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tp/src/JSystem/J2DGraph/J2DPane.cpp
T
Jcw87 9a889bfcf8 JAWWindow (#3039)
2026-01-13 17:50:47 +02:00

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#include "JSystem/JSystem.h" // IWYU pragma: keep
#include "JSystem/J2DGraph/J2DPane.h"
#include "JSystem/J2DGraph/J2DAnimation.h"
#include "JSystem/J2DGraph/J2DOrthoGraph.h"
#include "JSystem/J2DGraph/J2DScreen.h"
#include "JSystem/JSupport/JSURandomInputStream.h"
#include "JSystem/JUtility/JUTResource.h"
J2DPane::J2DPane() : mBounds(), mGlobalBounds(), mClipRect(), mPaneTree(this) {
mTransform = NULL;
mKind = 'PAN1';
mVisible = true;
mInfoTag = 0;
mUserInfoTag = 0;
mBounds.set(0, 0, 0, 0);
initiate();
changeUseTrans(NULL);
calcMtx();
}
void J2DPane::initiate() {
field_0x4 = -1;
mRotateX = 0.0f;
mRotateY = 0.0f;
mRotateZ = 0.0f;
mRotateOffsetX = 0.0f;
mRotateOffsetY = 0.0f;
mBasePosition = 0;
mRotAxis = ROTATE_Z;
mScaleX = 1.0f;
mScaleY = 1.0f;
mCullMode = GX_CULL_NONE;
mAlpha = 255;
mIsInfluencedAlpha = true;
mColorAlpha = 255;
mConnected = false;
calcMtx();
}
J2DPane::J2DPane(J2DPane* p_pane, bool visible, u64 tag, JGeometry::TBox2<f32> const& bounds)
: mBounds(), mGlobalBounds(), mClipRect(), mPaneTree(this) {
mTransform = NULL;
initialize(p_pane, visible, tag, bounds);
}
void J2DPane::initialize(J2DPane* p_pane, bool visible, u64 infoTag,
JGeometry::TBox2<f32> const& bounds) {
mKind = 'PAN1';
mVisible = visible;
mInfoTag = infoTag;
mUserInfoTag = 0;
mBounds.set(bounds);
if (p_pane != NULL) {
p_pane->mPaneTree.appendChild(&mPaneTree);
}
initiate();
changeUseTrans(p_pane);
calcMtx();
}
J2DPane::J2DPane(u64 infoTag, JGeometry::TBox2<f32> const& bounds)
: mBounds(), mGlobalBounds(), mClipRect(), mPaneTree(this) {
mTransform = NULL;
initialize(infoTag, bounds);
}
void J2DPane::initialize(u64 tag, const JGeometry::TBox2<f32>& bounds) {
mKind = 'PAN1';
mVisible = true;
mInfoTag = tag;
mUserInfoTag = 0;
mBounds.set(bounds);
initiate();
changeUseTrans(NULL);
calcMtx();
}
J2DPane::J2DPane(J2DPane* p_pane, JSURandomInputStream* p_stream, u8 isEx) : mPaneTree(this) {
mTransform = NULL;
if (!isEx) {
s32 position = p_stream->getPosition();
J2DPaneHeader header;
p_stream->read(&header, sizeof(header));
mKind = header.mKind;
position += header.mSize;
makePaneStream(p_pane, p_stream);
p_stream->seek(position, JSUStreamSeekFrom_SET);
} else {
s32 position = p_stream->getPosition();
J2DPaneHeader header;
p_stream->peek(&header, sizeof(header));
mKind = header.mKind;
position += header.mSize;
makePaneExStream(p_pane, p_stream);
p_stream->seek(position, JSUStreamSeekFrom_SET);
}
}
void J2DPane::makePaneStream(J2DPane* p_pane, JSURandomInputStream* p_stream) {
u8 unk;
p_stream->read(unk);
p_stream->read(mVisible);
p_stream->skip(2);
mInfoTag = p_stream->read32b();
f32 x0 = p_stream->readS16();
f32 y0 = p_stream->readS16();
f32 x1 = x0 + p_stream->readS16();
f32 y1 = y0 + p_stream->readS16();
mBounds.set(x0, y0, x1, y1);
unk -= u8(6);
mRotateX = 0;
mRotateY = 0;
mRotateZ = 0;
if (unk != 0) {
mRotateZ = p_stream->readU16();
unk--;
}
if (unk != 0) {
u8 r28 = p_stream->readU8();
mBasePosition = r28;
unk--;
} else {
mBasePosition = 0;
}
mRotAxis = ROTATE_Z;
mAlpha = 255;
if (unk != 0) {
mAlpha = p_stream->readU8();
unk--;
}
mIsInfluencedAlpha = true;
if (unk != 0) {
mIsInfluencedAlpha = p_stream->readU8();
unk--;
}
p_stream->align(4);
if (p_pane != NULL) {
p_pane->mPaneTree.appendChild(&mPaneTree);
}
mCullMode = GX_CULL_NONE;
mColorAlpha = 255;
mConnected = false;
field_0x4 = 0xFFFF;
mScaleX = 1;
mScaleY = 1;
mUserInfoTag = 0;
changeUseTrans(p_pane);
calcMtx();
}
void J2DPane::changeUseTrans(J2DPane* p_pane) {
f32 xOffset = 0;
f32 yOffset = 0;
if (mBasePosition % 3 == 1) {
xOffset = getWidth() / 2;
} else if (mBasePosition % 3 == 2) {
xOffset = getWidth();
}
if (mBasePosition / 3 == 1) {
yOffset = getHeight() / 2;
} else if (mBasePosition / 3 == 2) {
yOffset = getHeight();
}
mTranslateX = mBounds.i.x + xOffset;
mTranslateY = mBounds.i.y + yOffset;
mRotateOffsetX = xOffset;
mRotateOffsetY = yOffset;
mBounds.addPos(JGeometry::TVec2<f32>(-mTranslateX, -mTranslateY));
if (p_pane != NULL) {
u8 otherBasePos = p_pane->mBasePosition;
f32 width = p_pane->getWidth();
f32 height = p_pane->getHeight();
if (otherBasePos % 3 == 1) {
mTranslateX -= width / 2;
} else if (otherBasePos % 3 == 2) {
mTranslateX -= width;
}
if (otherBasePos / 3 == 1) {
mTranslateY -= height / 2;
} else if (otherBasePos / 3 == 2) {
mTranslateY -= height;
}
}
}
J2DPane::~J2DPane() {
JSUTreeIterator<J2DPane> iterator = mPaneTree.getFirstChild();
for (; iterator != mPaneTree.getEndChild();) {
delete (iterator++).getObject();
}
}
bool J2DPane::appendChild(J2DPane* p_child) {
if (p_child == NULL)
return false;
const J2DPane* parent = p_child->getParentPane();
bool result = mPaneTree.appendChild(&p_child->mPaneTree);
if (result && parent == NULL) {
p_child->add(mBounds.i.x, mBounds.i.y);
p_child->calcMtx();
}
return result;
}
bool J2DPane::insertChild(J2DPane* p_prev, J2DPane* p_child) {
if (p_child == NULL)
return false;
const J2DPane* parent = p_child->getParentPane();
bool result =
mPaneTree.insertChild(p_prev != NULL ? &p_prev->mPaneTree : NULL, &p_child->mPaneTree);
if (result && parent == NULL) {
p_child->add(mBounds.i.x, mBounds.i.y);
p_child->calcMtx();
}
return result;
}
void J2DPane::draw(f32 x, f32 y, J2DGrafContext const* p_grafCtx, bool isOrthoGraf, bool param_4) {
param_4 = param_4 && mVisible;
if (p_grafCtx->getGrafType() != 1) {
isOrthoGraf = false;
}
JSUTree<J2DPane>* parentTree = mPaneTree.getParent();
J2DPane* parent = NULL;
if (parentTree != NULL) {
parent = parentTree->getObject();
}
if (mBounds.isValid()) {
mGlobalBounds = mBounds;
mGlobalBounds.addPos(JGeometry::TVec2<f32>(mTranslateX, mTranslateY));
if (param_4) {
mClipRect = mBounds;
rewriteAlpha();
}
if (parent != NULL) {
mGlobalBounds.addPos(JGeometry::TVec2<f32>(parent->mGlobalBounds.i.x - parent->mBounds.i.x, parent->mGlobalBounds.i.y - parent->mBounds.i.y));
#if !PLATFORM_GCN
f32 f28 = mPositionMtx[0][0];
f32 f27 = mPositionMtx[1][0];
f32 f26 = mPositionMtx[2][0];
if (getUserInfo() == 'n_43' && p_grafCtx->getGrafType() == 1) {
JGeometry::TBox2<f32>* bounds = ((J2DOrthoGraph*)p_grafCtx)->getBounds();
const JGeometry::TBox2<f32>* ortho = ((J2DOrthoGraph*)p_grafCtx)->getOrtho();
f32 f31 = 608.0f / (ortho->f.x - ortho->i.x);
mPositionMtx[0][0] *= f31;
mPositionMtx[0][1] *= f31;
mPositionMtx[0][2] *= f31;
}
#endif
MTXConcat(parent->mGlobalMtx, mPositionMtx, mGlobalMtx);
#if !PLATFORM_GCN
mPositionMtx[0][0] = f28;
mPositionMtx[1][0] = f27;
mPositionMtx[2][0] = f26;
#endif
if (param_4) {
if (isOrthoGraf) {
mClipRect = mGlobalBounds;
mClipRect.intersect(parent->mClipRect);
}
mColorAlpha = mAlpha;
if (mIsInfluencedAlpha) {
mColorAlpha = (mAlpha * parent->mColorAlpha) / 255;
}
}
} else {
#if !PLATFORM_GCN
f32 f25 = mScaleX;
f32 f24 = mTranslateX;
if (getUserInfo() != 'n_43' && p_grafCtx->getGrafType() == 1) {
JGeometry::TBox2<f32>* bounds = ((J2DOrthoGraph*)p_grafCtx)->getBounds();
const JGeometry::TBox2<f32>* ortho = ((J2DOrthoGraph*)p_grafCtx)->getOrtho();
f32 f30 = (ortho->f.x - ortho->i.x) / 608.0f;
f32 f29 = 304.0f;
mScaleX *= f30;
mTranslateX = f30 * (mTranslateX - f29) + f29;
}
#endif
mGlobalBounds.addPos(JGeometry::TVec2<f32>(x, y));
makeMatrix(mTranslateX + x, mTranslateY + y);
MTXCopy(mPositionMtx, mGlobalMtx);
mClipRect = mGlobalBounds;
mColorAlpha = mAlpha;
#if !PLATFORM_GCN
mScaleX = f25;
mTranslateX = f24;
#endif
}
JGeometry::TBox2<f32> scissorBounds(0, 0, 0, 0);
if (param_4 && isOrthoGraf) {
((J2DOrthoGraph*)p_grafCtx)->scissorBounds(&scissorBounds, &mClipRect);
}
if (param_4 && (mClipRect.isValid() || !isOrthoGraf)) {
J2DGrafContext tmpGraf(*p_grafCtx);
if (isOrthoGraf) {
tmpGraf.scissor(scissorBounds);
tmpGraf.setScissor();
}
GXSetCullMode((GXCullMode)mCullMode);
drawSelf(x, y, &tmpGraf.mPosMtx);
}
for (JSUTreeIterator<J2DPane> iter = mPaneTree.getFirstChild(); iter != mPaneTree.getEndChild(); ++iter) {
iter->draw(0, 0, p_grafCtx, isOrthoGraf, param_4);
}
}
}
void J2DPane::place(JGeometry::TBox2<f32> const& box) {
JGeometry::TBox2<f32> tmpBox;
if (mBounds.i.x == 0) {
tmpBox.i.x = 0;
tmpBox.f.x = box.getWidth();
mTranslateX = box.i.x;
} else if (mBounds.f.x == 0) {
tmpBox.i.x = -box.getWidth();
tmpBox.f.x = 0;
mTranslateX = box.f.x;
} else {
tmpBox.i.x = -(box.getWidth() / 2);
tmpBox.f.x = box.getWidth() / 2;
mTranslateX = (box.i.x + box.f.x) / 2;
}
if (mBounds.i.y == 0) {
tmpBox.i.y = 0;
tmpBox.f.y = box.getHeight();
mTranslateY = box.i.y;
} else if (mBounds.f.y == 0) {
tmpBox.i.y = -box.getHeight();
tmpBox.f.y = 0;
mTranslateY = box.f.y;
} else {
tmpBox.i.y = -(box.getHeight() / 2);
tmpBox.f.y = box.getHeight() / 2;
mTranslateY = (box.i.y + box.f.y) / 2;
}
f32 xOff = tmpBox.i.x - mBounds.i.x;
f32 yOff = tmpBox.i.y - mBounds.i.y;
J2DPane* child;
for (child = getFirstChildPane(); child != NULL; child = child->getNextChildPane()) {
child->mTranslateX += xOff;
child->mTranslateY += yOff;
if (xOff != 0 || yOff != 0) {
child->calcMtx();
}
}
mBounds = tmpBox;
J2DPane* parent = getParentPane();
if (parent != NULL) {
mTranslateX += parent->mBounds.i.x;
mTranslateY += parent->mBounds.i.y;
}
calcMtx();
}
void J2DPane::move(f32 x, f32 y) {
f32 width = mBounds.getWidth();
f32 height = mBounds.getHeight();
place(JGeometry::TBox2<f32>(x, y, x + width, y + height));
}
void J2DPane::add(f32 x, f32 y) {
mTranslateX += x;
mTranslateY += y;
calcMtx();
}
void J2DPane::resize(f32 x, f32 y) {
JGeometry::TBox2<f32> box = mBounds;
box.addPos(JGeometry::TVec2<f32>(mTranslateX, mTranslateY));
const J2DPane* parent = getParentPane();
if (parent != NULL) {
box.addPos(JGeometry::TVec2<f32>(-parent->mBounds.i.x, -parent->mBounds.i.y));
}
box.f.x = box.i.x + x;
box.f.y = box.i.y + y;
place(box);
}
JGeometry::TBox2<f32> J2DPane::static_mBounds(0, 0, 0, 0);
JGeometry::TBox2<f32>& J2DPane::getBounds() {
static_mBounds = mBounds;
static_mBounds.addPos(JGeometry::TVec2<f32>(mTranslateX, mTranslateY));
const J2DPane* parent = getParentPane();
if (parent != NULL) {
static_mBounds.addPos(JGeometry::TVec2<f32>(-parent->mBounds.i.x, -parent->mBounds.i.y));
}
return static_mBounds;
}
void J2DPane::rotate(f32 offsetX, f32 offsetY, J2DRotateAxis axis, f32 angle) {
mRotateOffsetX = offsetX;
mRotateOffsetY = offsetY;
mRotAxis = axis;
rotate(angle);
}
void J2DPane::rotate(f32 angle) {
if (mRotAxis == ROTATE_X) {
mRotateX = angle;
} else if (mRotAxis == ROTATE_Y) {
mRotateY = angle;
} else {
mRotateZ = angle;
}
calcMtx();
}
void J2DPane::clip(JGeometry::TBox2<f32> const& bounds) {
JGeometry::TBox2<f32> box(bounds);
box.addPos(JGeometry::TVec2<f32>(mGlobalBounds.i.x, mGlobalBounds.i.y));
mClipRect.intersect(box);
}
J2DPane* J2DPane::search(u64 tag) {
if (tag == mInfoTag) {
return this;
}
for (JSUTreeIterator<J2DPane> iter = mPaneTree.getFirstChild(); iter != mPaneTree.getEndChild(); ++iter) {
if (J2DPane* result = iter.getObject()->search(tag)) {
return result;
}
}
return NULL;
}
J2DPane* J2DPane::searchUserInfo(u64 tag) {
if (tag == mUserInfoTag) {
return this;
}
for (JSUTreeIterator<J2DPane> iter = mPaneTree.getFirstChild(); iter != mPaneTree.getEndChild(); ++iter) {
if (J2DPane* result = iter.getObject()->searchUserInfo(tag)) {
return result;
}
}
return NULL;
}
bool J2DPane::isUsed(const ResTIMG* p_timg) {
for (JSUTreeIterator<J2DPane> iter = mPaneTree.getFirstChild(); iter != mPaneTree.getEndChild(); ++iter) {
if (iter.getObject()->isUsed(p_timg))
return true;
}
return false;
}
bool J2DPane::isUsed(const ResFONT* p_font) {
for (JSUTreeIterator<J2DPane> iter = mPaneTree.getFirstChild(); iter != mPaneTree.getEndChild(); ++iter) {
if (iter.getObject()->isUsed(p_font))
return true;
}
return false;
}
void J2DPane::makeMatrix(f32 param_0, f32 param_1, f32 param_2, f32 param_3) {
f32 tmpX = mRotateOffsetX - param_2;
f32 tmpY = mRotateOffsetY - param_3;
Mtx rotX, rotY, rotZ, rotMtx, mtx, tmp;
MTXTrans(mtx, -tmpX, -tmpY, 0);
MTXRotRad(rotX, 'x', DEG_TO_RAD(mRotateX));
MTXRotRad(rotY, 'y', DEG_TO_RAD(mRotateY));
MTXRotRad(rotZ, 'z', DEG_TO_RAD(-mRotateZ));
MTXConcat(rotZ, rotX, tmp);
MTXConcat(rotY, tmp, rotMtx);
MTXScaleApply(mtx, mPositionMtx, mScaleX, mScaleY, 1);
MTXConcat(rotMtx, mPositionMtx, tmp);
MTXTransApply(tmp, mPositionMtx, param_0 + tmpX, param_1 + tmpY, 0);
}
void J2DPane::setCullBack(GXCullMode mode) {
mCullMode = mode;
for (JSUTreeIterator<J2DPane> iter = mPaneTree.getFirstChild(); iter != mPaneTree.getEndChild(); ++iter) {
iter.getObject()->setCullBack(mode);
}
}
void J2DPane::setBasePosition(J2DBasePosition position) {
mBasePosition = position;
mRotAxis = ROTATE_Z;
mRotateOffsetX = 0;
if (position % 3 == 1) {
mRotateOffsetX = getWidth() / 2;
} else if (position % 3 == 2) {
mRotateOffsetX = getWidth();
}
mRotateOffsetY = 0;
if (position / 3 == 1) {
mRotateOffsetY = getHeight() / 2;
} else if (position / 3 == 2) {
mRotateOffsetY = getHeight();
}
calcMtx();
}
void J2DPane::setInfluencedAlpha(bool influencedAlpha, bool param_1) {
if (param_1 && mIsInfluencedAlpha != influencedAlpha) {
J2DPane* parent = getParentPane();
u8 alpha = 255;
for (; parent != NULL; parent = parent->getParentPane()) {
if (parent->getAlpha() == 0) {
alpha = 0;
break;
}
alpha = (((f32)alpha) * parent->getAlpha() / 255);
if (!parent->isInfluencedAlpha()) {
break;
}
}
if (influencedAlpha) {
if (alpha == 0) {
setAlpha(0);
} else {
f32 fAlpha = ((f32)getAlpha()) / alpha * 255;
u8 alpha;
if (fAlpha > 255) {
alpha = 255;
} else {
alpha = fAlpha;
}
setAlpha(alpha);
}
} else {
f32 fAlpha = f32(alpha * getAlpha()) / 255;
setAlpha(fAlpha);
}
}
mIsInfluencedAlpha = influencedAlpha;
}
Vec J2DPane::getGlbVtx(u8 param_0) const {
Vec out;
if (param_0 >= 4) {
out.x = 0;
out.y = 0;
out.z = 0;
return out;
}
f32 x = param_0 & 1 ? mBounds.f.x : mBounds.i.x;
f32 y = param_0 & 2 ? mBounds.f.y : mBounds.i.y;
out.x = x * mGlobalMtx[0][0] + y * mGlobalMtx[0][1] + mGlobalMtx[0][3];
out.y = x * mGlobalMtx[1][0] + y * mGlobalMtx[1][1] + mGlobalMtx[1][3];
out.z = x * mGlobalMtx[2][0] + y * mGlobalMtx[2][1] + mGlobalMtx[2][3];
return out;
}
J2DPane* J2DPane::getFirstChildPane() {
if (!getFirstChild())
return NULL;
return getFirstChild()->getObject();
}
J2DPane* J2DPane::getNextChildPane() {
if (getPaneTree()->getNextChild() == NULL)
return NULL;
return getPaneTree()->getNextChild()->getObject();
}
J2DPane* J2DPane::getParentPane() {
if (getPaneTree()->getParent() == NULL)
return NULL;
return getPaneTree()->getParent()->getObject();
}
/* name unknown */
struct J2DPaneInfo {
/* 0x00 */ u32 mKind;
/* 0x04 */ u32 mSize;
/* 0x08 */ u16 field_0x8;
/* 0x0A */ u16 field_0xa;
/* 0x0B */ u8 mVisible;
/* 0x0C */ u8 mBasePosition;
/* 0x10 */ u64 mInfoTag;
/* 0x18 */ u64 mUserInfoTag;
/* 0x20 */ f32 mRotOffsetX;
/* 0x24 */ f32 mRotOffsetY;
/* 0x28 */ f32 mScaleX;
/* 0x2C */ f32 mScaleY;
/* 0x30 */ f32 mRotateX;
/* 0x34 */ f32 mRotateY;
/* 0x38 */ f32 mRotateZ;
/* 0x3C */ f32 mTranslateX;
/* 0x40 */ f32 mTranslateY;
}; // Size: 0x48
void J2DPane::makePaneExStream(J2DPane* p_parent, JSURandomInputStream* p_stream) {
s32 r30 = p_stream->getPosition();
J2DPaneInfo data;
p_stream->read(&data, sizeof(data));
field_0x4 = data.field_0xa;
mVisible = !!data.mVisible;
mInfoTag = data.mInfoTag;
mUserInfoTag = data.mUserInfoTag;
mScaleX = data.mScaleX;
mScaleY = data.mScaleY;
mRotateX = data.mRotateX;
mRotateY = data.mRotateY;
mRotateZ = data.mRotateZ;
mTranslateX = data.mTranslateX;
mTranslateY = data.mTranslateY;
mRotAxis = ROTATE_Z;
if (data.mBasePosition % 3 == 0) {
mRotateOffsetX = 0;
} else if (data.mBasePosition % 3 == 1) {
mRotateOffsetX = data.mRotOffsetX / 2;
} else {
mRotateOffsetX = data.mRotOffsetX;
}
if (data.mBasePosition / 3 == 0) {
mRotateOffsetY = 0;
} else if (data.mBasePosition / 3 == 1) {
mRotateOffsetY = data.mRotOffsetY / 2;
} else {
mRotateOffsetY = data.mRotOffsetY;
}
mBounds.set(-mRotateOffsetX, -mRotateOffsetY, data.mRotOffsetX - mRotateOffsetX,
data.mRotOffsetY - mRotateOffsetY);
mBasePosition = data.mBasePosition;
mAlpha = 255;
mIsInfluencedAlpha = false;
if (p_parent != NULL) {
p_parent->mPaneTree.appendChild(&mPaneTree);
}
mCullMode = GX_CULL_NONE;
mColorAlpha = 255;
mConnected = false;
calcMtx();
}
s16 J2DPane::J2DCast_F32_to_S16(f32 value, u8 arg2) {
if (arg2 >= 0xF) {
return 0;
}
f32 tmpF;
tmpF = value;
if (value < 0) {
tmpF = -tmpF;
}
int tmp = tmpF * (1 << arg2);
if (tmp >= 0x8000) {
if (value < 0) {
return 0x8000;
} else {
return 0x7FFF;
}
} else if (value < 0) {
return ~tmp + 1;
} else {
return tmp;
}
}
void* J2DPane::getPointer(JSURandomInputStream* p_stream, u32 param_1, JKRArchive* p_archive) {
JUTResReference resRef;
void* pointer;
if (p_archive == NULL) {
if (J2DScreen::getDataManage() == NULL) {
pointer = resRef.getResource(p_stream, param_1, NULL);
} else {
s32 prevPos = p_stream->getPosition();
pointer = resRef.getResource(p_stream, param_1, NULL);
if (pointer == NULL) {
p_stream->seek(prevPos, JSUStreamSeekFrom_SET);
pointer = J2DScreen::getDataManage()->get(p_stream);
}
}
} else {
s32 prevPos = p_stream->getPosition();
pointer = resRef.getResource(p_stream, param_1, p_archive);
if (pointer == NULL) {
p_stream->seek(prevPos, JSUStreamSeekFrom_SET);
pointer = resRef.getResource(p_stream, param_1, NULL);
}
if (pointer == NULL) {
if (J2DScreen::getDataManage() != NULL) {
p_stream->seek(prevPos, JSUStreamSeekFrom_SET);
pointer = J2DScreen::getDataManage()->get(p_stream);
}
}
}
return pointer;
}
void J2DPane::setAnimation(J2DAnmBase* p_anm) {
if (p_anm != NULL) {
switch (p_anm->getKind()) {
case KIND_TRANSFORM:
setAnimation(static_cast<J2DAnmTransform*>(p_anm));
break;
case KIND_COLOR:
setAnimation(static_cast<J2DAnmColor*>(p_anm));
break;
case KIND_VTX_COLOR:
setAnimation(static_cast<J2DAnmVtxColor*>(p_anm));
break;
case KIND_TEXTURE_SRT:
setAnimation(static_cast<J2DAnmTextureSRTKey*>(p_anm));
break;
case KIND_TEX_PATTERN:
setAnimation(static_cast<J2DAnmTexPattern*>(p_anm));
break;
case KIND_VISIBILITY:
setAnimation(static_cast<J2DAnmVisibilityFull*>(p_anm));
break;
case KIND_TEV_REG:
setAnimation(static_cast<J2DAnmTevRegKey*>(p_anm));
break;
default:
OS_REPORT("J2DPane: this is not a J3D Binary.\n");
break;
}
}
}
void J2DPane::setAnimation(J2DAnmTransform* p_anm) {
mTransform = p_anm;
}
void J2DPane::animationTransform() {
if (mTransform != NULL)
animationTransform(mTransform);
}
void J2DPane::clearAnmTransform() {
setAnimation((J2DAnmTransform*)NULL);
for (JSUTreeIterator<J2DPane> iter = mPaneTree.getFirstChild(); iter != mPaneTree.getEndChild(); ++iter) {
iter.getObject()->clearAnmTransform();
}
}
const J2DAnmTransform* J2DPane::animationTransform(const J2DAnmTransform* p_transform) {
const J2DAnmTransform* p = p_transform;
if (mTransform != NULL)
p = mTransform;
for (JSUTreeIterator<J2DPane> iter = mPaneTree.getFirstChild(); iter != mPaneTree.getEndChild(); ++iter) {
iter.getObject()->animationTransform(p);
}
updateTransform(p);
return p;
}
void J2DPane::setVisibileAnimation(J2DAnmVisibilityFull* p_visibility) {
setAnimationVF(p_visibility);
for (JSUTreeIterator<J2DPane> iter = mPaneTree.getFirstChild(); iter != mPaneTree.getEndChild(); ++iter) {
iter.getObject()->setVisibileAnimation(p_visibility);
}
}
void J2DPane::setVtxColorAnimation(J2DAnmVtxColor* p_vtxColor) {
setAnimationVC(p_vtxColor);
for (JSUTreeIterator<J2DPane> iter = mPaneTree.getFirstChild(); iter != mPaneTree.getEndChild(); ++iter) {
iter.getObject()->setVtxColorAnimation(p_vtxColor);
}
}
const J2DAnmTransform* J2DPane::animationPane(const J2DAnmTransform* p_transform) {
const J2DAnmTransform* p = p_transform;
if (mTransform != NULL)
p = mTransform;
for (JSUTreeIterator<J2DPane> iter = mPaneTree.getFirstChild(); iter != mPaneTree.getEndChild(); ++iter) {
iter.getObject()->animationPane(p);
}
updateTransform(p);
return p;
}
void J2DPane::updateTransform(J2DAnmTransform const* p_anmTransform) {
if (field_0x4 != 0xFFFF && p_anmTransform != NULL) {
J3DTransformInfo info;
p_anmTransform->getTransform(field_0x4, &info);
mScaleX = info.mScale.x;
mScaleY = info.mScale.z;
mRotateX = (u16)info.mRotation.x * 360.0f / 65535.0f;
mRotateY = (u16)info.mRotation.z * 360.0f / 65535.0f;
mRotateZ = (u16)info.mRotation.y * 360.0f / 65535.0f;
mTranslateX = info.mTranslate.x;
mTranslateY = info.mTranslate.z;
calcMtx();
}
}
static void dummy(J2DPane* pane) {
pane->drawSelf(0.0f, 0.0f);
pane->update();
pane->setConnectParent(false);
pane->setCullBack(false);
}
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