mirror of
https://github.com/zeldaret/st
synced 2026-09-04 10:12:27 -04:00
started Actor.cpp
This commit is contained in:
Yanis002
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#pragma once
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#include "System/SysNew.hpp"
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#include "nitro/math.h"
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#include "global.h"
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#include "types.h"
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struct UnkStruct_vfunc_00 {
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unk32 mUnk_00;
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unk32 mUnk_04;
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unk32 mUnk_08;
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};
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struct UnkStruct_vfunc_3c {
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unk32 mUnk_00;
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unk32 mUnk_04;
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unk32 mUnk_08;
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};
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class Actor_5c {
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public:
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/* 00 */ unk32 mUnk_00;
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void func_ov000_020975f8();
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};
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class UnkStruct_ov000_020b539c_30 {
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public:
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/* 00 */ unk32 mUnk_00;
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/* 04 */ unk32 mUnk_04;
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/* 08 */ unk8 mUnk_08[0x18 - 0x08];
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/* 1c */ unk8 mUnk_18;
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/* 1c */ unk8 mUnk_19;
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/* 1c */ unk16 mUnk_1a;
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/* 1c */ unk16 mUnk_1c;
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/* 1e */ u16 mUnk_1e;
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/* 20 */
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};
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class UnkStruct_ov000_020b539c {
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public:
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/* 00 */ unk8 mUnk_00[0x30];
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/* 30 */ UnkStruct_ov000_020b539c_30 *mUnk_30;
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/* 34 */
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void func_02028cdc(Actor_5c *param1, unk32 param2);
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};
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class Actor : public SysObject {
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public:
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/* 00 (vtable) */
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/* 04 */ unk32 mUnk_04;
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/* 08 */ unk32 mUnk_08;
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/* 0c */ unk32 mUnk_0c;
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/* 10 */ unk32 mUnk_10;
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/* 14 */ unk32 mUnk_14;
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/* 18 */ unk32 mUnk_18;
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/* 1c */ Vec3p mUnk_1c;
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/* 28 */ u16 mUnk_28;
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/* 28 */ unk16 mUnk_2a;
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/* 2c */ unk32 mUnk_2c;
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/* 30 */ unk32 *mUnk_30;
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/* 34 */ unk32 *mUnk_34;
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/* 38 */ unk32 mUnk_38;
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/* 3c */ unk32 mUnk_3c;
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/* 40 */ unk32 mUnk_40;
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/* 44 */ u16 mUnk_44;
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/* 46 */ unk16 mUnk_46;
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/* 48 */ unk16 mUnk_48;
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/* 4a */ unk8 mUnk_4a;
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/* 4a */ unk8 mUnk_4b;
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/* 4c */ unk16 mUnk_4c;
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/* 4e */ s16 mUnk_4e;
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/* 50 */ unk16 mUnk_50;
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/* 52 */ unk16 mUnk_52;
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/* 54 */ unk32 mUnk_54;
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/* 58 */ unk32 mUnk_58;
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/* 5c */ Actor_5c mUnk_5c;
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/* 60 */ unk32 mUnk_60;
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/* 64 */ unk32 mUnk_64;
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/* 68 */ s16 mUnk_68;
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/* 68 */ unk16 mUnk_6a;
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/* 6c */ unk32 mUnk_6c;
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/* 70 */ unk32 mUnk_70;
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/* 74 */ unk32 mUnk_74;
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/* 78 */ unk32 mUnk_78;
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/* 7c */ unk32 mUnk_7c;
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/* 80 */ unk16 mUnk_80;
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/* 80 */ unk16 mUnk_82;
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/* 84 */ unk32 mUnk_84;
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/* 88 */ unk32 mUnk_88;
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/* 8c */ unk32 mUnk_8c;
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/* 90 */ UnkStruct_ov000_020b539c_30 *mUnk_90;
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/* 00 */ virtual unk32 vfunc_00(UnkStruct_vfunc_00 *param1);
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/* 04 */ virtual bool vfunc_04();
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/* 08 */ virtual unk16 vfunc_08();
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/* 0c */ virtual unk8 vfunc_0c();
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/* 10 */ virtual void vfunc_10();
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/* 14 */ virtual void vfunc_14();
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/* 18 */ virtual unk32 vfunc_18();
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/* 1c */ virtual void vfunc_1c();
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/* 20 */ virtual void vfunc_20();
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/* 24 */ virtual void vfunc_24();
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/* 28 */ virtual void vfunc_28();
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/* 2c */ virtual void vfunc_2c();
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/* 30 */ virtual void vfunc_30();
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/* 34 */ virtual unk32 vfunc_34();
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/* 38 */ virtual unk32 vfunc_38(unk32 param1);
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/* 3c */ virtual bool vfunc_3c(Vec3p* param1);
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/* 40 */ virtual void vfunc_40();
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/* 44 */ virtual void vfunc_44();
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/* 48 */ virtual void vfunc_48();
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/* 4c */ virtual ~Actor();
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/* 54 */
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Actor();
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void func_ov000_0209848c(UnkStruct_ov000_020b539c_30 *param1);
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void func_ov000_020984b0();
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void func_ov000_020984b4();
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void func_ov000_020984b8();
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void func_ov000_020984bc();
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void func_ov000_020984c0();
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void func_ov000_020984c4();
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unk32 func_ov000_020984c8();
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void func_ov000_020984d0();
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void func_ov000_020984f0();
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s32 func_ov000_02098518(unk32 *param1);
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void func_ov000_0209853c();
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s32 func_ov000_02098554();
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s16 func_ov000_0209856c();
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s8 func_ov000_02098578();
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s32 func_ov000_02098584();
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s32 func_ov000_020985f0(void *param1);
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void func_ov000_0209862c(unk32 param1);
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};
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extern UnkStruct_ov000_020b539c data_ov000_020b539c;
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@@ -0,0 +1,10 @@
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#pragma once
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#include "types.h"
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class UnkStruct_027e0cd8 {
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public:
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void func_ov000_02081ecc(unk16 param1, unk32 param2);
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};
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extern UnkStruct_027e0cd8* data_027e0cd8;
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@@ -0,0 +1,35 @@
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#pragma once
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#include "global.h"
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#include "types.h"
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#include "System/SysNew.hpp"
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// PlayerManager?
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class UnkStruct_027e0ce0 {
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public:
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/* 00 */ unk32 mUnk_00;
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/* 04 */ unk32 mUnk_04;
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/* 08 */ unk32 mUnk_08;
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/* 0c */ unk32 mUnk_0c;
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/* 10 */ unk32 mUnk_10;
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/* 14 */ unk32 mUnk_14;
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/* 18 */ unk32 mUnk_18;
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/* 1c */ unk32 mUnk_1c;
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/* 20 */ unk32 mUnk_20;
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/* 24 */ unk32 mUnk_24;
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/* 28 */ unk32 mUnk_28;
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/* 2c */ unk32 mUnk_2c;
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/* 30 */
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void func_01fff148();
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void func_ov000_0208a318(unk32 param1, unk32 param2, unk32 param3);
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void func_ov024_020d3d98(unk32 param1, unk32 param2);
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void func_ov024_020d3ee8(unk32, u16, unk32);
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void func_ov110_02185d3c(unk32 param1);
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};
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extern UnkStruct_027e0ce0 *data_027e0ce0;
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@@ -0,0 +1,190 @@
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#ifndef _NDS_MATH_H
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#define _NDS_MATH_H
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#include "global.h"
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#include "types.h"
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#ifdef __cplusplus
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extern "C" {
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#endif
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#define ABS(x) ((x) < 0 ? -(x) : (x))
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// Q20.12 fixed point number
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typedef s32 q20;
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// Q4.12 fixed point number
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typedef s16 q4;
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#define INT_TO_Q20(n) ((s32) ((n) << 12))
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#define FLOAT_TO_Q21(n) ((s32) (((n) * 8192 + 1) / 4))
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#define FLOAT_TO_Q20(n) ((s32) (((n) * 8192 + 1) / 2))
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#define FLOAT_TO_Q19(n) ((s32) (((n) * 8192 + 1)))
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#define ROUND_Q20(n) (((s32) (n) + 0x800) >> 12)
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#define MUL_Q20(a, b) (q20)((((s64) (a)) * ((s64) (b)) + 0x800) >> 12)
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#define DIV_Q20(a, b) (((a) << 12) / (b))
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#define DEG_TO_ANG(n) ((n) * 0x10000 / 360)
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#define SIN(n) (gSinCosTable[2 * ((n) >> 4)])
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#define COS(n) (gSinCosTable[2 * ((n) >> 4) + 1])
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u32 func_01ff9f3c(s32 a, s32 b);
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s32 Atan2(s32 x, s32 y);
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u32 CoDivide64By32(u32 a, u32 b);
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u32 func_01ff98f0(u32 a, u32 b);
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u32 CoReciprocal(u32 x);
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u64 func_01ff992c(u32 x);
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u32 CoSqrt(u32 x);
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u32 CoInvSqrt(u32 x);
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u32 AwaitDivisionResult();
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u32 GetDivisionResult();
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void StartReciprocal(u32 x);
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void StartSqrt(u32 x);
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void func_01ff9ac4(u32 x);
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u32 AwaitSqrtResult();
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void StartDivision64By32(u32 a, u32 b);
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u32 CoDivide32(u32 a, u32 b);
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u32 CoRemainder(u32 a, u32 b);
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bool Approach(unk32 *src, unk32 dest, unk32 step);
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bool Approach_thunk(unk32 *src, unk32 dest, unk32 step);
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extern q4 gSinCosTable[];
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typedef struct {
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/* 0 */ u8 x;
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/* 1 */ u8 y;
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/* 2 */
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} Vec2b;
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typedef struct {
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/* 0 */ s16 x;
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/* 1 */ s16 y;
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/* 2 */
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} Vec2s;
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typedef struct {
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/* 0 */ q20 x;
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/* 4 */ q20 y;
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/* 8 */
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} Vec2p;
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typedef struct {
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/* 0 */ q20 x;
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/* 4 */ q20 y;
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/* 8 */ q20 z;
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/* c */
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} Vec3p;
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typedef struct {
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/* 00 */ q20 x;
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/* 04 */ q20 y;
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/* 08 */ q20 z;
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/* 0c */ q20 w;
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/* 10 */
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} Vec4p;
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typedef struct {
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/* 00 */ Vec2p xColumn;
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/* 08 */ Vec2p yColumn;
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/* 10 */
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} Mat2p;
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typedef struct {
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/* 00 */ Vec3p xColumn;
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/* 0c */ Vec3p yColumn;
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/* 18 */ Vec3p zColumn;
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/* 24 */
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} Mat3p;
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typedef struct {
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/* 00 */ Vec3p xColumn;
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/* 0c */ Vec3p yColumn;
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/* 18 */ Vec3p zColumn;
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/* 24 */ Vec3p wColumn;
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/* 30 */
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} Mat4x3p;
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typedef struct {
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/* 00 */ Vec4p xColumn;
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/* 10 */ Vec4p yColumn;
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/* 20 */ Vec4p zColumn;
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/* 30 */ Vec4p wColumn;
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/* 40 */
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} Mat4p;
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extern const Vec3p gVec3p_ZERO;
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void Vec3p_Add(Vec3p *a, Vec3p *b, Vec3p *out);
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void Vec3p_Sub(Vec3p *a, Vec3p *b, Vec3p *out);
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q20 Vec3p_Dot(Vec3p *a, Vec3p *b);
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void Vec3p_Cross(Vec3p *a, Vec3p *b, Vec3p *out);
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q20 Vec3p_Length(Vec3p *a);
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void Vec3p_Normalize(Vec3p *vec, Vec3p *out);
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void Vec3p_Axpy(q20 a, Vec3p *x, Vec3p *y, Vec3p *out);
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q20 Vec3p_Distance(Vec3p *a, Vec3p *b);
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bool Vec3p_TryNormalize(Vec3p *vec);
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q20 Vec3p_DistanceSquared(Vec3p *a, Vec3p *b);
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void Vec3p_Scale(Vec3p *vec, q20 scale);
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bool Vec3p_CalculateNormal(Vec3p *vec, Vec3p *a, Vec3p *b, Vec3p *c);
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inline void Vec3p_Rotate(Vec3p *vec, q20 sin, q20 cos, Vec3p *out) {
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out->x += MUL_Q20(vec->z, sin);
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out->z += MUL_Q20(vec->z, cos);
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out->x += MUL_Q20(vec->x, cos);
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out->z += MUL_Q20(vec->x, -sin);
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}
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inline void Vec3p_CopyXZ(Vec3p *vec, Vec3p *out) {
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q20 z = vec->z;
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q20 x = vec->x;
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out->x = x;
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out->y = 0;
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out->z = z;
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}
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inline void Vec3p_Copy(Vec3p *vec, Vec3p *out) {
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out->x = vec->x;
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out->y = vec->y;
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out->z = vec->z;
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}
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void Mat2p_InitIdentity(Mat2p *m);
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void Mat2p_InitRotation(Mat2p *m, q20 sin, q20 cos);
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void Mat2p_Multiply(Mat2p *a, Mat2p *b, Mat2p *out);
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void Mat3p_InitIdentity(Mat3p *m);
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void Mat3p_CopyToMat4x3p(Mat3p *m, Mat4x3p *out);
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void Mat3p_InitScale(Mat3p *m, q20 x, q20 y, q20 z);
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void Mat3p_ScaleColumns(Mat3p *m, Mat3p *out, q20 x, q20 y, q20 z);
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void Mat3p_InitXRotation(Mat3p *m, q20 sin, q20 cos);
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void Mat3p_InitYRotation(Mat3p *m, q20 sin, q20 cos);
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void Mat3p_InitZRotation(Mat3p *m, q20 sin, q20 cos);
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void Mat3p_func_01ff8248(Mat3p *m, Vec3p *v, q20 scale, q20 offset);
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void Mat3p_func_01ff83a0(Mat3p *a, Mat3p *b);
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void Mat3p_Multiply(Mat3p *a, Mat3p *b, Mat3p *out);
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void Mat3p_MultiplyVec(Vec3p *v, Mat3p *m, Vec3p *out);
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void Mat4x3p_InitIdentity(Mat4x3p *m);
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void Mat4x3p_CopyToMat4p(Mat4x3p *m, Mat4p *out);
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void Mat4x3p_func_01ff8988(Mat4x3p *m, Mat4x3p *out, q20 x, q20 y, q20 z);
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void Mat4x3p_InitScale(Mat4x3p *m, q20 x, q20 y, q20 z);
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void Mat4x3p_ScaleColumns(Mat4x3p *m, Mat4x3p *out, q20 x, q20 y, q20 z);
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void Mat4x3p_InitXRotation(Mat4x3p *m, q20 sin, q20 cos);
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void Mat4x3p_InitYRotation(Mat4x3p *m, q20 sin, q20 cos);
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void Mat4x3p_InitZRotation(Mat4x3p *m, q20 sin, q20 cos);
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void Mat4x3p_func_01ff8ad8(Mat4x3p *m, Vec3p *v, q20 scale, q20 offset);
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void Mat4x3p_func_01ff8af8(Mat4x3p *a, Mat4x3p *b);
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void Mat4x3p_Multiply(Mat4x3p *a, Mat4x3p *b, Mat4x3p *out);
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void Mat4x3p_MultiplyVec(Vec3p *v, Mat4x3p *m, Vec3p *out);
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void Mat4p_InitIdentity(Mat4p *m);
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void Mat4p_CopyToMat4x3p(Mat4p *m, Mat4x3p *out);
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void Mat4p_InitZRotation(Mat4p *m, q20 sin, q20 cos);
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void Mat4p_Multiply(Mat4p *a, Mat4p *b, Mat4p *out);
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#ifdef __cplusplus
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}
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#endif
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#endif
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