmp > speed * speed) {
guNormalize(&chopper->vx, &chopper->vy, &chopper->vz);
chopper->vx *= speed;
chopper->vy *= speed;
chopper->vz *= speed;
}
}
if (goalrotx > M_PI && goalrotx < 5.8f) {
goalrotx = 5.8f;
}
#if PAL
applyRotation(&curroty, goalroty, &turnyspeed, 0.00026175772654824f, 0.00052351545309648f, 0.015705462545156f);
if (curroty == goalroty && turnyspeed <= 0.00052351545309648f && turnyspeed >= -0.00052351545309648f) {
turnyspeed = 0.0f;
}
applyRotation(&currotx, goalrotx, &turnxspeed, 0.00026175772654824, 0.00052351545309648f, 0.015705462545156f);
if (currotx == goalrotx && turnxspeed <= 0.00052351545309648f && turnxspeed >= -0.00052351545309648f) {
turnxspeed = 0.0f;
}
#else
applyRotation(&curroty, goalroty, &turnyspeed, 0.00021813141938765f, 0.00043626284f, 0.013087885f);
if (curroty == goalroty && turnyspeed <= 0.00043626284f && turnyspeed >= -0.00043626284f) {
turnyspeed = 0.0f;
}
applyRotation(&currotx, goalrotx, &turnxspeed, 0.00021813141938765f, 0.00043626284f, 0.013087885f);
if (currotx == goalrotx && turnxspeed <= 0.00043626284f && turnxspeed >= -0.00043626284f) {
turnxspeed = 0.0f;
}
#endif
currotz += (-turnyspeed * 40.0f - currotz) * 0.1f;
spfc.x = M_BADTAU - currotx;
spfc.y = curroty;
spfc.z = 0.0f;
if (currotz >= 0) {
mtx4LoadZRotation(currotz, &sp3c);
} else {
mtx4LoadZRotation(currotz + M_BADTAU, &sp3c);
}
mtx4LoadRotation(&spfc, &sp7c);
mtx00015f04(chopper->base.model->scale, &sp7c);
mtx4MultMtx4(&sp7c, &sp3c, &spbc);
mtx4ToMtx3(&spbc, rotmtx3);
mtx3Copy(rotmtx3, chopper->base.realrot);
if (chopper->power > 0.45f && !firing && (chopper->base.flags2 & OBJFLAG2_INVISIBLE) == 0 && objIsHealthy(&chopper->base)) {
soundnum = g_Vars.stagenum == STAGE_EXTRACTION ? SFX_810D : SFX_8110;
propsnd0f09294c(prop, soundnum, 6);
} else {
func0f0926bc(prop, 6, 0xffff);
}
chopper->roty = curroty;
chopper->rotx = currotx;
chopper->rotz = currotz;
chopper->turnyspeed60 = turnyspeed;
chopper->turnxspeed60 = turnxspeed;
if (goalroty < curroty) {
angle = curroty - goalroty;
} else {
angle = -(curroty - goalroty);
}
chopper->ontarget = angle < 0.1745f;
newpos.x = prop->pos.x + chopper->vx * g_Vars.lvupdate60freal;
newpos.y = prop->pos.y + chopper->vy * g_Vars.lvupdate60freal;
newpos.z = prop->pos.z + chopper->vz * g_Vars.lvupdate60freal;
func0f065e74(&prop->pos, prop->rooms, &newpos, newrooms);
prop->pos = newpos;
propDeregisterRooms(prop);
roomsCopy(newrooms, prop->rooms);
func0f069c70(&chopper->base, false, true);
chopperIncrementBarrel(prop, firing);
if ((chopper->base.flags2 & OBJFLAG2_INVISIBLE) == 0 && objIsHealthy(&chopper->base)) {
soundnum = g_Vars.stagenum == STAGE_EXTRACTION ? SFX_SHIP_HUM : SFX_810F;
propsnd0f09294c(prop, soundnum, 5);
} else {
func0f0926bc(prop, 5, 0xffff);
}
}
#define NEXTSTEP() (chopper->cw ? i : (i + 1) % chopper->path->len)
#define PREVSTEP() (chopper->cw ? (i + 1) % chopper->path->len : i)
void chopperTickFall(struct prop *chopperprop)
{
struct defaultobj *obj = chopperprop->obj;
struct chopperobj *chopper = (struct chopperobj *) obj;
f32 goalroty;
f32 *x = &chopper->fall.x;
f32 *y = &chopper->fall.y;
f32 *z = &chopper->fall.z;
struct coord speed;
s32 i;
struct pad *prevpad;
struct pad *nextpad;
f32 xdiff;
f32 zdiff;
f32 tmp;
struct coord newpos;
struct coord newspeed;
// The timer is set explicitly to 2 when the chopper is destroyed
if (chopper->timer60 == 2) {
// Figure out what direction to fall in
xdiff = 0;
zdiff = 0;
chopper->timer60 -= g_Vars.lvupdate60;
if (chopper->path) {
for (i = 0; i < chopper->path->len; i++) {
if (NEXTSTEP() == chopper->nextstep) {
break;
}
}
prevpad = &g_Pads[chopper->path->pads[PREVSTEP()]];
nextpad = &g_Pads[chopper->path->pads[NEXTSTEP()]];
xdiff = prevpad->pos.f[0] - nextpad->pos.f[0];
zdiff = prevpad->pos.f[2] - nextpad->pos.f[2];
tmp = 0.25f / sqrtf(xdiff * xdiff + zdiff * zdiff);
xdiff *= tmp;
zdiff *= tmp;
}
*x = -zdiff;
*y = 0;
*z = xdiff;
} else if (chopper->timer60 >= 0) {
// Haven't started falling yet
chopper->timer60 -= g_Vars.lvupdate60;
} else {
if (*y > -0.7f)
{
// Increase fall speed
*y -= 0.009f * g_Vars.lvupdate60f;
}
}
speed.x = *x;
speed.y = *y;
speed.z = *z;
goalroty = chopper->roty + *x + *z;
if (stageGetIndex(g_Vars.stagenum) == STAGEINDEX_EXTRACTION) {
// The Extraction chopper falls without any collision checks and is
// reaped once it reaches the lower barrier
if (chopperprop->pos.y < -30000) {
func0f0926bc(chopperprop, 1, 0xffff);
obj->hidden |= OBJHFLAG_REAPABLE;
} else {
chopperIncrementMovement(chopperprop, goalroty, chopper->rotx < 0 ? M_PI : -M_PI, &speed, false);
}
} else {
// Area 51 interceptors do collision checks
// and explode once they hit the ground.
f32 mult = 1.0f - PALUPF(0.02f);
f32 bob;
s32 i;
for (i = 1; i < g_Vars.lvupdate60; i++) {
mult *= 1.0f - PALUPF(0.02f);
}
bob = chopper->bob + 0.052358999848366f;
if (bob > M_BADTAU) {
bob = 0;
chopper->bobstrength = (random() % 8 + 2) * 0.01f;
if (obj->flags & OBJFLAG_80000000) {
chopper->bobstrength *= 0.15f;
}
}
speed.y += chopper->bobstrength * sinf(bob);
newspeed.x = mult * (speed.f[0] * chopper->power + chopper->vx);
newspeed.y = mult * (speed.f[1] * chopper->power + chopper->vy);
newspeed.z = mult * (speed.f[2] * chopper->power + chopper->vz);
newpos.x = chopperprop->pos.x + newspeed.f[0] * g_Vars.lvupdate60freal;
newpos.y = chopperprop->pos.y + newspeed.f[1] * g_Vars.lvupdate60freal;
newpos.z = chopperprop->pos.z + newspeed.f[2] * g_Vars.lvupdate60freal;
if (cdExamLos09(&chopperprop->pos, chopperprop->rooms, &newpos, CDTYPE_BG) == CDRESULT_COLLISION) {
struct coord sp74;
s16 room;
struct coord sp64;
f32 ground;
s16 newrooms[8];
chopperprop->pos.y += 100;
ground = cdFindGroundAtCyl(&chopperprop->pos, 5, chopperprop->rooms, NULL, NULL);
chopperprop->pos.y -= 100;
cdGetPos(&sp64, 12449, "propobj.c");
newpos.x = sp64.x;
newpos.y = ground + 20;
newpos.z = sp64.z;
func0f065e74(&chopperprop->pos, chopperprop->rooms, &newpos, newrooms);
chopperprop->pos = newpos;
propDeregisterRooms(chopperprop);
roomsCopy(newrooms, chopperprop->rooms);
func0f069c70(obj, false, true);
// Move to CHOPPERMODE_DEAD
chopper->attackmode++;
objDeform(&chopper->base, 8);
room = chopperprop->rooms[0];
sp74.x = 0;
sp74.y = 1;
sp74.z = 0;
func0f0926bc(chopperprop, 1, 0xffff);
explosionCreate(NULL, &chopperprop->pos, chopperprop->rooms, EXPLOSIONTYPE_ROCKET, 0, true, &newpos, room, &sp74);
chopper->dead = true;
} else {
smokeCreateSimple(&chopperprop->pos, chopperprop->rooms, SMOKETYPE_3);
chopperIncrementMovement(chopperprop, goalroty, chopper->rotx < 0 ? M_PI : -M_PI, &speed, false);
}
}
}
void chopperTickIdle(struct prop *prop)
{
struct chopperobj *chopper = (struct chopperobj *)prop->obj;
u32 stack;
f32 roty = chopper->roty;
f32 rotx = chopper->rotx;
struct coord coord;
chraiExecute(chopper, PROPTYPE_OBJ);
chopper->timer60 += g_Vars.lvupdate60;
coord.x = 0;
coord.y = 0;
coord.z = 0;
chopperIncrementMovement(prop, roty, rotx, &coord, false);
}
void chopperTickPatrol(struct prop *chopperprop)
{
struct chopperobj *chopper = (struct chopperobj *)chopperprop->obj;
f32 xdiff;
f32 roty = chopper->roty;
f32 rotx = chopper->rotx;
struct coord vector;
struct coord padpos;
f32 mult;
f32 zdiff;
chraiExecute(chopper, PROPTYPE_OBJ);
chopper->timer60 += g_Vars.lvupdate60;
if (chopper->patroltimer60 > 0) {
chopper->patroltimer60 -= g_Vars.lvupdate60;
}
if (chopper->path) {
padpos = g_Pads[chopper->path->pads[chopper->nextstep]].pos;
padpos.y += -250;
if (posIsArrivingLaterallyAtPos(&chopperprop->pos, &chopperprop->pos, &padpos, 350)) {
chopper->nextstep = ((chopper->cw ? -1 : 1) + chopper->nextstep + chopper->path->len) % chopper->path->len;
padpos = g_Pads[chopper->path->pads[chopper->nextstep]].pos;
padpos.y += -250;
}
roty = atan2f(padpos.x - chopperprop->pos.x, padpos.z - chopperprop->pos.z);
xdiff = padpos.x - chopperprop->pos.x;
zdiff = padpos.z - chopperprop->pos.z;
rotx = atan2f(padpos.y - chopperprop->pos.y, sqrtf(xdiff * xdiff + zdiff * zdiff));
}
if (chopper->base.flags & OBJFLAG_20000000) {
chopper->roty = roty;
chopper->rotx = rotx;
if (1);
chopper->base.flags &= ~OBJFLAG_20000000;
}
if (chopper->patroltimer60 > 0) {
vector.x = padpos.x - chopperprop->pos.x;
vector.y = padpos.y - chopperprop->pos.y;
vector.z = padpos.z - chopperprop->pos.z;
guNormalize(&vector.x, &vector.y, &vector.z);
} else {
mult = cosf(chopper->rotx);
vector.x = sinf(chopper->roty) * mult;
vector.y = sinf(chopper->rotx);
vector.z = cosf(chopper->roty) * mult;
}
chopperIncrementMovement(chopperprop, roty, rotx, &vector, false);
}
/**
* Tick the chopper when it's in combat mode (ie. knows where the player is).
*
* The actual firing logic is in the chopper's AI scripting. Same with choosing
* to return to patrol when the player is out of sight for a few seconds.
*
* This function is only directly responsible for the chopper's movement during
* combat.
*/
void chopperTickCombat(struct prop *chopperprop)
{
struct defaultobj *obj = chopperprop->obj;
struct chopperobj *chopper = (struct chopperobj *)obj;
s32 i;
f32 f0;
struct prop *targetprop = chopperGetTargetProp(chopper);
f32 dist;
struct coord goalpos;
struct coord dir;
struct coord padpos;
struct coord nextpadpos;
f32 f20;
s32 sp90;
s32 sp8c;
bool reverse;
s8 numsteps;
s8 tmp;
struct coord sp78;
struct coord sp6c;
dist = coordGetSquaredDistanceToCoord(&targetprop->pos, &chopperprop->pos);
chraiExecute(chopper, PROPTYPE_OBJ);
chopper->timer60 += g_Vars.lvupdate60;
if ((chopper->targetvisible && dist < 2000000.0f) || chopper->path == NULL) {
// Stay put
goalpos = chopperprop->pos;
} else {
f20 = 2.6843546e8f;
for (i = 0; i < chopper->path->len; i++) {
padpos = g_Pads[chopper->path->pads[i]].pos;
nextpadpos = g_Pads[chopper->path->pads[(i + 1) % chopper->path->len]].pos;
padpos.y += -250.0f;
nextpadpos.y += -250.0f;
f0 = func0f07b164(&padpos, &nextpadpos, &targetprop->pos, &sp78);
if (f0 < f20) {
f20 = f0;
sp90 = i;
goalpos = sp78;
}
if ((chopper->cw ? i : (i + 1) % chopper->path->len) == chopper->nextstep) {
sp8c = i;
sp6c = sp78;
}
}
if (sp8c != sp90) {
if (dist > 400000.0f) {
reverse = false;
numsteps = sp8c - sp90;
if (numsteps < 0) {
numsteps *= -1;
reverse = true;
}
tmp = chopper->path->len - numsteps;
chopper->cw = numsteps < tmp;
if (reverse) {
chopper->cw = !chopper->cw;
}
chopper->nextstep = chopper->cw ? sp8c : (sp8c + 1) % chopper->path->len;
padpos = g_Pads[chopper->path->pads[chopper->nextstep]].pos;
padpos.y += -250.0f;
if (coordGetSquaredDistanceToCoord(&padpos, &chopperprop->pos) < 10000.0f) {
chopper->power = 0.0f;
chopper->nextstep = (chopper->nextstep + (chopper->cw ? -1 : 1) + chopper->path->len) % chopper->path->len;
padpos = g_Pads[chopper->path->pads[chopper->nextstep]].pos;
padpos.y += -250.0f;
}
goalpos = padpos;
} else {
goalpos = sp6c;
}
} else if (cdTestLos03(&targetprop->pos, targetprop->rooms, &goalpos, CDTYPE_OBJS | CDTYPE_DOORS | CDTYPE_PATHBLOCKER | CDTYPE_BG | CDTYPE_AIOPAQUE, GEOFLAG_BLOCK_SHOOT) == 0) {
padpos = g_Pads[chopper->path->pads[chopper->cw ? (sp8c + 1) % chopper->path->len : sp8c]].pos;
padpos.y += -250.0f;
sp78.x = padpos.x - goalpos.x;
sp78.y = padpos.y - goalpos.y;
sp78.z = padpos.z - goalpos.z;
guNormalize(&sp78.x, &sp78.y, &sp78.z);
goalpos.x += sp78.x * 400.0f;
goalpos.y += sp78.y * 400.0f;
goalpos.z += sp78.z * 400.0f;
}
}
if (coordGetSquaredDistanceToCoord(&goalpos, &chopperprop->pos) < 2500.0f) {
// Close to the goal pos - power off
chopper->power = 0.0f;
dir.x = 0.0f;
dir.y = 0.0f;
dir.z = 0.0f;
} else {
// Check if chopper has overshot the goal pos?
dir.x = goalpos.x - chopperprop->pos.x;
dir.y = goalpos.y - chopperprop->pos.y;
dir.z = goalpos.z - chopperprop->pos.z;
guNormalize(&dir.x, &dir.y, &dir.z);
if (dir.f[0] * chopper->otx + dir.f[1] * chopper->oty + dir.f[2] * chopper->otz < 0.0f) {
chopper->power = 0.0f;
}
}
{
f32 roty;
f32 rotx;
roty = atan2f(targetprop->pos.x - chopperprop->pos.x, targetprop->pos.z - chopperprop->pos.z);
dist = sqrtf((targetprop->pos.x - chopperprop->pos.x) * (targetprop->pos.x - chopperprop->pos.x) + (targetprop->pos.z - chopperprop->pos.z) * (targetprop->pos.z - chopperprop->pos.z));
rotx = atan2f(targetprop->pos.y - chopperprop->pos.y, dist);
chopperIncrementMovement(chopperprop, roty, rotx, &dir, chopper->targetvisible && chopper->weaponsarmed);
}
}
#define HOVVALUE1() ((active ? 15.0f : 5.0f) * PALUPF(0.00021813141938765f))
#define HOVVALUE2() ((active ? 15.0f : 5.0f) * PALUPF(0.013087885454297f))
void hovercarTick(struct prop *prop)
{
bool stopping;
struct pad *pad;
struct coord sp214;
s16 sp210[2];
struct hovercarobj *hovercar = (struct hovercarobj *) prop->obj;
struct defaultobj *obj = &hovercar->base;
u32 stack;
f32 sp200 = hovercar->roty;
f32 sp1fc = hovercar->rotx;
u32 active = obj->flags & OBJFLAG_80000000;
f32 sp1f4 = active ? 5 : 10;
struct prop *doorprop;
struct coord sp1e4;
struct coord sp1d8;
s16 sp1d6;
f32 x;
f32 z;
struct coord sp1c0;
s16 sp1b0[8];
struct modelrodata_bbox *bbox;
f32 ymin;
s32 *padnum;
struct doorobj *door;
struct coord sp194;
f32 sp190;
f32 sp18c;
f32 sp188;
f32 sp184;
f32 sp180;
f32 sp15c[3][3];
struct coord sp150;
s16 sp140[8];
f32 tmp2;
f32 sp138;
struct coord sp12c;
Mtxf spec;
Mtxf spac;
Mtxf sp6c;
doorprop = NULL;
if (active && hovercar->deadtimer60 < 0) {
// Exploding
bbox = modelFindBboxRodata(hovercar->base.model);
ymin = objGetLocalYMin(bbox);
sp1d6 = prop->rooms[0];
sp1d8.x = hovercar->base.realrot[1][0];
sp1d8.y = hovercar->base.realrot[1][1];
sp1d8.z = hovercar->base.realrot[1][2];
sp1e4.x = hovercar->base.realrot[1][0] * ymin + prop->pos.x;
sp1e4.y = hovercar->base.realrot[1][1] * ymin + prop->pos.y;
sp1e4.z = hovercar->base.realrot[1][2] * ymin + prop->pos.z;
func0f0926bc(prop, 1, 0xffff);
explosionCreate(NULL, &prop->pos, prop->rooms, EXPLOSIONTYPE_7, g_Vars.currentplayernum, true, &sp1e4, sp1d6, &sp1d8);
hovercar->base.hidden |= OBJHFLAG_REAPABLE;
return;
}
if (hovercar->dead) {
if (active) {
hovercar->deadtimer60 -= g_Vars.lvupdate60;
hovercar->sparkstimer60 -= g_Vars.lvupdate60;
if (hovercar->sparkstimer60 < 0) {
hovercar->sparkstimer60 = TICKS(50);
propsnd0f0939f8(NULL, prop, SFX_SHIELD_DAMAGE, -1, -1, 1024, 0, 0, 0, -1, 0, -1, -1, -1, -1);
sparksCreate(prop->rooms[0], prop, &prop->pos, NULL, 0, SPARKTYPE_DEFAULT);
}
} else {
if (hovercar->speedtime60 == 0) {
hovercar->speed += 6;
sp1c0.x = prop->pos.x;
sp1c0.y = prop->pos.y - hovercar->speed;
sp1c0.z = prop->pos.z;
if (sp1c0.y < hovercar->speedaim) {
sp1c0.y = hovercar->speedaim;
hovercar->speedtime60 = 1;
}
func0f065e74(&prop->pos, prop->rooms, &sp1c0, sp1b0);
prop->pos = sp1c0;
propDeregisterRooms(prop);
roomsCopy(sp1b0, prop->rooms);
func0f069c70(&hovercar->base, false, true);
}
}
return;
}
chraiExecute(obj, PROPTYPE_OBJ);
stopping = false;
if (hovercar->path) {
padnum = &hovercar->path->pads[hovercar->nextstep];
pad = &g_Pads[*padnum];
sp214.x = pad->pos.x;
if (active) {
sp210[0] = pad->room;
sp210[1] = -1;
sp214.y = cdFindGroundAtCyl(&pad->pos, 5, sp210, NULL, NULL) + 35;
} else {
sp214.y = pad->pos.y;
}
sp214.z = pad->pos.z;
if ((hovercar->base.flags & OBJFLAG_20000000)
&& posIsArrivingLaterallyAtPos(&prop->pos, &prop->pos, &sp214, (0, sp1f4))) {
hovercarIncrementStep(hovercar);
padnum = &hovercar->path->pads[hovercar->nextstep];
pad = &g_Pads[*padnum];
}
sp200 = atan2f(sp214.x - prop->pos.x, sp214.z - prop->pos.z);
tmp2 = sqrtf((sp214.x - prop->pos.x) * (sp214.x - prop->pos.x) + (sp214.z - prop->pos.z) * (sp214.z - prop->pos.z));
sp1fc = atan2f(sp214.y - prop->pos.y, tmp2);
if (hovercar->base.flags & OBJFLAG_20000000) {
hovercar->roty = sp200;
hovercar->rotx = sp1fc;
obj->flags &= ~OBJFLAG_20000000;
if (active) {
prop->pos.y = sp214.y;
}
}
if (active) {
if (cdExamCylMove03(&prop->pos, prop->rooms, &sp214,
CDTYPE_CLOSEDDOORS | CDTYPE_AJARDOORS, 0, 0, 0) == CDRESULT_COLLISION) {
doorprop = cdGetObstacleProp();
}
if (doorprop) {
door = (struct doorobj *) doorprop->obj;
x = doorprop->pos.x - prop->pos.x;
z = doorprop->pos.z - prop->pos.z;
if (x * x + z * z < 200 * 200) {
doorsChooseSwingDirection(prop, door);
doorsRequestMode(door, DOORMODE_OPENING);
}
if (x * x + z * z < 195 * 195) {
stopping = !doorIsOpen(door);
}
}
}
} else {
if (hovercar->base.flags & OBJFLAG_20000000) {
hovercar->roty = atan2f(hovercar->base.realrot[2][0], hovercar->base.realrot[2][2]);
tmp2 = sqrtf(hovercar->base.realrot[2][2] * hovercar->base.realrot[2][2] + hovercar->base.realrot[2][0] * hovercar->base.realrot[2][0]);
hovercar->rotx = atan2f(hovercar->base.realrot[2][1], tmp2);
hovercar->base.flags &= ~OBJFLAG_20000000;
}
}
// @bug: To calculate the speed correctly, the code needs to iterate the
// lvupdate multiplier, then adjust the speed and test for reaching the
// speedaim within each iteration. Or at least test for exceeding the
// speedaim after updating it. With the below implementation, a lag frame
// during acceleration can cause the hovercar to exceed its max speed.
if (hovercar->speedtime60 >= 0) {
if (1);
if (hovercar->speedtime60 <= g_Vars.lvupdate60freal) {
hovercar->speed = hovercar->speedaim;
} else {
hovercar->speed += (hovercar->speedaim - hovercar->speed) * g_Vars.lvupdate60freal / hovercar->speedtime60;
}
hovercar->speedtime60 -= g_Vars.lvupdate60freal;
}
if (active) {
if (hovercar->turnyspeed60 > 0) {
hovercar->speed -= hovercar->speedaim * (1.0f / 24.0f) * LVUPDATE60FREAL();
if (hovercar->speed < 0) {
hovercar->speed = 0.1f;
}
} else {
if (hovercar->speed < hovercar->speedaim) {
hovercar->speed += hovercar->speedaim * (1.0f / 24.0f) * LVUPDATE60FREAL();
}
}
if (stopping) {
hovercar->speed -= 50.0f / 240.f * LVUPDATE60FREAL();
if (hovercar->speed < 0) {
hovercar->speed = 0;
}
}
}
if (hovercar->speed != 0.0f) {
sp190 = hovercar->roty;
sp18c = hovercar->rotx;
sp188 = hovercar->rotz;
sp184 = hovercar->turnyspeed60;
sp180 = hovercar->turnxspeed60;
sp194.x = sinf(hovercar->roty) * cosf(hovercar->rotx);
sp194.y = sinf(hovercar->rotx);
sp194.z = cosf(hovercar->roty) * cosf(hovercar->rotx);
if (posIsMovingTowardsPosOrStoppedInRange(&prop->pos, &sp194, &sp214, sp1f4)) {
sp200 = hovercar->roty;
sp1fc = hovercar->rotx;
}
applyRotation(&sp190, sp200, &sp184, HOVVALUE1(), HOVVALUE1() * 2.0f, HOVVALUE2());
if (sp190 == sp200 && HOVVALUE1() * 2.0f >= sp184 && -HOVVALUE1() * 2.0f <= sp184) {
sp184 = 0;
}
applyRotation(&sp18c, sp1fc, &sp180, HOVVALUE1(), HOVVALUE1() * 2.0f, HOVVALUE2());
if (sp18c == sp1fc && HOVVALUE1() * 2.0f >= sp180 && -HOVVALUE1() * 2.0f <= sp180) {
sp180 = 0;
}
if (hovercar->base.flags & OBJFLAG_80000000) {
sp188 = 0;
} else {
sp188 += (-sp184 * 120 - sp188) * 0.1f;
}
sp12c.x = active ? M_BADTAU - sp18c : 0;
sp12c.y = sp190;
sp12c.z = 0;
if (sp188 >= 0) {
mtx4LoadZRotation(sp188, &sp6c);
} else {
mtx4LoadZRotation(sp188 + M_BADTAU, &sp6c);
}
mtx4LoadRotation(&sp12c, &spac);
mtx00015f04(hovercar->base.model->scale, &spac);
mtx4MultMtx4(&spac, &sp6c, &spec);
mtx4ToMtx3(&spec, sp15c);
mtx3Copy(sp15c, hovercar->base.realrot);
sp138 = cosf(sp18c);
sp194.x = sinf(sp190) * sp138;
sp194.y = active ? sinf(sp1fc) : sinf(sp18c);
sp194.z = cosf(sp190) * sp138;
sp150.x = prop->pos.x + sp194.f[0] * (hovercar->speed * g_Vars.lvupdate60freal);
sp150.y = prop->pos.y + sp194.f[1] * (hovercar->speed * g_Vars.lvupdate60freal);
sp150.z = prop->pos.z + sp194.f[2] * (hovercar->speed * g_Vars.lvupdate60freal);
func0f065e74(&prop->pos, prop->rooms, &sp150, sp140);
if (active) {
sp150.y = cdFindGroundAtCyl(&sp150, 5, sp140, NULL, NULL) + 35;
if (sp150.y < -100000) {
sp150.y = prop->pos.y + sp194.f[1] * (hovercar->speed * g_Vars.lvupdate60freal);
}
}
prop->pos = sp150;
propDeregisterRooms(prop);
roomsCopy(sp140, prop->rooms);
hovercar->roty = sp190;
hovercar->rotx = sp18c;
hovercar->rotz = sp188;
hovercar->turnyspeed60 = sp184;
hovercar->turnxspeed60 = sp180;
if (hovercar->path) {
if (hovercar->path->pads[hovercar->nextstep + 1] >= 0) {
if (posIsArrivingLaterallyAtPos(&prop->pos, &sp150, &sp214, hovercar->speed * sp1f4)) {
hovercarIncrementStep(hovercar);
}
} else {
if (posIsArrivingLaterallyAtPos(&prop->pos, &sp150, &sp214, hovercar->speed * sp1f4)) {
hovercarIncrementStep(hovercar);
}
}
}
func0f069c70(&hovercar->base, false, true);
}
}
void hoverpropTick(struct prop *prop, bool arg1)
{
struct hoverpropobj *obj = (struct hoverpropobj *)prop->obj;
if ((obj->base.hidden & OBJHFLAG_GRABBED) == 0
&& (arg1 || (prop->flags & PROPFLAG_ONANYSCREENPREVTICK) || (obj->base.flags & OBJFLAG_CHOPPER_INACTIVE))) {
hovTick(&obj->base, &obj->hov);
}
}
void hoverbikeTick(struct prop *prop, bool arg1)
{
struct hoverbikeobj *obj = (struct hoverbikeobj *)prop->obj;
if ((obj->base.hidden & OBJHFLAG_MOUNTED) == 0) {
if ((obj->base.hidden & OBJHFLAG_GRABBED) == 0
&& (arg1 || (prop->flags & PROPFLAG_ONANYSCREENPREVTICK))) {
hovTick(&obj->base, &obj->hov);
}
if (obj->base.flags & OBJFLAG_HOVERBIKE_MOVINGWHILEEMPTY) {
hoverbikeUpdateMovement(obj, 0, 0, 0);
}
}
}
/**
* Show or hide the CI dropship's interior features depending on whether the
* dropship object's deactivated flag is set.
*/
void dropshipUpdateInterior(struct prop *prop)
{
struct defaultobj *obj = prop->obj;
struct model *model = obj->model;
struct modelnode *node = modelGetPart(model->filedata, MODELPART_DROPSHIP_INTERIOR);
if (node) {
union modelrwdata *data = modelGetNodeRwData(model, node);
u32 flags = obj->flags;
data->toggle.visible = (flags & OBJFLAG_DEACTIVATED) == 0;
}
}
void glassUpdatePortal(struct prop *prop, s32 playercount, bool *arg2)
{
struct tintedglassobj *glass = (struct tintedglassobj *) prop->obj;
if (g_TintedGlassEnabled) {
glass->opacity = 255;
} else {
glass->opacity = glassCalculateOpacity(&prop->pos, glass->xludist, glass->opadist, glass->unk64);
}
if (glass->portalnum >= 0 && playercount == 1) {
if (glass->opacity == 255) {
portalSetOpen(glass->portalnum, false);
} else {
portalSetOpen(glass->portalnum, true);
}
}
*arg2 = false;
}
void weaponInitMatrices(struct prop *prop)
{
struct weaponobj *weapon = prop->weapon;
struct model *model = weapon->base.model;
s32 i = 1;
Mtxf *mtxes = model->matrices;
Mtxf *ptr = &mtxes[i];
for (; i < model->filedata->nummatrices; i++) {
mtx4LoadIdentity(ptr);
ptr++;
}
}
void objInitMatrices(struct prop *prop)
{
struct defaultobj *obj = prop->obj;
Mtxf mtx;
if (obj->type == OBJTYPE_DOOR) {
doorInitMatrices(prop);
} else {
mtx3ToMtx4(obj->realrot, &mtx);
mtx4SetTranslation(&prop->pos, &mtx);
mtx00015be4(camGetWorldToScreenMtxf(), &mtx, obj->model->matrices);
if (obj->type == OBJTYPE_CCTV) {
cctvInitMatrices(prop, &mtx);
} else if (obj->type == OBJTYPE_AUTOGUN) {
autogunInitMatrices(prop, &mtx);
} else if (obj->type == OBJTYPE_CHOPPER) {
chopperInitMatrices(prop);
} else if (obj->type == OBJTYPE_WEAPON) {
weaponInitMatrices(prop);
} else {
if (obj->model->filedata->nummatrices >= 2) {
struct modelrenderdata thing = {NULL, 1, 3};
u32 stack;
Mtxf sp28;
mtx4Copy(obj->model->matrices, &sp28);
thing.unk10 = obj->model->matrices;
thing.unk00 = &sp28;
model0001ce64(&thing, obj->model);
}
}
}
}
void objTick(struct prop *prop)
{
struct defaultobj *obj = prop->obj;
bool silent = false;
bool regenning;
u32 cmdindex;
u32 padnum;
struct defaultobj *newparent;
if (prop->timetoregen > 0) {
// Prop is taken/unavailable
regenning = true;
if (prop->timetoregen >= TICKS(60)) {
regenning = false;
}
prop->timetoregen -= g_Vars.lvupdate60;
if (prop->timetoregen <= 0) {
// Prop has finished fading in
prop->timetoregen = 0;
if (obj->hidden2 & OBJH2FLAG_10) {
obj->hidden |= OBJHFLAG_00001000;
} else {
obj->hidden &= ~OBJHFLAG_00001000;
}
} else if (prop->timetoregen < TICKS(60) && !regenning) {
// 1 second left - time to start fading in
if (obj->damage == 0 && (obj->hidden2 & OBJH2FLAG_DESTROYED) == 0) {
if (obj->flags & OBJFLAG_INSIDEANOTHEROBJ) {
propDeregisterRooms(prop);
propDelist(prop);
obj->hidden &= ~OBJHFLAG_00000800;
cmdindex = setupGetCmdIndexByProp(prop);
// Find the parent obj (pad is repurposed here)
padnum = obj->pad;
newparent = setupGetObjByCmdIndex(cmdindex + padnum);
if (newparent && newparent->prop) {
modelSetScale(obj->model, obj->model->scale);
propReparent(obj->prop, newparent->prop);
silent = true;
}
} else {
propEnable(prop);
setup0f0923d4(obj);
obj->hidden &= ~OBJHFLAG_00000800;
}
} else {
// Object was previously damaged. Maybe glass?
if (obj->hidden2 & OBJH2FLAG_08) {
obj->flags |= OBJFLAG_00000100;
} else {
obj->flags &= ~OBJFLAG_00000100;
}
obj->damage = 0;
obj->hidden2 &= ~OBJH2FLAG_DESTROYED;
modelFreeVertices(1, obj->model);
}
if (obj->type == OBJTYPE_SHIELD) {
struct shieldobj *shield = (struct shieldobj *)obj;
shield->amount = shield->initialamount;
}
if (!silent) {
// Play respawn sound
propsnd0f0939f8(NULL, prop, SFX_REGEN, -1,
-1, 0, 0, 0, 0, -1, 0, -1, -1, -1, -1);
}
}
}
}
/**
* Tick the given object.
*
* This function is called once per player per frame. The first time it is
* called per frame a "fulltick" is done. On consecutive calls for this tick
* much of the logic is skipped, and only the logic specific to the current
* player is executed.
*/
s32 objTickPlayer(struct prop *prop)
{
bool pass;
struct defaultobj *obj = prop->obj;
struct model *model = obj->model;
bool sp592 = false;
bool pass2;
struct prop *child;
struct prop *next;
s32 result = TICKOP_NONE;
bool fulltick = false;
u32 playercount = PLAYERCOUNT();
bool sp564 = true;
bool embedded = false;
bool sp556 = false;
bool sp552 = false;
if (obj->hidden & OBJHFLAG_ISRETICK) {
obj->hidden &= ~OBJHFLAG_ISRETICK;
} else if ((obj->hidden & OBJHFLAG_PROJECTILE) && (obj->projectile->flags & PROJECTILEFLAG_SLIDING) == 0) {
prop->flags &= ~PROPFLAG_ONTHISSCREENTHISTICK;
obj->hidden |= OBJHFLAG_ISRETICK;
return TICKOP_RETICK;
}
if (obj->hidden & OBJHFLAG_REAPABLE) {
pass = false;
if (obj->type == OBJTYPE_TINTEDGLASS) {
struct tintedglassobj *glass = (struct tintedglassobj *)obj;
if (glass->portalnum >= 0) {
pass = PORTAL_IS_CLOSED(glass->portalnum);
g_BgPortals[glass->portalnum].flags |= PORTALFLAG_FORCEOPEN;
}
} else if (obj->type == OBJTYPE_DOOR) {
struct doorobj *door = (struct doorobj *)obj;
if (door->portalnum >= 0) {
pass = PORTAL_IS_CLOSED(door->portalnum);
g_BgPortals[door->portalnum].flags |= PORTALFLAG_FORCEOPEN;
}
}
if (!pass) {
objDropRecursively(prop, true);
objFree(obj, false, obj->hidden2 & OBJH2FLAG_CANREGEN);
return TICKOP_FREE;
}
}
if (prop->flags & PROPFLAG_NOTYETTICKED) {
fulltick = true;
prop->flags &= ~PROPFLAG_NOTYETTICKED;
}
if (fulltick) {
if (obj->type == OBJTYPE_AUTOGUN) {
struct autogunobj *autogun = (struct autogunobj *)prop->obj;
if (autogun->beam) {
beamTick(autogun->beam);
}
} else if (obj->type == OBJTYPE_CHOPPER) {
struct chopperobj *chopper = (struct chopperobj *)prop->obj;
beamTick(chopper->fireslotthing->beam);
}
}
if (obj->hidden & OBJHFLAG_PROJECTILE) {
struct projectile *projectile = obj->projectile;
if (projectile->ownerprop && playermgrGetPlayerNumByProp(projectile->ownerprop) >= 0) {
fulltick = (projectile->ownerprop == g_Vars.currentplayer->prop);
}
}
if (model->anim) {
if (g_Anims[model->anim->animnum].flags & 0x02) {
if (g_Vars.tickmode != TICKMODE_CUTSCENE
&& modelGetCurAnimFrame(model) >= modelGetNumAnimFrames(model) - 1) {
modelmgrFreeAnim(model->anim);
model->anim = NULL;
} else {
// In cutscene
struct modelrenderdata sp476 = {0, 1, 3};
Mtxf sp412;
struct coord sp400;
s16 sp384[8];
struct hov *hov = NULL;
if (fulltick) {
s32 iVar10 = g_Vars.lvupdate240;
if (g_Vars.tickmode == TICKMODE_CUTSCENE && iVar10 > 0 && g_Vars.cutsceneskip60ths > 0) {
iVar10 += g_Vars.cutsceneskip60ths * 4;
}
model0001ee18(model, iVar10, true);
}
anim00023d38(model->anim->animnum);
if ((g_Anims[model->anim->animnum].flags & 0x04)
&& anim0002384c(model->anim->animnum, model->anim->framea) < 0) {
sp552 = true;
} else {
if (fulltick) {
model0001b3bc(model);
}
sp556 = true;
sp476.unk10 = gfxAllocate(model->filedata->nummatrices * sizeof(Mtxf));
sp476.unk00 = camGetWorldToScreenMtxf();
model0001cebc(&sp476, model);
if (fulltick) {
mtx00015be4(camGetProjectionMtxF(), model->matrices, &sp412);
mtx4ToMtx3(&sp412, obj->realrot);
sp400.x = sp412.m[3][0];
sp400.y = sp412.m[3][1];
sp400.z = sp412.m[3][2];
if (obj->flags3 & OBJFLAG3_00000010) {
func0f065e98(&prop->pos, prop->rooms, &sp400, sp384);
} else {
func0f065e74(&prop->pos, prop->rooms, &sp400, sp384);
}
prop->pos = sp400;
propDeregisterRooms(prop);
roomsCopy(sp384, prop->rooms);
if (obj->type == OBJTYPE_HOVERPROP) {
hov = &((struct hoverpropobj *)obj)->hov;
} else if (obj->type == OBJTYPE_HOVERBIKE) {
hov = &((struct hoverbikeobj *)obj)->hov;
}
if (hov) {
hovUpdateGround(obj, hov, &prop->pos, prop->rooms, obj->realrot);
hoverpropSetTurnAngle(obj, atan2f(sp412.m[2][0], sp412.m[2][2]));
hov->unk14 = 0;
hov->unk1c = 0;
hov->unk20 = 0;
hov->unk28 = 0;
hov->unk30 = hov->ground;
hov->unk04 = prop->pos.y - hov->ground;
hov->unk0c = 0;
}
if ((obj->flags & OBJFLAG_IGNOREFLOORCOLOUR) == 0) {
cdFindFloorYColourTypeAtPos(&prop->pos, prop->rooms, &obj->floorcol, 0);
}
func0f069c70(obj, true, true);
if (obj->type == OBJTYPE_LIFT) {
liftUpdateTiles((struct liftobj *)obj, false);
}
sp592 = true;
}
}
}
} else {
struct modelrenderdata sp312 = {0, 1, 3};
Mtxf sp248;
struct coord sp236;
s16 sp220[8];
s32 numchrs;
Mtxf sp152;
s32 sp148;
s32 sp144;
s32 i;
struct coord sp128;
struct coord sp116 = {0, 0, 0};
f32 sp112;
s32 tagnum;
struct geo *geos[2];
u8 *end;
f32 damage;
if (fulltick) {
sp148 = floorf(model->anim->frame);
sp148++;
model0001ee18(model, g_Vars.lvupdate240, 1);
sp144 = floorf(model->anim->frame);
for (i = sp148; i <= sp144; i++) {
anim00024b64(0, 0, model->filedata->skel, model->anim->animnum, i, &sp128, 0);
sp116.x += sp128.x * 0.1f;
sp112 = sp128.y * 0.1f;
sp116.z += sp128.z * 0.1f;
}
mtx00016208(obj->realrot, &sp116);
}
mtx3ToMtx4(obj->realrot, &sp248);
mtx4SetTranslation(&prop->pos, &sp248);
mtx4MultMtx4(camGetWorldToScreenMtxf(), &sp248, &sp152);
sp556 = true;
sp312.unk10 = gfxAllocate(model->filedata->nummatrices * sizeof(Mtxf));
sp312.unk00 = &sp152;
model0001cebc(&sp312, model);
if (fulltick) {
sp236.x = (f32)sp116.x + prop->pos.x;
sp236.y = prop->pos.y;
sp236.z = (f32)sp116.z + prop->pos.z;
if (obj->flags3 & OBJFLAG3_00000010) {
func0f065e98(&prop->pos, prop->rooms, &sp236, sp220);
} else {
func0f065e74(&prop->pos, prop->rooms, &sp236, sp220);
}
if (modelGetCurAnimFrame(model) >= modelGetNumAnimFrames(model) - 1) {
modelmgrFreeAnim(model->anim);
model->anim = NULL;
mtx00015be4(camGetProjectionMtxF(), model->matrices, &sp248);
mtx4ToMtx3(&sp248, obj->realrot);
tagnum = objGetTagNum(obj);
if (tagnum >= 0) {
numchrs = chrsGetNumSlots();
for (i = 0; i < numchrs; i++) {
if (g_ChrSlots[i].myspecial == tagnum) {
g_ChrSlots[i].myspecial = -1;
}
}
}
}
prop->pos.x = sp236.x;
prop->pos.z = sp236.z;
propDeregisterRooms(prop);
roomsCopy(sp220, prop->rooms);
if (sp148 <= sp144) {
prop->pos.y = cdFindGroundAtCyl(&prop->pos, 5, prop->rooms, &obj->floorcol, NULL)
+ func0f06a620(obj) + sp112;
}
func0f069c70(obj, true, true);
sp592 = true;
if (objUpdateGeometry(prop, (u8 **)geos, &end)
&& geos[0]->type == GEOTYPE_BLOCK
&& cdTestBlockOverlapsAnyProp((struct geoblock *) geos[0], prop->rooms, CDTYPE_PLAYERS) == CDRESULT_COLLISION) {
damage = ((obj->maxdamage - obj->damage) + 1) / 250.0f;
obj->flags &= ~OBJFLAG_INVINCIBLE;
objDamage(obj, damage, &prop->pos, WEAPON_REMOTEMINE, -1);
}
}
}
}
if (fulltick) {
if (model->anim == NULL && (obj->hidden & OBJHFLAG_PROJECTILE)) {
sp592 = projectileTick(obj, &embedded);
if (embedded) {
result = TICKOP_CHANGEDLIST;
}
}
if (obj->type == OBJTYPE_DOOR) {
doorTick(prop);
} else if (obj->type == OBJTYPE_CCTV && (obj->flags & OBJFLAG_DEACTIVATED) == 0) {
cctvTick(prop);
} else if (obj->type == OBJTYPE_FAN) {
fanTick(prop);
} else if (obj->type == OBJTYPE_AUTOGUN && (obj->flags & OBJFLAG_DEACTIVATED) == 0) {
autogunTick(prop);
} else if (obj->type == OBJTYPE_HOVERCAR) {
hovercarTick(prop);
} else if (obj->type == OBJTYPE_CHOPPER) {
struct chopperobj *chopper = (struct chopperobj *)obj;
if (!chopper->dead) {
if (!lvIsPaused()) {
if (chopper->attackmode == CHOPPERMODE_DEAD) {
// empty
} else if (chopper->attackmode == CHOPPERMODE_FALL) {
if (obj->flags & OBJFLAG_CHOPPER_INACTIVE) {
chopper->dead = true;
} else {
chopperTickFall(prop);
}
} else if (obj->flags & OBJFLAG_CHOPPER_INACTIVE) {
chopperTickIdle(prop);
} else if (chopper->attackmode == CHOPPERMODE_PATROL) {
chopperTickPatrol(prop);
} else if (chopper->attackmode == CHOPPERMODE_COMBAT) {
chopperTickCombat(prop);
}
}
} else {
func0f0926bc(prop, 1, 0xffff);
}
} else if (obj->type == OBJTYPE_HOVERPROP) {
hoverpropTick(prop, sp592);
} else if (obj->type == OBJTYPE_HOVERBIKE) {
hoverbikeTick(prop, sp592);
}
}
if (obj->type == OBJTYPE_TINTEDGLASS) {
glassUpdatePortal(prop, playercount, &sp564);
} else if (obj->type == OBJTYPE_DOOR) {
doorUpdatePortalIfWindowed(prop, playercount);
}
if (sp552) {
pass2 = false;
} else if (prop == bmoveGetHoverbike() || prop == bmoveGetGrabbedProp()) {
pass2 = posIsInDrawDistance(&prop->pos);
} else if (obj->flags2 & OBJFLAG2_04000000) {
pass2 = posIsInDrawDistance(&prop->pos);
} else if ((obj->hidden & OBJHFLAG_00000800) == 0 && (obj->flags2 & OBJFLAG2_INVISIBLE) == 0) {
pass2 = func0f08e8ac(prop, &prop->pos, model0001af80(model), sp564);
} else {
pass2 = false;
}
if (pass2) {
if (sp592 == false) {
propCalculateShadeInfo(prop, obj->nextcol, obj->floorcol);
}
if (fulltick) {
if (prop->flags & PROPFLAG_ONANYSCREENPREVTICK) {
colourTween(obj->shadecol, obj->nextcol);
} else {
obj->shadecol[0] = obj->nextcol[0];
obj->shadecol[1] = obj->nextcol[1];
obj->shadecol[2] = obj->nextcol[2];
obj->shadecol[3] = obj->nextcol[3];
}
}
prop->flags |= PROPFLAG_ONANYSCREENTHISTICK | PROPFLAG_ONTHISSCREENTHISTICK;
if (obj->type == OBJTYPE_FAN) {
fanUpdateModel(prop);
} else if (obj->model->filedata->skel == &g_SkelDropship) {
dropshipUpdateInterior(prop);
}
if (sp556 == false) {
model->matrices = gfxAllocate(model->filedata->nummatrices * sizeof(Mtxf));
objInitMatrices(prop);
model0001cb0c(model, model->filedata->rootnode);
}
prop->z = -model->matrices[0].m[3][2];
func0f07063c(prop, fulltick);
child = prop->child;
while (child) {
next = child->next;
func0f07079c(child, fulltick);
child = next;
}
} else {
prop->flags &= ~PROPFLAG_ONTHISSCREENTHISTICK;
func0f07063c(prop, fulltick);
child = prop->child;
while (child) {
next = child->next;
func0f0706f8(child, fulltick);
child = next;
}
}
if (obj->hidden & OBJHFLAG_00000100) {
obj->hidden &= ~OBJHFLAG_00000100;
objDamage(obj, RANDOMFRAC() * 4.0f + 2.0f, &prop->pos, WEAPON_NONE, (obj->hidden & 0xf0000000) >> 28);
}
if (fulltick) {
if (obj->type == OBJTYPE_AUTOGUN) {
autogunTickShoot(prop);
}
objDropRecursively(prop, false);
}
return result;
}
Gfx *propsRenderBeams(Gfx *gdl)
{
struct prop *prop = g_Vars.activeprops;
while (prop) {
if (prop->type == PROPTYPE_CHR) {
struct chrdata *chr = prop->chr;
if (CHRRACE(chr) == RACE_ROBOT) {
gdl = beamRender(gdl, chr->unk348[0]->beam, true, true);
gdl = beamRender(gdl, chr->unk348[1]->beam, true, true);
} else {
if (chr->fireslots[0] >= 0) {
gdl = beamRender(gdl, &g_Fireslots[chr->fireslots[0]].beam, true, false);
}
if (chr->fireslots[1] >= 0) {
gdl = beamRender(gdl, &g_Fireslots[chr->fireslots[1]].beam, true, false);
}
}
} else if (prop->type == PROPTYPE_OBJ) {
struct defaultobj *obj = prop->obj;
if (obj->type == OBJTYPE_AUTOGUN) {
struct autogunobj *autogun = (struct autogunobj *)prop->obj;
gdl = beamRender(gdl, autogun->beam, true, false);
} else if (obj->type == OBJTYPE_CHOPPER) {
struct chopperobj *chopper = (struct chopperobj *)prop->obj;
gdl = beamRender(gdl, chopper->fireslotthing->beam, true, true);
}
} else if (prop->type == PROPTYPE_PLAYER) {
if (prop->chr && playermgrGetPlayerNumByProp(prop) != g_Vars.currentplayernum) {
struct chrdata *chr = prop->chr;
if (chr->fireslots[0] >= 0) {
gdl = beamRender(gdl, &g_Fireslots[chr->fireslots[0]].beam, true, false);
}
if (chr->fireslots[1] >= 0) {
gdl = beamRender(gdl, &g_Fireslots[chr->fireslots[1]].beam, true, false);
}
}
}
prop = prop->next;
}
return gdl;
}
void tvscreenSetCmdlist(struct tvscreen *screen, u32 *cmdlist)
{
screen->cmdlist = cmdlist;
screen->offset = 0;
}
u32 g_TvCmdlist00[] = {
tvcmd_settexture(29),
tvcmd_setcolour(0x008000ff, 1),
tvcmd_scrollrely(-512, 80),
tvcmd_pause(120),
tvcmd_scrollrely(-256, 20),
tvcmd_pause(120),
tvcmd_scrollrely(-128, 10),
tvcmd_pause(40),
tvcmd_scrollrely(-512, 40),
tvcmd_pause(60),
tvcmd_scrollrely(-64, 30),
tvcmd_pause(120),
tvcmd_restart(),
};
u32 g_TvCmdlist01[] = {
tvcmd_setcolour(0x202020ff, 1),
tvcmd_settexture(28),
tvcmd_scrollrelx(2048, 120),
tvcmd_pause(120),
tvcmd_scaleabsx(256, 1),
tvcmd_scaleabsy(512, 60),
tvcmd_scrollrelx(-8192, 120),
tvcmd_pause(120),
tvcmd_scaleabsx(1024, 1),
tvcmd_scaleabsy(1024, 60),
tvcmd_scaleabsy(1024, 60),
tvcmd_scrollrelx(2048, 120),
tvcmd_pause(120),
tvcmd_scaleabsx(128, 1),
tvcmd_scaleabsy(2048, 60),
tvcmd_scaleabsy(1024, 120),
tvcmd_scrollrely(1024, 60),
tvcmd_scrollrelx(512, 120),
tvcmd_pause(120),
tvcmd_restart(),
};
u32 g_TvCmdlist02[] = {
tvcmd_setcolour(0x202020ff, 1),
tvcmd_settexture(28),
tvcmd_scaleabsx(128, 1),
tvcmd_scaleabsy(2048, 60),
tvcmd_scaleabsy(1024, 120),
tvcmd_scrollrely(1024, 10),
tvcmd_scrollrelx(512, 40),
tvcmd_pause(120),
tvcmd_restart(),
};
u32 g_TvCmdlist03[] = {
tvcmd_settexture(29),
tvcmd_setcolour(0x008000ff, 1),
tvcmd_scrollrely(-512, 80),
tvcmd_pause(120),
tvcmd_scrollrely(-256, 20),
tvcmd_pause(120),
tvcmd_scrollrely(-128, 10),
tvcmd_pause(40),
tvcmd_scrollrely(-512, 40),
tvcmd_pause(60),
tvcmd_scrollrely(-64, 30),
tvcmd_pause(120),
tvcmd_restart(),
};
u32 g_TvCmdlist15[] = {
tvcmd_settexture(50),
tvcmd_setcolour(0x008000fe, 1),
tvcmd_scrollrely(-512, 80),
tvcmd_pause(120),
tvcmd_scrollrely(-256, 20),
tvcmd_pause(120),
tvcmd_scrollrely(-128, 10),
tvcmd_pause(40),
tvcmd_scrollrely(-512, 40),
tvcmd_pause(60),
tvcmd_scrollrely(-64, 30),
tvcmd_pause(120),
tvcmd_restart(),
};
u32 g_TvCmdlist04[] = {
tvcmd_settexture(29),
tvcmd_setcolour(0x280000ff, 1),
tvcmd_scrollrely(512, 80),
tvcmd_pause(120),
tvcmd_scrollrely(256, 20),
tvcmd_pause(120),
tvcmd_scrollrely(128, 10),
tvcmd_pause(40),
tvcmd_scrollrely(512, 40),
tvcmd_pause(60),
tvcmd_scrollrely(64, 30),
tvcmd_pause(120),
tvcmd_scrollrely(256, 20),
tvcmd_pause(120),
tvcmd_scrollrely(128, 10),
tvcmd_restart(),
};
u32 g_TvCmdlist05[] = {
tvcmd_settexture(29),
tvcmd_setcolour(0x003c00ff, 1),
tvcmd_scrollrely(512, 80),
tvcmd_pause(120),
tvcmd_scrollrely(128, 10),
tvcmd_pause(40),
tvcmd_scrollrely(256, 20),
tvcmd_pause(120),
tvcmd_scrollrely(128, 10),
tvcmd_pause(40),
tvcmd_scrollrely(512, 40),
tvcmd_pause(60),
tvcmd_scrollrely(64, 30),
tvcmd_pause(120),
tvcmd_restart(),
};
u32 g_TvCmdlist06[] = {
tvcmd_settexture(30),
tvcmd_setcolour(0x404000ff, 1),
tvcmd_scrollrelx(640, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist07[] = {
tvcmd_settexture(30),
tvcmd_setcolour(0x004040ff, 1),
tvcmd_scrollrelx(640, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist08[] = {
tvcmd_settexture(30),
tvcmd_setcolour(0x008000ff, 1),
tvcmd_scrollrelx(-640, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist0F[] = {
tvcmd_settexture(49),
tvcmd_scaleabsx(512, 0),
tvcmd_scaleabsy(512, 0),
tvcmd_setcolour(0xdc2828ff, 60),
tvcmd_pause(60),
tvcmd_setcolour(0x323232ff, 10),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist10[] = {
tvcmd_settexture(49),
tvcmd_scaleabsx(512, 0),
tvcmd_scaleabsy(512, 0),
tvcmd_setcolour(0x32c832ff, 60),
tvcmd_pause(60),
tvcmd_setcolour(0x323232ff, 10),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist11[] = {
tvcmd_settexture(49),
tvcmd_scaleabsx(512, 0),
tvcmd_scaleabsy(512, 0),
tvcmd_setcolour(0x323232ff, 10),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist12[] = {
tvcmd_settexture(49),
tvcmd_scaleabsx(512, 0),
tvcmd_scaleabsy(512, 0),
tvcmd_setcolour(0xdc2828ff, 10),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist13[] = {
tvcmd_settexture(49),
tvcmd_scaleabsx(512, 0),
tvcmd_scaleabsy(512, 0),
tvcmd_setcolour(0x32c832ff, 10),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist16[] = {
tvcmd_settexture(51),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist17[] = {
tvcmd_settexture(72),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist18[] = {
tvcmd_settexture(73),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist19[] = {
tvcmd_settexture(74),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist1A[] = {
tvcmd_settexture(75),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist1B[] = {
tvcmd_settexture(76),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist1C[] = {
tvcmd_settexture(77),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist24[] = {
tvcmd_setcolour(0x000000ff, 1),
tvcmd_settexture(75),
tvcmd_pause(1),
tvcmd_setcolour(0xffffffff, 180),
tvcmd_pause(360),
tvcmd_setcolour(0x000000ff, 30),
tvcmd_pause(30),
tvcmd_settexture(76),
tvcmd_pause(1),
tvcmd_setcolour(0xffffffff, 180),
tvcmd_pause(360),
tvcmd_setcolour(0x000000ff, 30),
tvcmd_pause(30),
tvcmd_settexture(77),
tvcmd_pause(1),
tvcmd_setcolour(0xffffffff, 180),
tvcmd_pause(360),
tvcmd_setcolour(0x000000ff, 29),
tvcmd_pause(29),
tvcmd_restart(),
};
u32 g_TvCmdlist1D[] = {
tvcmd_settexture(78),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 var8006a4dc[] = {
tvcmd_settexture(52),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(5),
tvcmd_settexture(53),
tvcmd_pause(5),
tvcmd_settexture(54),
tvcmd_pause(5),
tvcmd_settexture(55),
tvcmd_pause(5),
tvcmd_restart(),
};
u32 var8006a52c[] = {
tvcmd_settexture(79),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(5),
tvcmd_settexture(80),
tvcmd_pause(5),
tvcmd_settexture(81),
tvcmd_pause(5),
tvcmd_settexture(82),
tvcmd_pause(5),
tvcmd_restart(),
};
u32 var8006a57c[] = {
tvcmd_settexture(56),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_settexture(57),
tvcmd_pause(10),
tvcmd_settexture(58),
tvcmd_pause(10),
tvcmd_settexture(59),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 var8006a5cc[] = {
tvcmd_settexture(60),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(15),
tvcmd_settexture(61),
tvcmd_pause(15),
tvcmd_restart(),
};
u32 var8006a5fc[] = {
tvcmd_settexture(62),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_settexture(63),
tvcmd_pause(10),
tvcmd_settexture(64),
tvcmd_pause(10),
tvcmd_settexture(65),
tvcmd_pause(10),
tvcmd_settexture(66),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 var8006a65c[] = {
tvcmd_settexture(67),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_settexture(68),
tvcmd_pause(10),
tvcmd_settexture(69),
tvcmd_pause(10),
tvcmd_settexture(70),
tvcmd_pause(10),
tvcmd_settexture(71),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist25[] = {
tvcmd_settexture(83),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist26[] = {
tvcmd_settexture(84),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist27[] = {
tvcmd_settexture(85),
tvcmd_setcolour(0x008000ff, 1),
tvcmd_scrollrely(-512, 80),
tvcmd_pause(80),
tvcmd_restart(),
};
u32 g_TvCmdlist28[] = {
tvcmd_settexture(85),
tvcmd_setcolour(0x0032c8ff, 1),
tvcmd_scrollrely(512, 80),
tvcmd_pause(80),
tvcmd_restart(),
};
u32 g_TvCmdlist29[] = {
tvcmd_settexture(86),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist2A[] = {
tvcmd_settexture(86),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_scrollrely(-512, 80),
tvcmd_pause(80),
tvcmd_restart(),
};
u32 g_TvCmdlist2B[] = {
tvcmd_settexture(87),
tvcmd_setcolour(0x008000ff, 1),
tvcmd_scrollrely(-512, 80),
tvcmd_pause(80),
tvcmd_restart(),
};
u32 g_TvCmdlist2C[] = {
tvcmd_settexture(87),
tvcmd_setcolour(0x0032c8ff, 1),
tvcmd_scrollrely(512, 80),
tvcmd_pause(80),
tvcmd_restart(),
};
u32 g_TvCmdlist2D[] = {
tvcmd_settexture(88),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist2E[] = {
tvcmd_settexture(89),
tvcmd_setcolour(0x007f00ff, 1),
tvcmd_scrollrely(-512, 80),
tvcmd_pause(120),
tvcmd_scrollrely(-256, 20),
tvcmd_pause(120),
tvcmd_scrollrely(-128, 10),
tvcmd_pause(40),
tvcmd_scrollrely(-512, 40),
tvcmd_pause(60),
tvcmd_scrollrely(-64, 30),
tvcmd_pause(120),
tvcmd_restart(),
};
u32 g_TvCmdlist2F[] = {
tvcmd_settexture(89),
tvcmd_setcolour(0xff7f00ff, 1),
tvcmd_scrollrely(512, 80),
tvcmd_pause(120),
tvcmd_scrollrely(256, 20),
tvcmd_pause(120),
tvcmd_scrollrely(128, 10),
tvcmd_pause(40),
tvcmd_scrollrely(512, 40),
tvcmd_pause(60),
tvcmd_scrollrely(64, 30),
tvcmd_pause(120),
tvcmd_restart(),
};
u32 g_TvCmdlist30[] = {
tvcmd_settexture(90),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist31[] = {
tvcmd_settexture(91),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist32[] = {
tvcmd_settexture(92),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist33[] = {
tvcmd_setcolour(0x000000ff, 1),
tvcmd_settexture(90),
tvcmd_pause(1),
tvcmd_setcolour(0xffffffff, 180),
tvcmd_pause(360),
tvcmd_setcolour(0x000000ff, 30),
tvcmd_pause(30),
tvcmd_settexture(91),
tvcmd_pause(1),
tvcmd_setcolour(0xffffffff, 180),
tvcmd_pause(360),
tvcmd_setcolour(0x000000ff, 30),
tvcmd_pause(30),
tvcmd_settexture(92),
tvcmd_pause(1),
tvcmd_setcolour(0xffffffff, 180),
tvcmd_pause(360),
tvcmd_setcolour(0x000000ff, 29),
tvcmd_pause(29),
tvcmd_restart(),
};
u32 g_TvCmdlist34[] = {
tvcmd_settexture(93),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist35[] = {
tvcmd_settexture(94),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist36[] = {
tvcmd_settexture(95),
tvcmd_setcolour(0xffffffff, 1),
tvcmd_pause(10),
tvcmd_restart(),
};
u32 g_TvCmdlist14[] = {
tvcmd_settexture(0),
tvcmd_setcolour(0x000000ff, 0),
tvcmd_yield(),
// flow on to next cmdlist
};
u32 var8006aaa0[] = {
tvcmd_scaleabsx(1024, 0),
tvcmd_scaleabsy(1024, 0),
tvcmd_pause(1),
tvcmd_scaleabsx(4096, 20),
tvcmd_scaleabsy(4096, 20),
tvcmd_pause(20),
tvcmd_restart(),
};
u32 var8006aae4[] = {
tvcmd_settexture(0),
tvcmd_scrollrelx(1024, 20),
tvcmd_pause(20),
tvcmd_scrollrely(1024, 20),
tvcmd_setcolour(0x000000ff, 20),
tvcmd_pause(20),
tvcmd_scaleabsx(512, 20),
tvcmd_scaleabsy(512, 20),
tvcmd_setcolour(0xffffffff, 20),
tvcmd_pause(20),
tvcmd_scaleabsx(1024, 20),
tvcmd_scaleabsy(1024, 20),
tvcmd_pause(20),
tvcmd_restart(),
};
void tvscreenSetImageByNum(struct tvscreen *screen, s32 imagenum)
{
u32 *image = g_TvCmdlist00;
switch (imagenum) {
case TVCMDLIST_01: image = g_TvCmdlist01; break;
case TVCMDLIST_02: image = g_TvCmdlist02; break;
case TVCMDLIST_03: image = g_TvCmdlist03; break;
case TVCMDLIST_04: image = g_TvCmdlist04; break;
case TVCMDLIST_05: image = g_TvCmdlist05; break;
case TVCMDLIST_06: image = g_TvCmdlist06; break;
case TVCMDLIST_07: image = g_TvCmdlist07; break;
case TVCMDLIST_08: image = g_TvCmdlist08; break;
case TVCMDLIST_09: image = g_TvCmdlist03; break;
case TVCMDLIST_0A: image = g_TvCmdlist03; break;
case TVCMDLIST_0B: image = g_TvCmdlist03; break;
case TVCMDLIST_0C: image = g_TvCmdlist03; break;
case TVCMDLIST_0D: image = g_TvCmdlist03; break;
case TVCMDLIST_0E: image = g_TvCmdlist03; break;
case TVCMDLIST_0F: image = g_TvCmdlist0F; break;
case TVCMDLIST_10: image = g_TvCmdlist10; break;
case TVCMDLIST_11: image = g_TvCmdlist11; break;
case TVCMDLIST_12: image = g_TvCmdlist12; break;
case TVCMDLIST_13: image = g_TvCmdlist13; break;
case TVCMDLIST_14: image = g_TvCmdlist14; break;
case TVCMDLIST_15: image = g_TvCmdlist15; break;
case TVCMDLIST_16: image = g_TvCmdlist16; break;
case TVCMDLIST_17: image = g_TvCmdlist17; break;
case TVCMDLIST_18: image = g_TvCmdlist18; break;
case TVCMDLIST_19: image = g_TvCmdlist19; break;
case TVCMDLIST_1A: image = g_TvCmdlist1A; break;
case TVCMDLIST_1B: image = g_TvCmdlist1B; break;
case TVCMDLIST_1C: image = g_TvCmdlist1C; break;
case TVCMDLIST_1D: image = g_TvCmdlist1D; break;
case TVCMDLIST_24: image = g_TvCmdlist24; break;
case TVCMDLIST_1E: image = g_TvCmdlist08; break;
case TVCMDLIST_1F: image = g_TvCmdlist08; break;
case TVCMDLIST_20: image = g_TvCmdlist08; break;
case TVCMDLIST_21: image = g_TvCmdlist08; break;
case TVCMDLIST_22: image = g_TvCmdlist08; break;
case TVCMDLIST_23: image = g_TvCmdlist08; break;
case TVCMDLIST_25: image = g_TvCmdlist25; break;
case TVCMDLIST_26: image = g_TvCmdlist26; break;
case TVCMDLIST_27: image = g_TvCmdlist27; break;
case TVCMDLIST_28: image = g_TvCmdlist28; break;
case TVCMDLIST_29: image = g_TvCmdlist29; break;
case TVCMDLIST_2A: image = g_TvCmdlist2A; break;
case TVCMDLIST_2B: image = g_TvCmdlist2B; break;
case TVCMDLIST_2C: image = g_TvCmdlist2C; break;
case TVCMDLIST_2D: image = g_TvCmdlist2D; break;
case TVCMDLIST_2E: image = g_TvCmdlist2E; break;
case TVCMDLIST_2F: image = g_TvCmdlist2F; break;
case TVCMDLIST_30: image = g_TvCmdlist30; break;
case TVCMDLIST_31: image = g_TvCmdlist31; break;
case TVCMDLIST_32: image = g_TvCmdlist32; break;
case TVCMDLIST_33: image = g_TvCmdlist33; break;
case TVCMDLIST_34: image = g_TvCmdlist34; break;
case TVCMDLIST_35: image = g_TvCmdlist35; break;
case TVCMDLIST_36: image = g_TvCmdlist36; break;
case TVCMDLIST_00:
break;
}
tvscreenSetCmdlist(screen, image);
}
void tvscreenSetTexture(struct tvscreen *screen, s32 texturenum)
{
screen->tconfig = (struct textureconfig *)texturenum;
}
struct tvcmd {
u32 type;
s32 arg1;
u32 arg2;
};
Gfx *tvscreenRender(struct model *model, struct modelnode *node, struct tvscreen *screen, Gfx *gdl, s32 arg4, s32 arg5)
{
if (node && (node->type & 0xff) == MODELNODETYPE_DL) {
struct gfxvtx *vertices = gfxAllocateVertices(4); // b4
struct colour *colours = gfxAllocateColours(1); // b0
Gfx *savedgdl = gdl++; // ac
union modelrodata *rodata = node->rodata; // a8
union modelrwdata *rwdata = modelGetNodeRwData(model, node); // a4
struct textureconfig *tconfig;
bool yielding = false;
while (!yielding) {
struct tvcmd *cmd = (struct tvcmd *) &screen->cmdlist[screen->offset]; // 98
switch (cmd->type) {
case TVCMD_STOPSCROLL:
screen->xmidinc = 0.0f;
screen->ymidinc = 0.0f;
screen->offset++;
break;
case TVCMD_SCROLLRELX:
screen->xmidfrac = 0.0f;
screen->xmidinc = cmd->arg2 == 0 ? 1.0f : 1.0f / cmd->arg2;
screen->xmidold = screen->xmid;
screen->xmidnew = screen->xmid + cmd->arg1 * (1.0f / 1024.0f);
screen->offset += 3;
break;
case TVCMD_SCROLLRELY:
screen->ymidfrac = 0.0f;
screen->ymidinc = cmd->arg2 == 0 ? 1.0f : 1.0f / cmd->arg2;
screen->ymidold = screen->ymid;
screen->ymidnew = screen->ymid + cmd->arg1 * (1.0f / 1024.0f);
screen->offset += 3;
break;
case TVCMD_SCROLLABSX:
screen->xmidfrac = 0.0f;
screen->xmidinc = cmd->arg2 == 0 ? 1.0f : 1.0f / cmd->arg2;
screen->xmidold = screen->xmid;
screen->xmidnew = cmd->arg1 * (1.0f / 1024.0f);
screen->offset += 3;
break;
case TVCMD_SCROLLABSY:
screen->ymidfrac = 0.0f;
screen->ymidinc = cmd->arg2 == 0 ? 1.0f : 1.0f / cmd->arg2;
screen->ymidold = screen->ymid;
screen->ymidnew = cmd->arg1 * (1.0f / 1024.0f);
screen->offset += 3;
break;
case TVCMD_SCALEABSX:
screen->xscalefrac = 0.0f;
screen->xscaleinc = cmd->arg2 == 0 ? 1.0f : 1.0f / cmd->arg2;
screen->xscaleold = screen->xscale;
screen->xscalenew = cmd->arg1 * (1.0f / 1024.0f);
screen->offset += 3;
break;
case TVCMD_SCALEABSY:
screen->yscalefrac = 0.0f;
screen->yscaleinc = cmd->arg2 == 0 ? 1.0f : 1.0f / cmd->arg2;
screen->yscaleold = screen->yscale;
screen->yscalenew = cmd->arg1 * (1.0f / 1024.0f);
screen->offset += 3;
break;
case TVCMD_SETTEXTURE:
tvscreenSetTexture(screen, cmd->arg1);
screen->offset += 2;
break;
case TVCMD_PAUSE:
if (screen->pause60 >= 0) {
screen->pause60 -= g_Vars.lvupdate60;
if (screen->pause60 >= 0) {
yielding = true;
} else {
screen->offset += 2;
}
} else {
yielding = true;
screen->pause60 = cmd->arg1;
}
break;
case TVCMD_SETCMDLIST:
tvscreenSetCmdlist(screen, (u32 *) cmd->arg1);
break;
case TVCMD_RANDSETCMDLIST:
if ((random() >> 16) < cmd->arg2) {
tvscreenSetCmdlist(screen, (u32 *) cmd->arg1);
} else {
screen->offset += 3;
}
break;
case TVCMD_RESTART:
screen->offset = 0;
break;
case TVCMD_YIELD:
yielding = true;
break;
case TVCMD_SETCOLOUR:
screen->colfrac = 0.0f;
screen->colinc = cmd->arg2 == 0 ? 1.0f : 1.0f / cmd->arg2;
screen->redold = screen->red;
screen->rednew = ((u32)cmd->arg1 >> 24) & 0xff;
screen->greenold = screen->green;
screen->greennew = ((u32)cmd->arg1 >> 16) & 0xff;
screen->blueold = screen->blue;
screen->bluenew = ((u32)cmd->arg1 >> 8) & 0xff;
screen->alphaold = screen->alpha;
screen->alphanew = cmd->arg1 & 0xff;
screen->offset += 3;
break;
case TVCMD_ROTATEABS:
screen->rot = cmd->arg1 * (M_BADTAU / 65536.0f);
screen->offset += 2;
break;
case TVCMD_ROTATEREL:
screen->rot += g_Vars.lvupdate60f * cmd->arg1 * (M_BADTAU / 65536.0f);
if (screen->rot >= M_BADTAU) {
screen->rot -= M_BADTAU;
}
if (screen->rot < 0.0f) {
screen->rot += M_BADTAU;
}
screen->offset += 2;
break;
}
}
// Increment X scale
if (screen->xscaleinc > 0.0f) {
screen->xscalefrac += screen->xscaleinc * g_Vars.lvupdate60f;
if (screen->xscalefrac < 1.0f) {
screen->xscale = screen->xscaleold + (screen->xscalenew - screen->xscaleold) * screen->xscalefrac;
} else {
screen->xscalefrac = 1.0f;
screen->xscaleinc = 0.0f;
screen->xscale = screen->xscalenew;
}
}
// Increment Y scale
if (screen->yscaleinc > 0.0f) {
screen->yscalefrac += screen->yscaleinc * g_Vars.lvupdate60f;
if (screen->yscalefrac < 1.0f) {
screen->yscale = screen->yscaleold + (screen->yscalenew - screen->yscaleold) * screen->yscalefrac;
} else {
screen->yscalefrac = 1.0f;
screen->yscaleinc = 0.0f;
screen->yscale = screen->yscalenew;
}
}
// Increment X scroll
if (screen->xmidinc > 0.0f) {
screen->xmidfrac += screen->xmidinc * g_Vars.lvupdate60f;
if (screen->xmidfrac < 1.0f) {
screen->xmid = screen->xmidold + (screen->xmidnew - screen->xmidold) * screen->xmidfrac;
} else {
screen->xmidfrac = 1.0f;
screen->xmidinc = 0.0f;
screen->xmid = screen->xmidnew;
}
}
// Increment Y scroll
if (screen->ymidinc > 0.0f) {
screen->ymidfrac += screen->ymidinc * g_Vars.lvupdate60f;
if (screen->ymidfrac < 1.0f) {
screen->ymid = screen->ymidold + (screen->ymidnew - screen->ymidold) * screen->ymidfrac;
} else {
screen->ymidfrac = 1.0f;
screen->ymidinc = 0.0f;
screen->ymid = screen->ymidnew;
}
}
// Increment colour change
if (screen->colinc > 0.0f) {
screen->colfrac += screen->colinc * g_Vars.lvupdate60f;
if (screen->colfrac < 1.0f) {
screen->red = screen->redold + (s32) ((screen->rednew - screen->redold) * screen->colfrac);
screen->green = screen->greenold + (s32) ((screen->greennew - screen->greenold) * screen->colfrac);
screen->blue = screen->blueold + (s32) ((screen->bluenew - screen->blueold) * screen->colfrac);
screen->alpha = screen->alphaold + (s32) ((screen->alphanew - screen->alphaold) * screen->colfrac);
} else {
screen->colfrac = 1.0f;
screen->colinc = 0.0f;
screen->red = screen->rednew;
screen->green = screen->greennew;
screen->blue = screen->bluenew;
screen->alpha = screen->alphanew;
}
}
// Set up everything for rendering
rwdata->dl.gdl = gdl;
rwdata->dl.vertices = vertices;
rwdata->dl.colours = colours;
vertices[0] = rodata->dl.vertices[0];
vertices[1] = rodata->dl.vertices[1];
vertices[2] = rodata->dl.vertices[2];
vertices[3] = rodata->dl.vertices[3];
if ((u32)screen->tconfig < 100) {
tconfig = &g_TexScreenConfigs[(s32)screen->tconfig];
} else {
tconfig = screen->tconfig;
}
if (tconfig != NULL) {
u32 stack[13];
f32 f20;
f32 f24;
f32 f14; // 58
f32 f16; // 54
u8 stack2[0x8];
f32 a;
f32 b;
f20 = screen->xscale / 2.0f;
f24 = screen->yscale / 2.0f;
f14 = f20;
f16 = f24;
if (1);
if (1);
if (1);
if (1);
if (1);
if (screen->rot != 0.0f) {
f32 f22;
f32 f2;
f22 = cosf(screen->rot) * 1.4142f;
f2 = sinf(screen->rot) * 1.4142f;
f20 *= f22;
f24 *= f2;
f14 *= f2;
f16 *= f22;
}
vertices[0].s = tconfig->width * (screen->xmid + f20) * 32.0f;
vertices[0].t = tconfig->height * (screen->ymid + f24) * 32.0f;
vertices[1].s = tconfig->width * (screen->xmid - f14) * 32.0f;
vertices[1].t = tconfig->height * (screen->ymid + f16) * 32.0f;
vertices[2].s = tconfig->width * (screen->xmid - f20) * 32.0f;
vertices[2].t = tconfig->height * (screen->ymid - f24) * 32.0f;
vertices[3].s = tconfig->width * (screen->xmid + f14) * 32.0f;
vertices[3].t = tconfig->height * (screen->ymid - f16) * 32.0f;
}
colours[0].r = screen->red;
colours[0].g = screen->green;
colours[0].b = screen->blue;
colours[0].a = screen->alpha;
vertices[0].colour = 0;
vertices[1].colour = 0;
vertices[2].colour = 0;
vertices[3].colour = 0;
if (screen->alpha < 255) {
arg5 = 2;
}
// Render the image
gSPSetGeometryMode(gdl++, G_CULL_BACK);
if (1);
texSelect(&gdl, tconfig, arg5, arg4, 2, 1, NULL);
gSPMatrix(gdl++, osVirtualToPhysical(model->matrices), G_MTX_NOPUSH | G_MTX_LOAD | G_MTX_MODELVIEW);
gSPSegment(gdl++, SPSEGMENT_MODEL_VTX, osVirtualToPhysical(vertices));
gDPSetColorArray(gdl++, osVirtualToPhysical(colours), 1);
gDPSetVerticeArray(gdl++, SPSEGMENT_MODEL_VTX << 24, 4);
gDPTri2(gdl++, 0, 1, 2, 0, 2, 3);
gSPEndDisplayList(gdl++);
gSPBranchList(savedgdl++, gdl);
}
return gdl;
}
void objRenderProp(struct prop *prop, struct modelrenderdata *renderdata, bool xlupass)
{
if (prop->flags & PROPFLAG_ONTHISSCREENTHISTICK) {
struct defaultobj *obj = prop->obj;
struct model *model = obj->model;
bool sp6c;
struct prop *child;
Gfx *gdl;
s32 sp60;
sp6c = 0;
sp6c += (obj->flags & OBJFLAG_00000200) && camGetOrthogonalMtxL();
gdl = renderdata->gdl;
if (obj->type == OBJTYPE_SINGLEMONITOR) {
if (renderdata->flags & 1) {
struct singlemonitorobj *monitor = (struct singlemonitorobj *) prop->obj;
if (obj->flags2 & OBJFLAG2_DRAWONTOP) {
sp60 = 0;
} else if (obj->flags & OBJFLAG_DEACTIVATED) {
sp60 = wallhit0f140750(&prop->pos);
} else {
sp60 = 1;
}
gdl = tvscreenRender(model, modelGetPart(model->filedata, MODELPART_0000), &monitor->screen, gdl, sp60, 1);
}
} else if (obj->type == OBJTYPE_MULTIMONITOR) {
if (renderdata->flags & 1) {
struct multimonitorobj *monitor = (struct multimonitorobj *) prop->obj;
if (obj->flags2 & OBJFLAG2_DRAWONTOP) {
sp60 = 0;
} else if (obj->flags & OBJFLAG_DEACTIVATED) {
sp60 = wallhit0f140750(&prop->pos);
} else {
sp60 = 1;
}
gdl = tvscreenRender(model, modelGetPart(model->filedata, MODELPART_0000), &monitor->screens[0], gdl, sp60, 1);
if (obj->flags2 & OBJFLAG2_DRAWONTOP) {
sp60 = 0;
} else if (obj->flags & (OBJFLAG_DEACTIVATED | OBJFLAG_20000000)) {
sp60 = wallhit0f140750(&prop->pos);
} else {
sp60 = 1;
}
gdl = tvscreenRender(model, modelGetPart(model->filedata, MODELPART_0001), &monitor->screens[1], gdl, sp60, 1);
gdl = tvscreenRender(model, modelGetPart(model->filedata, MODELPART_0002), &monitor->screens[2], gdl, sp60, 1);
gdl = tvscreenRender(model, modelGetPart(model->filedata, MODELPART_0003), &monitor->screens[3], gdl, sp60, 1);
}
}
if (obj->type == OBJTYPE_DOOR) {
struct doorobj *door = prop->door;
gSPClearGeometryMode(gdl++, G_CULL_BOTH);
if (door->doorflags & DOORFLAG_FLIP) {
renderdata->cullmode = CULLMODE_FRONT;
} else {
renderdata->cullmode = CULLMODE_BACK;
}
if (renderdata->unk30 == 9) {
renderdata->envcolour &= 0xffffff00;
}
} else if ((obj->hidden2 & OBJH2FLAG_80) == 0) {
renderdata->cullmode = CULLMODE_BACK;
if (renderdata->unk30 == 9) {
renderdata->envcolour &= 0xffffff00;
}
} else {
s32 level = objGetDestroyedLevel(obj);
renderdata->cullmode = CULLMODE_NONE;
if (renderdata->unk30 == 9) {
s32 alpha = 100 + level * 50;
if (alpha > 255) {
alpha = 255;
}
renderdata->envcolour &= 0xffffff00;
renderdata->envcolour |= alpha;
} else if (level > 0) {
renderdata->envcolour |= 0x0000ff00;
}
}
if (sp6c) {
gSPMatrix(gdl++, camGetOrthogonalMtxL(), G_MTX_NOPUSH | G_MTX_LOAD | G_MTX_PROJECTION);
}
renderdata->gdl = gdl;
modelRender(renderdata, model);
gdl = renderdata->gdl;
if (obj->type == OBJTYPE_DOOR) {
gSPClearGeometryMode(gdl++, G_CULL_BOTH);
}
if (obj->hidden2 & (OBJH2FLAG_HASOPA << xlupass)) {
gdl = wallhitRenderPropHits(gdl, prop, xlupass);
}
if (sp6c) {
gSPMatrix(gdl++, camGetPerspectiveMtxL(), G_MTX_NOPUSH | G_MTX_LOAD | G_MTX_PROJECTION);
}
renderdata->gdl = gdl;
child = prop->child;
while (child) {
objRenderProp(child, renderdata, xlupass);
child = child->next;
}
if (xlupass) {
if (sp6c) {
player0f0c3320(model->matrices, model->filedata->nummatrices);
} else {
func0f0c33f0(model->matrices, model->filedata->nummatrices);
}
if ((obj->flags3 & (OBJFLAG3_SHOWSHIELD | OBJFLAG3_SHIELDHIT)) && objIsHealthy(obj)) {
gSPSetGeometryMode(renderdata->gdl++, G_CULL_BACK);
renderdata->gdl = shieldhitRender(renderdata->gdl, prop, prop, 0xff, 0, 0, 1, 2, 3);
}
}
}
}
Gfx *gfxRenderRadialShadow(Gfx *gdl, f32 x, f32 y, f32 z, f32 angle, f32 radius, u32 colour)
{
Mtxf spc0;
Mtxf sp80;
Mtxf *mtx;
struct gfxvtx *vertices;
u32 *colours;
struct coord pos;
struct textureconfig *tconfig;
s32 i;
f32 base1 = 0.0f;
f32 base2 = 0.0f;
f32 base3 = 0.0f;
f32 base4 = 0.0f;
if (radius);
vertices = gfxAllocateVertices(4);
colours = gfxAllocateColours(1);
tconfig = &g_TexShadowConfigs[0];
colours[0] = colour;
pos.x = x;
pos.y = y + 2.0f;
pos.z = z;
mtx = gfxAllocateMatrix();
mtx4LoadYRotationWithTranslation(&pos, angle, &spc0);
mtx4MultMtx4(camGetWorldToScreenMtxf(), &spc0, &sp80);
mtx00016054(&sp80, mtx);
for (i = 0; i < 4; i++) {
vertices[i].y = 0;
vertices[i].colour = 0;
}
vertices[0].x = base1 - radius;
vertices[0].z = base3 - radius;
vertices[1].x = base1 - radius;
vertices[1].z = base4 + radius;
vertices[2].x = base2 + radius;
vertices[2].z = base4 + radius;
vertices[3].x = base2 + radius;
vertices[3].z = base3 - radius;
if (tconfig) {
vertices[0].s = 0;
vertices[0].t = 0;
vertices[1].s = tconfig->width * 32 - 1;
vertices[1].t = 0;
vertices[2].s = tconfig->width * 32 - 1;
vertices[2].t = tconfig->height * 32 - 1;
vertices[3].s = 0;
vertices[3].t = tconfig->height * 32 - 1;
texSelect(&gdl, tconfig, 4, 1, 2, 1, NULL);
} else {
texSelect(&gdl, NULL, 1, 1, 2, 1, NULL);
}
gSPSetGeometryMode(gdl++, G_CULL_BACK);
gSPMatrix(gdl++, osVirtualToPhysical(mtx), G_MTX_NOPUSH | G_MTX_LOAD | G_MTX_MODELVIEW);
gDPSetColorArray(gdl++, osVirtualToPhysical(colours), 1);
gDPSetVerticeArray(gdl++, osVirtualToPhysical(vertices), 4);
gDPTri2(gdl++, 0, 1, 2, 2, 3, 0);
return gdl;
}
Gfx *objRenderShadow(struct defaultobj *obj, Gfx *gdl)
{
f32 angle;
f32 y;
s32 room = cdFindFloorRoomYColourFlagsAtPos(&obj->prop->pos, obj->prop->rooms, &y, NULL, NULL);
if (room > 0 && (obj->modelnum == MODEL_HOOVERBOT || obj->modelnum == MODEL_TESTERBOT)) {
angle = hoverpropGetTurnAngle(obj);
gdl = gfxRenderRadialShadow(gdl, obj->prop->pos.x, y, obj->prop->pos.z, angle, 20, 0xffffff78);
} else if (room > 0) {
angle = hoverpropGetTurnAngle(obj);
gdl = gfxRenderRadialShadow(gdl, obj->prop->pos.x, y, obj->prop->pos.z, angle, 30, 0xffffff78);
}
return gdl;
}
Gfx *objRender(struct prop *prop, Gfx *gdl, bool xlupass)
{
f32 spe8[4];
s32 spe4;
struct defaultobj *obj = prop->obj;
struct modelrenderdata renderdata = {NULL, true, 3};
struct screenbox screenbox;
s32 colour[4];
s32 sp84;
s32 healththing;
s32 alpha = 0xff;
f32 xrayalphafrac;
s32 mult;
struct weaponobj *weapon;
struct doorobj *door;
f32 frac;
struct modelnode *node;
struct modelrodata_dl *dldata1;
struct modelrwdata_dl *dldata2;
f32 fadedist;
struct colour *oldcolours;
struct colour *newcolours;
f32 objdist;
s32 i;
spe4 = env0f1667f4(prop, spe8);
if (spe4 == 0) {
return gdl;
}
if (obj->type != OBJTYPE_TINTEDGLASS) {
frac = func0f08e6bc(prop, model0001af80(obj->model));
if (prop->timetoregen > 0 && prop->timetoregen < TICKS(60)) {
frac *= (TICKS(60.0f) - prop->timetoregen) * (PAL ? 0.019999999552965f : 0.016666667535901f);
}
alpha = frac * 255.0f;
if (alpha <= 0) {
return gdl;
}
}
if (g_Vars.currentplayer->visionmode == VISIONMODE_NORMAL) {
// empty
} else if (g_Vars.currentplayer->visionmode == VISIONMODE_SLAYERROCKET) {
if (g_Vars.currentplayer->slayerrocket
&& g_Vars.currentplayer->slayerrocket->base.prop
&& g_Vars.currentplayer->slayerrocket->base.prop == prop) {
return gdl;
}
} else if (g_Vars.currentplayer->visionmode == VISIONMODE_XRAY) {
fadedist;
objdist = sqrtf(ERASERSQDIST(prop->pos.f));
if (objdist > g_Vars.currentplayer->eraserpropdist) {
return gdl;
}
alpha = 128;
fadedist = g_Vars.currentplayer->eraserpropdist - 150.0f;
if (objdist > fadedist) {
alpha = (1.0f - (objdist - fadedist) / 150.0f) * 128;
}
xrayalphafrac = objdist / g_Vars.currentplayer->eraserpropdist;
if (xrayalphafrac > 1.0f) {
xrayalphafrac = 1.0f;
}
}
if (g_Vars.lvmpbotlevel && obj->type == OBJTYPE_WEAPON) {
if (obj->flags3 & OBJFLAG3_HARDFREEING) {
weapon = (struct weaponobj *)obj;
alpha = ((f32)alpha * (f32)weapon->fadeouttimer60) * (PAL ? 0.019999999552965f : 0.016666667535901f);
if (alpha < 0) {
alpha = 0;
} else if (alpha > 0xff) {
alpha = 0xff;
}
}
}
if (alpha < 0xff || (obj->flags2 & OBJFLAG2_DRAWONTOP)) {
if (!xlupass) {
return gdl;
}
sp84 = 3;
} else {
if (!xlupass) {
sp84 = 1;
} else {
sp84 = 2;
}
}
if (obj->type == OBJTYPE_DOOR) {
door = (struct doorobj *)obj;
if (door->doortype == DOORTYPE_LASER) {
node = func0f0687e4(obj->model);
dldata1 = &node->rodata->dl;
dldata2 = (struct modelrwdata_dl *) modelGetNodeRwData(obj->model, node);
oldcolours = (struct colour *) ((((u32) &dldata1->vertices[dldata1->numvertices] + 7) | 7) ^ 7);
newcolours = (struct colour *) gfxAllocateColours(dldata1->numcolours);
for (i = 0; i < dldata1->numcolours; i++) {
newcolours[i] = oldcolours[i];
newcolours[i].a = door->laserfade;
}
dldata2->colours = newcolours;
}
}
if ((obj->flags2 & OBJFLAG2_04000000) == 0 && func0f08e5a8(prop->rooms, &screenbox) > 0) {
gdl = currentPlayerScissorWithinViewport(gdl, screenbox.xmin, screenbox.ymin, screenbox.xmax, screenbox.ymax);
} else {
gdl = currentPlayerScissorToViewport(gdl);
}
renderdata.flags = sp84;
renderdata.zbufferenabled = (obj->flags2 & OBJFLAG2_DRAWONTOP) == 0;
renderdata.gdl = gdl;
if (alpha < 0xff) {
renderdata.unk30 = 5;
renderdata.envcolour = alpha;
} else {
renderdata.unk30 = 9;
if (obj->type == OBJTYPE_TINTEDGLASS) {
struct tintedglassobj *glass = (struct tintedglassobj *)obj;
renderdata.envcolour = glass->opacity << 8;
} else {
if (obj->type == OBJTYPE_DOOR && ((struct doorobj *)obj)->doorflags & DOORFLAG_WINDOWED) {
renderdata.envcolour = ((struct doorobj *)obj)->fadealpha << 8;
} else {
renderdata.envcolour = 0;
}
}
}
if (prop->type == PROPTYPE_DOOR
&& (g_Vars.coopplayernum >= 0 || g_Vars.antiplayernum >= 0)) {
struct doorobj *door = prop->door;
if (g_Vars.currentplayernum == 0) {
colour[0] = door->shadeinfo1[0];
colour[1] = door->shadeinfo1[1];
colour[2] = door->shadeinfo1[2];
colour[3] = door->shadeinfo1[3];
} else {
colour[0] = door->shadeinfo2[0];
colour[1] = door->shadeinfo2[1];
colour[2] = door->shadeinfo2[2];
colour[3] = door->shadeinfo2[3];
}
} else {
colour[0] = obj->shadecol[0];
colour[1] = obj->shadecol[1];
colour[2] = obj->shadecol[2];
colour[3] = obj->shadecol[3];
}
if (g_Vars.normmplayerisrunning) {
scenarioHighlightProp(prop, colour);
}
if (g_Vars.currentplayer->visionmode == VISIONMODE_XRAY) {
colour[g_Vars.currentplayer->epcol_0] = xrayalphafrac * 255.0f;
colour[g_Vars.currentplayer->epcol_1] = (1.0f - xrayalphafrac) * 255.0f;
colour[g_Vars.currentplayer->epcol_2] = 0;
colour[3] = 0xff;
} else {
colour[3] -= func0f068fc8(obj->prop, true);
if (colour[3]);
if (colour[3] > 0xff) {
colour[3] = 0xff;
}
if (colour[3] < 0) {
colour[3] = 0;
}
}
healththing = objGetShotsTaken(obj);
mult = 0xff - (healththing * 21);
if (mult < 0) {
mult = 0;
}
colour[0] = (colour[0] * mult) >> 8;
colour[1] = (colour[1] * mult) >> 8;
colour[2] = (colour[2] * mult) >> 8;
colour[3] += healththing * 15;
if (colour[3] > 0xff) {
colour[3] = 0xff;
}
func0f069750(colour, spe4, spe8);
if (USINGDEVICE(DEVICE_NIGHTVISION)) {
if ((obj->flags & OBJFLAG_PATHBLOCKER) == 0) {
colour[0] = var8009caed;
colour[1] = var8009caed;
colour[2] = var8009caed;
colour[3] = var8009caee;
}
} else if (USINGDEVICE(DEVICE_IRSCANNER)) {
if ((obj->hidden & OBJHFLAG_CONDITIONALSCENERY) || (obj->flags3 & OBJFLAG3_INFRARED)) {
colour[0] = 0xff;
colour[1] = 0xff;
colour[2] = 0xff;
colour[3] = 0x46;
}
}
renderdata.fogcolour = colour[0] << 24 | colour[1] << 16 | colour[2] << 8 | colour[3];
objRenderProp(prop, &renderdata, xlupass);
gdl = renderdata.gdl;
if (xlupass) {
if (obj->type == OBJTYPE_HOVERPROP
|| obj->type == OBJTYPE_HOVERBIKE
|| obj->modelnum == MODEL_HOOVERBOT
|| obj->modelnum == MODEL_TESTERBOT) {
gdl = objRenderShadow(obj, gdl);
}
if (obj->modelnum == MODEL_A51INTERCEPTOR && (obj->flags & OBJFLAG_80000000)) {
gdl = objRenderShadow(obj, gdl);
}
}
return gdl;
}
bool modelIsNodeNotTvscreen(struct modelfiledata *filedata, struct modelnode *node)
{
if (filedata->skel == &g_SkelTerminal) {
if (modelGetPart(filedata, MODELPART_TERMINAL_0000) == node) {
return false;
}
}
if (filedata->skel == &g_SkelCiHub) {
if (modelGetPart(filedata, MODELPART_CIHUB_0000) == node
|| modelGetPart(filedata, MODELPART_CIHUB_0001) == node
|| modelGetPart(filedata, MODELPART_CIHUB_0002) == node
|| modelGetPart(filedata, MODELPART_CIHUB_0003) == node) {
return false;
}
}
return true;
}
/**
* Deform an object due to it being destroyed.
*/
void objDeform(struct defaultobj *obj, s32 level)
{
f32 min;
f32 max;
f32 average;
f32 f2;
f32 spbc = 0.0f;
f32 spb0[3];
s32 i;
struct modelrodata_bbox *parentbbox;
struct modelrodata_bbox *bbox;
struct modelnode *node;
struct modelnode *parent;
struct model *model = obj->model;
struct modelfiledata *modeldef = model->filedata;
volatile s32 salt;
bool ok = true;
f32 mult;
bool swap;
s32 axis;
s32 chance;
func0f0926bc(obj->prop, 15, 0xffff);
salt = 0;
salt = random();
wallhitsFreeByProp(obj->prop, 1);
swap = false;
axis = 1;
for (i = 0; i < 3; i++) {
bool swapthis = false;
spb0[i] = sqrtf(obj->realrot[i][0] * obj->realrot[i][0] + obj->realrot[i][1] * obj->realrot[i][1] + obj->realrot[i][2] * obj->realrot[i][2]);
f2 = obj->realrot[i][1] / spb0[i];
if (f2 < 0.0f) {
swapthis = true;
f2 = -f2;
}
if (spbc < f2) {
spbc = f2;
axis = i;
swap = swapthis;
}
}
min = 99999.0f;
max = -99999.0f;
bbox = modelFindBboxRodata(model);
if (axis == 0) {
min = objGetLocalXMin(bbox);
max = objGetLocalXMax(bbox);
} else if (axis == 1) {
min = objGetLocalYMin(bbox);
max = objGetLocalYMax(bbox);
} else if (axis == 2) {
min = objGetLocalZMin(bbox);
max = objGetLocalZMax(bbox);
}
if (swap) {
f32 tmp = max;
max = min;
min = tmp;
}
if (min < max) {
average = (min + max) * 0.5f;
} else {
average = 0.0f;
min = 0.0f;
max = 0.0f;
}
if (level == 3 && average - min > 4.0f) {
average = min + 6.0f - 2.0f;
}
if (max - min > 6.0f) {
if (level < 3) {
mult = 0.9f;
} else {
mult = (max - min - 6.0f) / (max - min);
}
} else {
mult = 1.0f;
}
obj->realrot[1][0] *= mult;
obj->realrot[1][1] *= mult;
obj->realrot[1][2] *= mult;
obj->prop->pos.f[axis] += (1.0f - mult) * min;
node = modeldef->rootnode;
while (node) {
u32 type = node->type & 0xff;
switch (type) {
case MODELNODETYPE_DL:
parentbbox = NULL;
parent = node;
while (parent) {
if ((parent->type & 0xff) == MODELNODETYPE_BBOX) {
parentbbox = &parent->rodata->bbox;
break;
}
parent = parent->parent;
}
if (modelIsNodeNotTvscreen(modeldef, node) && parentbbox == bbox) {
struct modelrodata_dl *rodata = &node->rodata->dl;
struct modelrwdata_dl *rwdata = (struct modelrwdata_dl *)&model->rwdatas[rodata->rwdataindex];
struct gfxvtx *vertices = vtxstoreAllocate(rodata->numvertices, VTXSTORETYPE_OBJVTX, node, objGetDestroyedLevel(obj));
if (vertices) {
if (rwdata->vertices != rodata->vertices) {
// Replacing modified vertices with a new set
for (i = 0; i < rodata->numvertices; i++) {
vertices[i] = rwdata->vertices[i];
}
vtxstoreFree(VTXSTORETYPE_OBJVTX, rwdata->vertices);
} else {
// Replacing original vertices with modified vertices
for (i = 0; i < rodata->numvertices; i++) {
vertices[i] = rodata->vertices[i];
}
}
rwdata->vertices = vertices;
} else {
ok = false;
}
if ((u32)rwdata->colours == ALIGN8((u32)&rodata->vertices[rodata->numvertices])) {
struct colour *colours = vtxstoreAllocate(rodata->numcolours, VTXSTORETYPE_OBJCOL, NULL, 0);
if (colours) {
for (i = 0; i < rodata->numcolours; i++) {
colours[i] = rwdata->colours[i];
}
rwdata->colours = colours;
} else {
ok = false;
}
}
if (ok) {
for (i = 0; i < rodata->numcolours; i++) {
if (i > 0) {
rwdata->colours[i].a = 0;
}
}
for (i = 0; i < rodata->numvertices; i++) {
s16 tmp = average;
rng2SetSeed(rodata->vertices[i].x + rodata->vertices[i].y + rodata->vertices[i].z + salt);
{
if (swap) {
if (rwdata->vertices[i].v[axis] >= tmp) {
chance = 20;
} else {
chance = 90;
}
} else {
if (rwdata->vertices[i].v[axis] <= tmp) {
chance = 20;
} else {
chance = 90;
}
}
if ((s32)(random2() % 100) < chance) {
rwdata->vertices[i].colour = 0;
}
}
rwdata->vertices[i].x += (s32)(((s32)(random2() % 20) - 10) * spb0[0]);
rwdata->vertices[i].y += (s32)(((s32)(random2() % 20) - 10) * spb0[1]);
rwdata->vertices[i].z += (s32)(((s32)(random2() % 20) - 10) * spb0[2]);
if (parentbbox != NULL) {
if (rwdata->vertices[i].x < (s16)parentbbox->xmin) {
rwdata->vertices[i].x = (s16)parentbbox->xmin;
}
if (rwdata->vertices[i].x > (s16)parentbbox->xmax) {
rwdata->vertices[i].x = (s16)parentbbox->xmax;
}
if (rwdata->vertices[i].y < (s16)parentbbox->ymin) {
rwdata->vertices[i].y = (s16)parentbbox->ymin;
}
if (rwdata->vertices[i].y > (s16)parentbbox->ymax) {
rwdata->vertices[i].y = (s16)parentbbox->ymax;
}
if (rwdata->vertices[i].z < (s16)parentbbox->zmin) {
rwdata->vertices[i].z = (s16)parentbbox->zmin;
}
if (rwdata->vertices[i].z > (s16)parentbbox->zmax) {
rwdata->vertices[i].z = (s16)parentbbox->zmax;
}
}
}
}
}
break;
case MODELNODETYPE_DISTANCE:
model0001c784(obj->model, node);
break;
case MODELNODETYPE_TOGGLE:
model0001c7d0(obj->model, node);
break;
case MODELNODETYPE_HEADSPOT:
modelAttachHead(obj->model, node);
break;
}
if (node->child) {
node = node->child;
} else {
while (node) {
if (node->next) {
node = node->next;
break;
}
node = node->parent;
}
}
}
if ((obj->hidden2 & OBJH2FLAG_80) == 0) {
if (!ok) {
modelFreeVertices(VTXSTORETYPE_OBJVTX, model);
} else {
obj->hidden2 |= OBJH2FLAG_80;
}
}
}
/**
* Bounce an object, such as a hoverbot when it's destroyed.
*/
void objBounce(struct defaultobj *obj, struct coord *arg1)
{
struct coord dir;
struct coord rot = {0, 0, 0};
struct projectile *projectile = NULL;
func0f0685e4(obj->prop);
if (obj->hidden & OBJHFLAG_EMBEDDED) {
projectile = obj->embedment->projectile;
} else if (obj->hidden & OBJHFLAG_PROJECTILE) {
projectile = obj->projectile;
}
if (projectile) {
projectile->speed.x = (RANDOMFRAC() * 6.6666665f) - 3.3333333f;
projectile->speed.y = (RANDOMFRAC() * 3.3333333f) + 3.3333333f;
projectile->speed.z = (RANDOMFRAC() * 6.6666665f) - 3.3333333f;
#if PAL
rot.x = RANDOMFRAC() * 0.029447744f - 0.014723872f;
rot.y = RANDOMFRAC() * 0.029447744f - 0.014723872f;
rot.z = RANDOMFRAC() * 0.029447744f - 0.014723872f;
#else
rot.x = RANDOMFRAC() * 0.024539785f - 0.012269893f;
rot.y = RANDOMFRAC() * 0.024539785f - 0.012269893f;
rot.z = RANDOMFRAC() * 0.024539785f - 0.012269893f;
#endif
mtx4LoadRotation(&rot, &projectile->mtx);
projectile->flags |= PROJECTILEFLAG_AIRBORNE;
dir = *arg1;
mtx4RotateVecInPlace(camGetProjectionMtxF(), &dir);
projectile->speed.x += 3.3333333f * dir.x;
projectile->speed.z += 3.3333333f * dir.z;
projectile->ownerprop = g_Vars.currentplayer->prop;
projectile->bouncecount = 1;
}
}
void objSetDropped(struct prop *prop, u32 droptype)
{
struct prop *parent = prop->parent;
if (parent) {
struct defaultobj *obj = prop->obj;
func0f0685e4(prop);
if ((obj->hidden & OBJHFLAG_EMBEDDED) && obj->embedment->projectile) {
obj->embedment->projectile->droptype = droptype;
} else if (obj->hidden & OBJHFLAG_PROJECTILE) {
obj->projectile->droptype = droptype;
}
if (g_Vars.lvmpbotlevel
&& obj->type == OBJTYPE_WEAPON
&& obj->modelnum != MODEL_CHRBRIEFCASE
&& obj->modelnum != MODEL_CHRDATATHIEF) {
obj->flags3 |= OBJFLAG3_CANHARDFREE;
}
}
}
void objApplyMomentum(struct defaultobj *obj, struct coord *speed, f32 rotation, bool addspeed, bool addrotation)
{
struct projectile *projectile = NULL;
struct modelrodata_bbox *bbox;
f32 sp24;
f32 sp20;
func0f0685e4(obj->prop);
if (obj->hidden & OBJHFLAG_EMBEDDED) {
projectile = obj->embedment->projectile;
} else if (obj->hidden & OBJHFLAG_PROJECTILE) {
projectile = obj->projectile;
}
if (projectile) {
projectile->flags |= PROJECTILEFLAG_SLIDING;
if (addspeed) {
projectile->speed.x += speed->x;
projectile->speed.y += speed->y;
projectile->speed.z += speed->z;
} else {
projectile->speed = *speed;
}
if (addrotation) {
projectile->unk0dc += rotation;
} else {
projectile->unk0dc = rotation;
}
if (obj->type == OBJTYPE_HOVERPROP || obj->type == OBJTYPE_HOVERBIKE) {
if (obj->flags & OBJFLAG_20000000) {
projectile->unk08c = 0.8f;
projectile->unk098 = 0.0027777778f;
projectile->unk0e0 = 0.000041881234f;
projectile->unk0e4 = PAL ? 0.969f : 0.974f;
projectile->unk0ec = 0.07852732f;
projectile->unk0f0 = 6.6666665f;
} else {
projectile->unk08c = 0.5f;
projectile->unk098 = 0.013888889f;
projectile->unk0e0 = 0.00020940616f;
projectile->unk0e4 = PAL ? 0.953f : 0.961f;
projectile->unk0ec = 0.07852732f;
projectile->unk0f0 = 6.6666665f;
}
return;
}
bbox = objFindBboxRodata(obj);
sp24 = objGetRotatedLocalXMaxByMtx3(bbox, obj->realrot) - objGetRotatedLocalXMinByMtx3(bbox, obj->realrot);
sp20 = objGetRotatedLocalZMaxByMtx3(bbox, obj->realrot) - objGetRotatedLocalZMinByMtx3(bbox, obj->realrot);
if (sp24 > 150.0f || sp20 > 150.0f) {
projectile->unk08c = 0.1f;
projectile->unk098 = 0.055555556f;
projectile->unk0e0 = 0.00083762466f;
projectile->unk0e4 = PAL ? 0.953f : 0.961f;
projectile->unk0ec = 0.009815915f;
projectile->unk0f0 = 0.8333333f;
} else if (sp24 > 75.0f || sp20 > 75.0f) {
projectile->unk08c = 0.1f;
projectile->unk098 = 0.055555556f;
projectile->unk0e0 = 0.00083762466f;
projectile->unk0e4 = PAL ? 0.953f : 0.961f;
projectile->unk0ec = 0.01963183f;
projectile->unk0f0 = 0.8333333f;
} else {
projectile->unk08c = 0.1f;
projectile->unk098 = 0.055555556f;
projectile->unk0e0 = 0.00041881233f;
projectile->unk0e4 = PAL ? 0.953f : 0.961f;
projectile->unk0ec = 0.07852732f;
projectile->unk0f0 = 1.6666666f;
}
}
}
void func0f082e84(struct defaultobj *obj, struct coord *pos, struct coord *dir, struct coord *tween, bool addrotation)
{
struct coord speed = {0, 0, 0};
f32 a = tween->f[0] * dir->f[0] + tween->f[2] * dir->f[2];
f32 b = pos->f[0] - obj->prop->pos.f[0];
f32 c = pos->f[2] - obj->prop->pos.f[2];
f32 d = -b * dir->f[2] + c * dir->f[0];
speed.f[0] += a * dir->f[0] * 0.2f;
speed.f[2] += a * dir->f[2] * 0.2f;
objApplyMomentum(obj, &speed, a * d * 0.0001f, true, addrotation);
}
void objDetach(struct prop *prop)
{
struct prop *parent = prop->parent;
if (parent) {
struct defaultobj *obj = prop->obj;
struct model *model = obj->model;
propDetach(prop);
model->attachedtomodel = NULL;
model->attachedtonode = NULL;
obj->hidden &= ~OBJHFLAG_HASOWNER;
if (parent->type & (PROPTYPE_CHR | PROPTYPE_PLAYER)) {
struct chrdata *chr = parent->chr;
if (chr) {
if (prop == chr->weapons_held[HAND_RIGHT]) {
chrSetFiring(chr, HAND_RIGHT, false);
chr->weapons_held[HAND_RIGHT] = NULL;
}
if (prop == chr->weapons_held[HAND_LEFT]) {
chrSetFiring(chr, HAND_LEFT, false);
chr->weapons_held[HAND_LEFT] = NULL;
}
}
}
}
}
bool objDrop(struct prop *prop, bool lazy)
{
struct prop *parent = prop->parent;
struct defaultobj *obj = prop->obj;
struct prop *root;
struct model *model;
Mtxf spf0;
struct coord spe4;
s16 rooms[8];
if ((obj->hidden & OBJHFLAG_EMBEDDED) && obj->embedment->projectile) {
struct projectile *projectile2 = obj->embedment->projectile;
embedmentFree(obj->embedment);
obj->projectile = projectile2;
obj->hidden &= ~OBJHFLAG_EMBEDDED;
obj->hidden |= OBJHFLAG_PROJECTILE;
}
if (parent && (obj->hidden & OBJHFLAG_PROJECTILE)) {
struct projectile *projectile;
model = obj->model;
projectile = obj->projectile;
root = parent;
while (root->parent) {
root = root->parent;
}
projectile->ownerprop = parent;
projectile->flags |= PROJECTILEFLAG_AIRBORNE;
if (projectile->droptype == DROPTYPE_5) {
struct defaultobj *rootobj = root->obj;
struct modelnode *node1;
struct coord spb8;
struct modelnode *node2;
struct coord spa8;
f32 spa4;
f32 spa0;
node1 = objFindBboxNode(obj);
modelNodeGetPosition(obj->model, model0001a740(node1), &spb8);
node2 = objFindBboxNode(rootobj);
modelNodeGetPosition(rootobj->model, model0001a740(node2), &spa8);
spe4.x = spb8.x - spa8.x;
spe4.y = spb8.y - spa8.y;
spe4.z = spb8.z - spa8.z;
mtx00016208(rootobj->realrot, &spe4);
spa4 = RANDOMFRAC() * 13.333333015442f;
spa0 = atan2f(spe4.x, spe4.z);
spa0 += RANDOMFRAC() * 0.7852731347084f - 0.3926365673542f;
if (spa0 >= M_BADTAU) {
spa0 -= M_BADTAU;
} else if (spa0 < 0.0f) {
spa0 += M_BADTAU;
}
projectile->speed.x += spa4 * sinf(spa0);
projectile->speed.z += spa4 * cosf(spa0);
mtx3ToMtx4(rootobj->realrot, &spf0);
spe4.x += root->pos.x;
spe4.y += root->pos.y;
spe4.z += root->pos.z;
mtx4SetTranslation(&spe4, &spf0);
func0f065e74(&root->pos, root->rooms, &spe4, rooms);
} else {
if (projectile->droptype == DROPTYPE_SURRENDER && parent->type == PROPTYPE_CHR) {
struct chrdata *chr = parent->chr;
struct coord rot = {0, 0, 0};
f32 angle = chrGetInverseTheta(chr);
projectile->speed.x = sinf(angle) * 1.6666666269302f;
projectile->speed.y = -RANDOMFRAC() * 0.83333331346512f;
projectile->speed.z = cosf(angle) * 1.6666666269302f;
rot.x = RANDOMFRAC() * PALUPF(0.012269892729819f) - PALUPF(0.0061349463649094f);
rot.y = RANDOMFRAC() * PALUPF(0.012269892729819f) - PALUPF(0.0061349463649094f);
rot.z = RANDOMFRAC() * PALUPF(0.012269892729819f) - PALUPF(0.0061349463649094f);
mtx4LoadRotation(&rot, (Mtxf *)&projectile->mtx);
} else if (projectile->droptype == DROPTYPE_THROWGRENADE && parent->type == PROPTYPE_CHR) {
struct chrdata *chr = parent->chr;
struct coord rot = {0, 0, 0};
f32 angle = chrGetInverseTheta(chr);
f32 dist;
if (chr->aibot) {
dist = chrGetDistanceToTarget(chr);
} else {
dist = chrGetAttackEntityDistance(chr, chr->act_throwgrenade.flags, chr->act_throwgrenade.entityid);
}
if (chr->aibot == NULL && dist < 300) {
dist = 300;
}
projectile->speed.x = sinf(angle) * 13.333333015442f * (dist / 1000);
projectile->speed.y = (((dist >= 1200) * ((dist - 1200) / 1200)) + 1) * 6.6666665077209f;
projectile->speed.z = cosf(angle) * 13.333333015442f * (dist / 1000);
rot.x = RANDOMFRAC() * PALUPF(0.012269892729819f) - PALUPF(0.0061349463649094f);
rot.y = RANDOMFRAC() * PALUPF(0.012269892729819f) - PALUPF(0.0061349463649094f);
rot.z = RANDOMFRAC() * PALUPF(0.012269892729819f) - PALUPF(0.0061349463649094f);
mtx4LoadRotation(&rot, (Mtxf *)&projectile->mtx);
projectileSetSticky(prop);
} else if (projectile->droptype == DROPTYPE_HAT) {
struct coord rot = {0, 0, 0};
struct prop *playerprop = g_Vars.currentplayer->prop;
f32 x = parent->pos.x - playerprop->pos.x;
f32 z = parent->pos.z - playerprop->pos.z;
f32 angle = atan2f(x, z);
projectile->speed.x = (RANDOMFRAC() * 3.3333332538605f + 3.3333332538605f) * sinf(angle);
projectile->speed.y = RANDOMFRAC() * 3.3333332538605f;
projectile->speed.z = (RANDOMFRAC() * 3.3333332538605f + 3.3333332538605f) * cosf(angle);
rot.x = RANDOMFRAC() * PALUPF(0.049079570919275f) - PALUPF(0.024539785459638f);
rot.y = RANDOMFRAC() * PALUPF(0.049079570919275f) - PALUPF(0.024539785459638f);
rot.z = RANDOMFRAC() * PALUPF(0.049079570919275f) - PALUPF(0.024539785459638f);
mtx4LoadRotation(&rot, (Mtxf *)&projectile->mtx);
} else if (projectile->droptype == DROPTYPE_OWNERREAP) {
struct coord rot = {0, 0, 0};
projectile->speed.x = (0.5f - RANDOMFRAC()) * 1.6666666269302f;
projectile->speed.y = 0.0f;
projectile->speed.z = (0.5f - RANDOMFRAC()) * 1.6666666269302f;
rot.x = RANDOMFRAC() * PALUPF(0.049079570919275f) - PALUPF(0.024539785459638f);
rot.y = RANDOMFRAC() * PALUPF(0.049079570919275f) - PALUPF(0.024539785459638f);
rot.z = RANDOMFRAC() * PALUPF(0.049079570919275f) - PALUPF(0.024539785459638f);
mtx4LoadRotation(&rot, (Mtxf *)&projectile->mtx);
} else {
// DROPTYPE_OWNERREAP
func0f0964b4(&projectile->speed, (Mtxf *)&projectile->mtx);
}
if (!lazy && (prop->flags & PROPFLAG_ONTHISSCREENTHISTICK)) {
// Do collision checks
Mtxf *sp48 = model0001a60c(model);
mtx00015be4(camGetProjectionMtxF(), sp48, &spf0);
propSetPerimEnabled(root, false);
spe4.x = spf0.m[3][0];
spe4.y = spf0.m[3][1];
spe4.z = spf0.m[3][2];
if (cdTestLos10(&root->pos, root->rooms, &spe4, rooms, CDTYPE_ALL,
GEOFLAG_FLOOR1 | GEOFLAG_FLOOR2 | GEOFLAG_WALL) == CDRESULT_COLLISION
|| (projectile->flags & PROJECTILEFLAG_STICKY) == 0) {
if (cdTestVolume(&spe4, objGetRadius(obj), rooms, CDTYPE_ALL, CHECKVERTICAL_NO, 0.0f, 0) == CDRESULT_COLLISION) {
spf0.m[3][0] = root->pos.x;
spf0.m[3][2] = root->pos.z;
}
}
propSetPerimEnabled(root, true);
prop->z = -sp48->m[3][2];
} else {
// No collision checks
mtx4LoadIdentity(&spf0);
mtx00015f04(model->scale, &spf0);
mtx4SetTranslation(&root->pos, &spf0);
roomsCopy(root->rooms, rooms);
}
}
objDetach(prop);
propActivate(prop);
propEnable(prop);
prop->pos.x = spf0.m[3][0];
prop->pos.y = spf0.m[3][1];
prop->pos.z = spf0.m[3][2];
propDeregisterRooms(prop);
roomsCopy(rooms, prop->rooms);
spf0.m[3][0] = 0;
spf0.m[3][1] = 0;
spf0.m[3][2] = 0;
mtx4ToMtx3(&spf0, obj->realrot);
func0f069c70(obj, true, true);
obj->shadecol[0] = obj->nextcol[0];
obj->shadecol[1] = obj->nextcol[1];
obj->shadecol[2] = obj->nextcol[2];
obj->shadecol[3] = obj->nextcol[3];
obj->hidden |= OBJHFLAG_SUSPICIOUS;
if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *)obj;
if (weapon->weaponnum == WEAPON_GRENADE && weapon->timer240 >= 0) {
propSetDangerous(prop);
}
}
return true;
}
return false;
}
/**
* Make an object fall. Eg. due to it sitting on a table which is now destroyed,
* or because it was a chopper that is now destroyed.
*/
void objFall(struct defaultobj *obj, s32 playernum)
{
if (obj->type == OBJTYPE_AUTOGUN && g_Vars.normmplayerisrunning) {
// Don't set owner playernum
} else {
obj->hidden &= 0x0fffffff;
obj->hidden |= (playernum << 28) & 0xf0000000;
}
if ((obj->flags2 & OBJFLAG2_00000100) == 0
&& (obj->flags3 & OBJFLAG3_10000000) == 0
&& (obj->flags & (OBJFLAG_00000001 | OBJFLAG_00000008))
&& (obj->hidden & (OBJHFLAG_EMBEDDED | OBJHFLAG_PROJECTILE)) == 0) {
struct coord rot = {0, 0, 0};
struct projectile *projectile = NULL;
func0f0685e4(obj->prop);
if (obj->hidden & OBJHFLAG_PROJECTILE) {
projectile = obj->projectile;
}
if (projectile) {
projectile->speed.x = RANDOMFRAC() * 1.6666666f - 0.8333333f;
projectile->speed.y = RANDOMFRAC() * 3.3333333f + 1.6666666f;
projectile->speed.z = RANDOMFRAC() * 1.6666666f - 0.8333333f;
if ((obj->flags2 & OBJFLAG2_00000200) == 0) {
#if PAL
rot.x = RANDOMFRAC() * 0.0058895489f - 0.0029447745f;
rot.y = RANDOMFRAC() * 0.0058895489f - 0.0029447745f;
rot.z = RANDOMFRAC() * 0.0058895489f - 0.0029447745f;
#else
rot.x = RANDOMFRAC() * 0.0049079573f - 0.0024539786f;
rot.y = RANDOMFRAC() * 0.0049079573f - 0.0024539786f;
rot.z = RANDOMFRAC() * 0.0049079573f - 0.0024539786f;
#endif
}
mtx4LoadRotation(&rot, &projectile->mtx);
projectile->flags |= PROJECTILEFLAG_AIRBORNE;
obj->flags &= ~OBJFLAG_00000100;
obj->hidden &= ~OBJHFLAG_00008000;
}
}
}
/**
* Destroy the objects that the given prop is supporting.
*
* For example, destroying a table will also destroy all the props that are
* sitting on that table.
*/
void objDestroySupportedObjects(struct prop *tableprop, s32 playernum)
{
struct prop *prop;
s16 *propnumptr;
s16 propnums[256];
u8 *start;
u8 *end;
if (propUpdateGeometry(tableprop, &start, &end)) {
roomGetProps(tableprop->rooms, propnums, 256);
propnumptr = propnums;
while (*propnumptr >= 0) {
prop = &g_Vars.props[*propnumptr];
if (prop->type & (PROPTYPE_OBJ | PROPTYPE_WEAPON)) {
struct defaultobj *obj = prop->obj;
if (obj) {
if (prop->pos.y > tableprop->pos.y
&& (obj->hidden & OBJHFLAG_00008000)
&& cd000266a4(prop->pos.x, prop->pos.z, (struct geo *)start)) {
objFall(obj, playernum);
}
}
}
propnumptr++;
}
}
}
void objCheckDestroyed(struct defaultobj *obj, struct coord *pos, s32 playernum)
{
if (obj->damage > obj->maxdamage || objGetDestroyedLevel(obj)) {
struct prop *prop = obj->prop;
struct prop *rootprop = prop;
s16 exptype = g_PropExplosionTypes[8 + obj->modelnum];
s16 rooms[8];
// If in Deep Sea outro
if (g_Vars.tickmode == TICKMODE_CUTSCENE && g_CutsceneAnimNum == ANIM_CUT_PAM_OUTRO_CAM) {
exptype = EXPLOSIONTYPE_24;
}
while (rootprop->parent) {
rootprop = rootprop->parent;
}
if (objGetDestroyedLevel(obj) == 0) {
// Obj is now destroyed
obj->damage = 0;
obj->hidden2 |= OBJH2FLAG_DESTROYED;
func0f065e74(&rootprop->pos, rootprop->rooms, pos, rooms);
explosionCreateComplex(prop, pos, rooms, exptype, playernum);
if (obj->flags2 & OBJFLAG2_REMOVEWHENDESTROYED) {
obj->hidden |= OBJHFLAG_REAPABLE;
} else if (obj->type == OBJTYPE_CHOPPER) {
struct chopperobj *chopper = (struct chopperobj *)obj;
objFall(obj, playernum);
chopper->attackmode = CHOPPERMODE_FALL;
chopper->timer60 = (obj->flags & OBJFLAG_CHOPPER_INACTIVE) ? 0 : 2;
obj->flags &= ~OBJFLAG_CHOPPER_INACTIVE;
} else if (obj->type == OBJTYPE_HOVERCAR) {
struct hovercarobj *hovercar = (struct hovercarobj *)obj;
struct coord sp40;
struct coord sp34;
if (obj->flags & OBJFLAG_HOVERCAR_ISHOVERBOT) {
// Hoverbots bounce and spark when dead
hovercar->dead = true;
hovercar->deadtimer60 = TICKS(250);
hovercar->sparkstimer60 = TICKS(50);
bgunCalculatePlayerShotSpread(&sp40, &sp34, HAND_RIGHT, false);
objBounce(obj, &sp34);
} else if (obj->modelnum == MODEL_TAXICAB || obj->modelnum == MODEL_POLICECAR) {
// Taxi and police car (limo) fall to the ground and retain collision
objDeform(obj, 10);
hovercar->dead = true;
hovercar->speed = 0.0f;
hovercar->speedtime60 = 0.0f;
hovercar->speedaim += 10.0f;
} else {
// Cars in Defection "explode" but actually warp to their next path
explosionCreateSimple(prop, &prop->pos, prop->rooms, exptype, playernum);
hovercarStartNextPath(hovercar);
}
} else {
// Other objects
objDeform(obj, 1);
if (rootprop == prop) {
objDestroySupportedObjects(prop, playernum);
if ((obj->hidden & OBJHFLAG_00008000) == 0) {
obj->hidden |= OBJHFLAG_00010000;
objFall(obj, playernum);
}
}
}
} else {
s32 shotstaken = objGetShotsTaken(obj);
if ((shotstaken % 4) == 0) {
if (obj->type != OBJTYPE_CHOPPER && obj->type != OBJTYPE_HOVERCAR) {
objDeform(obj, (shotstaken >> 2) + 1);
}
func0f065e74(&rootprop->pos, rootprop->rooms, pos, rooms);
if (exptype != EXPLOSIONTYPE_NONE) {
explosionCreateSimple(prop, pos, rooms, EXPLOSIONTYPE_6, playernum);
}
}
if (objGetDestroyedLevel(obj) > 0) {
if (obj->hidden2 & OBJH2FLAG_CANREGEN) {
if (obj->hidden & OBJHFLAG_00001000) {
obj->hidden2 |= OBJH2FLAG_10;
} else {
obj->hidden2 &= ~OBJH2FLAG_10;
}
prop->timetoregen = TICKS(1200);
}
}
if (shotstaken >= 12) {
obj->hidden |= OBJHFLAG_00001000;
if ((obj->flags3 & OBJFLAG3_10000000) == 0) {
obj->flags &= ~OBJFLAG_00000100;
}
}
}
}
}
bool func0f084594(struct model *model, struct modelnode *node, struct coord *arg2, struct coord *arg3, struct hitthing *hitthing, s32 *mtxindexptr, struct modelnode **nodeptr)
{
s32 i;
s32 mtxindex;
bool ok;
bool reset;
s32 maxindex;
struct modelrodata_bbox *rodata;
s8 spc4[3];
struct coord spb8;
struct coord spac;
struct coord min;
struct coord max;
struct coord sp88;
struct coord sp7c;
Mtxf mtx;
rodata = &node->rodata->bbox;
mtxindex = model0001a524(node, 0);
mtx000172f0(model->matrices[mtxindex].m, mtx.m);
spb8 = *arg2;
mtx4TransformVecInPlace(&mtx, &spb8);
spac = *arg3;
mtx4RotateVecInPlace(&mtx, &spac);
if (var8005efc0 != 0.0f) {
min.x = rodata->xmin - var8005efc0;
min.y = rodata->ymin - var8005efc0;
min.z = rodata->zmin - var8005efc0;
max.x = rodata->xmax + var8005efc0;
max.y = rodata->ymax + var8005efc0;
max.z = rodata->zmax + var8005efc0;
} else {
min.x = rodata->xmin;
min.y = rodata->ymin;
min.z = rodata->zmin;
max.x = rodata->xmax;
max.y = rodata->ymax;
max.z = rodata->zmax;
}
ok = true;
reset = true;
hitthing->unk28 = 0;
for (i = 0; i < 3; i++) {
if (spb8.f[i] < min.f[i]) {
spc4[i] = 1;
sp88.f[i] = min.f[i];
reset = false;
} else if (spb8.f[i] > max.f[i]) {
spc4[i] = 0;
sp88.f[i] = max.f[i];
reset = false;
} else {
spc4[i] = 2;
}
}
if (reset) {
for (i = 0; i < 3; i++) {
hitthing->unk00.f[i] = spb8.f[i];
}
hitthing->unk0c.x = 0.0f;
hitthing->unk0c.y = 1.0f;
hitthing->unk0c.z = 0.0f;
hitthing->unk28 = 2;
} else {
for (i = 0; i < 3; i++) {
if (spc4[i] != 2 && spac.f[i] != 0.0f) {
sp7c.f[i] = (sp88.f[i] - spb8.f[i]) / spac.f[i];
} else {
sp7c.f[i] = -1.0f;
}
}
maxindex = 0;
for (i = 1; i < 3; i++) {
if (sp7c.f[i] > sp7c.f[maxindex]) {
maxindex = i;
}
}
if (sp7c.f[maxindex] < 0.0f) {
ok = false;
} else {
for (i = 0; i < 3; i++) {
if (maxindex != i) {
hitthing->unk00.f[i] = spb8.f[i] + sp7c.f[maxindex] * spac.f[i];
if (hitthing->unk00.f[i] < min.f[i] || hitthing->unk00.f[i] > max.f[i]) {
ok = false;
}
} else {
hitthing->unk00.f[i] = sp88.f[i];
}
}
if (ok) {
hitthing->unk28 = maxindex * 2;
if (spc4[maxindex] == 0) {
hitthing->unk28 = (maxindex << 2) + 2;
for (i = 0; i < 3; i++) {
hitthing->unk0c.f[i] = (i != maxindex ? 0.0f : 1.0f);
}
} else {
hitthing->unk28 = maxindex << 2;
for (i = 0; i < 3; i++) {
hitthing->unk0c.f[i] = (i != maxindex ? 0.0f : -1.0f);
}
}
}
}
}
if (ok) {
*mtxindexptr = mtxindex;
*nodeptr = node;
}
return ok;
}
bool func0f0849dc(struct model *model, struct modelnode *nodearg, struct coord *arg2, struct coord *arg3, struct hitthing *hitthing, s32 *dstmtxindex, struct modelnode **dstnode)
{
struct coord spec;
struct coord spe0;
struct coord spd4;
Mtxf *spd0 = NULL;
bool done = false;
struct modelnode *node = nodearg;
struct gfxvtx *vertices = NULL;
while (node && !done) {
u32 type = node->type & 0xff;
Gfx *s3 = NULL;
void *s5 = NULL;
switch (type) {
case MODELNODETYPE_DL:
{
struct modelrodata_dl *rodata = &node->rodata->dl;
struct modelrwdata_dl *rwdata = modelGetNodeRwData(model, node);
if (rwdata->gdl != NULL) {
if (rwdata->gdl == rodata->primary) {
s3 = (Gfx *)((u32)rodata->colourtable + ((u32)rodata->primary & 0xffffff));
} else {
s3 = rwdata->gdl;
}
if (rodata->secondary != NULL) {
s5 = (void *)((u32)rodata->colourtable + ((u32)rodata->secondary & 0xffffff));
}
vertices = rwdata->vertices;
}
}
break;
case MODELNODETYPE_GUNDL:
{
struct modelrodata_gundl *rodata = &node->rodata->gundl;
if (rodata->primary != NULL) {
s3 = (Gfx *)((u32)rodata->baseaddr + ((u32)rodata->primary & 0xffffff));
if (rodata->secondary != NULL) {
s5 = (Gfx *)((u32)rodata->baseaddr + ((u32)rodata->secondary & 0xffffff));
}
vertices = (void *)(u32)rodata->baseaddr;
}
}
break;
case MODELNODETYPE_DISTANCE:
model0001c784(model, node);
break;
case MODELNODETYPE_TOGGLE:
model0001c7d0(model, node);
break;
case MODELNODETYPE_HEADSPOT:
modelAttachHead(model, node);
break;
}
if (s3 != NULL) {
s32 mtxindex = model0001a524(node, 0);
Mtxf *mtx = NULL;
Mtxf sp64;
if (mtxindex >= 0) {
mtx = &model->matrices[mtxindex];
}
if (mtx && mtx != spd0) {
spd0 = mtx;
mtx000172f0(mtx->m, sp64.m);
spec = *arg2;
mtx4TransformVecInPlace(&sp64, &spec);
spd4 = *arg3;
mtx4RotateVecInPlace(&sp64, &spd4);
spe0.x = spd4.x * 32767.0f + spec.x;
spe0.y = spd4.y * 32767.0f + spec.y;
spe0.z = spd4.z * 32767.0f + spec.z;
}
if (bgTestHitOnObj(&spec, &spe0, &spd4, s3, s5, vertices, hitthing)) {
*dstmtxindex = mtxindex;
*dstnode = node;
done = true;
}
}
if (node->child) {
node = node->child;
} else {
while (node) {
if (node == nodearg) {
node = NULL;
break;
}
if (node->next) {
node = node->next;
break;
}
node = node->parent;
}
}
}
return done;
}
void glassDestroy(struct defaultobj *obj)
{
struct prop *prop = obj->prop;
struct modelrodata_bbox *bbox = objFindBboxRodata(obj);
wallhitsFreeByProp(prop, 0);
wallhitsFreeByProp(prop, 1);
if (obj->modelnum == MODEL_AIVILLABOT1
|| obj->modelnum == MODEL_AIVILLABOT2
|| obj->modelnum == MODEL_AIVILLABOT3) {
shardsCreate(&prop->pos, &obj->realrot[0][0], &obj->realrot[1][0], &obj->realrot[2][0],
bbox->xmin, bbox->xmax, bbox->ymin, bbox->ymax, SHARDTYPE_BOTTLE, prop);
} else {
shardsCreate(&prop->pos, &obj->realrot[0][0], &obj->realrot[1][0], &obj->realrot[2][0],
bbox->xmin, bbox->xmax, bbox->ymin, bbox->ymax, SHARDTYPE_GLASS, prop);
}
obj->damage = 0;
obj->hidden |= OBJHFLAG_REAPABLE;
obj->hidden2 |= OBJH2FLAG_DESTROYED;
}
void doorDestroyGlass(struct doorobj *door)
{
struct modelnode *node;
bool closed;
struct prop *prop = door->base.prop;
struct model *model = door->base.model;
union modelrodata *rodata;
union modelrwdata *rwdata;
Mtxf matrix;
rodata = modelGetPartRodata(model->filedata, 2);
if (door->portalnum >= 0) {
// @bug: Firing three shots at door glass is supposed to destroy it,
// and this function is called when the third shot happens, but if it's
// shot from a long distance (such that the glass is opaque) then this
// function returns early and the glass remains in place, despite
// setting the portal as unblocked. On the fourth shot
// PORTALFLAG_FORCEOPEN is already set, so closed is false and the
// glass is destroyed.
closed = PORTAL_IS_CLOSED(door->portalnum);
g_BgPortals[door->portalnum].flags |= PORTALFLAG_FORCEOPEN;
if (closed) {
return;
}
}
func0f08c424(door, &matrix);
shardsCreate((struct coord *) &matrix.m[3][0], &matrix.m[0][0], &matrix.m[1][0], &matrix.m[2][0],
rodata->bbox.xmin, rodata->bbox.xmax, rodata->bbox.ymin, rodata->bbox.ymax,
SHARDTYPE_GLASS, prop);
wallhitsFreeByProp(prop, 1);
node = modelGetPart(model->filedata, 1);
rwdata = modelGetNodeRwData(model, node);
rwdata->toggle.visible = false;
}
void func0f085050(struct prop *prop, f32 damage, struct coord *pos, s32 arg3, s32 playernum)
{
struct defaultobj *obj = prop->obj;
if (obj->type == OBJTYPE_AUTOGUN && g_Vars.normmplayerisrunning) {
// do nothing
} else {
obj->hidden &= 0x0fffffff;
obj->hidden |= (playernum << 28) & 0xf0000000;
}
if ((obj->hidden & OBJHFLAG_HASOWNER) == 0) {
struct prop *child = prop->child;
while (child) {
struct prop *next = child->next;
func0f085050(child, damage, pos, arg3, playernum);
child = next;
}
objDamage(prop->obj, damage, pos, arg3, playernum);
}
}
bool func0f085194(struct defaultobj *obj)
{
switch (obj->type) {
case OBJTYPE_KEY:
case OBJTYPE_AMMOCRATE:
case OBJTYPE_WEAPON:
case OBJTYPE_HAT:
case OBJTYPE_MULTIAMMOCRATE:
case OBJTYPE_SHIELD:
case OBJTYPE_ESCASTEP:
return true;
}
return false;
}
bool objIsMortal(struct defaultobj *obj)
{
if (obj->type == OBJTYPE_DOOR) {
return false;
}
if (func0f085194(obj) && obj->type != OBJTYPE_SHIELD) {
if ((obj->flags & OBJFLAG_00010000) == 0) {
return false;
}
} else if (obj->flags & OBJFLAG_INVINCIBLE) {
return false;
}
return true;
}
void objTakeGunfire(struct defaultobj *obj, f32 damage, struct coord *pos, s32 weaponnum, s32 playernum)
{
if ((obj->flags2 & OBJFLAG2_IMMUNETOGUNFIRE) == 0) {
objDamage(obj, damage, pos, weaponnum, playernum);
}
}
void objDamage(struct defaultobj *obj, f32 damage, struct coord *pos, s32 weaponnum, s32 playernum)
{
// Store the attacker playernum into the object's "hidden" field
// ...but not for deployed laptop guns in multiplayer, because those bits
// likely designate the owner of the gun
if (obj->type != OBJTYPE_AUTOGUN || !g_Vars.normmplayerisrunning) {
obj->hidden &= 0x0fffffff;
obj->hidden |= (playernum << 28) & 0xf0000000;
}
if (weaponnum == WEAPON_NONE) {
if (func0f085194(obj)) {
return;
}
if (obj->flags & OBJFLAG_01000000) {
return;
}
} else {
if (obj->flags & OBJFLAG_INVINCIBLE) {
return;
}
if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon;
if (obj->flags2 & OBJFLAG2_AICANNOTUSE) {
propExplode(obj->prop, EXPLOSIONTYPE_12);
obj->hidden |= OBJHFLAG_REAPABLE;
}
// If damaging an explosive item, make it explode immediately by
// zeroing its timer
weapon = (struct weaponobj *) obj;
if (weapon->weaponnum == WEAPON_GRENADE
|| weapon->weaponnum == WEAPON_TIMEDMINE
|| weapon->weaponnum == WEAPON_REMOTEMINE
|| weapon->weaponnum == WEAPON_PROXIMITYMINE
|| weapon->weaponnum == WEAPON_ROCKET
|| weapon->weaponnum == WEAPON_HOMINGROCKET
|| weapon->weaponnum == WEAPON_GRENADEROUND
|| (weapon->weaponnum == WEAPON_DRAGON && weapon->gunfunc == FUNC_SECONDARY)) {
// Homing rockets are immune to remote mines? Or maybe they just
// don't explode because the mine is exploding anyway
if (weapon->weaponnum != WEAPON_HOMINGROCKET || weaponnum != WEAPON_REMOTEMINE) {
weapon->timer240 = 0;
}
}
return;
}
if (obj->type == OBJTYPE_AMMOCRATE || obj->type == OBJTYPE_MULTIAMMOCRATE) {
// @bug: It's not safe to cast a multiammocrateobj to an ammocrateobj.
// For multiammocrateobjs, this is reading the first model/qty pair
// as a single word... this turns out to not have any bad effects.
struct ammocrateobj *crate = (struct ammocrateobj *) obj;
if (crate->ammotype == AMMOTYPE_GRENADE
|| crate->ammotype == AMMOTYPE_ROCKET
|| crate->ammotype == AMMOTYPE_HOMINGROCKET
|| crate->ammotype == AMMOTYPE_REMOTE_MINE
|| crate->ammotype == AMMOTYPE_PROXY_MINE
|| crate->ammotype == AMMOTYPE_TIMED_MINE
|| crate->ammotype == AMMOTYPE_DEVASTATOR) {
obj->flags |= OBJFLAG_AMMOCRATE_EXPLODENOW;
}
return;
}
if (!objIsMortal(obj)) {
return;
}
}
// Tweak damage and apply it
if (obj->type == OBJTYPE_CHOPPER) {
damage *= 0.25f;
}
if (objGetDestroyedLevel(obj) == 0) {
// Not destroyed
damage *= 250;
if (damage < 1) {
damage = 1;
}
} else {
// Figure out how much to go within this destroyed level and cap it there
f32 max = 4 - (objGetShotsTaken(obj) % 4);
if (damage > max) {
damage = max;
} else if (damage < 1) {
damage = 1;
}
}
damage = obj->damage + damage;
if (damage >= 32767) {
obj->damage = 32767;
} else {
obj->damage = damage;
}
// Handle objects that do things when damaged
if (obj->modelnum == MODEL_TARGET) {
// empty
} else {
if (obj->type == OBJTYPE_GLASS || obj->type == OBJTYPE_TINTEDGLASS) {
if (obj->damage >= obj->maxdamage) {
glassDestroy(obj);
}
} else {
objSetDropped(obj->prop, DROPTYPE_DEFAULT);
objCheckDestroyed(obj, pos, playernum);
}
// This code appears to be unused...
// It appears to handle spawning a weapon when the ammo crate is shot.
if (obj->type == OBJTYPE_MULTIAMMOCRATE) {
if (objGetDestroyedLevel(obj) == 1) {
u32 stack;
struct multiammocrateobj *crate = (struct multiammocrateobj *) obj;
s32 startindex = random() % ARRAYCOUNT(crate->slots);
s32 i = startindex;
do {
if (crate->slots[i].quantity > 0 && crate->slots[i].modelnum != 0xffff) {
struct ammocrateobj *newcrate = ammocrateAllocate();
if (newcrate) {
s32 modelnum = crate->slots[i].modelnum;
struct defaultobj tmp = {
256, // extrascale
0, // hidden2
OBJTYPE_AMMOCRATE, // type
0, // modelnum
-1, // pad
OBJFLAG_00000001, // flags
0, // flags2
0, // flags3
NULL, // prop
NULL, // model
1, 0, 0, // realrot
0, 1, 0,
0, 0, 1,
0, // hidden
NULL, // geo
NULL, // projectile
0, // damage
1000, // maxdamage
0xff, 0xff, 0xff, 0x00, // shadecol
0xff, 0xff, 0xff, 0x00, // nextcol
0x0fff, // floorcol
0, // tiles
};
newcrate->base = tmp;
newcrate->base.modelnum = modelnum;
newcrate->ammotype = i + 1;
if (objInitWithModelDef(&newcrate->base, g_ModelStates[modelnum].filedata)) {
propReparent(newcrate->base.prop, obj->prop);
}
break;
}
}
i = (i + 1) % ARRAYCOUNT(crate->slots);
} while (i != startindex);
}
} else if (obj->type == OBJTYPE_CHOPPER) {
struct chopperobj *chopper = (struct chopperobj *) obj;
if (chopper->attackmode != CHOPPERMODE_FALL) {
chopper->attackmode = CHOPPERMODE_COMBAT;
}
} else if (obj->type == OBJTYPE_AUTOGUN) {
obj->flags |= OBJFLAG_AUTOGUN_DAMAGED;
if (objGetDestroyedLevel(obj) == 1) {
obj->flags |= OBJFLAG_DEACTIVATED;
}
} else if (obj->type == OBJTYPE_CCTV) {
if (objGetDestroyedLevel(obj) == 1) {
obj->flags |= OBJFLAG_DEACTIVATED;
}
} else if (obj->type == OBJTYPE_SINGLEMONITOR) {
struct singlemonitorobj *monitor = (struct singlemonitorobj *) obj;
if (objGetDestroyedLevel(obj) == 1) {
tvscreenSetCmdlist(&monitor->screen, g_TvCmdlist14);
}
} else if (obj->type == OBJTYPE_MULTIMONITOR) {
struct multimonitorobj *monitor = (struct multimonitorobj *) obj;
if (objGetDestroyedLevel(obj) == 1) {
tvscreenSetCmdlist(&monitor->screens[0], g_TvCmdlist14);
tvscreenSetCmdlist(&monitor->screens[1], g_TvCmdlist14);
tvscreenSetCmdlist(&monitor->screens[2], g_TvCmdlist14);
tvscreenSetCmdlist(&monitor->screens[3], g_TvCmdlist14);
}
} else if (obj->type == OBJTYPE_SHIELD) {
struct shieldobj *shield = (struct shieldobj *) obj;
if (objGetDestroyedLevel(obj) == 0) {
shield->amount = shield->initialamount * (f32)(obj->maxdamage - obj->damage) / (f32)obj->maxdamage;
} else {
shield->amount = 0;
}
}
if (objGetDestroyedLevel(obj) == 1) {
struct prop *child = obj->prop->child;
while (child) {
struct prop *next = child->next;
objSetDropped(child, DROPTYPE_DEFAULT);
child = next;
}
}
}
}
void func0f0859a0(struct prop *prop, struct shotdata *shotdata)
{
struct defaultobj *obj = prop->obj;
struct model *model = obj->model;
struct prop *child;
struct modelnode *node1 = NULL;
struct hitthing hitthing1;
s32 spe4;
struct coord spd8;
f32 spd4;
struct modelnode *node2;
s32 lVar3;
bool isnotglass;
struct modelnode *node3;
struct hitthing hitthing2;
s32 sp90;
struct modelnode *node4;
struct prop *next;
struct coord sp7c;
struct coord sp70;
if (obj->hidden & OBJHFLAG_00001000) {
return;
}
if ((prop->flags & PROPFLAG_ONTHISSCREENTHISTICK) == 0) {
return;
}
child = prop->child;
while (child) {
next = child->next;
func0f0859a0(child, shotdata);
child = next;
}
if (var8005efc0 > 0.0f) {
lVar3 = model000225d4(model, &shotdata->unk00, &shotdata->unk0c, &node1);
while (lVar3 > 0) {
if (func0f084594(model, node1, &shotdata->unk00, &shotdata->unk0c, &hitthing1, &spe4, &node2)) {
break;
}
lVar3 = model000225d4(model, &shotdata->unk00, &shotdata->unk0c, &node1);
}
} else {
do {
lVar3 = model000225d4(model, &shotdata->unk00, &shotdata->unk0c, &node1);
if (lVar3 > 0 && func0f0849dc(model, node1, &shotdata->unk00, &shotdata->unk0c, &hitthing1, &spe4, &node2)) {
break;
}
} while (lVar3 > 0);
}
if (obj->flags3 & OBJFLAG3_HOVERBEDSHIELD) {
node3 = modelGetPart(model->filedata, MODELPART_0067);
if (node3 && func0f084594(model, node3, &shotdata->unk00, &shotdata->unk0c, &hitthing2, &sp90, &node4)) {
if (lVar3 <= 0 ||
model->matrices[sp90].m[0][2] * hitthing2.unk00.f[0] + model->matrices[sp90].m[1][2] * hitthing2.unk00.f[1] + model->matrices[sp90].m[2][2] * hitthing2.unk00.f[2] >
model->matrices[spe4].m[0][2] * hitthing1.unk00.f[0] + model->matrices[spe4].m[1][2] * hitthing1.unk00.f[1] + model->matrices[spe4].m[2][2] * hitthing1.unk00.f[2]) {
lVar3 = 1;
hitthing1 = hitthing2;
node1 = node3;
spe4 = sp90;
node2 = node4;
hitthing1.texturenum = 10000;
}
}
}
if (lVar3 > 0) {
mtx4TransformVec(&model->matrices[spe4], &hitthing1.unk00, &spd8);
spd4 = -spd8.f[2];
if (spd4 <= shotdata->unk34) {
isnotglass = true;
if ((obj->flags & OBJFLAG_INVINCIBLE) == 0) {
if (obj->type == OBJTYPE_GLASS || obj->type == OBJTYPE_TINTEDGLASS) {
isnotglass = false;
} else if (obj->model->filedata->skel == &g_SkelWindowedDoor
&& modelGetPart(obj->model->filedata, MODELPART_WINDOWEDDOOR_0003) == node2) {
isnotglass = false;
}
}
mtx4TransformVec(camGetProjectionMtxF(), &spd8, &sp7c);
mtx4RotateVec(&model->matrices[spe4], &hitthing1.unk0c, &sp70);
mtx4RotateVecInPlace(camGetProjectionMtxF(), &sp70);
func0f061fa8(shotdata, prop, spd4, lVar3,
node1, &hitthing1, spe4, node2,
model, isnotglass && shotdata->gset.weaponnum != WEAPON_FARSIGHT,
(obj->flags2 & OBJFLAG2_BULLETPROOF)
&& shotdata->gset.weaponnum != WEAPON_DY357MAGNUM
&& shotdata->gset.weaponnum != WEAPON_FARSIGHT,
&sp7c, &sp70);
}
}
}
void func0f085e00(struct prop *prop, struct shotdata *shotdata)
{
f32 tmp;
struct defaultobj *obj = prop->obj;
struct model *model = obj->model;
struct modelrodata_bbox *bbox = objFindBboxRodata(obj);
if ((prop->flags & PROPFLAG_ONTHISSCREENTHISTICK)
&& (obj->hidden & OBJHFLAG_00001000) == 0
&& (obj->flags2 & OBJFLAG2_SHOOTTHROUGH) == 0) {
tmp = -(model->matrices[0].m[3][2] + objGetRotatedLocalZMaxByMtx4(bbox, model->matrices));
if (tmp <= shotdata->unk34) {
func0f0859a0(prop, shotdata);
}
}
}
void objHit(struct shotdata *shotdata, struct hit *hit)
{
struct defaultobj *obj;
struct coord sp110;
struct prop *prop;
u8 isclosefunc = false;
s32 i;
bool explosiveshells = false;
bool spfc = hit->unk4c;
struct weaponfunc *func = gsetGetWeaponFunction(&shotdata->gset);
struct coord spec;
f32 tmp;
struct prop *spe4;
s16 textureindex;
s16 spdc[3];
if (func != NULL) {
if ((func->type & 0xff) == INVENTORYFUNCTYPE_CLOSE) {
isclosefunc = true;
}
if (func->flags & FUNCFLAG_EXPLOSIVESHELLS) {
explosiveshells = true;
}
}
prop = hit->prop;
while (prop->parent) {
prop = prop->parent;
}
obj = hit->prop->obj;
sp110.x = shotdata->unk00.x - hit->distance * shotdata->unk0c.x / shotdata->unk0c.z;
sp110.y = shotdata->unk00.y - hit->distance * shotdata->unk0c.y / shotdata->unk0c.z;
sp110.z = shotdata->unk00.z - hit->distance;
mtx4TransformVecInPlace(camGetProjectionMtxF(), &sp110);
if (!spfc && chrIsUsingPaintball(g_Vars.currentplayer->prop->chr)) {
spfc = true;
}
if (hit->unk4c) {
bgunSetHitPos(&sp110);
}
if (obj->modelnum == MODEL_TARGET) {
if (hit->hitthing.texturenum == TEXTURE_0B9E) {
frCalculateHit(obj, &sp110, shotdata->gset.unk063a);
} else if ((shotdata->gset.weaponnum != WEAPON_CALLISTO || shotdata->gset.weaponfunc != FUNC_SECONDARY)
&& shotdata->gset.weaponnum != WEAPON_FARSIGHT) {
// For some penetrating weapons, unset hits beyond the shot distance?
spe4 = hit->prop;
mtx4TransformVec(obj->model->matrices, &sp110, &spec);
tmp = -spec.z;
for (i = 0; i < 10; i++) {
if (shotdata->hits[i].prop && shotdata->hits[i].prop != spe4 && shotdata->hits[i].distance > tmp) {
shotdata->hits[i].prop = NULL;
}
}
shotdata->unk34 = tmp;
}
}
// Create sparks
if (!isclosefunc) {
if (chrIsUsingPaintball(g_Vars.currentplayer->prop->chr)) {
sparksCreate(prop->rooms[0], prop, &sp110, 0, 0, SPARKTYPE_PAINT);
} else {
sparksCreate(prop->rooms[0], prop, &sp110, 0, 0, SPARKTYPE_DEFAULT);
}
}
// Create shield hit if object is shielded
if (hit->hitthing.texturenum == 10000) {
spdc[0] = hit->hitthing.unk00.x;
spdc[1] = hit->hitthing.unk00.y;
spdc[2] = hit->hitthing.unk00.z;
shieldhitCreate(prop, (obj->flags3 & OBJFLAG3_SHOWSHIELD) ? 4.0f : 8.0f, hit->prop, hit->node, hit->model, hit->hitthing.unk28 / 2, spdc);
}
// Increment object hit count
if (objIsHealthy(obj) && objIsMortal(obj) && hit->unk4c) {
mpstatsIncrementPlayerShotCount2(&shotdata->gset, SHOTREGION_OBJECT);
}
// Play hit sound
if (!spfc) {
bgunPlayGlassHitSound(&hit->prop->pos, hit->prop->rooms, hit->hitthing.texturenum);
} else if (!isclosefunc) {
bgunPlayPropHitSound(&shotdata->gset, hit->prop, hit->hitthing.texturenum);
}
// Create wall hit (bullet hole)
if (!isclosefunc
&& hit->hitthing.texturenum != 10000
&& shotdata->gset.weaponnum != WEAPON_UNARMED
&& shotdata->gset.weaponnum != WEAPON_LASER
&& shotdata->gset.weaponnum != WEAPON_TRANQUILIZER
&& shotdata->gset.weaponnum != WEAPON_FARSIGHT) {
if (hit->unk4c == 0) {
struct prop *hitprop = hit->prop;
s8 iswindoweddoor = obj->model->filedata->skel == &g_SkelWindowedDoor ? true : false;
textureindex = WALLHITTEX_GLASS1 + (random() % 3);
if ((obj->type == OBJTYPE_DOOR && !iswindoweddoor)
|| (obj->flags & OBJFLAG_INVINCIBLE)
|| (obj->flags2 & OBJFLAG2_IMMUNETOGUNFIRE)) {
// Use a bulletproof glass texture
textureindex += 10;
}
wallhitCreate(&hit->hitthing.unk00, &hit->hitthing.unk0c, &shotdata->gunpos, 0,
0, textureindex, 1, hitprop, hit->mtxindex, iswindoweddoor, g_Vars.currentplayer->prop->chr, true);
} else {
s16 textureindex;
struct surfacetype *surfacetype;
s32 spcc;
s8 spcb = false;
bool spc4;
if (hit->hitthing.texturenum < 0 || hit->hitthing.texturenum >= NUM_TEXTURES) {
surfacetype = g_SurfaceTypes[0];
} else if (g_Textures[hit->hitthing.texturenum].surfacetype < 15) {
surfacetype = g_SurfaceTypes[g_Textures[hit->hitthing.texturenum].surfacetype];
} else {
surfacetype = g_SurfaceTypes[0];
}
if (surfacetype->numwallhittexes > 0) {
spc4 = false;
spcc = random() % surfacetype->numwallhittexes;
if (obj->model->filedata->skel == &g_SkelWindowedDoor && hit->unk44 == modelGetPart(obj->model->filedata, MODELPART_WINDOWEDDOOR_0003)) {
spcb = true;
}
textureindex = surfacetype->wallhittexes[spcc];
if (textureindex >= WALLHITTEX_GLASS1 && textureindex <= WALLHITTEX_GLASS3) {
if (obj->type == OBJTYPE_DOOR
|| (obj->flags & OBJFLAG_INVINCIBLE)
|| (obj->flags2 & OBJFLAG2_IMMUNETOGUNFIRE)) {
// Use a bulletproof glass texture
textureindex += 10;
}
spc4 = true;
}
wallhitCreate(&hit->hitthing.unk00, &hit->hitthing.unk0c, &shotdata->gunpos, 0,
0, textureindex, 1, hit->prop, hit->mtxindex, spcb, g_Vars.currentplayer->prop->chr, spc4);
}
}
}
if (g_Vars.antiplayernum < 0 || g_Vars.currentplayer != g_Vars.anti || (obj->flags2 & OBJFLAG2_IMMUNETOANTI) == 0) {
if (hit->hitthing.texturenum != 10000) {
f32 damage = gsetGetDamage(&shotdata->gset);
if (obj->type == OBJTYPE_AUTOGUN) {
damage *= g_AutogunDamageRxScale;
} else if (explosiveshells) {
if (obj->type == OBJTYPE_GLASS || obj->type == OBJTYPE_TINTEDGLASS) {
damage *= 100.0f;
} else {
damage *= 5.0f;
}
}
objTakeGunfire(obj, damage, &sp110, shotdata->gset.weaponnum, g_Vars.currentplayernum);
if (obj->model->filedata->skel == &g_SkelWindowedDoor && !hit->unk4c) {
struct doorobj *door = (struct doorobj *)obj;
door->glasshits++;
if (door->glasshits >= 3) {
doorDestroyGlass(door);
}
}
}
objDropRecursively(hit->prop, false);
// Handle pushing and bouncing
if ((obj->hidden & OBJHFLAG_MOUNTED) == 0 && (obj->hidden & OBJHFLAG_GRABBED) == 0) {
if (obj->flags3 & OBJFLAG3_PUSHABLE) {
struct coord spb0;
struct coord spa4;
struct coord pushdir;
Mtxf sp58;
spb0.x = shotdata->dir.x * 3.0f;
spb0.y = shotdata->dir.y * 3.0f;
spb0.z = shotdata->dir.z * 3.0f;
mtx4MultMtx4(camGetProjectionMtxF(), &obj->model->matrices[hit->mtxindex], &sp58);
mtx4TransformVec(&sp58, &hit->hitthing.unk00, &spa4);
pushdir = shotdata->dir;
func0f082e84(obj, &spa4, &pushdir, &spb0, true);
} else {
bool bounce = false;
if (func0f085194(obj)) {
if ((obj->flags & OBJFLAG_00400000) == 0) {
bounce = true;
}
} else if (obj->flags & OBJFLAG_BOUNCEIFSHOT) {
bounce = true;
}
if (obj->flags2 & OBJFLAG2_00000002) {
if (!objIsHealthy(obj)) {
bounce = true;
}
}
if (obj->flags2 & OBJFLAG2_LINKEDTOSAFE) {
bounce = false;
}
if (bounce) {
objBounce(obj, &shotdata->unk0c);
}
}
}
}
}
u32 propobjGetCiTagId(struct prop *prop)
{
if (prop && g_Vars.stagenum == STAGE_CITRAINING) {
u8 tags[8] = { 0x0e, 0x0f, 0x10, 0x47, 0x46, 0x45, 0x1b, 0x7f };
struct defaultobj *obj = prop->obj;
u32 i;
for (i = 0; i != 8; i++) {
struct defaultobj *taggedobj = objFindByTagId(tags[i]);
if (obj == taggedobj) {
return tags[i];
}
}
}
return 0;
}
bool objIsHealthy(struct defaultobj *obj)
{
return objGetDestroyedLevel(obj) == 0;
}
bool objTestForInteract(struct prop *prop)
{
u32 stack;
struct defaultobj *obj = prop->obj;
bool maybe = false;
if (propobjGetCiTagId(prop)) {
maybe = true;
} else if (obj->type == OBJTYPE_ALARM
|| (obj->flags & OBJFLAG_THROWNLAPTOP)
|| (obj->flags3 & (OBJFLAG3_HTMTERMINAL | OBJFLAG3_INTERACTABLE))
|| (obj->hidden & (OBJHFLAG_LIFTDOOR | OBJHFLAG_00000002))) {
maybe = true;
} else if (obj->type == OBJTYPE_HOVERBIKE) {
if (g_Vars.currentplayer->bondmovemode == MOVEMODE_GRAB) {
maybe = true;
} else if (g_Vars.currentplayer->bondmovemode == MOVEMODE_WALK
&& bmoveGetCrouchPos() == CROUCHPOS_STAND
&& g_Vars.currentplayer->crouchoffset == 0.0f) {
maybe = true;
}
} else if ((obj->flags3 & OBJFLAG3_GRABBABLE)
&& g_Vars.currentplayer->bondmovemode == MOVEMODE_WALK
&& bmoveGetCrouchPos() == CROUCHPOS_STAND
&& g_Vars.currentplayer->crouchoffset == 0.0f) {
maybe = true;
}
if (maybe && (obj->hidden & OBJHFLAG_MOUNTED) && prop == bmoveGetHoverbike()) {
maybe = false;
}
if (maybe
&& (prop->flags & PROPFLAG_ONTHISSCREENTHISTICK)
&& objIsHealthy(obj)
&& (obj->flags & OBJFLAG_CANNOT_ACTIVATE) == 0) {
struct prop *playerprop = g_Vars.currentplayer->prop;
f32 x = prop->pos.x - playerprop->pos.x;
f32 y = prop->pos.y - playerprop->pos.y;
f32 z = prop->pos.z - playerprop->pos.z;
f32 range;
if (obj->modelnum == MODEL_SK_SHUTTLE) {
range = 500;
} else if (obj->modelnum == MODEL_TAXICAB) {
range = 300;
} else if (obj->modelnum == MODEL_PRESCAPSULE) {
range = 280;
} else if (obj->flags3 & OBJFLAG3_INTERACTSHORTRANGE) {
range = 100;
} else {
range = 200;
}
if (x * x + z * z < range * range && y < range && y > -range) {
f32 angle = atan2f(x, z) - (360.0f - g_Vars.currentplayer->vv_theta) * M_BADTAU / 360.0f;
if (angle < 0.0f) {
angle += M_BADTAU;
}
if (angle > M_BADPI) {
angle = M_BADTAU - angle;
}
if (angle <= 0.3926365673542f) {
if ((obj->flags2 & OBJFLAG2_INTERACTCHECKLOS) == 0
|| cdTestLos06(&playerprop->pos, playerprop->rooms, &prop->pos, prop->rooms, CDTYPE_BG)) {
g_InteractProp = prop;
}
}
}
}
return true;
}
bool currentPlayerTryMountHoverbike(struct prop *prop)
{
struct defaultobj *obj = prop->obj;
bool mount = false;
u32 stack[2];
if (obj->type == OBJTYPE_HOVERBIKE
&& g_Vars.lvframe60 - g_Vars.currentplayer->activatetimelast < TICKS(30)
&& (obj->hidden & OBJHFLAG_MOUNTED) == 0) {
if (obj->hidden & OBJHFLAG_GRABBED) {
if (bmoveGetGrabbedProp() == prop) {
mount = true;
} else {
mount = false;
}
} else {
mount = true;
}
}
if (mount && g_Vars.currentplayer->bondmovemode != MOVEMODE_GRAB) {
if (g_Vars.currentplayer->bondmovemode != MOVEMODE_WALK
|| bmoveGetCrouchPos() != CROUCHPOS_STAND
|| g_Vars.currentplayer->crouchoffset != 0) {
mount = false;
}
}
if (mount) {
f32 angle = atan2f(
prop->pos.x - g_Vars.currentplayer->prop->pos.x,
prop->pos.z - g_Vars.currentplayer->prop->pos.z);
angle -= hoverpropGetTurnAngle(obj);
if (angle < 0) {
angle += M_BADTAU;
}
if ((angle > 0.3926365673542f && angle < 2.3558194637299f)
|| (angle < 5.8895483016968f && angle > 3.9263656139374f)) {
g_Vars.currentplayer->hoverbike = prop;
bmoveSetMode(MOVEMODE_BIKE);
return true;
}
}
return false;
}
bool propobjInteract(struct prop *prop)
{
struct defaultobj *obj = prop->obj;
bool result = false;
u32 tag_id = propobjGetCiTagId(prop);
if (tag_id) {
// CI object - terminals etc
u8 handled = false;
if (ciIsTourDone()) {
if (tag_id == 0x10) {
struct trainingdata *data = dtGetData();
handled = true;
if (data->intraining) {
func0f0f85e0(&g_DtDetailsMenuDialog, MENUROOT_TRAINING);
} else {
func0f0f85e0(&g_DtListMenuDialog, MENUROOT_TRAINING);
}
} else if (tag_id == 0x45) {
struct trainingdata *data = getHoloTrainingData();
handled = true;
if (data->intraining) {
func0f0f85e0(&g_HtDetailsMenuDialog, MENUROOT_TRAINING);
} else {
func0f0f85e0(&g_HtListMenuDialog, MENUROOT_TRAINING);
}
} else if (tag_id == 0x7f) {
handled = true;
if (frIsInTraining()) {
func0f0f85e0(&g_FrTrainingInfoInGameMenuDialog, MENUROOT_TRAINING);
} else {
func0f0f85e0(&g_FrWeaponListMenuDialog, MENUROOT_TRAINING);
}
}
}
if (!handled) {
if (tag_id == 0x0e) {
handled = true;
func0f0f85e0(&g_BioListMenuDialog, MENUROOT_TRAINING);
} else if (tag_id == 0x0f) {
handled = true;
func0f0f85e0(&g_CheatsMenuDialog, MENUROOT_TRAINING);
} else if (tag_id == 0x1b) {
handled = true;
func0f0f85e0(&g_FrWeaponsAvailableMenuDialog, MENUROOT_TRAINING);
} else if (tag_id == 0x47) {
handled = true;
func0f0f85e0(&g_CiMenuViaPcMenuDialog, MENUROOT_MAINMENU);
} else if (tag_id == 0x46) {
handled = true;
func0f0f85e0(&g_HangarListMenuDialog, MENUROOT_TRAINING);
}
}
if (handled) {
// Typing sound
sndStart(var80095200, SFX_TYPING_8118, NULL, -1, -1, -1, -1, -1);
}
func0f0fd494(&prop->pos);
} else if (obj->type == OBJTYPE_ALARM) {
// Button press sound
sndStart(var80095200, SFX_PRESS_SWITCH, NULL, -1, -1, -1, -1, -1);
if (alarmIsActive()) {
alarmDeactivate();
} else {
alarmActivate();
}
} else if (obj->flags & OBJFLAG_THROWNLAPTOP) {
// Thrown laptop
if (obj->type == OBJTYPE_AUTOGUN) {
struct autogunobj *laptop = (struct autogunobj *)obj;
s32 playernum;
if (g_Vars.normmplayerisrunning) {
playernum = mpPlayerGetIndex(g_Vars.currentplayer->prop->chr);
} else {
playernum = g_Vars.currentplayernum;
}
if (playernum >= 0 && laptop == &g_ThrownLaptops[playernum]) {
obj->hidden |= OBJHFLAG_REAPABLE;
invGiveSingleWeapon(WEAPON_LAPTOPGUN);
currentPlayerQueuePickupWeaponHudmsg(WEAPON_LAPTOPGUN, false);
weaponPlayPickupSound(WEAPON_LAPTOPGUN);
if (laptop->ammoquantity > 0 && laptop->ammoquantity != 255) {
s32 newqty = bgunGetAmmoQtyForWeapon(WEAPON_LAPTOPGUN, FUNC_PRIMARY) + laptop->ammoquantity;
bgunSetAmmoQtyForWeapon(WEAPON_LAPTOPGUN, FUNC_PRIMARY, newqty);
}
}
} else {
result = propPickupByPlayer(prop, 1);
}
} else if (currentPlayerTryMountHoverbike(prop) == false
&& (obj->flags3 & OBJFLAG3_GRABBABLE)
&& g_Vars.currentplayer->bondmovemode == MOVEMODE_WALK
&& bmoveGetCrouchPos() == CROUCHPOS_STAND
&& g_Vars.currentplayer->crouchoffset == 0
&& g_Vars.currentplayer->onladder == false) {
bmoveGrabProp(prop);
}
if (g_Vars.normmplayerisrunning) {
scenarioHandleActivatedProp(g_Vars.currentplayer->prop->chr, prop);
} else {
if (g_Vars.currentplayernum == g_Vars.coopplayernum) {
obj->hidden |= OBJHFLAG_ACTIVATED_BY_COOP;
} else if (g_Vars.currentplayernum == g_Vars.bondplayernum) {
obj->hidden |= OBJHFLAG_ACTIVATED_BY_BOND;
}
}
doorCallLift(prop, false);
return result;
}
void objSetPerimEnabled(struct prop *prop, bool enable)
{
struct defaultobj *obj = prop->obj;
if (enable) {
obj->hidden &= ~OBJHFLAG_PERIMDISABLED;
} else {
obj->hidden |= OBJHFLAG_PERIMDISABLED;
}
}
bool objUpdateGeometry(struct prop *prop, u8 **start, u8 **end)
{
struct defaultobj *obj = prop->obj;
if (obj->unkgeo && (obj->flags3 & OBJFLAG3_WALKTHROUGH) == 0) {
if ((obj->hidden2 & OBJH2FLAG_08)) {
s32 len = (obj->flags3 & OBJFLAG3_GEOCYL) ? sizeof(struct geocyl) : sizeof(struct geoblock);
if (obj->flags & OBJFLAG_00000100) {
if ((obj->hidden & (OBJHFLAG_PERIMDISABLED | OBJHFLAG_DOORPERIMDISABLED)) == 0) {
*start = (void *) obj->unkgeo;
*end = (void *)((u32)obj->unkgeo + len);
if (obj->geocount >= 2) {
*end += obj->geocount * 0x40 - 0x40;
}
return true;
}
}
if (obj->geocount >= 2) {
*start = (void *)((u32)obj->unkgeo + len);
*end = (void *)(*start + obj->geocount * 0x40 - 0x40);
return true;
}
*end = NULL;
*start = NULL;
return false;
}
*start = (void *) obj->unkgeo;
*end = (void *) ((u32)obj->unkgeo + obj->geocount * 0x40);
return true;
}
*end = NULL;
*start = NULL;
return false;
}
void objGetBbox(struct prop *prop, f32 *radius, f32 *ymax, f32 *ymin)
{
struct defaultobj *obj = prop->obj;
if (obj->unkgeo && obj->hidden2 & OBJH2FLAG_08) {
if (obj->flags3 & OBJFLAG3_GEOCYL) {
*radius = obj->geocyl->radius;
*ymin = obj->geocyl->ymin;
*ymax = obj->geocyl->ymax;
} else {
*radius = model0001af80(obj->model);
*ymin = obj->geoblock->ymin;
*ymax = obj->geoblock->ymax;
}
} else {
*radius = 1;
*ymin = 0;
*ymax = 0;
}
}
void ammotypeGetPickedUpText(char *dst)
{
strcat(dst, langGet(L_PROPOBJ_000)); // "Picked up"
}
void ammotypeGetDeterminer(char *dst, s32 ammotype, s32 qty)
{
bool determiner_a = false;
bool determiner_an = false;
bool determiner_some = false;
bool determiner_the = false;
s32 playercount = PLAYERCOUNT();
s32 full = playercount <= 2
&& !(playercount == 2 && optionsGetScreenSplit() == SCREENSPLIT_VERTICAL);
switch (ammotype) {
case AMMOTYPE_CLOAK:
determiner_a = true;
break;
case AMMOTYPE_PISTOL:
case AMMOTYPE_SMG:
case AMMOTYPE_RIFLE:
case AMMOTYPE_SEDATIVE:
case AMMOTYPE_PSYCHOSIS:
case AMMOTYPE_PLASTIQUE:
determiner_some = true;
break;
case AMMOTYPE_CROSSBOW:
case AMMOTYPE_SHOTGUN:
case AMMOTYPE_GRENADE:
case AMMOTYPE_ROCKET:
case AMMOTYPE_KNIFE:
case AMMOTYPE_MAGNUM:
case AMMOTYPE_DEVASTATOR:
case AMMOTYPE_REMOTE_MINE:
case AMMOTYPE_PROXY_MINE:
case AMMOTYPE_TIMED_MINE:
case AMMOTYPE_REAPER:
case AMMOTYPE_HOMINGROCKET:
case AMMOTYPE_DART:
case AMMOTYPE_BOOST:
case AMMOTYPE_BUG:
case AMMOTYPE_MICROCAMERA:
if (qty == 1) {
determiner_a = true;
} else {
determiner_some = true;
}
break;
case AMMOTYPE_FARSIGHT:
case AMMOTYPE_NBOMB:
case AMMOTYPE_ECM_MINE:
if (qty == 1) {
determiner_an = true;
} else {
determiner_some = true;
}
break;
case AMMOTYPE_TOKEN:
if (qty == 1) {
determiner_the = true;
} else {
determiner_some = true;
}
break;
}
if (determiner_a) {
if (full) {
strcat(dst, langGet(L_PROPOBJ_004)); // "a"
} else {
strcat(dst, langGet(L_PROPOBJ_005)); // "A"
}
}
if (determiner_an) {
if (full) {
strcat(dst, langGet(L_PROPOBJ_006)); // "an"
} else {
strcat(dst, langGet(L_PROPOBJ_007)); // "An"
}
}
if (determiner_some) {
if (full) {
strcat(dst, langGet(L_PROPOBJ_002)); // "some"
} else {
strcat(dst, langGet(L_PROPOBJ_003)); // "Some"
}
}
if (determiner_the) {
if (full) {
strcat(dst, langGet(L_PROPOBJ_008)); // "the"
} else {
strcat(dst, langGet(L_PROPOBJ_009)); // "The"
}
}
}
void ammotypeGetPickupName(char *dst, s32 ammotype2, s32 qty)
{
s32 ammotype = ammotype2;
if (ammotype == AMMOTYPE_PISTOL || ammotype == AMMOTYPE_SMG || ammotype == AMMOTYPE_RIFLE) {
strcat(dst, langGet(L_PROPOBJ_010)); // "ammo"
} else if (ammotype == AMMOTYPE_KNIFE) {
strcat(dst, langGet(L_PROPOBJ_021)); // "combat"
if (qty == 1) {
strcat(dst, langGet(L_PROPOBJ_022)); // "knife"
} else {
strcat(dst, langGet(L_PROPOBJ_023)); // "knives"
}
} else {
s32 textnum = -1;
switch (ammotype) {
case AMMOTYPE_CROSSBOW: textnum = L_PROPOBJ_045; break; // "bolt"
case AMMOTYPE_SHOTGUN: textnum = L_PROPOBJ_011; break; // "cartridge"
case AMMOTYPE_FARSIGHT: textnum = L_PROPOBJ_046; break; // "orb"
case AMMOTYPE_GRENADE: textnum = L_PROPOBJ_014; break; // "grenade"
case AMMOTYPE_ROCKET: textnum = L_PROPOBJ_016; break; // "rocket"
case AMMOTYPE_MAGNUM: textnum = L_PROPOBJ_012; break; // "magnum bullet"
case AMMOTYPE_DEVASTATOR: textnum = L_PROPOBJ_015; break; // "grenade round"
case AMMOTYPE_REMOTE_MINE: textnum = L_PROPOBJ_018; break; // "remote mine"
case AMMOTYPE_PROXY_MINE: textnum = L_PROPOBJ_019; break; // "proximity mine"
case AMMOTYPE_TIMED_MINE: textnum = L_PROPOBJ_020; break; // "timed mine"
case AMMOTYPE_REAPER: textnum = L_PROPOBJ_047; break; // "Reaper ammo"
case AMMOTYPE_HOMINGROCKET: textnum = L_PROPOBJ_017; break; // "homing rocket"
case AMMOTYPE_DART: textnum = L_PROPOBJ_025; break; // "dart"
case AMMOTYPE_NBOMB: textnum = L_PROPOBJ_026; break; // "N-Bomb"
case AMMOTYPE_SEDATIVE: textnum = L_PROPOBJ_027; break; // "sedatives"
case AMMOTYPE_PSYCHOSIS: textnum = L_PROPOBJ_027; break; // "sedatives"
case AMMOTYPE_BUG: textnum = L_PROPOBJ_035; break; // "bug"
case AMMOTYPE_MICROCAMERA: textnum = L_PROPOBJ_036; break; // "micro camera"
case AMMOTYPE_TOKEN: textnum = L_PROPOBJ_038; break; // "token"
case AMMOTYPE_PLASTIQUE: textnum = L_PROPOBJ_039; break; // "plastique"
case AMMOTYPE_CLOAK: textnum = L_PROPOBJ_048; break; // "cloaking device"
case AMMOTYPE_BOOST: textnum = L_PROPOBJ_049; break; // "boost pill"
}
if (textnum >= 0) {
strcat(dst, langGet(textnum));
}
if (qty >= 2 && ammotype != AMMOTYPE_REAPER && ammotype != AMMOTYPE_SEDATIVE && ammotype != AMMOTYPE_CLOAK) {
strcat(dst, langGet(L_PROPOBJ_024)); // "s"
}
}
}
void ammotypePlayPickupSound(u32 ammotype)
{
switch (ammotype) {
case AMMOTYPE_PISTOL:
case AMMOTYPE_SMG:
case AMMOTYPE_RIFLE:
case AMMOTYPE_SHOTGUN:
case AMMOTYPE_GRENADE:
case AMMOTYPE_ROCKET:
case AMMOTYPE_MAGNUM:
case AMMOTYPE_DEVASTATOR:
case AMMOTYPE_REAPER:
case AMMOTYPE_HOMINGROCKET:
case AMMOTYPE_DART:
case AMMOTYPE_NBOMB:
case AMMOTYPE_SEDATIVE:
case AMMOTYPE_CLOAK:
case AMMOTYPE_BOOST:
case AMMOTYPE_TOKEN:
sndStart(var80095200, SFX_PICKUP_AMMO, NULL, -1, -1, -1, -1, -1);
break;
case AMMOTYPE_REMOTE_MINE:
case AMMOTYPE_PROXY_MINE:
case AMMOTYPE_TIMED_MINE:
case AMMOTYPE_BUG:
case AMMOTYPE_MICROCAMERA:
case AMMOTYPE_PLASTIQUE:
case AMMOTYPE_ECM_MINE:
sndStart(var80095200, SFX_PICKUP_MINE, NULL, -1, -1, -1, -1, -1);
break;
case AMMOTYPE_KNIFE:
sndStart(var80095200, SFX_PICKUP_KNIFE, NULL, -1, -1, -1, -1, -1);
break;
}
}
s32 propPlayPickupSound(struct prop *prop, s32 weapon)
{
s16 sound;
if (weapon == WEAPON_COMBATKNIFE || weapon == WEAPON_COMBATKNIFE) {
sound = SFX_PICKUP_KNIFE;
} else if (weapon == WEAPON_REMOTEMINE
|| weapon == WEAPON_PROXIMITYMINE
|| weapon == WEAPON_TIMEDMINE
|| weapon == WEAPON_COMMSRIDER
|| weapon == WEAPON_TRACERBUG
|| weapon == WEAPON_TARGETAMPLIFIER
|| weapon == WEAPON_ECMMINE) {
sound = SFX_PICKUP_MINE;
} else if (weapon == WEAPON_GRENADE
|| weapon == WEAPON_GRENADEROUND
|| weapon == WEAPON_ROCKET
|| weapon == WEAPON_HOMINGROCKET) {
sound = SFX_PICKUP_AMMO;
} else if (weapon == WEAPON_LASER) {
sound = SFX_PICKUP_LASER;
} else {
sound = SFX_PICKUP_GUN;
}
return propsnd0f0939f8(NULL, prop, sound, -1,
-1, 1024, 0, 0, 0, -1, 0, -1, -1, -1, -1);
}
void weaponPlayPickupSound(s32 weaponnum)
{
s32 sound;
if (weaponnum == WEAPON_COMBATKNIFE || weaponnum == WEAPON_COMBATKNIFE) {
sound = SFX_PICKUP_KNIFE;
} else if (weaponnum == WEAPON_REMOTEMINE
|| weaponnum == WEAPON_PROXIMITYMINE
|| weaponnum == WEAPON_TIMEDMINE
|| weaponnum == WEAPON_TRACERBUG
|| weaponnum == WEAPON_TARGETAMPLIFIER
|| weaponnum == WEAPON_COMMSRIDER
|| weaponnum == WEAPON_ECMMINE) {
sound = SFX_PICKUP_MINE;
} else if (weaponnum == WEAPON_GRENADE
|| weaponnum == WEAPON_GRENADEROUND
|| weaponnum == WEAPON_ROCKET
|| weaponnum == WEAPON_HOMINGROCKET) {
sound = SFX_PICKUP_AMMO;
} else if (weaponnum == WEAPON_LASER) {
sound = SFX_PICKUP_LASER;
} else if (weaponnum == WEAPON_BOLT) {
sound = SFX_PICKUP_GUN;
} else if (weaponnum == WEAPON_EYESPY) {
sound = SFX_PICKUP_KEYCARD;
} else if (weaponnum > WEAPON_PSYCHOSISGUN) {
sound = SFX_PICKUP_KEYCARD;
} else {
sound = SFX_PICKUP_GUN;
}
sndStart(var80095200, sound, NULL, -1, -1, -1, -1, -1);
}
void ammotypeGetPickupMessage(char *dst, s32 ammotype, s32 qty)
{
s32 playercount = PLAYERCOUNT();
s32 full = playercount <= 2
&& !(playercount == 2 && optionsGetScreenSplit() == SCREENSPLIT_VERTICAL);
*dst = '\0';
if (full) {
ammotypeGetPickedUpText(dst); // "Picked up"
}
ammotypeGetDeterminer(dst, ammotype, qty); // "a", "an", "some" or "the"
ammotypeGetPickupName(dst, ammotype, qty); // name of ammo type
strcat(dst, ".\n");
}
void currentPlayerQueuePickupAmmoHudmsg(s32 ammotype, s32 pickupqty)
{
char buffer[100] = "";
ammotypeGetPickupMessage(buffer, ammotype, pickupqty);
hudmsgCreateWithFlags(buffer, HUDMSGTYPE_DEFAULT, HUDMSGFLAG_ONLYIFALIVE);
}
void ammoHandlePickup(s32 ammotype, s32 quantity, bool withsound, bool withhudmsg)
{
s32 weapon;
if (quantity > 0) {
if (bgunGetReservedAmmoCount(ammotype) < bgunGetCapacityByAmmotype(ammotype)) {
bgunSetAmmoQuantity(ammotype, bgunGetReservedAmmoCount(ammotype) + quantity);
if (withhudmsg) {
currentPlayerQueuePickupAmmoHudmsg(ammotype, quantity);
}
}
if (withsound) {
ammotypePlayPickupSound(ammotype);
}
if (ammotype == AMMOTYPE_GRENADE) {
weapon = WEAPON_GRENADE;
} else if (ammotype == AMMOTYPE_REMOTE_MINE) {
weapon = WEAPON_REMOTEMINE;
} else if (ammotype == AMMOTYPE_PROXY_MINE) {
weapon = WEAPON_PROXIMITYMINE;
} else if (ammotype == AMMOTYPE_TIMED_MINE) {
weapon = WEAPON_TIMEDMINE;
} else if (ammotype == AMMOTYPE_NBOMB) {
weapon = WEAPON_NBOMB;
} else if (ammotype == AMMOTYPE_KNIFE) {
weapon = WEAPON_COMBATKNIFE;
} else if (ammotype == AMMOTYPE_ECM_MINE) {
weapon = WEAPON_ECMMINE;
} else if (ammotype == AMMOTYPE_TOKEN) {
weapon = WEAPON_BRIEFCASE2;
} else if (ammotype == AMMOTYPE_CLOAK) {
weapon = WEAPON_CLOAKINGDEVICE;
} else if (ammotype == AMMOTYPE_BOOST) {
weapon = WEAPON_COMBATBOOST;
} else {
weapon = -1;
}
if (weapon >= 0) {
invGiveSingleWeapon(weapon);
}
}
}
s32 ammocrateGetPickupAmmoQty(struct ammocrateobj *crate)
{
s32 qty = 1;
switch (crate->ammotype) {
case AMMOTYPE_PISTOL : qty = 10; break;
case AMMOTYPE_SMG : qty = 10; break;
case AMMOTYPE_CROSSBOW : qty = 10; break;
case AMMOTYPE_RIFLE : qty = 10; break;
case AMMOTYPE_SHOTGUN : qty = 5; break;
case AMMOTYPE_MAGNUM : qty = 5; break;
case AMMOTYPE_REAPER : qty = 200; break;
case AMMOTYPE_DART : qty = 4; break;
case AMMOTYPE_CLOAK : qty = TICKS(1200); break;
case AMMOTYPE_SEDATIVE : qty = 16; break;
case AMMOTYPE_BOOST : qty = 1; break;
}
if (qty > 1 && !g_Vars.normmplayerisrunning) {
qty *= g_AmmoQuantityScale;
}
return qty;
}
s32 weaponGetPickupAmmoQty(struct weaponobj *weapon)
{
s32 ammotype;
s32 qty = 1;
if (!weapon) {
return 20;
}
ammotype = bgunGetAmmoTypeForWeapon(weapon->weaponnum, 0);
if (weapon->weaponnum == WEAPON_COMBATKNIFE || weapon->weaponnum == WEAPON_BOLT) {
return 1;
}
if (weapon->base.flags & OBJFLAG_WEAPON_40000000) {
return 0;
}
if (g_Vars.normmplayerisrunning) {
switch (ammotype) {
case AMMOTYPE_PISTOL: qty = 10; break;
case AMMOTYPE_SMG: qty = 20; break;
case AMMOTYPE_CROSSBOW: qty = 5; break;
case AMMOTYPE_RIFLE: qty = 20; break;
case AMMOTYPE_SHOTGUN: qty = 10; break;
case AMMOTYPE_FARSIGHT: qty = 4; break;
case AMMOTYPE_MAGNUM: qty = 10; break;
case AMMOTYPE_DEVASTATOR: qty = 3; break;
case AMMOTYPE_REAPER: qty = 200; break;
case AMMOTYPE_DART: qty = 10; break;
case AMMOTYPE_CLOAK: qty = TICKS(1200); break;
case AMMOTYPE_SEDATIVE: qty = 16; break;
case AMMOTYPE_BOOST: qty = 1; break;
}
} else {
switch (ammotype) {
case AMMOTYPE_PISTOL: qty = 10; break;
case AMMOTYPE_SMG: qty = 10; break;
case AMMOTYPE_CROSSBOW: qty = 5; break;
case AMMOTYPE_RIFLE: qty = 10; break;
case AMMOTYPE_SHOTGUN: qty = 5; break;
case AMMOTYPE_FARSIGHT: qty = 4; break;
case AMMOTYPE_MAGNUM: qty = 5; break;
case AMMOTYPE_DEVASTATOR: qty = 3; break;
case AMMOTYPE_REAPER: qty = 100; break;
case AMMOTYPE_DART: qty = 4; break;
case AMMOTYPE_CLOAK: qty = TICKS(1200); break;
case AMMOTYPE_BOOST: qty = 2; break;
case AMMOTYPE_SEDATIVE: qty = 16; break;
}
if (qty > 1) {
qty *= g_AmmoQuantityScale;
}
}
return qty;
}
void weaponGetPickupText(char *buffer, s32 weaponnum, bool dual)
{
s32 playercount = PLAYERCOUNT();
s32 full = playercount <= 2
&& !(playercount == 2 && optionsGetScreenSplit() == SCREENSPLIT_VERTICAL);
s32 textid;
bool plural = false;
if (dual) {
strcat(buffer, langGet(L_PROPOBJ_001)); // "Double"
} else {
if (full) {
strcat(buffer, langGet(L_PROPOBJ_000)); // "Picked up"
if (weaponnum == WEAPON_EYESPY && g_Vars.currentplayer->eyespy) {
textid = L_PROPOBJ_050; // "your"
} else if (weaponHasFlag(weaponnum, WEAPONFLAG_DETERMINER_F_SOME)) {
textid = L_PROPOBJ_002; // "some"
} else if (weaponHasFlag(weaponnum, WEAPONFLAG_DETERMINER_F_AN)) {
textid = L_PROPOBJ_006; // "an"
} else if (weaponHasFlag(weaponnum, WEAPONFLAG_DETERMINER_F_THE)) {
textid = L_PROPOBJ_008; // "the"
} else {
textid = L_PROPOBJ_004; // "a"
}
strcat(buffer, langGet(textid));
} else {
if (weaponnum == WEAPON_EYESPY && g_Vars.currentplayer->eyespy) {
textid = L_PROPOBJ_051; // "Your"
} else if (weaponHasFlag(weaponnum, WEAPONFLAG_DETERMINER_S_SOME)) {
textid = L_PROPOBJ_003; // "Some"
} else if (weaponHasFlag(weaponnum, WEAPONFLAG_DETERMINER_S_AN)) {
textid = L_PROPOBJ_007; // "An"
} else if (weaponHasFlag(weaponnum, WEAPONFLAG_DETERMINER_S_THE)) {
textid = L_PROPOBJ_009; // "The"
} else {
textid = L_PROPOBJ_005; // "A"
}
strcat(buffer, langGet(textid));
}
}
if (full) {
strcat(buffer, bgunGetName(weaponnum));
plural = weaponHasFlag(weaponnum, WEAPONFLAG_DETERMINER_F_SOME);
} else {
strcat(buffer, bgunGetShortName(weaponnum));
plural = weaponHasFlag(weaponnum, WEAPONFLAG_DETERMINER_S_SOME);
}
// Note that weapon names have a line break on the end which is undesirable
// here. The code below removes them conditionally, then ends up removing
// them unconditionally anyway which is a bit wasteful.
if (plural) {
if (buffer[strlen(buffer) - 1] == '\n') {
buffer[strlen(buffer) - 1] = '\0';
}
strcat(buffer, "s");
}
if (buffer[strlen(buffer) - 1] == '\n') {
buffer[strlen(buffer) - 1] = '\0';
}
strcat(buffer, ".\n");
}
void currentPlayerQueuePickupWeaponHudmsg(u32 weaponnum, bool dual)
{
char buffer[100] = "";
weaponGetPickupText(buffer, weaponnum, dual);
hudmsgCreateWithFlags(buffer, HUDMSGTYPE_DEFAULT, HUDMSGFLAG_ONLYIFALIVE | HUDMSGFLAG_ALLOWDUPES);
}
s32 propPickupByPlayer(struct prop *prop, bool showhudmsg)
{
struct defaultobj *obj = prop->obj;
s32 result;
bool given = false;
if (g_Vars.currentplayer->isdead || g_Vars.lvupdate240 == 0) {
return TICKOP_NONE;
}
switch (obj->type) {
case OBJTYPE_KEY:
if (g_Vars.in_cutscene == false) {
sndStart(var80095200, SFX_PICKUP_KEYCARD, NULL, -1, -1, -1, -1, -1);
}
if (showhudmsg) {
char *text = invGetPickupTextByObj(obj);
if (text == NULL) {
text = langGet(L_PROPOBJ_040); // "Picked up a key."
}
hudmsgCreateWithFlags(text, HUDMSGTYPE_DEFAULT, HUDMSGFLAG_ONLYIFALIVE | HUDMSGFLAG_ALLOWDUPES);
}
result = TICKOP_GIVETOPLAYER;
break;
case OBJTYPE_AMMOCRATE:
{
struct ammocrateobj *crate = (struct ammocrateobj *) prop->obj;
s32 quantity = ammocrateGetPickupAmmoQty(crate);
ammoHandlePickup(crate->ammotype, quantity, !g_Vars.in_cutscene, showhudmsg);
result = TICKOP_FREE;
}
break;
case OBJTYPE_MULTIAMMOCRATE:
{
struct multiammocrateobj *crate = (struct multiammocrateobj *)prop->obj;
u32 stack;
s32 i;
for (i = 0; i != 19; i++) {
s32 qty = crate->slots[i].quantity;
if (!g_Vars.normmplayerisrunning) {
qty *= g_AmmoQuantityScale;
}
ammoHandlePickup(i + 1, qty, false, showhudmsg);
}
if (g_Vars.in_cutscene == false) {
sndStart(var80095200, SFX_PICKUP_AMMO, NULL, -1, -1, -1, -1, -1);
}
result = TICKOP_FREE;
}
break;
case OBJTYPE_WEAPON:
{
struct weaponobj *weapon = (struct weaponobj *) prop->obj;
bool sp70 = false;
s32 ammotype;
s32 count = 0;
s32 sp64;
if (g_Vars.normmplayerisrunning) {
if (weapon->weaponnum == WEAPON_BRIEFCASE2) {
sp64 = scenarioPickUpBriefcase(g_Vars.currentplayer->prop->chr, prop);
if (sp64) {
weaponPlayPickupSound(weapon->weaponnum);
}
return sp64;
}
if (weapon->weaponnum == WEAPON_DATAUPLINK) {
sp64 = scenarioPickUpUplink(g_Vars.currentplayer->prop->chr, prop);
if (sp64) {
weaponPlayPickupSound(weapon->weaponnum);
}
return sp64;
}
}
if (g_Vars.in_cutscene == false) {
weaponPlayPickupSound(weapon->weaponnum);
}
if (obj->hidden & OBJHFLAG_HASTEXTOVERRIDE) {
if (weapon->weaponnum <= WEAPON_PSYCHOSISGUN) {
count = invGiveWeaponsByProp(prop);
given = true;
}
if (showhudmsg) {
char *text = invGetPickupTextByObj(obj);
if (text) {
hudmsgCreateWithFlags(text, HUDMSGTYPE_DEFAULT, HUDMSGFLAG_ONLYIFALIVE | HUDMSGFLAG_ALLOWDUPES);
} else {
currentPlayerQueuePickupWeaponHudmsg(weapon->weaponnum, count == 2);
}
sp70 = true;
}
result = TICKOP_GIVETOPLAYER;
} else {
if (weapon->weaponnum == WEAPON_BOLT) {
count = 1;
given = true;
ammoHandlePickup(AMMOTYPE_CROSSBOW, 1, !g_Vars.in_cutscene, true);
result = TICKOP_FREE;
showhudmsg = false;
sp70 = true;
} else {
count = invGiveWeaponsByProp(prop);
if (count) {
sp70 = true;
}
given = true;
if (showhudmsg) {
char *text = invGetPickupTextByWeaponNum(weapon->weaponnum);
if (text) {
sp70 = true;
hudmsgCreateWithFlags(text, HUDMSGTYPE_DEFAULT, HUDMSGFLAG_ONLYIFALIVE | HUDMSGFLAG_ALLOWDUPES);
} else {
if (sp70) {
currentPlayerQueuePickupWeaponHudmsg(weapon->weaponnum, count == 2);
}
}
}
result = TICKOP_FREE;
}
}
if (count == 2
&& bgunGetWeaponNum(HAND_RIGHT) == weapon->weaponnum
&& bgunGetWeaponNum(HAND_LEFT) != weapon->weaponnum) {
bgunEquipWeapon2(HAND_LEFT, weapon->weaponnum);
}
ammotype = bgunGetAmmoTypeForWeapon(weapon->weaponnum, FUNC_PRIMARY);
if (ammotype) {
s32 pickupqty = weaponGetPickupAmmoQty(weapon);
if (pickupqty > 0) {
s32 heldqty = bgunGetReservedAmmoCount(ammotype);
if (bgunGetReservedAmmoCount(ammotype) < bgunGetCapacityByAmmotype(ammotype)) {
heldqty += pickupqty;
bgunSetAmmoQuantity(ammotype, heldqty);
if (!sp70 && showhudmsg) {
currentPlayerQueuePickupAmmoHudmsg(ammotype, pickupqty);
}
}
}
}
if (weapon->weaponnum == WEAPON_SUPERDRAGON) {
s32 pickupqty = weaponGetPickupAmmoQty(weapon);
if (bgunGetReservedAmmoCount(AMMOTYPE_DEVASTATOR) < bgunGetCapacityByAmmotype(AMMOTYPE_DEVASTATOR)) {
s32 quantity = bgunGetReservedAmmoCount(AMMOTYPE_DEVASTATOR) + 5;
bgunSetAmmoQuantity(AMMOTYPE_DEVASTATOR, quantity);
if (!sp70 && showhudmsg) {
currentPlayerQueuePickupAmmoHudmsg(AMMOTYPE_DEVASTATOR, pickupqty);
}
}
}
if (weapon->weaponnum == WEAPON_EYESPY && g_Vars.currentplayer->eyespy == NULL) {
playerInitEyespy();
}
}
break;
case OBJTYPE_SHIELD:
{
playerSetShieldFrac(((struct shieldobj *) prop->obj)->amount);
if (!g_Vars.in_cutscene) {
sndStart(var80095200, SFX_PICKUP_SHIELD, NULL, -1, -1, -1, -1, -1);
}
if (showhudmsg) {
char *text = invGetPickupTextByObj(obj);
if (text == NULL) {
s32 playercount = PLAYERCOUNT();
if (playercount <= 2 && !(playercount == 2 && optionsGetScreenSplit() == SCREENSPLIT_VERTICAL)) {
text = langGet(L_PROPOBJ_041); // "Picked up a shield."
} else {
text = langGet(L_PROPOBJ_042); // "A shield."
}
}
hudmsgCreateWithFlags(text, HUDMSGTYPE_DEFAULT, HUDMSGFLAG_ONLYIFALIVE);
}
result = TICKOP_FREE;
}
break;
case OBJTYPE_BASIC:
case OBJTYPE_ALARM:
case OBJTYPE_SINGLEMONITOR:
case OBJTYPE_MULTIMONITOR:
case OBJTYPE_AUTOGUN:
case OBJTYPE_DEBRIS:
case OBJTYPE_GLASS:
case OBJTYPE_TINTEDGLASS:
default:
if (g_Vars.in_cutscene == false) {
sndStart(var80095200, SFX_PICKUP_KEYCARD, NULL, -1, -1, -1, -1, -1);
}
if (showhudmsg) {
char *text = invGetPickupTextByObj(obj);
if (text == NULL) {
text = langGet(L_PROPOBJ_043); // "Picked up something."
}
hudmsgCreateWithFlags(text, HUDMSGTYPE_DEFAULT, HUDMSGFLAG_ONLYIFALIVE | HUDMSGFLAG_ALLOWDUPES);
}
result = TICKOP_GIVETOPLAYER;
break;
}
if (result == TICKOP_FREE && (obj->hidden & OBJHFLAG_TAGGED) == 0) {
objFree(obj, false, obj->hidden2 & OBJH2FLAG_CANREGEN);
return TICKOP_FREE;
}
if (result != TICKOP_NONE) {
if (!given) {
invGiveProp(prop);
}
return TICKOP_GIVETOPLAYER;
}
return TICKOP_NONE;
}
s32 objTestForPickup(struct prop *prop)
{
struct defaultobj *obj = prop->obj;
struct prop *playerprop = g_Vars.currentplayer->prop;
f32 xdiff = prop->pos.x - playerprop->pos.x;
f32 ydiff = prop->pos.y - playerprop->pos.y;
f32 zdiff = prop->pos.z - playerprop->pos.z;
f32 range;
bool usebigrange;
bool pickup;
if (func0f085194(obj)) {
if (obj->flags & OBJFLAG_UNCOLLECTABLE) {
return TICKOP_NONE;
}
} else {
if ((obj->flags & OBJFLAG_COLLECTABLE) == 0) {
return TICKOP_NONE;
}
}
usebigrange = (obj->flags3 & OBJFLAG3_ONSHELF)
&& (cheatIsActive(CHEAT_SMALLJO) || cheatIsActive(CHEAT_PLAYASELVIS));
if (usebigrange) {
range = 200 * 200;
} else {
range = 100 * 100;
}
pickup = xdiff * xdiff + zdiff * zdiff <= range && ydiff >= -200 && ydiff <= 200;
if (!pickup) {
return TICKOP_NONE;
}
if (obj->hidden & OBJHFLAG_REAPABLE) {
return TICKOP_NONE;
}
if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = prop->weapon;
bool maybe = true;
s32 leftweaponnum;
s32 rightweaponnum;
if (weapon->weaponnum == WEAPON_GRENADE
|| weapon->weaponnum == WEAPON_GRENADEROUND
|| weapon->weaponnum == WEAPON_NBOMB
|| weapon->weaponnum == WEAPON_SKROCKET) {
if (weapon->timer240 >= 0 || (obj->hidden & OBJHFLAG_REAPABLE)) {
return TICKOP_NONE;
}
}
if (weapon->weaponnum == WEAPON_REMOTEMINE
|| weapon->weaponnum == WEAPON_PROXIMITYMINE
|| weapon->weaponnum == WEAPON_TIMEDMINE
|| (weapon->weaponnum == WEAPON_DRAGON && weapon->gunfunc == FUNC_SECONDARY)
|| weapon->weaponnum == WEAPON_TRACERBUG
|| weapon->weaponnum == WEAPON_TARGETAMPLIFIER
|| weapon->weaponnum == WEAPON_COMMSRIDER
|| weapon->weaponnum == WEAPON_ECMMINE) {
if (weapon->timer240 >= 0 || (obj->hidden & OBJHFLAG_REAPABLE)) {
return TICKOP_NONE;
}
}
if (weapon->weaponnum == WEAPON_ROCKET
|| weapon->weaponnum == WEAPON_HOMINGROCKET
|| weapon->weaponnum == WEAPON_BOLT
|| weapon->weaponnum == WEAPON_COMBATKNIFE) {
if (obj->hidden & OBJHFLAG_PROJECTILE) {
return TICKOP_NONE;
}
}
if (invHasSingleWeaponExcAllGuns(weapon->weaponnum) && bgunGetAmmoTypeForWeapon(weapon->weaponnum, FUNC_PRIMARY)) {
if (cheatIsActive(CHEAT_UNLIMITEDAMMO) || cheatIsActive(CHEAT_UNLIMITEDAMMONORELOADS)) {
maybe = false;
} else {
maybe = bgunGetAmmoQtyForWeapon(weapon->weaponnum, FUNC_PRIMARY) >= bgunGetAmmoCapacityForWeapon(weapon->weaponnum, FUNC_PRIMARY);
}
if (weapon->weaponnum == WEAPON_SUPERDRAGON) {
if (bgunGetAmmoQtyForWeapon(weapon->weaponnum, FUNC_SECONDARY) < bgunGetAmmoCapacityForWeapon(weapon->weaponnum, FUNC_SECONDARY)) {
maybe = false;
}
}
if (maybe) {
if (weapon->dualweapon || weapon->dualweaponnum >= 0) {
if (weapon->dualweapon) {
leftweaponnum = rightweaponnum = weapon->dualweapon->weaponnum;
} else {
leftweaponnum = rightweaponnum = weapon->dualweaponnum;
}
if ((weapon->base.flags & OBJFLAG_DEACTIVATED)) {
rightweaponnum = weapon->weaponnum;
} else {
leftweaponnum = weapon->weaponnum;
}
if (invHasDoubleWeaponExcAllGuns(leftweaponnum, rightweaponnum)) {
return TICKOP_NONE;
}
} else {
if (g_Vars.normmplayerisrunning
&& weaponHasFlag(weapon->weaponnum, WEAPONFLAG_DUALWIELD)
&& !invHasDoubleWeaponExcAllGuns(weapon->weaponnum, weapon->weaponnum)) {
struct invitem *item = invFindSingleWeapon(weapon->weaponnum);
if ((item && item->type_weap.pickuppad == weapon->base.pad) || weapon->base.pad < 0) {
return TICKOP_NONE;
}
} else {
return TICKOP_NONE;
}
}
}
}
} else if (obj->type == OBJTYPE_AMMOCRATE) {
struct ammocrateobj *crate = (struct ammocrateobj *) prop->obj;
if (bgunGetReservedAmmoCount(crate->ammotype) >= bgunGetCapacityByAmmotype(crate->ammotype)) {
if ((crate->ammotype != AMMOTYPE_GRENADE || invHasSingleWeaponExcAllGuns(WEAPON_GRENADE))
&& (crate->ammotype != AMMOTYPE_CLOAK || invHasSingleWeaponExcAllGuns(WEAPON_CLOAKINGDEVICE))
&& (crate->ammotype != AMMOTYPE_BOOST || invHasSingleWeaponExcAllGuns(WEAPON_COMBATBOOST))
&& (crate->ammotype != AMMOTYPE_NBOMB || invHasSingleWeaponExcAllGuns(WEAPON_NBOMB))
&& (crate->ammotype != AMMOTYPE_REMOTE_MINE || invHasSingleWeaponExcAllGuns(WEAPON_REMOTEMINE))
&& (crate->ammotype != AMMOTYPE_PROXY_MINE || invHasSingleWeaponExcAllGuns(WEAPON_PROXIMITYMINE))
&& (crate->ammotype != AMMOTYPE_TIMED_MINE || invHasSingleWeaponExcAllGuns(WEAPON_TIMEDMINE))
&& (crate->ammotype != AMMOTYPE_KNIFE || invHasSingleWeaponExcAllGuns(WEAPON_COMBATKNIFE))) {
return TICKOP_NONE;
}
}
} else if (obj->type == OBJTYPE_MULTIAMMOCRATE) {
struct multiammocrateobj *crate = (struct multiammocrateobj *) prop->obj;
bool ignore = true;
s32 i;
if (objGetDestroyedLevel(obj)) {
return TICKOP_NONE;
}
for (i = 0; i <= AMMOTYPE_NBOMB; i++) {
s32 ammotype = i + 1;
if (crate->slots[i].quantity > 0) {
if (bgunGetReservedAmmoCount(ammotype) < bgunGetCapacityByAmmotype(ammotype)) {
ignore = false;
break;
}
if ((ammotype == AMMOTYPE_GRENADE && !invHasSingleWeaponExcAllGuns(WEAPON_GRENADE))
|| (ammotype == AMMOTYPE_CLOAK && !invHasSingleWeaponExcAllGuns(WEAPON_CLOAKINGDEVICE))
|| (ammotype == AMMOTYPE_BOOST && !invHasSingleWeaponExcAllGuns(WEAPON_COMBATBOOST))
|| (ammotype == AMMOTYPE_NBOMB && !invHasSingleWeaponExcAllGuns(WEAPON_NBOMB))
|| (ammotype == AMMOTYPE_REMOTE_MINE && !invHasSingleWeaponExcAllGuns(WEAPON_REMOTEMINE))
|| (ammotype == AMMOTYPE_PROXY_MINE && !invHasSingleWeaponExcAllGuns(WEAPON_PROXIMITYMINE))
|| (ammotype == AMMOTYPE_TIMED_MINE && !invHasSingleWeaponExcAllGuns(WEAPON_TIMEDMINE))
|| (ammotype == AMMOTYPE_KNIFE && !invHasSingleWeaponExcAllGuns(WEAPON_COMBATKNIFE))) {
ignore = false;
break;
}
}
}
if (ignore) {
return TICKOP_NONE;
}
} else if (obj->type == OBJTYPE_SHIELD) {
struct shieldobj *shield = (struct shieldobj *) prop->obj;
bool ignore = false;
if (shield->amount <= playerGetShieldFrac()) {
ignore = true;
} else if (g_Vars.normmplayerisrunning
&& g_MpSetup.scenario == MPSCENARIO_HOLDTHEBRIEFCASE
&& invHasBriefcase()) {
ignore = true;
}
if (ignore) {
return TICKOP_NONE;
}
} else {
if (obj->flags & OBJFLAG_THROWNLAPTOP) {
return TICKOP_NONE;
}
}
// For disarmed weapons that are falling, picktimer timer is 1 second and
// pickupby is set to the chr who disarmed. This makes it so only the
// disarmer can pick up the weapon within the first second.
// For thrown projectiles, the pickup timer is also 1 second but there is no
// pickupby. This prevents the thrower from picking up their own projectile
// within the first second, unless it's immediately bounced or landed.
if ((obj->hidden & OBJHFLAG_PROJECTILE) && obj->projectile->pickuptimer240 > 0) {
if (obj->projectile->pickupby == NULL) {
if (obj->projectile->bouncecount == 0) {
return TICKOP_NONE;
}
} else {
if (obj->projectile->pickupby != g_Vars.currentplayer->prop) {
return TICKOP_NONE;
}
}
}
if ((obj->flags2 & OBJFLAG2_PICKUPWITHOUTLOS) == 0
&& !usebigrange
&& cdTestLos05(&playerprop->pos, playerprop->rooms, &prop->pos, prop->rooms,
CDTYPE_DOORS | CDTYPE_BG,
GEOFLAG_WALL | GEOFLAG_BLOCK_SIGHT | GEOFLAG_BLOCK_SHOOT) == false) {
return TICKOP_NONE;
}
return propPickupByPlayer(prop, true);
}
bool func0f0899dc(struct prop *prop, struct coord *arg1, f32 *arg2, f32 *arg3)
{
if (prop->flags & PROPFLAG_ONTHISSCREENTHISTICK) {
struct defaultobj *obj = prop->obj;
Mtxf *matrix = model0001a60c(obj->model);
arg1->z = matrix->m[3][2];
if (arg1->z < 0) {
arg1->x = matrix->m[3][0];
arg1->y = matrix->m[3][1];
arg3[0] = 0;
arg3[1] = 0;
arg2[0] = 0;
arg2[1] = 0;
func0f067d88(obj->model, &arg2[1], &arg2[0], &arg3[1], &arg3[0]);
return true;
}
}
return false;
}
void modelFreeVertices(s32 vtxstoretype, struct model *model)
{
struct modelfiledata *modeldef = model->filedata;
struct modelnode *node = modeldef->rootnode;
while (node) {
u32 type = node->type & 0xff;
union modelrodata *rodata;
union modelrwdata *rwdata;
s32 newtype;
switch (type) {
case MODELNODETYPE_DL:
rodata = node->rodata;
rwdata = modelGetNodeRwData(model, node);
if (modelIsNodeNotTvscreen(modeldef, node)) {
if (rwdata->dl.vertices != rodata->dl.vertices) {
vtxstoreFree(vtxstoretype, rwdata->dl.vertices);
rwdata->dl.vertices = rodata->dl.vertices;
}
if ((u32)rwdata->dl.colours != ALIGN8((u32)rodata->dl.vertices + rodata->dl.numvertices * sizeof(struct gfxvtx))) {
if (vtxstoretype == VTXSTORETYPE_OBJVTX) {
newtype = VTXSTORETYPE_OBJCOL;
} else {
newtype = VTXSTORETYPE_CHRCOL;
}
vtxstoreFree(newtype, rwdata->dl.colours);
rwdata->dl.colours = (struct colour *)ALIGN8((u32)rodata->dl.vertices + rodata->dl.numvertices * sizeof(struct gfxvtx));
}
}
break;
case MODELNODETYPE_DISTANCE:
model0001c784(model, node);
break;
case MODELNODETYPE_TOGGLE:
model0001c7d0(model, node);
break;
case MODELNODETYPE_HEADSPOT:
modelAttachHead(model, node);
break;
}
if (node->child) {
node = node->child;
} else {
while (node) {
if (node->next) {
node = node->next;
break;
}
node = node->parent;
}
}
}
}
struct weaponobj *weaponCreate(bool musthaveprop, bool musthavemodel, struct modelfiledata *filedata)
{
s32 i;
struct weaponobj *tmp;
struct weaponobj *sp4c = NULL;
struct weaponobj *sp48 = NULL;
s32 sp44 = -1;
s32 sp40 = -1;
s32 sp3c = -1;
for (i = g_NextWeaponSlot; true; ) {
bool usable = false;
if (g_WeaponSlots[i].base.prop == NULL) {
if (!musthaveprop && !musthavemodel) {
sp44 = i;
break;
}
} else {
if ((g_WeaponSlots[i].base.hidden & OBJHFLAG_PROJECTILE) == 0
&& (g_WeaponSlots[i].base.hidden2 & OBJH2FLAG_CANREGEN) == 0
&& (g_WeaponSlots[i].base.flags & OBJFLAG_00800000) == 0) {
if (g_WeaponSlots[i].base.prop->parent) {
if (g_WeaponSlots[i].base.hidden & OBJHFLAG_EMBEDDED) {
usable = true;
}
} else {
usable = true;
}
}
}
if (usable) {
if (!musthavemodel || modelmgrCanSlotFitRwdata(g_WeaponSlots[i].base.model, filedata)) {
if ((g_WeaponSlots[i].base.prop->flags & (PROPFLAG_ONTHISSCREENTHISTICK | PROPFLAG_ONANYSCREENTHISTICK | PROPFLAG_ONANYSCREENPREVTICK)) == 0 && sp40 < 0) {
sp40 = i;
}
if (sp3c < 0) {
sp3c = i;
}
}
}
i = (i + 1) % g_MaxWeaponSlots;
if (i == g_NextWeaponSlot) {
break;
}
}
if (sp44 >= 0) {
g_NextWeaponSlot = (sp44 + 1) % g_MaxWeaponSlots;
return &g_WeaponSlots[sp44];
}
tmp = (struct weaponobj *)setupFindObjForReuse(OBJTYPE_WEAPON, (struct defaultobj **)&sp4c, (struct defaultobj **)&sp48, musthaveprop, musthavemodel, filedata);
if (tmp) {
return tmp;
}
if (sp40 >= 0) {
if (g_WeaponSlots[sp40].base.prop) {
objFreePermanently(&g_WeaponSlots[sp40].base, true);
}
g_NextWeaponSlot = (sp40 + 1) % g_MaxWeaponSlots;
return &g_WeaponSlots[sp40];
}
if (sp4c) {
if (sp4c->base.prop) {
objFreePermanently(&sp4c->base, true);
}
return sp4c;
}
if (sp3c >= 0) {
if (g_WeaponSlots[sp3c].base.prop) {
objFreePermanently(&g_WeaponSlots[sp3c].base, true);
}
g_NextWeaponSlot = (sp3c + 1) % g_MaxWeaponSlots;
return &g_WeaponSlots[sp3c];
}
if (sp48) {
if (sp48->base.prop) {
objFreePermanently(&sp48->base, true);
}
return sp48;
}
return NULL;
}
struct ammocrateobj *ammocrateAllocate(void)
{
s32 i;
// Try to find a free one
for (i = 0; i < g_MaxAmmoCrates; i++) {
if (g_AmmoCrates[i].base.prop == NULL) {
return &g_AmmoCrates[i];
}
}
// Find one that can be freed off-screen
for (i = 0; i < g_MaxAmmoCrates; i++) {
if ((g_AmmoCrates[i].base.hidden & OBJHFLAG_PROJECTILE) == 0
&& (g_AmmoCrates[i].base.hidden2 & OBJH2FLAG_CANREGEN) == 0
&& g_AmmoCrates[i].base.prop->parent == NULL
&& (g_AmmoCrates[i].base.prop->flags & (PROPFLAG_ONTHISSCREENTHISTICK | PROPFLAG_ONANYSCREENTHISTICK | PROPFLAG_ONANYSCREENPREVTICK)) == 0) {
objFreePermanently(&g_AmmoCrates[i].base, true);
return &g_AmmoCrates[i];
}
}
// Find one that can be freed on-screen
for (i = 0; i < g_MaxAmmoCrates; i++) {
if ((g_AmmoCrates[i].base.hidden & OBJHFLAG_PROJECTILE) == 0
&& (g_AmmoCrates[i].base.hidden2 & OBJH2FLAG_CANREGEN) == 0
&& g_AmmoCrates[i].base.prop->parent == NULL) {
objFreePermanently(&g_AmmoCrates[i].base, true);
return &g_AmmoCrates[i];
}
}
return NULL;
}
struct defaultobj *debrisAllocate(void)
{
s32 i;
// Try to find an unused slot
for (i = 0; i < g_MaxDebrisSlots; i++) {
if (g_DebrisSlots[i].prop == NULL) {
return &g_DebrisSlots[i];
}
}
// Try to find one that's landed and offscreen
for (i = 0; i < g_MaxDebrisSlots; i++) {
if ((g_DebrisSlots[i].hidden & OBJHFLAG_PROJECTILE) == 0
&& (g_DebrisSlots[i].hidden2 & OBJH2FLAG_CANREGEN) == 0
&& g_DebrisSlots[i].prop->parent == NULL
&& (g_DebrisSlots[i].prop->flags & (PROPFLAG_ONTHISSCREENTHISTICK | PROPFLAG_ONANYSCREENTHISTICK | PROPFLAG_ONANYSCREENPREVTICK)) == 0) {
objFreePermanently(&g_DebrisSlots[i], true);
return &g_DebrisSlots[i];
}
}
// Same as above but onscreen
for (i = 0; i < g_MaxDebrisSlots; i++) {
if ((g_DebrisSlots[i].hidden & OBJHFLAG_PROJECTILE) == 0
&& (g_DebrisSlots[i].hidden2 & OBJH2FLAG_CANREGEN) == 0
&& g_DebrisSlots[i].prop->parent == NULL) {
objFreePermanently(&g_DebrisSlots[i], true);
return &g_DebrisSlots[i];
}
}
return NULL;
}
void playerActivateRemoteMineDetonator(s32 playernum)
{
g_PlayersDetonatingMines |= 1 << playernum;
sndStart(var80095200, SFX_DETONATE, 0, -1, -1, -1, -1, -1);
bgunStartDetonateAnimation(playernum);
}
struct weaponobj *weaponFindChildByWeaponNum(s32 weaponnum, struct prop *prop)
{
struct weaponobj *weapon;
struct prop *child;
if (prop->type == PROPTYPE_WEAPON && weaponnum == prop->weapon->weaponnum) {
return prop->weapon;
}
child = prop->child;
while (child) {
weapon = weaponFindChildByWeaponNum(weaponnum, child);
if (weapon) {
return weapon;
}
child = child->next;
}
return NULL;
}
struct weaponobj *weaponFindLanded(s32 weaponnum)
{
struct prop *prop = g_Vars.activeprops;
while (prop) {
struct weaponobj *weapon = weaponFindChildByWeaponNum(weaponnum, prop);
if (weapon && (weapon->base.hidden & OBJHFLAG_PROJECTILE) == 0) {
return weapon;
}
prop = prop->next;
}
return NULL;
}
void weaponRegisterProxy(struct weaponobj *weapon)
{
s32 i;
if (g_NumProxies < ARRAYCOUNT(g_Proxies)) {
g_Proxies[g_NumProxies] = weapon;
g_NumProxies++;
}
}
void weaponUnregisterProxy(struct weaponobj *weapon)
{
s32 i;
for (i = 0; i < ARRAYCOUNT(g_Proxies); i++) {
if (g_Proxies[i] == weapon) {
g_Proxies[i] = g_Proxies[g_NumProxies - 1];
g_NumProxies--;
return;
}
}
}
void coordTriggerProxies(struct coord *pos, bool arg1)
{
s32 i;
for (i = 0; i < g_NumProxies; i++) {
struct weaponobj *weapon = g_Proxies[i];
if (weapon->timer240 == 1) {
if (weapon->weaponnum != WEAPON_GRENADE || arg1 == true) {
f32 xdiff;
f32 ydiff;
f32 zdiff;
f32 range = 250 * 250;
if (weapon->weaponnum == WEAPON_DRAGON) {
range += range;
}
xdiff = pos->x - weapon->base.prop->pos.x;
ydiff = pos->y - weapon->base.prop->pos.y;
zdiff = pos->z - weapon->base.prop->pos.z;
if (xdiff * xdiff + ydiff * ydiff + zdiff * zdiff < range) {
weapon->timer240 = 0;
}
}
}
}
}
void chrsTriggerProxies(void)
{
s32 numchrs = chrsGetNumSlots();
s32 i;
for (i = 0; i < numchrs; i++) {
struct chrdata *chr = &g_ChrSlots[i];
struct coord pos;
if (chr->prop
&& !chrIsDead(chr)
&& (chr->chrflags & CHRCFLAG_HIDDEN) == 0
&& (chr->prop->flags & PROPFLAG_ENABLED)
&& chr->model) {
chrCalculatePosition(chr, &pos);
coordTriggerProxies(&pos, true);
}
}
}
void propweaponSetDual(struct weaponobj *weapon1, struct weaponobj *weapon2)
{
weapon1->dualweaponnum = weapon2->weaponnum;
weapon1->dualweapon = weapon2;
weapon2->dualweaponnum = weapon1->weaponnum;
weapon2->dualweapon = weapon1;
}
struct prop *func0f08adc8(struct weaponobj *weapon, struct modelfiledata *filedata, struct prop *prop, struct model *model)
{
prop = objInit(&weapon->base, filedata, prop, model);
if (prop) {
prop->type = PROPTYPE_WEAPON;
weaponSetGunfireVisible(prop, false, -1);
}
return prop;
}
struct prop *func0f08ae0c(struct weaponobj *weapon, struct modelfiledata *filedata)
{
struct prop *prop = objInitWithModelDef(&weapon->base, filedata);
if (prop) {
prop->type = PROPTYPE_WEAPON;
weaponSetGunfireVisible(prop, false, -1);
}
return prop;
}
bool chrEquipWeapon(struct weaponobj *weapon, struct chrdata *chr)
{
u32 stack1;
s32 handnum = (weapon->base.flags & OBJFLAG_WEAPON_LEFTHANDED) ? HAND_LEFT : HAND_RIGHT;
u32 stack2[2];
if (weapon->base.prop && weapon->base.model) {
if (g_Vars.mplayerisrunning) {
s32 playernum = mpPlayerGetIndex(chr);
weapon->base.hidden &= 0x0fffffff;
weapon->base.hidden |= (playernum << 28) & 0xf0000000;
}
if ((weapon->base.flags & OBJFLAG_WEAPON_AICANNOTUSE) == 0) {
if (chr->weapons_held[handnum]) {
if (chr->aibot) {
chr->weapons_held[handnum]->weapon->base.hidden |= OBJHFLAG_REAPABLE;
chr->weapons_held[handnum] = NULL;
} else {
return false;
}
}
if (!chr->weapons_held[handnum]) {
if (chr->model->filedata->skel == &g_SkelChr) {
weapon->base.model->attachedtomodel = chr->model;
if (handnum == HAND_RIGHT) {
weapon->base.model->attachedtonode = modelGetPart(chr->model->filedata, MODELPART_CHR_RIGHTHAND);
} else {
weapon->base.model->attachedtonode = modelGetPart(chr->model->filedata, MODELPART_CHR_LEFTHAND);
}
chr->weapons_held[handnum] = weapon->base.prop;
if ((weapon->base.flags & OBJFLAG_80000000) && chr->weapons_held[1 - handnum]) {
propweaponSetDual(weapon, chr->weapons_held[1 - handnum]->weapon);
}
} else if (chr->model->filedata->skel == &g_SkelSkedar) {
weapon->base.model->attachedtomodel = chr->model;
if (handnum == HAND_RIGHT) {
weapon->base.model->attachedtonode = modelGetPart(chr->model->filedata, MODELPART_SKEDAR_RIGHTHAND);
} else {
weapon->base.model->attachedtonode = modelGetPart(chr->model->filedata, MODELPART_SKEDAR_LEFTHAND);
}
chr->weapons_held[handnum] = weapon->base.prop;
if ((weapon->base.flags & OBJFLAG_80000000) && chr->weapons_held[1 - handnum]) {
propweaponSetDual(weapon, chr->weapons_held[1 - handnum]->weapon);
}
} else {
return false;
}
}
}
propReparent(weapon->base.prop, chr->prop);
} else {
return false;
}
return true;
}
struct prop *func0f08b108(struct weaponobj *weapon, struct chrdata *chr, struct modelfiledata *filedata, struct prop *prop, struct model *model)
{
prop = func0f08adc8(weapon, filedata, prop, model);
if (prop && weapon->base.model) {
f32 scale = weapon->base.extrascale * (1.0f / 256.0f);
modelSetScale(weapon->base.model, weapon->base.model->scale * scale);
if (!chrEquipWeapon(weapon, chr)) {
propFree(prop);
prop = NULL;
weapon->base.prop = NULL;
modelmgrFreeModel(weapon->base.model);
weapon->base.model = NULL;
}
} else {
if (prop) {
propFree(prop);
prop = NULL;
weapon->base.prop = NULL;
}
if (weapon->base.model) {
modelmgrFreeModel(weapon->base.model);
weapon->base.model = NULL;
}
}
return prop;
}
void func0f08b208(struct weaponobj *weapon, struct chrdata *chr)
{
u32 stack;
s32 modelnum = weapon->base.modelnum;
setupLoadModeldef(modelnum);
func0f08b108(weapon, chr, g_ModelStates[modelnum].filedata, 0, 0);
}
void func0f08b25c(struct weaponobj *weapon, struct chrdata *chr)
{
func0f08b208(weapon, chr);
}
struct autogunobj *laptopDeploy(s32 modelnum, struct gset *gset, struct chrdata *chr)
{
struct modelfiledata *filedata;
struct prop *prop;
struct model *model;
struct autogunobj *laptop = NULL;
s32 index;
if (g_Vars.normmplayerisrunning) {
index = mpPlayerGetIndex(chr);
} else {
index = playermgrGetPlayerNumByProp(chr->prop);
}
if (index >= 0 && index < g_MaxThrownLaptops) {
setupLoadModeldef(modelnum);
filedata = g_ModelStates[modelnum].filedata;
laptop = &g_ThrownLaptops[index];
if (laptop->base.prop) {
explosionCreateSimple(NULL, &laptop->base.prop->pos, laptop->base.prop->rooms, EXPLOSIONTYPE_LAPTOP, index);
objFreePermanently(&laptop->base, true);
}
prop = propAllocate();
model = modelmgrInstantiateModelWithoutAnim(filedata);
if (prop == NULL) {
prop = propAllocate();
}
if (model == NULL) {
model = modelmgrInstantiateModelWithoutAnim(filedata);
}
if (laptop && prop && model) {
struct defaultobj tmp = {
256, // extrascale
0, // hidden2
OBJTYPE_AUTOGUN, // type
0, // modelnum
1, // pad
0, // flags
0, // flags2
0, // flags3
NULL, // prop
NULL, // model
1, 0, 0, // realrot
0, 1, 0,
0, 0, 1,
0, // hidden
NULL, // geo
NULL, // projectile
0, // damage
1000, // maxdamage
0xff, 0xff, 0xff, 0x00, // shadecol
0xff, 0xff, 0xff, 0x00, // nextcol
0x0fff, // floorcol
0, // tiles
};
laptop->base = tmp;
laptop->base.modelnum = modelnum;
prop = objInit(&laptop->base, filedata, prop, model);
laptop->targetpad = -1;
laptop->aimdist = 5000;
laptop->target = NULL;
laptop->targetteam = ~chr->team & 0xff;
laptop->nextchrtest = 0;
laptop->firecount = 0;
laptop->lastseebond60 = -1;
laptop->lastaimbond60 = -1;
laptop->allowsoundframe = -1;
laptop->firing = false;
laptop->yspeed = 0;
laptop->xspeed = 0;
laptop->barrelspeed = 0;
laptop->barrelrot = 0;
laptop->shotbondsum = 0;
if (chr->aibot) {
laptop->ammoquantity = botactTryRemoveAmmoFromReserve(chr->aibot, WEAPON_LAPTOPGUN, FUNC_PRIMARY, 200);
} else if (chr->prop->type == PROPTYPE_PLAYER) {
s32 qty;
s32 prevplayernum = g_Vars.currentplayernum;
setCurrentPlayerNum(playermgrGetPlayerNumByProp(chr->prop));
qty = bgunGetAmmoQtyForWeapon(WEAPON_LAPTOPGUN, FUNC_PRIMARY);
if (qty >= 200) {
laptop->ammoquantity = 200;
} else {
laptop->ammoquantity = qty;
}
if (cheatIsActive(CHEAT_UNLIMITEDAMMOLAPTOP)) {
laptop->ammoquantity = 255;
} else {
qty -= laptop->ammoquantity;
}
bgunSetAmmoQtyForWeapon(WEAPON_LAPTOPGUN, FUNC_PRIMARY, qty);
setCurrentPlayerNum(prevplayernum);
} else {
laptop->ammoquantity = 255;
}
laptop->beam = &g_ThrownLaptopBeams[index];
laptop->beam->age = -1;
laptop->yzero = 0;
laptop->xzero = 0;
laptop->yrot = 0;
laptop->xrot = 0;
laptop->ymaxleft = 12.56f;
laptop->ymaxright = -12.56f;
laptop->maxspeed = PALUPF(0.0697f);
prop->forcetick = true;
laptop->base.hidden |= OBJHFLAG_TAGGED;
laptop->base.flags |= OBJFLAG_THROWNLAPTOP | OBJFLAG_01000000 | OBJFLAG_20000000;
laptop->base.flags3 |= OBJFLAG3_INTERACTABLE | OBJFLAG3_08000000;
} else {
if (model) {
modelmgrFreeModel(model);
}
if (prop) {
propFree(prop);
}
laptop = NULL;
}
}
return laptop;
}
struct weaponobj *weaponCreateProjectileFromGset(s32 modelnum, struct gset *gset, struct chrdata *chr)
{
struct modelfiledata *modeldef;
struct prop *prop;
struct model *model;
struct weaponobj *weapon;
setupLoadModeldef(modelnum);
modeldef = g_ModelStates[modelnum].filedata;
prop = propAllocate();
model = modelmgrInstantiateModelWithoutAnim(modeldef);
weapon = weaponCreate(prop == NULL, model == NULL, modeldef);
if (prop == NULL) {
prop = propAllocate();
}
if (model == NULL) {
model = modelmgrInstantiateModelWithoutAnim(modeldef);
}
if (weapon && prop && model) {
struct weaponobj tmp = {
256, // extrascale
0, // hidden2
OBJTYPE_WEAPON, // type
0, // modelnum
-1, // pad
OBJFLAG_00000001, // flags
0, // flags2
0, // flags3
NULL, // prop
NULL, // model
1, 0, 0, // realrot
0, 1, 0,
0, 0, 1,
0, // hidden
NULL, // geo
NULL, // projectile
0, // damage
1000, // maxdamage
0xff, 0xff, 0xff, 0x00, // shadecol
0xff, 0xff, 0xff, 0x00, // nextcol
0x0fff, // floorcol
0, // tiles
0, // weaponnum
0, // unk5d
0, // unk5e
0, // gunfunc
0, // fadeouttimer60
-1, // dualweaponnum
-1, // timer240
NULL, // dualweapon
};
*weapon = tmp;
weapon->weaponnum = gset->weaponnum;
weapon->unk5d = gset->unk0639;
weapon->unk5e = gset->unk063a;
weapon->gunfunc = gset->weaponfunc;
// This switch is useless because everything uses the same case
switch (gset->weaponnum) {
case WEAPON_SUPERDRAGON:
case WEAPON_DEVASTATOR:
case WEAPON_ROCKETLAUNCHER:
case WEAPON_SLAYER:
case WEAPON_COMBATKNIFE:
case WEAPON_CROSSBOW:
case WEAPON_GRENADE:
case WEAPON_NBOMB:
case WEAPON_TIMEDMINE:
case WEAPON_PROXIMITYMINE:
case WEAPON_REMOTEMINE:
case WEAPON_ROCKETLAUNCHER_34:
default:
weapon->base.modelnum = modelnum;
prop = func0f08adc8(weapon, modeldef, prop, model);
if (g_Vars.mplayerisrunning) {
s32 index = mpPlayerGetIndex(chr);
weapon->base.hidden &= 0x0fffffff;
weapon->base.hidden |= ((index << 28) & 0xf0000000);
}
prop->forcetick = true;
break;
}
} else {
if (weapon) {
weapon->base.prop = NULL;
weapon->base.model = NULL;
}
weapon = NULL;
if (model) {
modelmgrFreeModel(model);
}
if (prop) {
propFree(prop);
}
}
return weapon;
}
struct weaponobj *weaponCreateProjectileFromWeaponNum(s32 modelnum, s32 weaponnum, struct chrdata *chr)
{
struct gset gset = {0};
gset.weaponnum = weaponnum;
return weaponCreateProjectileFromGset(modelnum, &gset, chr);
}
void weaponDeleteFromChr(struct chrdata *chr, s32 hand)
{
if (chr && chr->weapons_held[hand]) {
struct defaultobj *obj = chr->weapons_held[hand]->obj;
obj->hidden |= OBJHFLAG_REAPABLE;
}
}
struct prop *weaponCreateForChr(struct chrdata *chr, s32 modelnum, s32 weaponnum, u32 flags, struct weaponobj *obj, struct modelfiledata *filedata)
{
struct prop *prop;
struct model *model;
if (filedata == NULL) {
setupLoadModeldef(modelnum);
filedata = g_ModelStates[modelnum].filedata;
}
prop = propAllocate();
model = modelmgrInstantiateModelWithoutAnim(filedata);
if (obj == NULL) {
obj = weaponCreate(prop == NULL, model == NULL, filedata);
}
if (prop == NULL) {
prop = propAllocate();
}
if (model == NULL) {
model = modelmgrInstantiateModelWithoutAnim(filedata);
}
if (obj && prop && model) {
struct weaponobj tmp = {
256, // extrascale
0, // hidden2
OBJTYPE_WEAPON, // type
0, // modelnum
0, // pad
OBJFLAG_00000001 | OBJFLAG_ASSIGNEDTOCHR, // flags
0, // flags2
0, // flags3
NULL, // prop
NULL, // model
1, 0, 0, // realrot
0, 1, 0,
0, 0, 1,
0, // hidden
NULL, // geo
NULL, // projectile
0, // damage
1000, // maxdamage
0xff, 0xff, 0xff, 0x00, // shadecol
0xff, 0xff, 0xff, 0x00, // nextcol
0x0fff, // floorcol
0, // tiles
0, // weaponnum
0, // unk5d
0, // unk5e
0, // gunfunc
0, // fadeouttimer60
-1, // dualweaponnum
-1, // timer240
NULL, // dualweapon
};
*obj = tmp;
obj->weaponnum = weaponnum;
obj->gunfunc = FUNC_PRIMARY;
obj->unk5e = 0;
obj->unk5d = 0;
obj->base.modelnum = modelnum;
obj->base.flags = flags | OBJFLAG_ASSIGNEDTOCHR;
obj->base.pad = chr->chrnum;
prop = func0f08b108(obj, chr, filedata, prop, model);
} else {
if (model) {
modelmgrFreeModel(model);
}
if (prop) {
propFree(prop);
prop = NULL;
}
if (obj) {
obj->base.prop = NULL;
obj->base.model = NULL;
}
}
return prop;
}
struct prop *chrGiveWeapon(struct chrdata *chr, s32 model, s32 weaponnum, u32 flags)
{
return weaponCreateForChr(chr, model, weaponnum, flags, NULL, NULL);
}
void weaponSetGunfireVisible(struct prop *prop, bool visible, s16 room)
{
u32 stack[4];
bool flash = false;
struct defaultobj *obj = prop->obj;
struct modelnode *node1;
struct modelnode *node2;
union modelrwdata *rwdata1;
union modelrwdata *rwdata2;
if (obj && obj->type == OBJTYPE_WEAPON) {
struct model *model = obj->model;
if (model && model->filedata->skel == &g_SkelChrGun) {
node1 = modelGetPart(model->filedata, MODELPART_CHRGUN_GUNFIRE);
if (node1) {
rwdata1 = modelGetNodeRwData(model, node1);
rwdata1->chrgunfire.visible = visible;
if (visible) {
flash = true;
}
}
node2 = modelGetPart(model->filedata, MODELPART_CHRGUN_0002);
if (node2) {
rwdata2 = modelGetNodeRwData(model, node2);
rwdata2->toggle.visible = visible;
if (visible) {
flash = true;
}
}
}
}
if (flash && room != -1) {
roomAdjustLighting(room, 48, 128);
}
}
bool doorIsUnlocked(struct prop *playerprop, struct prop *doorprop)
{
struct doorobj *door = doorprop->door;
bool canopen = false;
if (door->keyflags == 0) {
canopen = true;
} else if (invHasKeyFlags(door->keyflags)) {
canopen = true;
} else {
if (posIsInFrontOfDoor(&playerprop->pos, door)) {
if ((door->base.flags2 & OBJFLAG2_LOCKEDBACK)
&& (door->base.flags2 & OBJFLAG2_LOCKEDFRONT) == 0) {
canopen = true;
}
} else {
if ((door->base.flags2 & OBJFLAG2_LOCKEDBACK) == 0
&& (door->base.flags2 & OBJFLAG2_LOCKEDFRONT)) {
canopen = true;
}
}
}
return canopen;
}
bool doorIsPosInRange(struct doorobj *door, struct coord *pos, f32 distance, bool isbike)
{
struct coord range;
if ((door->doorflags & DOORFLAG_LONGRANGE) || isbike) {
distance += 400;
} else {
distance += 200;
}
range.x = distance;
range.y = 0;
range.z = 0;
if (door->doortype == DOORTYPE_VERTICAL
|| door->doortype == DOORTYPE_SLIDING
|| door->doortype == DOORTYPE_SWINGING) {
if (func0f0678f8(pos, &range, door->base.pad)) {
return true;
}
}
return false;
}
bool doorIsObjInRange(struct doorobj *door, struct defaultobj *obj, bool isbike)
{
struct modelrodata_bbox *bbox = objFindBboxRodata(obj);
f32 scale = 0;
if (scale < bbox->xmin) {
scale = bbox->xmin;
}
if (scale < -bbox->xmax) {
scale = -bbox->xmax;
}
if (scale < bbox->ymin) {
scale = bbox->ymin;
}
if (scale < -bbox->ymax) {
scale = -bbox->ymax;
}
if (scale < bbox->zmin) {
scale = bbox->zmin;
}
if (scale < -bbox->zmax) {
scale = -bbox->zmax;
}
scale *= obj->model->scale;
return doorIsPosInRange(door, &obj->prop->pos, scale, isbike);
}
bool vectorIsInFrontOfDoor(struct doorobj *door, struct coord *vector)
{
s32 result;
struct pad *pad = &g_Pads[door->base.pad];
result = vector->f[0] * pad->normal.f[0] + vector->f[1] * pad->normal.f[1] + vector->f[2] * pad->normal.f[2] >= 0.0f;
if (door->doorflags & DOORFLAG_FLIP) {
result = !result;
}
return result;
}
/**
* Return true if there are no chrs or grabbed/mounted objects within opening
* range of the door (for automatic doors).
*/
bool doorIsRangeEmpty(struct doorobj *door)
{
u32 stack;
s16 *propnumptr;
s16 propnums[256];
roomGetProps(door->base.prop->rooms, propnums, 256);
propnumptr = propnums;
while (*propnumptr >= 0) {
struct prop *prop = &g_Vars.props[*propnumptr];
if (prop->type & (PROPTYPE_CHR | PROPTYPE_PLAYER)) {
if (doorIsPosInRange(door, &prop->pos, 0, false)) {
return false;
}
} else if (prop->type == PROPTYPE_OBJ) {
if (prop->obj->hidden & (OBJHFLAG_MOUNTED | OBJHFLAG_GRABBED)
&& doorIsObjInRange(door, prop->obj, (prop->obj->hidden & OBJHFLAG_MOUNTED) != 0)) {
return false;
}
}
propnumptr++;
}
return true;
}
/**
* Find automatic doors and open them if the player is close to them.
*/
void doorsCheckAutomatic(void)
{
struct prop *doorprop;
s16 *propnumptr;
s16 propnums[256];
roomGetProps(g_Vars.currentplayer->prop->rooms, propnums, 256);
propnumptr = propnums;
while (*propnumptr >= 0) {
doorprop = &g_Vars.props[*propnumptr];
if (doorprop->type == PROPTYPE_DOOR) {
struct doorobj *door = doorprop->door;
if ((door->doorflags & DOORFLAG_AUTOMATIC)
&& doorIsUnlocked(g_Vars.currentplayer->prop, doorprop)
&& (door->mode == DOORMODE_CLOSING || (door->mode == DOORMODE_IDLE && door->frac <= 0))) {
bool canopen = false;
struct defaultobj *obj = NULL;
bool isbike = false;
struct doorobj *sibling;
if (g_Vars.currentplayer->bondmovemode == MOVEMODE_GRAB) {
obj = bmoveGetGrabbedProp()->obj;
} else if (g_Vars.currentplayer->bondmovemode == MOVEMODE_BIKE) {
obj = bmoveGetHoverbike()->obj;
isbike = true;
}
if ((posIsInFrontOfDoor(&g_Vars.currentplayer->prop->pos, door) != vectorIsInFrontOfDoor(door, &g_Vars.currentplayer->bond2.unk00)) != 0) {
canopen = doorIsPosInRange(door, &g_Vars.currentplayer->prop->pos, 0, isbike);
if (!canopen && obj) {
canopen = doorIsObjInRange(door, obj, isbike);
}
}
sibling = door->sibling;
while (sibling && sibling != door && !canopen) {
if ((posIsInFrontOfDoor(&g_Vars.currentplayer->prop->pos, sibling) != vectorIsInFrontOfDoor(sibling, &g_Vars.currentplayer->bond2.unk00)) != 0) {
canopen = doorIsPosInRange(sibling, &g_Vars.currentplayer->prop->pos, 0, isbike);
if (!canopen && obj) {
canopen = doorIsObjInRange(door, obj, isbike);
}
}
sibling = sibling->sibling;
}
if (canopen) {
doorsRequestMode(door, DOORMODE_OPENING);
}
}
}
propnumptr++;
}
}
void func0f08c424(struct doorobj *door, Mtxf *matrix)
{
mtx3ToMtx4(door->base.realrot, matrix);
mtx4SetTranslation(&door->base.prop->pos, matrix);
if (door->doorflags & DOORFLAG_FLIP) {
mtx00015edc(-1, matrix);
}
}
void doorGetBbox(struct doorobj *door, struct modelrodata_bbox *dst)
{
struct modelrodata_bbox *bbox = modelFindBboxRodata(door->base.model);
*dst = *bbox;
if (door->doorflags & DOORFLAG_0004) {
if (door->doortype == DOORTYPE_VERTICAL) {
dst->ymax = bbox->ymax + (bbox->ymin - bbox->ymax) * door->frac;
} else {
dst->xmin = bbox->xmin + (bbox->xmax - bbox->xmin) * door->frac;
}
}
}
void doorUpdateTiles(struct doorobj *door)
{
struct modelrodata_bbox bbox;
Mtxf spdc;
struct geoblock *geo;
Mtxf sp98;
struct coord sp8c;
struct coord sp80;
struct pad *pad;
if (door->doorflags & DOORFLAG_0080) {
door->base.prop->pos.x = door->unk98.x * door->frac + door->startpos.x;
door->base.prop->pos.y = door->unk98.y * door->frac + door->startpos.y;
door->base.prop->pos.z = door->unk98.z * door->frac + door->startpos.z;
} else if (door->doortype == DOORTYPE_SWINGING
|| door->doortype == DOORTYPE_AZTECCHAIR
|| door->doortype == DOORTYPE_HULL) {
pad = &g_Pads[door->base.pad];
sp8c.x = pad->pos.x + pad->up.x * pad->bbox.ymin;
sp8c.y = pad->pos.y + pad->up.y * pad->bbox.ymin;
sp8c.z = pad->pos.z + pad->up.z * pad->bbox.ymin;
if (door->doortype == DOORTYPE_AZTECCHAIR) {
sp8c.x += pad->normal.x * pad->bbox.xmax;
sp8c.y += pad->normal.y * pad->bbox.xmax;
sp8c.z += pad->normal.z * pad->bbox.xmax;
} else if (door->doortype == DOORTYPE_HULL) {
sp8c.x += pad->look.x * pad->bbox.zmin;
sp8c.y += pad->look.y * pad->bbox.zmin;
sp8c.z += pad->look.z * pad->bbox.zmin;
} else {
if (door->base.flags & OBJFLAG_DOOR_OPENTOFRONT) {
sp8c.x += pad->normal.x * pad->bbox.xmax;
sp8c.y += pad->normal.y * pad->bbox.xmax;
sp8c.z += pad->normal.z * pad->bbox.xmax;
} else {
sp8c.x += pad->normal.x * pad->bbox.xmin;
sp8c.y += pad->normal.y * pad->bbox.xmin;
sp8c.z += pad->normal.z * pad->bbox.xmin;
}
}
sp80.x = door->startpos.x - sp8c.x;
sp80.y = door->startpos.y - sp8c.y;
sp80.z = door->startpos.z - sp8c.z;
mtx3ToMtx4(door->mtx98, &spdc);
mtx4LoadTranslation(&sp80, &sp98);
mtx4MultMtx4InPlace(&sp98, &spdc);
if (door->doortype == DOORTYPE_AZTECCHAIR) {
if (door->base.flags & OBJFLAG_DOOR_OPENTOFRONT) {
mtx4LoadZRotation(M_BADTAU - door->frac * 0.017450513318181f, &sp98);
} else {
mtx4LoadZRotation(door->frac * 0.017450513318181f, &sp98);
}
} else if (door->doortype == DOORTYPE_HULL) {
if (door->base.flags & OBJFLAG_DOOR_OPENTOFRONT) {
guRotateF(sp98.m, 360 - door->frac, pad->normal.x, pad->normal.y, pad->normal.z);
} else {
guRotateF(sp98.m, door->frac, pad->normal.x, pad->normal.y, pad->normal.z);
}
} else {
if (door->base.flags & OBJFLAG_DOOR_OPENTOFRONT) {
mtx4LoadYRotation(M_BADTAU - door->frac * 0.017450513318181f, &sp98);
} else {
mtx4LoadYRotation(door->frac * 0.017450513318181f, &sp98);
}
}
mtx4MultMtx4InPlace(&sp98, &spdc);
mtx4LoadTranslation(&sp8c, &sp98);
mtx4MultMtx4InPlace(&sp98, &spdc);
mtx4ToMtx3(&spdc, door->base.realrot);
door->base.prop->pos.x = spdc.m[3][0];
door->base.prop->pos.y = spdc.m[3][1];
door->base.prop->pos.z = spdc.m[3][2];
}
doorGetBbox(door, &bbox);
if (door->frac >= door->perimfrac) {
door->base.hidden |= OBJHFLAG_DOORPERIMDISABLED;
return;
}
geo = door->base.geoblock;
door->base.hidden &= ~OBJHFLAG_DOORPERIMDISABLED;
if ((door->doorflags & DOORFLAG_0020) == 0) {
func0f08c424(door, &spdc);
objCalculateGeoBlockFromBboxAndMtx(&bbox, &spdc, geo);
if (door->doortype == DOORTYPE_VERTICAL) {
door->doorflags |= DOORFLAG_0020;
}
}
if (door->doortype == DOORTYPE_VERTICAL) {
geo->ymin = door->startpos.y + objGetRotatedLocalYMinByMtx3(&bbox, door->base.realrot);
} else if (door->doortype == DOORTYPE_FALLAWAY) {
geo->ymin = door->base.prop->pos.y - 10000;
} else if (door->doorflags & DOORFLAG_0001) {
geo->ymin -= 1000;
}
if ((door->doortype == DOORTYPE_EYE && door->frac > 0.4f * door->maxfrac)
|| (door->doortype == DOORTYPE_IRIS && door->frac > 0.4f * door->maxfrac)) {
geo->ymax = geo->ymin + 50;
} else if (door->doortype == DOORTYPE_FALLAWAY) {
geo->ymax = door->base.prop->pos.y + 1000;
} else if (door->doorflags & DOORFLAG_0001) {
geo->ymax += 1000;
}
}
#define NEXT1() (j + 1) % 4
#define NEXT2() (j + 2) % 4
#define NEXT3() (j + 3) % 4
void door0f08cb20(struct doorobj *door, struct gfxvtx *src, struct gfxvtx *dst, s32 numvertices)
{
s32 i;
s32 j;
s16 ref;
struct modelrodata_bbox bbox;
s32 stack[5];
doorGetBbox(door, &bbox);
if (door->doortype == DOORTYPE_VERTICAL) {
ref = ceilf(bbox.ymax);
} else {
ref = floorf(bbox.xmin);
}
for (i = 0; i < numvertices / 4; i++) {
struct gfxvtx *psrc = &src[i * 4];
struct gfxvtx *pdst = &dst[i * 4];
for (j = 0; j < 4; j++) {
if (j == 0) {
pdst[j] = psrc[j];
pdst[NEXT1()] = psrc[NEXT1()];
pdst[NEXT2()] = psrc[NEXT2()];
pdst[NEXT3()] = psrc[NEXT3()];
if (1);
}
if (door->doortype == DOORTYPE_VERTICAL) {
if (psrc[j].y >= ref) {
if (psrc[NEXT1()].x == psrc[j].x && psrc[NEXT1()].z == psrc[j].z && psrc[NEXT1()].y != psrc[j].y) {
pdst[j].s = psrc[j].s + (psrc[j].y - ref) * (psrc[NEXT1()].s - psrc[j].s) / (psrc[j].y - psrc[NEXT1()].y);
pdst[j].t = psrc[j].t + (psrc[j].y - ref) * (psrc[NEXT1()].t - psrc[j].t) / (psrc[j].y - psrc[NEXT1()].y);
} else if (psrc[NEXT2()].x == psrc[j].x && psrc[NEXT2()].z == psrc[j].z && psrc[NEXT2()].y != psrc[j].y) {
pdst[j].s = psrc[j].s + (psrc[j].y - ref) * (psrc[NEXT2()].s - psrc[j].s) / (psrc[j].y - psrc[NEXT2()].y);
pdst[j].t = psrc[j].t + (psrc[j].y - ref) * (psrc[NEXT2()].t - psrc[j].t) / (psrc[j].y - psrc[NEXT2()].y);
} else if (psrc[NEXT3()].x == psrc[j].x && psrc[NEXT3()].z == psrc[j].z && psrc[NEXT3()].y != psrc[j].y) {
pdst[j].s = psrc[j].s + (psrc[j].y - ref) * (psrc[NEXT3()].s - psrc[j].s) / (psrc[j].y - psrc[NEXT3()].y);
pdst[j].t = psrc[j].t + (psrc[j].y - ref) * (psrc[NEXT3()].t - psrc[j].t) / (psrc[j].y - psrc[NEXT3()].y);
}
pdst[j].y = ref;
}
} else {
if (psrc[j].x <= ref) {
if (psrc[NEXT1()].y == psrc[j].y && psrc[NEXT1()].z == psrc[j].z && psrc[NEXT1()].x != psrc[j].x) {
pdst[j].s = psrc[j].s + (ref - psrc[j].x) * (psrc[NEXT1()].s - psrc[j].s) / (psrc[NEXT1()].x - psrc[j].x);
pdst[j].t = psrc[j].t + (ref - psrc[j].x) * (psrc[NEXT1()].t - psrc[j].t) / (psrc[NEXT1()].x - psrc[j].x);
} else if (psrc[NEXT2()].y == psrc[j].y && psrc[NEXT2()].z == psrc[j].z && psrc[NEXT2()].x != psrc[j].x) {
pdst[j].s = psrc[j].s + (ref - psrc[j].x) * (psrc[NEXT2()].s - psrc[j].s) / (psrc[NEXT2()].x - psrc[j].x);
pdst[j].t = psrc[j].t + (ref - psrc[j].x) * (psrc[NEXT2()].t - psrc[j].t) / (psrc[NEXT2()].x - psrc[j].x);
} else if (psrc[NEXT3()].y == psrc[j].y && psrc[NEXT3()].z == psrc[j].z && psrc[NEXT3()].x != psrc[j].x) {
pdst[j].s = psrc[j].s + (ref - psrc[j].x) * (psrc[NEXT3()].s - psrc[j].s) / (psrc[NEXT3()].x - psrc[j].x);
pdst[j].t = psrc[j].t + (ref - psrc[j].x) * (psrc[NEXT3()].t - psrc[j].t) / (psrc[NEXT3()].x - psrc[j].x);
}
pdst[j].x = ref;
}
}
}
}
}
void func0f08d3dc(struct doorobj *door)
{
func0f069b4c(&door->base);
if (door->doorflags & DOORFLAG_0004) {
struct modelnode *node = func0f0687e4(door->base.model);
union modelrodata *rodata = node->rodata;
union modelrwdata *rwdata = modelGetNodeRwData(door->base.model, node);
rwdata->dl.vertices = gfxAllocateVertices(rodata->dl.numvertices);
door0f08cb20(door, rodata->dl.vertices, rwdata->dl.vertices, rodata->dl.numvertices);
}
}
void func0f08d460(struct doorobj *door)
{
if ((door->doorflags & (DOORFLAG_0004 | DOORFLAG_0080)) == (DOORFLAG_0004 | DOORFLAG_0080)) {
struct modelnode *node = func0f0687e4(door->base.model);
union modelrodata *rodata = node->rodata;
union modelrwdata *rwdata = modelGetNodeRwData(door->base.model, node);
if (rwdata->dl.vertices != door->unka4) {
door0f08cb20(door, rodata->dl.vertices, door->unka4, rodata->dl.numvertices);
}
rwdata->dl.vertices = door->unka4;
}
}
void doorActivatePortal(struct doorobj *door)
{
if (door->portalnum >= 0) {
portalSetOpen(door->portalnum, true);
}
}
void doorDeactivatePortal(struct doorobj *door)
{
if (door->portalnum >= 0) {
portalSetOpen(door->portalnum, false);
}
}
struct prop *doorInit(struct doorobj *door, struct coord *pos, Mtxf *mtx, s16 *rooms, struct coord *coord, struct coord *centre)
{
struct prop *prop;
union modelrodata *rodata;
Mtxf sp38;
s16 sp28[8];
door->base.flags |= OBJFLAG_00000100;
prop = objInitWithAutoModel(&door->base);
if (prop != NULL) {
switch (door->doortype) {
case DOORTYPE_SLIDING:
case DOORTYPE_FLEXI1:
case DOORTYPE_FLEXI2:
case DOORTYPE_FLEXI3:
case DOORTYPE_VERTICAL:
case DOORTYPE_FALLAWAY:
case DOORTYPE_LASER:
door->doorflags |= DOORFLAG_0080;
break;
}
mtx4Copy(mtx, &sp38);
mtx00015f04(g_ModelStates[door->base.modelnum].scale * (1.0f / 4096.0f), &sp38);
mtx4ToMtx3(&sp38, door->base.realrot);
door->frac = (door->base.flags & OBJFLAG_DOOR_KEEPOPEN) ? door->maxfrac : 0;
door->fracspeed = 0;
door->mode = DOORMODE_IDLE;
door->glasshits = 0;
door->portalnum = -1;
door->startpos = *centre;
if (door->doorflags & DOORFLAG_0080) {
door->unk98 = *coord;
if (door->doorflags & DOORFLAG_0004) {
struct modelnode *node = func0f0687e4(door->base.model);
rodata = node->rodata;
door->unka4 = mempAlloc(ALIGN16(rodata->dl.numvertices * sizeof(struct gfxvtx)), MEMPOOL_STAGE);
} else {
door->unka4 = NULL;
}
} else {
mtx4ToMtx3(&sp38, door->mtx98);
}
func0f065e74(pos, rooms, centre, sp28);
prop->type = PROPTYPE_DOOR;
prop->door = door;
prop->pos = *centre;
propDeregisterRooms(prop);
roomsCopy(sp28, prop->rooms);
doorUpdateTiles(door);
func0f069c70(&door->base, false, true);
func0f08d3dc(door);
door->base.shadecol[0] = door->base.nextcol[0];
door->base.shadecol[1] = door->base.nextcol[1];
door->base.shadecol[2] = door->base.nextcol[2];
door->base.shadecol[3] = door->base.nextcol[3];
}
if (door);
if (door);
return prop;
}
void doorPlayOpeningSound(s32 soundtype, struct prop *prop)
{
s32 sound1 = 0;
s32 sound2 = 0;
s32 sound3 = 0;
func0f0926bc(prop, 12, 0xffff);
if (g_Vars.in_cutscene
&& (prop->type & (PROPTYPE_OBJ | PROPTYPE_DOOR))
&& (prop->obj->flags3 & OBJFLAG3_AUTOCUTSCENESOUNDS) == 0) {
return;
}
switch (soundtype) {
case 28: sound1 = SFX_DOOR_8007; break;
case 1: sound1 = SFX_DOOR_801A; sound2 = SFX_DOOR_801B; break;
case 29: sound1 = SFX_DOOR_8015; sound2 = SFX_DOOR_801D; break;
case 2: sound1 = SFX_DOOR_801A; sound2 = SFX_DOOR_801C; break;
case 3: sound1 = SFX_DOOR_8014; sound2 = SFX_DOOR_8016; break;
case 4: sound1 = SFX_DOOR_801E; sound2 = SFX_DOOR_8020; break;
case 5: sound1 = SFX_DOOR_8001; break;
case 6: sound1 = SFX_DOOR_8004; break;
case 7: sound1 = SFX_DOOR_8005; break;
case 8: sound1 = SFX_DOOR_800A; sound2 = SFX_DOOR_8008; break;
case 9: sound1 = SFX_DOOR_8004; sound2 = SFX_DOOR_800B; break;
case 10: sound1 = SFX_DOOR_800C; break;
case 11: sound1 = SFX_DOOR_800E; break;
case 12: sound1 = SFX_DOOR_8010; break;
case 13: sound1 = SFX_DOOR_8012; break;
case 30: sound1 = SFX_DOOR_816B; sound2 = SFX_DOOR_81AA; break;
case 14: sound1 = SFX_DOOR_8017; sound2 = SFX_DOOR_8019; break;
case 15: sound1 = SFX_DOOR_8022; break;
case 25: sound1 = SFX_DOOR_81B8; break;
case 16: sound1 = SFX_DOOR_8026; break;
case 17: sound1 = SFX_DOOR_801E; break;
case 18:
sound1 = SFX_DOOR_81B0;
sound2 = SFX_DOOR_8014;
sound3 = SFX_DOOR_8016;
break;
case 19: sound1 = SFX_DOOR_81AE; sound2 = SFX_DOOR_81B3; break;
case 26: sound1 = SFX_DOOR_042C; sound2 = SFX_DOOR_042B; break;
case 20: sound1 = SFX_DOOR_81B1; sound2 = SFX_DOOR_81B6; break;
case 21: sound1 = SFX_DOOR_81A8; sound2 = SFX_DOOR_81AA; break;
case 32: sound1 = SFX_DOOR_81AB; sound2 = SFX_DOOR_81AD; break;
case 31: sound1 = SFX_DOOR_81AB; sound2 = SFX_DOOR_81B4; break;
case 22: sound1 = SFX_DOOR_81AE; sound2 = SFX_DOOR_81B5; break;
case 23: sound1 = SFX_DOOR_80AC; sound2 = SFX_DOOR_80AE; break;
case 24: sound1 = SFX_DOOR_816B; sound2 = SFX_DOOR_816C; break;
case 27: sound1 = SFX_DOOR_8014; sound2 = SFX_DOOR_042B; break;
}
if (sound1) {
propsnd0f0939f8(NULL, prop, sound1, -1,
-1, 1024, 0, 12, 0, -1, 0, -1, -1, -1, -1);
}
if (sound2) {
propsnd0f0939f8(NULL, prop, sound2, -1,
-1, 0, 0, 12, 0, -1, 0, -1, -1, -1, -1);
}
if (sound3) {
propsnd0f0939f8(NULL, prop, sound3, -1,
-1, 0, 0, 12, 0, -1, 0, -1, -1, -1, -1);
}
}
/**
* This is identical to the function above but with less cases.
*/
void doorPlayClosingSound(s32 soundtype, struct prop *prop)
{
s32 sound1 = 0;
s32 sound2 = 0;
s32 sound3 = 0;
func0f0926bc(prop, 12, 0xffff);
if (g_Vars.in_cutscene
&& (prop->type & (PROPTYPE_OBJ | PROPTYPE_DOOR))
&& (prop->obj->flags3 & OBJFLAG3_AUTOCUTSCENESOUNDS) == 0) {
return;
}
switch (soundtype) {
case 28: sound1 = SFX_DOOR_8007; break;
case 1: sound1 = SFX_DOOR_801A; sound2 = SFX_DOOR_801B; break;
case 29: sound1 = SFX_DOOR_8015; sound2 = SFX_DOOR_801D; break;
case 2: sound1 = SFX_DOOR_801A; sound2 = SFX_DOOR_801C; break;
case 3: sound1 = SFX_DOOR_8014; sound2 = SFX_DOOR_8016; break;
case 4: sound1 = SFX_DOOR_801E; sound2 = SFX_DOOR_8020; break;
case 5: sound1 = SFX_DOOR_8001; break;
case 8: sound1 = SFX_DOOR_800A; sound2 = SFX_DOOR_8008; break;
case 9: sound1 = SFX_DOOR_8004; sound2 = SFX_DOOR_800B; break;
case 10: sound1 = SFX_DOOR_800C; break;
case 30: sound1 = SFX_DOOR_816B; sound2 = SFX_DOOR_81AA; break;
case 14: sound1 = SFX_DOOR_8017; sound2 = SFX_DOOR_8019; break;
case 15: sound1 = SFX_DOOR_8022; break;
case 25: sound1 = SFX_DOOR_81B8; break;
case 16: sound1 = SFX_DOOR_8026; break;
case 17: sound1 = SFX_DOOR_801E; break;
case 18:
sound1 = SFX_DOOR_81B0;
sound2 = SFX_DOOR_8014;
sound3 = SFX_DOOR_8016;
break;
case 23: sound1 = SFX_DOOR_80AC; sound2 = SFX_DOOR_80AE; break;
case 24: sound1 = SFX_DOOR_816B; sound2 = SFX_DOOR_816C; break;
}
if (sound1) {
propsnd0f0939f8(NULL, prop, sound1, -1,
-1, 1024, 0, 12, 0, -1, 0, -1, -1, -1, -1);
}
if (sound2) {
propsnd0f0939f8(NULL, prop, sound2, -1,
-1, 0, 0, 12, 0, -1, 0, -1, -1, -1, -1);
}
if (sound3) {
propsnd0f0939f8(NULL, prop, sound3, -1,
-1, 0, 0, 12, 0, -1, 0, -1, -1, -1, -1);
}
}
void doorPlayOpenedSound(s32 soundtype, struct prop *prop)
{
s32 sound = 0;
func0f0926bc(prop, 12, 0xffff);
if (g_Vars.in_cutscene
&& (prop->type & (PROPTYPE_OBJ | PROPTYPE_DOOR))
&& (prop->obj->flags3 & OBJFLAG3_AUTOCUTSCENESOUNDS) == 0) {
return;
}
switch (soundtype) {
case 28: sound = SFX_DOOR_801A; break;
case 1: sound = SFX_DOOR_801A; break;
case 29: sound = SFX_DOOR_8015; break;
case 2: sound = SFX_DOOR_801A; break;
case 3: sound = SFX_DOOR_8015; break;
case 4: sound = SFX_DOOR_801F; break;
case 5: sound = SFX_DOOR_8002; break;
case 8: sound = SFX_DOOR_801A; break;
case 9: sound = SFX_DOOR_8003; break;
case 10: sound = SFX_DOOR_800D; break;
case 30: sound = SFX_DOOR_816D; break;
case 14: sound = SFX_DOOR_816D; break;
case 15: sound = SFX_DOOR_8021; break;
case 25: sound = SFX_DOOR_81B7; break;
case 16: sound = SFX_DOOR_8027; break;
case 17: sound = SFX_DOOR_801F; break;
case 18: sound = SFX_DOOR_8015; break;
case 26: sound = SFX_DOOR_042C; break;
case 19: sound = SFX_DOOR_81AF; break;
case 20: sound = SFX_DOOR_81B2; break;
case 21: sound = SFX_DOOR_81A8; break;
case 32: sound = SFX_DOOR_81AB; break;
case 31: sound = SFX_DOOR_81AB; break;
case 22: sound = SFX_DOOR_81AF; break;
case 23: sound = SFX_DOOR_80AD; break;
case 24: sound = SFX_DOOR_816D; break;
case 27: sound = SFX_DOOR_8015; break;
}
if (sound) {
propsnd0f0939f8(NULL, prop, sound, -1,
-1, 1024, 0, 12, 0, -1, 0, -1, -1, -1, -1);
}
}
void doorPlayClosedSound(s32 soundtype, struct prop *prop)
{
s32 sound = 0;
func0f0926bc(prop, 12, 0xffff);
if (g_Vars.in_cutscene
&& (prop->type & (PROPTYPE_OBJ | PROPTYPE_DOOR))
&& (prop->obj->flags3 & OBJFLAG3_AUTOCUTSCENESOUNDS) == 0) {
return;
}
switch (soundtype) {
case 28: sound = SFX_DOOR_801A; break;
case 1: sound = SFX_DOOR_801A; break;
case 29: sound = SFX_DOOR_8015; break;
case 2: sound = SFX_DOOR_801A; break;
case 3: sound = SFX_DOOR_8015; break;
case 4: sound = SFX_DOOR_801F; break;
case 5: sound = SFX_DOOR_8002; break;
case 6: sound = SFX_DOOR_8003; break;
case 7: sound = SFX_DOOR_8006; break;
case 8: sound = SFX_DOOR_801A; break;
case 9: sound = SFX_DOOR_8003; break;
case 10: sound = SFX_DOOR_800D; break;
case 11: sound = SFX_DOOR_800F; break;
case 12: sound = SFX_DOOR_8011; break;
case 13: sound = SFX_DOOR_8013; break;
case 30: sound = SFX_DOOR_816D; break;
case 14: sound = SFX_DOOR_8018; break;
case 15: sound = SFX_DOOR_8021; break;
case 25: sound = SFX_DOOR_81B7; break;
case 16: sound = SFX_DOOR_8027; break;
case 17: sound = SFX_DOOR_801F; break;
case 18: sound = SFX_DOOR_8015; break;
case 23: sound = SFX_DOOR_80AD; break;
case 24: sound = SFX_DOOR_816D; break;
}
if (sound) {
propsnd0f0939f8(NULL, prop, sound, -1,
-1, 1024, 0, 12, 0, -1, 0, -1, -1, -1, -1);
}
}
/**
* Play the door open sound, activate the door's portal,
* and configure the laser fade properties if it's a laser.
*/
void doorStartOpen(struct doorobj *door)
{
door->base.flags &= ~OBJFLAG_DOOR_KEEPOPEN;
door->base.hidden |= OBJHFLAG_00000200;
doorPlayOpeningSound(door->soundtype, door->base.prop);
doorActivatePortal(door);
if (door->doortype == DOORTYPE_FALLAWAY) {
struct geocyl *cyl = door->base.geocyl;
door->base.flags |= OBJFLAG_CANNOT_ACTIVATE;
door->perimfrac = 0;
if (cyl && (door->base.flags & OBJFLAG_00000100)) {
cyl->header.numvertices = 0;
door->base.flags &= ~OBJFLAG_00000100;
}
}
door->fadetime60 = door->doortype == DOORTYPE_LASER ? TICKS(60) : 0;
if (door->doortype == DOORTYPE_LASER) {
door->laserfade = 255;
}
}
/**
* Play the door close sound and configure the
* laser fade properties if it's a laser.
*/
void doorStartClose(struct doorobj *door)
{
door->base.flags &= ~OBJFLAG_DOOR_KEEPOPEN;
doorPlayClosingSound(door->soundtype, door->base.prop);
door->fadetime60 = door->doortype == DOORTYPE_LASER ? TICKS(60) : 0;
if (door->doortype == DOORTYPE_LASER) {
door->laserfade = 0;
}
}
void doorFinishOpen(struct doorobj *door)
{
doorPlayOpenedSound(door->soundtype, door->base.prop);
if (door->doortype == DOORTYPE_FALLAWAY) {
func0f0685e4(door->base.prop);
if (door->base.hidden & OBJHFLAG_PROJECTILE) {
door->base.projectile->flags |= PROJECTILEFLAG_AIRBORNE;
mtx4LoadIdentity((Mtxf *)&door->base.projectile->mtx);
}
}
if (door->doortype == DOORTYPE_LASER) {
door->laserfade = 0;
}
}
extern s32 osCicId;
void doorFinishClose(struct doorobj *door)
{
bool pass = true;
struct doorobj *loopdoor;
doorPlayClosedSound(door->soundtype, door->base.prop);
loopdoor = door;
while (loopdoor) {
if (loopdoor->frac > 0 && loopdoor->portalnum == door->portalnum) {
pass = false;
}
loopdoor = loopdoor->sibling;
if (loopdoor == door) {
break;
}
}
if (pass) {
doorDeactivatePortal(door);
}
if (door->doortype == DOORTYPE_LASER && door->fadetime60 == 0) {
door->laserfade = 255;
}
}
/**
* Apply the given mode to an individual door (not its siblings).
*
* Handles playing door open/close sounds and activating the portal if opening.
*/
void doorSetMode(struct doorobj *door, s32 newmode)
{
if (newmode == DOORMODE_OPENING) {
if (door->mode == DOORMODE_IDLE || door->mode == DOORMODE_WAITING) {
if (!door->base.prop->active && (door->base.prop->flags & PROPFLAG_ENABLED)) {
propUnpause(door->base.prop);
}
doorStartOpen(door);
}
door->mode = newmode;
} else if (newmode == DOORMODE_CLOSING) {
if (door->mode == DOORMODE_IDLE && door->frac > 0) {
doorStartClose(door);
}
if ((door->mode != DOORMODE_IDLE && door->mode != DOORMODE_WAITING) || door->frac > 0) {
door->mode = newmode;
} else if (door->mode == DOORMODE_WAITING) {
door->mode = DOORMODE_IDLE;
}
} else {
door->mode = newmode;
}
}
/**
* Request that the door and its siblings be applied the given mode
* (opening or closing).
*
* When opening an airlock-style door (eg. GE Dam gate), the requested mode is
* modified so that the sibling begins closing instead, and the main door waits
* for the sibling before it opens.
*/
void doorsRequestMode(struct doorobj *door, s32 newmode)
{
struct doorobj *sibling;
s32 siblingmode = newmode;
if ((door->base.flags2 & OBJFLAG2_AIRLOCKDOOR) && newmode == DOORMODE_OPENING) {
siblingmode = DOORMODE_CLOSING;
if (door->mode == DOORMODE_IDLE) {
newmode = DOORMODE_WAITING;
}
}
doorSetMode(door, newmode);
sibling = door->sibling;
while (sibling && sibling != door) {
doorSetMode(sibling, siblingmode);
sibling = sibling->sibling;
}
}
s32 doorIsClosed(struct doorobj *door)
{
return (door->mode == DOORMODE_IDLE || door->mode == DOORMODE_WAITING) && door->frac <= 0;
}
s32 doorIsOpen(struct doorobj *door)
{
return (door->mode == DOORMODE_IDLE || door->mode == DOORMODE_WAITING) && door->frac >= door->maxfrac;
}
s32 func0f08e5a8(s16 *rooms2, struct screenbox *box)
{
bool result = false;
s16 *rooms = rooms2;
s32 roomnum = *rooms;
while (roomnum != -1) {
struct var800a4640_00 *thing = func0f158140(roomnum);
if (thing != var8007fc24) {
if (result) {
if (box->xmin > thing->box.xmin) {
box->xmin = thing->box.xmin;
}
if (box->ymin > thing->box.ymin) {
box->ymin = thing->box.ymin;
}
if (box->xmax < thing->box.xmax) {
box->xmax = thing->box.xmax;
}
if (box->ymax < thing->box.ymax) {
box->ymax = thing->box.ymax;
}
} else {
box->xmin = thing->box.xmin;
box->ymin = thing->box.ymin;
box->xmax = thing->box.xmax;
box->ymax = thing->box.ymax;
}
result = true;
}
rooms++;
roomnum = *rooms;
}
return result;
}
f32 func0f08e6bc(struct prop *prop, f32 arg1)
{
f32 result = 1;
struct coord *coord = env0f1667e8();
if (coord != NULL && coord->z < prop->z) {
f32 scalez = camGetLodScaleZ();
f32 value = ((prop->z - coord->z) * 100.0f / arg1 + coord->z) * scalez;
if (value >= coord->y) {
result = 0;
} else if (value > coord->x) {
result = (coord->y - value) / (coord->y - coord->x);
}
}
return result;
}
bool func0f08e794(struct coord *coord, f32 arg1)
{
bool result = true;
struct coord *ptr = env0f1667e8();
struct coord tmp;
f32 sp20;
if (ptr != NULL) {
struct coord *campos = &g_Vars.currentplayer->cam_pos;
Mtxf *mtx = camGetWorldToScreenMtxf();
tmp.x = coord->x - campos->x;
tmp.y = coord->y - campos->y;
tmp.z = coord->z - campos->z;
sp20 = tmp.f[0] * mtx->m[0][0] + tmp.f[1] * mtx->m[0][1] + tmp.f[2] * mtx->m[0][2];
if (sp20 > ptr->z) {
f32 scalez = camGetLodScaleZ();
sp20 = ((sp20 - ptr->z) * 100 / arg1 + ptr->z) * scalez;
if (sp20 >= ptr->y) {
result = false;
}
}
}
return result;
}
bool func0f08e8ac(struct prop *prop, struct coord *pos, f32 arg2, bool arg3)
{
s16 *rooms;
s32 roomnum;
bool result = false;
u32 stack;
rooms = prop->rooms;
roomnum = *rooms;
while (roomnum != -1) {
if (g_Rooms[roomnum].flags & ROOMFLAG_ONSCREEN) {
if (env0f1666f8(pos, arg2) && (!arg3 || func0f08e794(pos, arg2))) {
result = camIsPosInFovAndVisibleRoom(prop->rooms, pos, arg2);
if (result) {
struct coord *campos = &g_Vars.currentplayer->cam_pos;
f32 xdiff = pos->x - campos->x;
f32 ydiff = pos->y - campos->y;
f32 zdiff = pos->z - campos->z;
if (xdiff * xdiff + ydiff * ydiff + zdiff * zdiff > 32000 * 32000) {
result = false;
}
}
}
break;
}
rooms++;
roomnum = *rooms;
result = false;
}
return result;
}
bool posIsInDrawDistance(struct coord *pos)
{
struct coord *campos = &g_Vars.currentplayer->cam_pos;
f32 x = pos->x - campos->x;
f32 y = pos->y - campos->y;
f32 z = pos->z - campos->z;
f32 aggregate = x * x + y * y + z * z;
bool result = true;
if (aggregate > 1024000000) {
result = false;
}
return result;
}
void doorCreateSparks(struct doorobj *door)
{
struct pad *pad;
struct coord sp88;
struct coord sp7c;
struct coord sp70;
s32 i;
pad = &g_Pads[door->base.pad];
sp88.x = sp7c.f[0] = pad->pos.f[0] + pad->up.f[0] * (pad->bbox.ymin + (1 - door->frac) * (pad->bbox.ymax - pad->bbox.ymin));
sp88.y = sp7c.f[1] = pad->pos.f[1] + pad->up.f[1] * (pad->bbox.ymin + (1 - door->frac) * (pad->bbox.ymax - pad->bbox.ymin));
sp88.z = sp7c.f[2] = pad->pos.f[2] + pad->up.f[2] * (pad->bbox.ymin + (1 - door->frac) * (pad->bbox.ymax - pad->bbox.ymin));
sp88.x += pad->look.f[0] * pad->bbox.zmax;
sp88.y += pad->look.f[1] * pad->bbox.zmax;
sp88.z += pad->look.f[2] * pad->bbox.zmax;
sp7c.x += pad->look.f[0] * pad->bbox.zmin;
sp7c.y += pad->look.f[1] * pad->bbox.zmin;
sp7c.z += pad->look.f[2] * pad->bbox.zmin;
sp70.x = -pad->up.x;
sp70.y = -pad->up.y;
sp70.z = -pad->up.z;
sparksCreate(door->base.prop->rooms[0], door->base.prop, &sp88, &sp70, &pad->up, SPARKTYPE_ENVIRONMENTAL1);
sparksCreate(door->base.prop->rooms[0], door->base.prop, &sp7c, &sp70, &pad->up, SPARKTYPE_ENVIRONMENTAL1);
if (random() % 2) {
sparksCreate(door->base.prop->rooms[0], door->base.prop, &sp88, &sp70, &pad->up, SPARKTYPE_ENVIRONMENTAL4);
} else {
sparksCreate(door->base.prop->rooms[0], door->base.prop, &sp88, &sp70, &pad->up, SPARKTYPE_ENVIRONMENTAL5);
}
propsnd0f0939f8(NULL, door->base.prop, propsndGetRandomSparkSound(), -1,
-1, 0, 0, 0, &sp88, -1, door->base.prop->rooms, -1, -1, -1, -1);
propsnd0f0939f8(NULL, door->base.prop, propsndGetRandomSparkSound(), -1,
-1, 0, 0, 0, &sp7c, -1, door->base.prop->rooms, -1, -1, -1, -1);
for (i = 0; door->base.prop->rooms[i] != -1; i++) {
roomAdjustLighting(door->base.prop->rooms[i], 128, 200);
}
}
/**
* Calculate/tick a door's frac (the amount it's open) without any consideration
* for props which might be blocking the door. The new frac is written to the
* door's frac property.
*
* Return true if collision checks should be considered.
*
* Also handles sticky doors such as the ones in Skedar Ruins.
*/
bool doorCalcIntendedFrac(struct doorobj *door)
{
bool checkcollision = false;
if (door->doortype == DOORTYPE_LASER && door->fadetime60 != 0) {
door->fadetime60 -= g_Vars.lvupdate60;
if (door->fadetime60 < 0) {
door->fadetime60 = 0;
}
if (door->mode == DOORMODE_OPENING) {
door->laserfade = (u32)((door->fadetime60 * 255.0f) / TICKS(60.0f));
return false;
}
door->laserfade = (u32)(((TICKS(60.0f) - door->fadetime60) * 255.0f) / TICKS(60.0f));
}
if (door->mode == DOORMODE_OPENING || door->mode == DOORMODE_CLOSING) {
f32 end = door->mode == DOORMODE_OPENING ? door->maxfrac : 0;
// Skedar Ruins random door stuckage
if (door->base.flags3 & OBJFLAG3_DOOR_STICKY) {
s32 value = (random() % 64) + 30;
if ((g_Vars.lvframenum % value) == 0) {
bool dothething = false;
struct doorobj *loopdoor;
door->fracspeed = 0.0f;
doorCreateSparks(door);
if (random() % 2) {
dothething = true;
func0f0926bc(door->base.prop, 12, 0xffff);
door->mode = DOORMODE_IDLE;
door->lastopen60 = g_Vars.lvframe60;
}
loopdoor = door;
while (loopdoor) {
if (random() % 2 && loopdoor->mode != DOORMODE_IDLE) {
loopdoor->fracspeed = 0.0f;
doorCreateSparks(loopdoor);
if (dothething) {
func0f0926bc(loopdoor->base.prop, 12, 0xffff);
loopdoor->mode = DOORMODE_IDLE;
loopdoor->lastopen60 = g_Vars.lvframe60;
}
}
loopdoor = loopdoor->sibling;
if (loopdoor == door) {
break;
}
}
doorPlayClosedSound(door->soundtype, door->base.prop);
}
}
applySpeed(&door->frac, end, &door->fracspeed, door->accel, door->decel, door->maxspeed);
if (door->frac >= door->maxfrac) {
door->frac = door->maxfrac;
} else if (door->frac <= 0.0f) {
door->frac = 0.0f;
}
checkcollision = true;
}
return checkcollision;
}
/**
* Calculate the frac of a door and its siblings, taking into consideration
* objects which may be blocking the door.
*
* For each sibling, the original frac is backed up into the sibling's
* lastcalc60 field. The desired frac is then calculated and set in the
* sibling's frac property. Then collision checks are done, and the original
* frac is restored if any sibling is blocked.
*
* Chrs who are blocking a lift door may be warped out of the way.
*/
void doorsCalcFrac(struct doorobj *door)
{
bool checkcollision = false;
s32 cdresult = CDRESULT_NOCOLLISION;
struct doorobj *loopdoor;
struct doorobj *loopdoor2;
f32 frac;
s32 numsameportal;
// For each sibling door, save their previous frac
// then calculate the new desired frac
loopdoor = door;
while (loopdoor) {
*(f32 *)&loopdoor->lastcalc60 = loopdoor->frac;
if (doorCalcIntendedFrac(loopdoor)) {
checkcollision = true;
}
loopdoor = loopdoor->sibling;
if (loopdoor == door) {
break;
}
}
// Do collision checks
if (checkcollision) {
loopdoor = door;
while (loopdoor) {
struct prop *loopprop;
doorUpdateTiles(loopdoor);
setup0f0923d4(&loopdoor->base);
loopprop = loopdoor->base.prop;
if ((door->doorflags & DOORFLAG_UNBLOCKABLEOPEN) == 0 || loopdoor->mode == DOORMODE_CLOSING) {
propSetPerimEnabled(loopprop, false);
cdresult = cdTestBlockOverlapsAnyProp(loopdoor->base.geoblock, loopprop->rooms,
CDTYPE_OBJS | CDTYPE_PLAYERS | CDTYPE_CHRS | CDTYPE_PATHBLOCKER | CDTYPE_OBJSNOTSAFEORHELI);
propSetPerimEnabled(loopprop, true);
if (cdresult == CDRESULT_COLLISION) {
struct prop *blockerprop = cdGetObstacleProp();
if (blockerprop && blockerprop->type == PROPTYPE_CHR) {
struct chrdata *chr = blockerprop->chr;
chr->hidden |= CHRHFLAG_BLOCKINGDOOR;
// Consider warping the chr past the lift door
if (!g_Vars.normmplayerisrunning && (chr->hidden & CHRHFLAG_00400000)) {
bool isliftdoor = false;
loopdoor2 = loopdoor;
while (loopdoor2) {
if (loopdoor2->base.hidden & OBJHFLAG_LIFTDOOR) {
isliftdoor = true;
break;
}
loopdoor2 = loopdoor2->sibling;
if (loopdoor2 == loopdoor) {
break;
}
}
if (isliftdoor) {
if (chr->actiontype == ACT_STAND
|| (chr->actiontype == ACT_ATTACK && (chr->act_attack.flags & ATTACKFLAG_DONTTURN))
|| (chr->actiontype == ACT_GOPOS && chrGoPosIsWaiting(chr))) {
struct prop *target = chrGetTargetProp(chr);
if (chrGoToRoomPos(chr, &target->pos, target->rooms, 0)) {
chr->goposforce = TICKS(600);
}
} else if (chr->actiontype == ACT_GOPOS) {
if (chr->goposforce >= 0 || chr->lastmoveok60 < g_Vars.lvframe60 - TICKS(60)) {
chr->goposforce = TICKS(600);
}
}
}
}
}
break;
}
}
loopdoor = loopdoor->sibling;
if (loopdoor == door) {
break;
}
}
}
// Finalise the frac
loopdoor = door;
while (loopdoor) {
if (checkcollision) {
if (cdresult != CDRESULT_COLLISION) {
// No collision - handle door becoming fully open or closed
if (loopdoor->mode == DOORMODE_OPENING) {
if (loopdoor->frac >= loopdoor->maxfrac) {
loopdoor->mode = DOORMODE_IDLE;
loopdoor->fracspeed = 0;
loopdoor->lastopen60 = g_Vars.lvframe60;
doorFinishOpen(loopdoor);
}
} else {
if (loopdoor->mode == DOORMODE_CLOSING && loopdoor->frac <= 0) {
loopdoor->mode = DOORMODE_IDLE;
loopdoor->fracspeed = 0;
loopdoor->lastopen60 = 0;
doorFinishClose(loopdoor);
}
}
func0f069c70(&loopdoor->base, false, false);
func0f08d3dc(loopdoor);
} else {
// Door is blocked - restore the original frac
loopdoor->fracspeed = 0;
loopdoor->frac = *(f32 *)&loopdoor->lastcalc60;
doorUpdateTiles(loopdoor);
setup0f0923d4(&loopdoor->base);
func0f08d460(loopdoor);
}
} else {
func0f08d460(loopdoor);
}
loopdoor->lastcalc60 = g_Vars.lvframe60;
loopdoor = loopdoor->sibling;
if (loopdoor == door) {
break;
}
}
// Update portal visibility
frac = 0;
numsameportal = 0;
if (checkcollision) {
loopdoor = door;
while (loopdoor) {
if (loopdoor->portalnum == door->portalnum) {
numsameportal++;
if (loopdoor->doortype == DOORTYPE_SWINGING || loopdoor->doortype == DOORTYPE_SWINGING) {
frac += loopdoor->frac / loopdoor->maxfrac;
} else {
frac += loopdoor->frac / loopdoor->maxfrac;
}
}
loopdoor = loopdoor->sibling;
if (loopdoor == door) {
break;
}
}
portalSetXluFrac(door->portalnum, frac / numsameportal);
portalSetXluFrac2(door->portalnum, frac / numsameportal);
}
}
f32 func0f08f538(f32 x, f32 y)
{
f32 angle = atan2f(x, y);
if (g_Vars.currentplayer->eyespy
&& g_Vars.currentplayer->eyespy->active
&& g_Vars.currentplayer->eyespy->prop
&& g_Vars.currentplayer->eyespy->prop->chr) {
angle -= chrGetInverseTheta(g_Vars.currentplayer->eyespy->prop->chr);
} else {
angle -= (360.0f - g_Vars.currentplayer->vv_theta) * M_BADTAU / 360.0f;
}
if (angle < 0) {
angle += M_BADTAU;
}
if (angle > M_BADPI) {
angle -= M_BADTAU;
}
return angle;
}
/**
* Get some coordinates/distances related to activating doors.
*/
void door0f08f604(struct doorobj *door, f32 *arg1, f32 *arg2, f32 *arg3, f32 *arg4, bool arg5)
{
f32 value1;
f32 value2;
f32 value3;
f32 value4;
f32 x1;
f32 y1;
f32 x2;
f32 y2;
u32 stack[4];
struct prop *playerprop;
f32 spb0;
f32 spac;
f32 spa8;
f32 spa4;
struct coord playerpos;
struct pad *pad;
f32 xfrac;
f32 zfrac;
f32 angle;
f32 cosine;
f32 sine;
if (g_Vars.currentplayer->eyespy && g_Vars.currentplayer->eyespy->active) {
playerprop = g_Vars.currentplayer->eyespy->prop;
} else {
playerprop = g_Vars.currentplayer->prop;
}
pad = &g_Pads[door->base.pad];
playerpos.f[0] = playerprop->pos.x;
playerpos.f[1] = playerprop->pos.y;
playerpos.f[2] = playerprop->pos.z;
if (arg5) {
spa8 = pad->bbox.xmin;
spa4 = pad->bbox.xmax;
spb0 = pad->up.y * pad->look.z - pad->look.y * pad->up.z;
spac = pad->up.x * pad->look.y - pad->look.x * pad->up.y;
} else {
spa8 = pad->bbox.ymin;
spa4 = pad->bbox.ymax;
spb0 = pad->up.x;
spac = pad->up.z;
}
x1 = pad->pos.x + spb0 * spa8 - playerpos.f[0];
y1 = pad->pos.z + spac * spa8 - playerpos.f[2];
value1 = func0f08f538(x1, y1);
x2 = pad->pos.x + spb0 * spa4 - playerpos.f[0];
y2 = pad->pos.z + spac * spa4 - playerpos.f[2];
value2 = func0f08f538(x2, y2);
if (value1 < value2) {
*arg1 = value1;
*arg2 = value2;
} else {
*arg1 = value2;
*arg2 = value1;
}
if (arg3 != NULL && arg4 != NULL) {
if (door->doortype == DOORTYPE_SWINGING) {
angle = door->frac * 0.017450513318181f;
value3 = value1;
if (door->base.flags & OBJFLAG_DOOR_OPENTOFRONT) {
angle = M_BADTAU - angle;
}
cosine = cosf(angle);
sine = sinf(angle);
x1 = pad->pos.x + (spb0 * spa8) - playerpos.f[0] + (spa4 - spa8) * (spb0 * cosine + spac * sine);
y1 = pad->pos.z + (spac * spa8) - playerpos.f[2] + (spa4 - spa8) * (-spb0 * sine + spac * cosine);
value4 = func0f08f538(x1, y1);
} else if (door->doortype == DOORTYPE_SLIDING
|| door->doortype == DOORTYPE_FLEXI1
|| door->doortype == DOORTYPE_FLEXI2
|| door->doortype == DOORTYPE_FLEXI3) {
xfrac = door->unk98.x * door->frac;
zfrac = door->unk98.z * door->frac;
value3 = func0f08f538(x1 + xfrac, y1 + zfrac);
value4 = func0f08f538(x2 + xfrac, y2 + zfrac);
} else {
value3 = value1;
value4 = value2;
}
if (value3 < value4) {
*arg3 = value3;
*arg4 = value4;
} else {
*arg3 = value4;
*arg4 = value3;
}
}
}
bool func0f08f968(struct doorobj *door, bool arg1)
{
bool checkmore = true;
f32 sp58;
f32 sp54;
f32 sp50;
f32 sp4c;
bool maybe;
struct prop *playerprop;
f32 limit = 0.34901028871536f;
if (g_InteractProp == NULL) {
maybe = false;
if (g_Vars.currentplayer->eyespy && g_Vars.currentplayer->eyespy->active) {
playerprop = g_Vars.currentplayer->eyespy->prop;
} else {
playerprop = g_Vars.currentplayer->prop;
}
if ((door->doorflags & (DOORFLAG_0080 | DOORFLAG_0100)) != DOORFLAG_0080) {
maybe = true;
} else if (func0f06797c(&playerprop->pos, 30, door->base.pad)) {
maybe = true;
}
if (maybe) {
door0f08f604(door, &sp58, &sp54, &sp50, &sp4c, arg1);
} else {
door0f08f604(door, &sp58, &sp54, NULL, NULL, arg1);
}
if (maybe && ((sp50 >= -limit && sp50 <= limit && sp4c >= -limit && sp4c <= limit)
|| (sp4c - sp50 < M_BADPI && sp50 < 0.0f && sp4c > 0.0f))) {
g_InteractProp = door->base.prop;
checkmore = false;
} else if (sp58 >= -limit && sp58 <= limit && sp54 >= -limit && sp54 <= limit) {
g_InteractProp = door->base.prop;
checkmore = false;
} else {
struct doorobj *sibling = door->sibling;
f32 sp38;
f32 sp34;
while (sibling != NULL && sibling != door && (sp58 >= 0.0f || sp54 < 0.0f)) {
door0f08f604(sibling, &sp38, &sp34, NULL, NULL, arg1);
if (sp58 >= 0.0f && sp38 < sp58) {
sp58 = sp38;
}
if (sp54 <= 0.0f && sp54 < sp34) {
sp54 = sp34;
}
sibling = sibling->sibling;
}
if (sp54 - sp58 < M_BADPI && sp58 < 0.0f && sp54 > 0.0f) {
g_InteractProp = door->base.prop;
checkmore = false;
}
}
}
return checkmore;
}
/**
* This function is used to help find the door that should be opened when
* interacting. The argument given is a door to be tested.
*
* A pointer to the best candidate is stored at g_InteractProp. This function
* doesn't write to it directly so it must be done by one of the called
* functions.
*
* This function should return true if more doors and objects should be tested,
* or false if the prop at g_InteractProp is certain to be final.
*/
bool doorTestForInteract(struct prop *prop)
{
bool checkmore = true;
struct doorobj *door = prop->door;
if ((door->base.flags & OBJFLAG_CANNOT_ACTIVATE) == 0
&& door->maxfrac > 0
&& (prop->flags & PROPFLAG_ONTHISSCREENTHISTICK)) {
bool maybe = false;
bool usingeyespy = g_Vars.currentplayer->eyespy && g_Vars.currentplayer->eyespy->active;
struct prop *playerprop = usingeyespy ? g_Vars.currentplayer->eyespy->prop : g_Vars.currentplayer->prop;
f32 xdiff = door->startpos.x - playerprop->pos.x;
f32 ydiff = door->startpos.y - playerprop->pos.y;
f32 zdiff = door->startpos.z - playerprop->pos.z;
if (xdiff * xdiff + zdiff * zdiff < 40000 && ydiff < 200 && ydiff > -200) {
maybe = true;
} else if (arrayIntersects(prop->rooms, playerprop->rooms)) {
if (func0f06797c(&playerprop->pos, 150, door->base.pad)) {
maybe = true;
} else if ((door->doorflags & (DOORFLAG_0080 | DOORFLAG_0100)) != DOORFLAG_0080) {
u32 stack;
struct modelrodata_bbox bbox;
Mtxf matrix;
doorGetBbox(door, &bbox);
func0f08c424(door, &matrix);
if (func0f0675c8(&playerprop->pos, 150, &bbox, &matrix)) {
maybe = true;
}
}
}
if (maybe) {
if ((door->base.flags2 & OBJFLAG2_INTERACTCHECKLOS) == 0
|| cdTestLos06(&playerprop->pos, playerprop->rooms, &prop->pos, prop->rooms, CDTYPE_BG)) {
checkmore = func0f08f968(door, false);
if (checkmore && (door->base.flags2 & OBJFLAG2_80000000)) {
checkmore = func0f08f968(door, true);
}
}
}
}
return checkmore;
}
/**
* Activate the doors by calling the lift or requesting the new door mode
* (opening/closing) for the given door and its siblings.
*
* Assumes any lock checks have already been done and have passed.
*
* The allowliftclose argument determines whether the door should be closed if
* it's a lift door and the lift is at the door. This is typically true when the
* player has activated the door, and false when NPCs have activated the door.
*/
void doorsActivate(struct prop *doorprop, bool allowliftclose)
{
struct doorobj *door = doorprop->door;
if (!doorCallLift(doorprop, allowliftclose)) {
if (door->mode == DOORMODE_OPENING || door->mode == DOORMODE_WAITING) {
doorsRequestMode(door, DOORMODE_CLOSING);
} else if (door->mode == DOORMODE_CLOSING) {
doorsRequestMode(door, DOORMODE_OPENING);
} else if (door->mode == DOORMODE_IDLE) {
if (door->frac > 0.5f * door->maxfrac) {
doorsRequestMode(door, DOORMODE_CLOSING);
} else {
doorsRequestMode(door, DOORMODE_OPENING);
}
}
}
if (g_Vars.currentplayernum == g_Vars.coopplayernum) {
door->base.hidden |= OBJHFLAG_ACTIVATED_BY_COOP;
} else if (g_Vars.currentplayernum == g_Vars.bondplayernum) {
door->base.hidden |= OBJHFLAG_ACTIVATED_BY_BOND;
}
door->base.flags2 &= ~OBJFLAG2_00000008;
}
bool posIsInFrontOfDoor(struct coord *pos, struct doorobj *door)
{
f32 x;
f32 y;
f32 z;
f32 value;
struct pad *pad;
pad = &g_Pads[door->base.pad];
x = pos->x - pad->pos.x;
y = pos->y - pad->pos.y;
z = pos->z - pad->pos.z;
value = x * pad->normal.f[0] + y * pad->normal.f[1] + z * pad->normal.f[2];
if (door->doorflags & DOORFLAG_FLIP) {
value = -value;
}
if (value < 0) {
return false;
}
if (value > 0) {
return true;
}
return true;
}
void doorsChooseSwingDirection(struct prop *chrprop, struct doorobj *door)
{
if ((door->base.flags & OBJFLAG_DOOR_TWOWAY) && door->mode == DOORMODE_IDLE && door->frac == 0) {
bool infront = posIsInFrontOfDoor(&chrprop->pos, door);
u32 wantflag = 0;
if ((door->doorflags & DOORFLAG_FLIP) == 0) {
if (!infront) {
wantflag = OBJFLAG_DOOR_OPENTOFRONT;
}
} else {
if (infront) {
wantflag = OBJFLAG_DOOR_OPENTOFRONT;
}
}
// If flags are different
if ((s32)((door->base.flags ^ wantflag) << 2) < 0) {
// Toggle direction on door and siblings
struct doorobj *sibling = door;
do {
sibling->base.flags ^= OBJFLAG_DOOR_OPENTOFRONT;
sibling = sibling->sibling;
} while (sibling && sibling != door);
}
}
}
bool propdoorInteract(struct prop *doorprop)
{
struct doorobj *door = doorprop->door;
bool usingeyespy = g_Vars.currentplayer->eyespy && g_Vars.currentplayer->eyespy->active;
struct prop *playerprop = usingeyespy ? g_Vars.currentplayer->eyespy->prop : g_Vars.currentplayer->prop;
if (doorIsUnlocked(playerprop, doorprop)) {
doorsChooseSwingDirection(playerprop, door);
doorsActivate(doorprop, true);
} else if (door->mode == DOORMODE_IDLE && door->frac < 0.5f * door->maxfrac) {
if ((door->base.flags2 & OBJFLAG2_SKIPDOORLOCKEDMSG) == 0) {
struct textoverride *override = invGetTextOverrideForObj(&door->base);
u8 intraining = false;
if (g_Vars.stagenum == STAGE_CITRAINING) {
struct trainingdata *devdata = dtGetData();
struct trainingdata *holodata = getHoloTrainingData();
intraining = (devdata && devdata->intraining)
|| (holodata && holodata->intraining)
|| g_Vars.currentplayer->prop->rooms[0] == 0x0a;
}
if (override && override->pickuptext) {
hudmsgCreateWithFlags(langGet(override->pickuptext), HUDMSGTYPE_DEFAULT, HUDMSGFLAG_ONLYIFALIVE);
} else if (intraining) {
hudmsgCreateWithFlags(langGet(L_DISH_080), HUDMSGTYPE_DEFAULT, HUDMSGFLAG_ONLYIFALIVE); // "Cannot exit while training is in progress."
} else {
hudmsgCreateWithFlags(langGet(L_PROPOBJ_044), HUDMSGTYPE_DEFAULT, HUDMSGFLAG_ONLYIFALIVE); // "This door is locked."
}
}
if (g_Vars.currentplayernum == g_Vars.coopplayernum) {
door->base.hidden |= OBJHFLAG_ACTIVATED_BY_COOP;
} else if (g_Vars.currentplayernum == g_Vars.bondplayernum) {
door->base.hidden |= OBJHFLAG_ACTIVATED_BY_BOND;
}
door->base.flags2 |= OBJFLAG2_00000008;
}
return TICKOP_NONE;
}
void alarmActivate(void)
{
if (g_AlarmTimer < 1) {
g_AlarmTimer = 1;
}
}
void alarmStopAudio(void)
{
if (g_AlarmAudioHandle && sndGetState(g_AlarmAudioHandle) != AL_STOPPED) {
audioStop(g_AlarmAudioHandle);
}
}
void alarmDeactivate(void)
{
g_AlarmTimer = 0;
alarmStopAudio();
}
bool alarmIsActive(void)
{
return g_AlarmTimer > 0;
}
void countdownTimerSetVisible(u32 reason, bool visible)
{
if (visible) {
g_CountdownTimerOff &= ~reason;
} else {
g_CountdownTimerOff |= reason;
}
}
bool countdownTimerIsVisible(void)
{
return !g_CountdownTimerOff;
}
void countdownTimerSetValue60(f32 value)
{
g_CountdownTimerValue60 = value;
}
void countdownTimerSetRunning(bool running)
{
g_CountdownTimerRunning = running;
}
void countdownTimerTick(void)
{
if (g_CountdownTimerRunning) {
g_CountdownTimerValue60 -= g_Vars.lvupdate60freal;
}
}
Gfx *countdownTimerRender(Gfx *gdl)
{
s32 mins;
s32 secs;
s32 ms;
f32 value60 = g_CountdownTimerValue60;
u32 stack;
s32 viewright = viGetViewLeft() + (viGetViewWidth() >> 1);
s32 y = viGetViewTop() + viGetViewHeight() - 18;
s32 playercount = PLAYERCOUNT();
char *fmt = ":\n";
if (playercount == 2) {
if (optionsGetScreenSplit() != SCREENSPLIT_VERTICAL && g_Vars.currentplayernum == 0) {
y += 10;
} else {
y += 2;
}
} else if (playercount >= 3) {
if (g_Vars.currentplayernum <= 1) {
y += 10;
} else {
y += 2;
}
} else {
if (optionsGetEffectiveScreenSize() != SCREENSIZE_FULL) {
y += 8;
}
}
if (value60 < 0) {
value60 = -value60;
}
mins = floorf(value60 * (1.0f / 3600.0f));
secs = (s32)floorf(value60 * (1.0f / 60.0f)) - mins * 60;
ms = (s32)floorf(value60 * 1.6666666269302f) - mins * 6000 - secs * 100;
gdl = text0f153628(gdl);
gdl = bgunDrawHudInteger(gdl, (mins % 100) / 10, viewright - 18, HUDHALIGN_MIDDLE, y, HUDVALIGN_MIDDLE, 0x00ff00a0);
gdl = bgunDrawHudInteger(gdl, mins % 10, viewright - 14, HUDHALIGN_MIDDLE, y, HUDVALIGN_MIDDLE, 0x00ff00a0);
gdl = bgunDrawHudString(gdl, fmt, viewright - 8, HUDHALIGN_MIDDLE, y, HUDVALIGN_MIDDLE, 0x00ff00a0);
gdl = bgunDrawHudInteger(gdl, (secs % 60) / 10, viewright - 2, HUDHALIGN_MIDDLE, y, HUDVALIGN_MIDDLE, 0x00ff00a0);
gdl = bgunDrawHudInteger(gdl, secs % 10, viewright + 2, HUDHALIGN_MIDDLE, y, HUDVALIGN_MIDDLE, 0x00ff00a0);
gdl = bgunDrawHudString(gdl, fmt, viewright + 8, HUDHALIGN_MIDDLE, y, HUDVALIGN_MIDDLE, 0x00ff00a0);
gdl = bgunDrawHudInteger(gdl, (ms % 100) / 10, viewright + 14, HUDHALIGN_MIDDLE, y, HUDVALIGN_MIDDLE, 0x00ff00a0);
gdl = bgunDrawHudInteger(gdl, ms % 10, viewright + 18, HUDHALIGN_MIDDLE, y, HUDVALIGN_MIDDLE, 0x00ff00a0);
gdl = text0f153780(gdl);
return gdl;
}
void alarmTick(void)
{
if (alarmIsActive()) {
s32 limit;
s16 sound;
// These sounds are alarm sounds.
// They go for a fraction of a second and are repeated by this function.
switch (g_Vars.stagenum) {
case STAGE_CHICAGO: sound = SFX_ALARM_CHICAGO; break;
case STAGE_G5BUILDING: sound = SFX_ALARM_2; break;
case STAGE_AIRBASE: sound = SFX_ALARM_AIRBASE; break;
case STAGE_PELAGIC: sound = SFX_ALARM_2; break;
case STAGE_ATTACKSHIP: sound = SFX_ALARM_ATTACKSHIP; break;
case STAGE_INFILTRATION: sound = SFX_ALARM_INFILTRATION; break;
default: sound = SFX_ALARM_DEFAULT; break;
}
if (!lvIsPaused()) {
if (g_AlarmAudioHandle) {
// The sound is currently playing. Cycle between the left/right
// speaker for stereo or headphone mode.
f32 increment = g_Vars.lvupdate240 / 15.0f;
if (increment > 10) {
increment = 10;
}
g_AlarmSpeakerWeight += g_AlarmSpeakerDirection * increment;
if (g_AlarmSpeakerWeight < 30) {
g_AlarmSpeakerWeight = 30;
g_AlarmSpeakerDirection *= -1;
} else if (g_AlarmSpeakerWeight > 98) {
g_AlarmSpeakerWeight = 98;
g_AlarmSpeakerDirection *= -1;
}
sndAdjust(&g_AlarmAudioHandle, 0, 0x7fff, g_AlarmSpeakerWeight, -1, -1, 0, -1, 1);
} else {
// The alarm finished, or this is the first one.
// Start the sound again.
sndStart(var80095200, sound, &g_AlarmAudioHandle, -1, -1, -1, -1, -1);
}
}
g_AlarmTimer += g_Vars.lvupdate60;
// For G5, stop alarm after 55 seconds.
// For all other levels, stop alarm after 30 seconds.
limit = g_Vars.stagenum == STAGE_G5BUILDING ? 3300 : 1800;
if (g_AlarmTimer > limit) {
alarmDeactivate();
}
}
countdownTimerTick();
if (g_NumProxies) {
chrsTriggerProxies();
}
g_PlayersDetonatingMines = 0;
}
void func0f091030(void)
{
struct prop *prop = g_Vars.activeprops;
while (prop) {
if (prop->type == PROPTYPE_OBJ
&& (prop->flags & (PROPFLAG_ONTHISSCREENTHISTICK | PROPFLAG_ONANYSCREENTHISTICK | PROPFLAG_ONANYSCREENPREVTICK)) == 0
&& (prop->obj->hidden2 & OBJH2FLAG_DESTROYED)
&& (prop->obj->hidden2 & OBJH2FLAG_80)) {
objFreePermanently(prop->obj, true);
return;
}
prop = prop->next;
}
}
void currentPlayerDropAllItems(void)
{
struct chrdata *chr = g_Vars.currentplayer->prop->chr;
s32 i;
weaponDeleteFromChr(chr, HAND_RIGHT);
weaponDeleteFromChr(chr, HAND_LEFT);
for (i = WEAPON_UNARMED; i <= WEAPON_SUICIDEPILL; i++) {
if (playermgrGetModelOfWeapon(i) >= 0 && invHasSingleWeaponExcAllGuns(i)) {
if (!weaponHasFlag(i, WEAPONFLAG_UNDROPPABLE)
|| (g_Vars.normmplayerisrunning
&& g_MpSetup.scenario == MPSCENARIO_HACKERCENTRAL
&& i == WEAPON_DATAUPLINK)) {
if (g_Vars.coopplayernum >= 0) {
bool canremove = true;
struct prop *child = g_Vars.currentplayer->prop->child;
while (child) {
struct defaultobj *obj = child->obj;
if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = child->weapon;
if (i == weapon->weaponnum && (obj->flags3 & OBJFLAG3_PLAYERUNDROPPABLE)) {
canremove = false;
break;
}
}
child = child->next;
}
if (canremove) {
invRemoveItemByNum(i);
}
if (!bgunIsMissionCritical(i)) {
weaponCreateForPlayerDrop(i);
}
} else {
weaponCreateForPlayerDrop(i);
}
}
}
}
}
void weaponCreateForPlayerDrop(s32 weaponnum)
{
u32 stack;
struct prop *prop;
struct chrdata *chr;
u32 stack2;
chr = g_Vars.currentplayer->prop->chr;
prop = weaponCreateForChr(chr, playermgrGetModelOfWeapon(weaponnum), weaponnum, OBJFLAG_WEAPON_AICANNOTUSE, NULL, NULL);
if (prop) {
objSetDropped(prop, DROPTYPE_DEFAULT);
objDrop(prop, true);
if (weaponnum == WEAPON_BRIEFCASE2) {
scenarioHandleDroppedToken(chr, prop);
}
}
}
void projectileCreate(struct prop *fromprop, struct fireslotthing *arg1, struct coord *pos, struct coord *dir, u8 weaponnum, struct prop *targetprop)
{
if (!lvIsPaused()) {
bool blocked = false;
struct coord endpos;
u32 stack;
f32 x;
f32 y;
f32 z;
f32 sqdist;
struct prop *obstacle = NULL;
s16 sp1c8[8];
struct coord frompos;
u32 stack2;
u8 drug = false;
u32 stack3;
frompos = *pos;
if (weaponnum == WEAPON_TRANQUILIZER) {
drug = true;
}
if (arg1 && arg1->unk08 < g_Vars.lvframe60) {
switch (weaponnum) {
case WEAPON_CHOPPERGUN:
func0f0926bc(fromprop, 7, 0xffff);
propsnd0f0939f8(0, fromprop, SFX_810E, -1, -1, 0, 0, 7, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
arg1->unk08 = g_Vars.lvframe60 + 4;
break;
case WEAPON_RCP45:
func0f0926bc(fromprop, 1, 0xffff);
propsnd0f0939f8(0, fromprop, SFX_805A, -1, -1, 0, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
arg1->unk08 = g_Vars.lvframe60 + 2;
break;
case WEAPON_WATCHLASER:
func0f0926bc(fromprop, 1, 0xffff);
propsnd0f0939f8(0, fromprop, SFX_8043, -1, -1, 0, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
arg1->unk08 = g_Vars.lvframe60 + 8;
break;
default:
func0f0926bc(fromprop, 1, 0xffff);
propsnd0f0939f8(0, fromprop, SFX_8045, -1, -1, 0, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
arg1->unk08 = g_Vars.lvframe60 + 2;
break;
}
}
if (targetprop) {
x = targetprop->pos.f[0] - pos->f[0] - dir->f[0] * 15.0f;
y = targetprop->pos.f[1] - pos->f[1] - dir->f[1] * 15.0f;
z = targetprop->pos.f[2] - pos->f[2] - dir->f[2] * 15.0f;
sqdist = x * x + y * y + z * z;
} else {
sqdist = 0x20000000;
}
if (weaponnum == WEAPON_ROCKETLAUNCHER) {
struct weaponobj *rocket;
Mtxf sp13c;
struct coord sp130;
struct chopperobj *chopper = chopperFromHovercar((struct chopperobj *)fromprop->obj);
if (chopper && sqdist > 400.0f * 400.0f) {
struct coord sp120;
Mtxf spe0;
Mtxf spa0;
f32 rotx = chopper->rotx;
f32 roty = chopper->roty;
rocket = weaponCreateProjectileFromWeaponNum(MODEL_CHRDYROCKETMIS, WEAPON_ROCKET, NULL);
if (rocket) {
mtx4LoadIdentity(&sp13c);
mtx4LoadXRotation(rotx, &spe0);
mtx4LoadYRotation(roty, &spa0);
mtx00015be0(&spa0, &spe0);
sp120.x = dir->x * 0.27777776f;
sp120.y = dir->y * 0.27777776f;
sp120.z = dir->z * 0.27777776f;
sp130.x = sp120.f[0] * g_Vars.lvupdate60freal;
sp130.y = sp120.f[1] * g_Vars.lvupdate60freal;
sp130.z = sp120.f[2] * g_Vars.lvupdate60freal;
bgun0f09ebcc(&rocket->base, pos, fromprop->rooms, &spe0, &sp130, &sp13c, fromprop, pos);
if (rocket->base.hidden & OBJHFLAG_PROJECTILE) {
rocket->timer240 = -1;
rocket->base.projectile->flags |= PROJECTILEFLAG_POWERED;
rocket->base.projectile->unk010 = sp120.x;
rocket->base.projectile->unk014 = sp120.y;
rocket->base.projectile->unk018 = sp120.z;
propsnd0f0939f8(NULL, rocket->base.prop, SFX_LAUNCH_ROCKET_8053, -1, -1, 0, 0, 0, 0, -1.0f, 0, -1, -1.0f, -1.0f, -1.0f);
}
}
}
} else {
struct gset gset = {0};
gset.weaponnum = weaponnum;
endpos.x = pos->x + dir->f[0] * 65536.0f;
endpos.y = pos->y + dir->f[1] * 65536.0f;
endpos.z = pos->z + dir->f[2] * 65536.0f;
propSetPerimEnabled(fromprop, false);
if (cdExamLos08(pos, fromprop->rooms, &endpos,
CDTYPE_OBJS | CDTYPE_DOORS | CDTYPE_CHRS | CDTYPE_PATHBLOCKER| CDTYPE_BG,
GEOFLAG_BLOCK_SHOOT) == CDRESULT_COLLISION) {
blocked = true;
cdGetPos(&endpos, 24482, "propobj.c");
obstacle = cdGetObstacleProp();
}
propSetPerimEnabled(fromprop, true);
x = endpos.x - pos->x;
y = endpos.y - pos->y;
z = endpos.z - pos->z;
if (targetprop && sqdist <= x * x + y * y + z * z) {
struct coord aimpos;
aimpos.x = targetprop->pos.x;
aimpos.y = targetprop->pos.y - 20.0f;
aimpos.z = targetprop->pos.z;
if (func0f06b39c(pos, dir, &aimpos, 30)) {
f32 f0 = 0.16f * g_Vars.lvupdate60freal * arg1->unk0c;
if (sqdist > 40000.0f) {
f0 *= 200.0f / sqrtf(sqdist);
}
arg1->unk14 += f0;
if (arg1->unk14 >= 1.0f) {
blocked = false;
endpos = targetprop->pos;
if (random() % 2) {
endpos.y += (random() % 10) + 2;
} else {
endpos.y -= (random() % 10) + 2;
}
bgunPlayPropHitSound(&gset, targetprop, -1);
chrDamageByImpact(targetprop->chr, gsetGetDamage(&gset) * arg1->unk10, dir, &gset, 0, 200);
arg1->unk14 = 0.0f;
}
}
}
if (blocked) {
if (obstacle) {
if (obstacle->type & (PROPTYPE_CHR | PROPTYPE_PLAYER)) {
struct modelnode *node = NULL;
struct model *model = NULL;
s32 side = -1;
s32 hitpart = HITPART_GENERAL;
struct chrdata *chr = obstacle->chr;
if (weaponnum != WEAPON_CHOPPERGUN) {
bgunPlayPropHitSound(&gset, obstacle, -1);
}
if (chr->model) {
chrCalculateShieldHit(chr, &endpos, dir, &node, &hitpart, &model, &side);
}
chrEmitSparks(chr, obstacle, hitpart, &endpos, dir, NULL);
if (drug) {
chr->blurdrugamount = TICKS(5000);
}
func0f0341dc(chr, gsetGetDamage(&gset), dir, &gset, 0, hitpart, obstacle, node, model, side, NULL);
} else if (obstacle->type & (PROPTYPE_OBJ | PROPTYPE_WEAPON | PROPTYPE_DOOR)) {
struct defaultobj *obj = obstacle->obj;
if (weaponnum != WEAPON_CHOPPERGUN) {
bgunPlayPropHitSound(&gset, obstacle, -1);
}
func0f065e74(pos, fromprop->rooms, &endpos, sp1c8);
sparksCreate(sp1c8[0], obstacle, &endpos, NULL, NULL, SPARKTYPE_DEFAULT);
objTakeGunfire(obstacle->obj, gsetGetDamage(&gset), &endpos, weaponnum, -1);
if (obj->type == OBJTYPE_WEAPON) {
struct weaponobj *weapon = (struct weaponobj *)obj;
if (weapon->weaponnum == WEAPON_DRAGON && weapon->gunfunc == FUNC_SECONDARY) {
weapon->timer240 = 0;
}
}
}
} else {
func0f065e74(pos, fromprop->rooms, &endpos, sp1c8);
if (weaponnum != WEAPON_CHOPPERGUN) {
bgunPlayBgHitSound(&gset, &endpos, -1, sp1c8);
}
sparksCreate(sp1c8[0], NULL, &endpos, NULL, NULL, SPARKTYPE_DEFAULT);
}
}
if (arg1 && arg1->unk01) {
beamCreate(arg1->beam, weaponnum, &frompos, &endpos);
}
}
}
}
void objSetModelPartVisible(struct defaultobj *obj, s32 partnum, bool visible)
{
if (obj && obj->model && obj->model->filedata) {
struct modelnode *node = modelGetPart(obj->model->filedata, partnum);
if (node) {
union modelrwdata *rwdata = modelGetNodeRwData(obj->model, node);
if (rwdata) {
if (visible) {
visible = true;
} else {
visible = false;
}
rwdata->toggle.visible = visible;
}
}
}
}
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