void CParticle::AddSize(SSize size)
{
m_vSizes.push_back(SSize());
m_vSizes[m_vSizes.size()-1].time = size.time;
m_vSizes[m_vSizes.size()-1].size1 = size.size1;
m_vSizes[m_vSizes.size()-1].size2 = size.size2;
}
void CListBox::OnDraw(const SRect &rUpdate)
{
if (mpDrawPrimitives == NULL) {
mpDrawPrimitives = IDrawPrimitives::Create();
mpDrawPrimitives->Init(GetParentWindow());
}
SRect rctDraw(GetPos(), SSize(GetSize().iCX, 10));
tint32 iIndex = 0;
std::list<std::string>::const_iterator it = mTexts.begin();
for (; it != mTexts.end(); it++, iIndex++) {
const std::string& sText = *it;
DrawFont(dynamic_cast<IFontResource*>(GetBitmapResource()), rUpdate, rctDraw, (const tchar*)(sText.c_str()));
if (iIndex == miDragIndex) {
SRect rctInvert(rctDraw);
rctInvert.iY -= 2;
rctInvert.iCY += 4;
mpDrawPrimitives->InvertRect(rUpdate, rctInvert);
}
rctDraw.iY += 14;
}
} // OnDraw
void CBrowser::SetSize(const SSize& Size)
{
CControl::SetSize(Size);
if (mSizeMin == SSize(0, 0)) {
mSizeMin = GetSize();
}
}
void C2DRectangleCollision::AddToWorld(b2World * world)
{
CheckParametres();
CStatic2DShape::AddToWorld(world);
AddRectangleToBody(m_body
, SSize(m_width, m_height)
, GetOrigin());
}
void CWall::AddToWorld(b2World * world)
{
CheckParametres();
CStaticShape::AddToWorld(world);
SetVisual();
AddRectangleToBody(m_body
, SSize(m_width, m_height)
, GetOrigin());
}
void CParticleEmitter::Copy(CParticleEmitter &other)
{
m_vPos = other.GetPos();
m_Type = other.GetType();
m_fMinTimeLife = other.GetMinTimeLife();
m_fMaxTimeLife = other.GetMaxTimeLife();
m_fMinEmitRate = other.GetMinRate();
m_fMaxEmitRate = other.GetMaxRate();
m_bGravity = other.GetGravity();
m_fAngle = other.GetAngle();
std::vector<SColor> l_ColorVector = other.GetColorVector();
for(unsigned int i=0; i<l_ColorVector.size(); i++)
{
m_vColors.push_back(SColor());
m_vColors[m_vColors.size()-1].time = l_ColorVector[i].time;
m_vColors[m_vColors.size()-1].col1 = l_ColorVector[i].col1;
m_vColors[m_vColors.size()-1].col2 = l_ColorVector[i].col2;
}
std::vector<SDirection> l_DirectionVector = other.GetDirectionVector();
for(unsigned int i=0; i<l_DirectionVector.size(); i++)
{
m_vDirections.push_back(SDirection());
m_vDirections[m_vDirections.size()-1].time = l_DirectionVector[i].time;
m_vDirections[m_vDirections.size()-1].dir1 = l_DirectionVector[i].dir1;
m_vDirections[m_vDirections.size()-1].dir2 = l_DirectionVector[i].dir2;
}
std::vector<SSize> l_SizeVector = other.GetSizeVector();
for(unsigned int i=0; i<l_SizeVector.size(); i++)
{
m_vSizes.push_back(SSize());
m_vSizes[m_vSizes.size()-1].time = l_SizeVector[i].time;
m_vSizes[m_vSizes.size()-1].size1 = l_SizeVector[i].size1;
m_vSizes[m_vSizes.size()-1].size2 = l_SizeVector[i].size2;
}
std::vector<SAceleration> l_AcelVector = other.GetAcelerationVector();
for(unsigned int i=0; i<l_AcelVector.size(); i++)
{
m_vAcelerations.push_back(SAceleration());
m_vAcelerations[m_vAcelerations.size()-1].time = l_AcelVector[i].time;
m_vAcelerations[m_vAcelerations.size()-1].acel1 = l_AcelVector[i].acel1;
m_vAcelerations[m_vAcelerations.size()-1].acel2 = l_AcelVector[i].acel2;
}
m_fNumNewPartsExcess = other.GetNumNewPartsExcess();
m_sTexture = other.GetTexture();
}
void CEQDisplay::SetSize(const SSize& Size, tbool bRedraw)
{
CPane::SetSize(Size, bRedraw);
if (mpfBufferCurveBand) {
delete[] mpfBufferCurveBand;
}
mpfBufferCurveBand = new tfloat32[GetSize().iCX];
if (mpfBufferCurveTotal) {
delete[] mpfBufferCurveTotal;
}
mpfBufferCurveTotal = new tfloat32[GetSize().iCX];
std::list<IControl*>::iterator it = mControls.begin();
for (; it != mControls.end(); it++) {
IControl* pControl = *it;
pControl->SetSize(GetSize() + SSize(miDotOffsetX * 2, miDotOffsetY * 2));
}
}
static Result X_EvalExpression() {
long double buf[ARG_MAX];
Result res = R_SUCCE;
size_t len;
Stack *sval = SCreate();
Stack *sopr = SCreate();
while (*x_cur && *x_cur != ',' && *x_cur != ')') {
switch (*x_cur) {
case '+':
XEE_PBU(BIN_ADD, UNA_PLS);
break;
case '-':
XEE_PBU(BIN_SUB, UNA_MNS);
break;
case '*':
XEE_PBE(BIN_MUL);
break;
case '/':
XEE_PBE(BIN_DIV);
break;
case '%':
XEE_PBE(BIN_MOD);
break;
case '^':
XEE_PBE(BIN_PWR);
break;
case '(':
XX_Next();
if ((res = X_EvalExpression()))
XEE_RET(res);
if (!XX_ParseChar(')')) {
r_in0 = *x_cur;
r_in1 = ')';
XEE_RET(*x_cur ? ERR(RS_ECHR) : ERR(RS_UTRM));
}
if (SPushLdb(sval, x_pval))
XEE_RET(R_ITRNL);
XX_Next();
x_lav = true;
break;
default:
if (CIsDigD(*x_cur)) {
if ((res = X_ParseNumber()))
XEE_RET(res);
if (SPushLdb(sval, x_pval))
XEE_RET(R_ITRNL);
x_lav = true;
}
else if(CIsAlpha(*x_cur)) {
//=>X_EvalFunctionCall
if ((res = X_ParseName()))
XEE_RET(res);
MathFunction *fun = FGetFunction(x_pstr);
if (!fun) {
strcpy(r_str, x_pstr);
XEE_RET(ERR(RS_NDEF));
}
if (XX_ParseChar('(')) {
for (len = 0; len < ARG_MAX; ++len) {
if (!XX_Next())
XEE_RET(ERR(RS_UTRM));
if (*x_cur == ')')
break;
if ((res = X_EvalExpression()))
XEE_RET(res);
buf[len] = x_pval;
if (!XX_ParseChar(',')) {
++len;
break;
}
}
if (!XX_ParseChar(')')) {
r_in0 = *x_cur;
r_in1 = ')';
XEE_RET(*x_cur ? ERR(RS_ECHR) : ERR(RS_UTRM));
}
XX_Next();
if ((res = fun(&x_pval, buf, len)))
XEE_RET(ERR(res));
}
else
if ((res = fun(&x_pval, nullptr, 0)))
XEE_RET(ERR(res));
if (SPushLdb(sval, x_pval))
XEE_RET(R_ITRNL);
x_lav = true;
}
else {
r_in0 = *x_cur;
XEE_RET(*x_cur ? ERR(RS_UCHR) : ERR(RS_UTRM));
}
break;
}
}
if ((res = XXX_PushOpr(sopr, sval, 0)))
XEE_RET(res);
if (!x_lav || SSize(sopr) != 1 || SSize(sval) != 1)
XEE_RET(ERR(RS_ILLE));
x_pval = *STopLdb(sval);
XEE_RET(R_SUCCE);
}
SRect CScrollBar::GetHandleRect()
{
SRect rctHandle;
if (mpScrollPane)
mpScrollPane->GetScrollPos(mScrollPos);
switch(mType) {
case TypeHorizontal:
{
// The leftmost top-left point is 1 pixel to the right of the top-right point of the left arrow
std::list<IControl*>::iterator it = mControls.begin();
if (mControls.size() > 2) {
it++;
}
IControl* pControl = *it++;
SRect RctArrow;
pControl->GetRect(RctArrow);
SPos Pos(RctArrow.iX + RctArrow.iCX, RctArrow.iY);
// Calculate the relative position (top-left point)
tint iDiff = mScrollPos.AreaSize.iCX - mScrollPos.VisibleRect.iCX;
tfloat64 fPositionRelative;
if (iDiff == 0) {
fPositionRelative = 0;
}
else {
fPositionRelative = (double)mScrollPos.VisibleRect.iX / iDiff;
}
// Calculate the maximum width of the handle
pControl = *it;
SPos PosRightArrow;
pControl->GetPos(PosRightArrow);
tint iMaxWidth = PosRightArrow.iX - Pos.iX;
// Calculate the relative width we occupy
tfloat64 fWidthRelative = mScrollPos.VisibleRect.iCX / (double)mScrollPos.AreaSize.iCX;
// Calculate the absolute size
rctHandle = SRect(Pos, SSize(0, 0));
rctHandle.iCY = mpBitmapSizes[BitmapCenterHandle].iCY;
rctHandle.iCX = (int)((fWidthRelative * iMaxWidth) + 0.5);
// Calculate the absolute position
rctHandle.iX += (int)((fPositionRelative * (iMaxWidth - rctHandle.iCX)) + 0.5);
if (rctHandle.iCX < mpBitmapSizes[BitmapLeftTopHandle].iCX + mpBitmapSizes[BitmapRightDownHandle].iCX) {
rctHandle.iCX = mpBitmapSizes[BitmapLeftTopHandle].iCX + mpBitmapSizes[BitmapRightDownHandle].iCX;
}
}
break;
case TypeVertical:
{
// The topmost top-left point is 1 pixel below the bottom-left point of the up arrow
std::list<IControl*>::iterator it = mControls.begin();
if (mControls.size() > 2) {
it++;
}
IControl* pControl = *it++;
SRect RctArrow;
pControl->GetRect(RctArrow);
SPos Pos(RctArrow.iX, RctArrow.iY + RctArrow.iCY);
// Calculate the relative position (top-left point)
tint iDiff = mScrollPos.AreaSize.iCY - mScrollPos.VisibleRect.iCY;
tfloat64 fPositionRelative;
if (iDiff == 0) {
fPositionRelative = 0;
}
else {
fPositionRelative = (double)mScrollPos.VisibleRect.iY / iDiff;
}
// Calculate the maximum height of the handle
pControl = *it;
SPos PosDownArrow;
pControl->GetPos(PosDownArrow);
tint iMaxHeight = PosDownArrow.iY - Pos.iY;
// Calculate the relative height we occupy
tfloat64 fHeightRelative = mScrollPos.VisibleRect.iCY / (double)mScrollPos.AreaSize.iCY;
// Calculate the absolute size
rctHandle = SRect(Pos, SSize(0, 0));
rctHandle.iCX = mpBitmapSizes[BitmapCenterHandle].iCX;
rctHandle.iCY = (int)((fHeightRelative * iMaxHeight) + 0.5);
// Calculate the absolute position
rctHandle.iY += (int)((fPositionRelative * (iMaxHeight - rctHandle.iCY)) + 0.5);
if (rctHandle.iCY < mpBitmapSizes[BitmapLeftTopHandle].iCY + mpBitmapSizes[BitmapRightDownHandle].iCY) {
rctHandle.iCY = mpBitmapSizes[BitmapLeftTopHandle].iCY + mpBitmapSizes[BitmapRightDownHandle].iCY;
}
}
break;
}
return rctHandle;
}
OSStatus WindowEventHandler(EventHandlerCallRef inCaller, EventRef inEvent, void* inRefcon)
{
OSStatus err = eventNotHandledErr;
WindowRef Ref;
switch ( GetEventClass( inEvent ) )
{
case kEventClassCommand:
{
HICommandExtended cmd;
verify_noerr( GetEventParameter( inEvent, kEventParamDirectObject, typeHICommand, NULL, sizeof( cmd ), NULL, &cmd ) );
switch ( GetEventKind( inEvent ) )
{
case kEventCommandProcess:
switch ( cmd.commandID )
{
// Add your own command-handling cases here
default:
break;
}
break;
}
break;
}
case kEventClassWindow:
switch (GetEventKind(inEvent)) {
case kEventWindowClose:{
// kspi::IGUI* pGUI = (kspi::IGUI*)inRefcon;
// pGUI->Destroy();
// Hide window, but don't close it
Ref = (WindowRef)inRefcon;
::HideWindow(Ref);
gpMainContext->WindowClosed((void*)Ref);
return noErr;
}
case kEventWindowActivated:{
Ref = (WindowRef)inRefcon;
return noErr;
}
/*
case kEventWindowDeactivated:{
WindowRef Ref = (WindowRef)inRefcon;
if(Ref == gWndZoom){
::HideWindow(gWndZoom);
//gbShowZoom = false;
}
break;
}
*/
case kEventWindowBoundsChanged:
{
UInt32 Attributes;
OSStatus err;
err = GetEventParameter (inEvent, kEventParamAttributes, typeUInt32,
NULL, sizeof(UInt32), NULL, &Attributes);
if (!err) {
if (Attributes & kWindowBoundsChangeSizeChanged) {
// Window is being resized
WindowRef Ref = (WindowRef)inRefcon;
Rect rct;
::GetWindowBounds(Ref, kWindowContentRgn, &rct);
gpMainContext->SizeChanged(Ref, SSize(rct.right - rct.left+1, rct.bottom - rct.top+1));
return noErr;
}
else if (Attributes & kWindowBoundsChangeOriginChanged) {
// Window is being moved
}
}
return noErr;
}
case kEventWindowCursorChange:
{
((CWindowOSX*)inRefcon)->SetCurrentMouseCursor();
}
return noErr;
}
break;
default:
break;
}
return err;
}
void CParticleEmitter::Load(CXMLTreeNode &parser)
{
m_vColors.clear();
m_vDirections.clear();
m_vAcelerations.clear();
m_vSizes.clear();
//m_Type = parser.GetPszProperty("type", "point");
m_bGravity = parser.GetBoolProperty("gravity");
m_fMinTimeLife = parser.GetFloatProperty("life_time_min", 0.0f);
m_fMaxTimeLife = parser.GetFloatProperty("life_time_max", 0.0f);
m_fMinEmitRate = parser.GetFloatProperty("emit_rate_min", 1.0f);
m_fMaxEmitRate = parser.GetFloatProperty("emit_rate_max", 1.0f);
std::string l_texturePath = parser.GetPszProperty("tex", "");
m_fAngle = parser.GetFloatProperty("angle", 0.0f);
m_sTexture = CORE->GetTextureManager()->GetTexture(l_texturePath);
//Variación de los colores
CXMLTreeNode l_Node = parser["color"];
m_vColors.push_back(SColor());
//SColor l_color = new SColor();
m_vColors[m_vColors.size()-1].time = l_Node.GetFloatProperty("time", 0.0f);
m_vColors[m_vColors.size()-1].col1.SetArgb(l_Node.GetVect4fProperty("color1",Vect4f(1.0f,1.0f,1.0f,1.0f)));
m_vColors[m_vColors.size()-1].col2.SetArgb(l_Node.GetVect4fProperty("color2",Vect4f(1.0f,1.0f,1.0f,1.0f)));
//m_vColors.push_back(l_color);
for(int i=0;i<l_Node.GetNumChildren();i++){
m_vColors.push_back(SColor());
m_vColors[m_vColors.size()-1].time = l_Node(i).GetFloatProperty("time", 0.0f);
m_vColors[m_vColors.size()-1].col1.SetArgb(l_Node(i).GetVect4fProperty("color1",Vect4f(1.0f,1.0f,1.0f,1.0f)));
m_vColors[m_vColors.size()-1].col2.SetArgb(l_Node(i).GetVect4fProperty("color2",Vect4f(1.0f,1.0f,1.0f,1.0f)));
}
//Variación de los vectores directores
l_Node = parser["direction"];
m_vDirections.push_back(SDirection());
//SDirection* l_direction = new SDirection();
m_vDirections[m_vDirections.size()-1].time = l_Node.GetFloatProperty("time", 0.0f);
m_vDirections[m_vDirections.size()-1].dir1 = l_Node.GetVect3fProperty("dir1", Vect3f(0.0f,0.0f,0.0f));
m_vDirections[m_vDirections.size()-1].dir2 = l_Node.GetVect3fProperty("dir2", Vect3f(0.0f,0.0f,0.0f));
//m_vDirections.push_back(l_direction);
for(int i=0;i<l_Node.GetNumChildren();i++){
m_vDirections.push_back(SDirection());
m_vDirections[m_vDirections.size()-1].time = l_Node(i).GetFloatProperty("time", 0.0f);
m_vDirections[m_vDirections.size()-1].dir1 = l_Node(i).GetVect3fProperty("dir1",Vect3f(0.0f,0.0f,0.0f));
m_vDirections[m_vDirections.size()-1].dir2 = l_Node(i).GetVect3fProperty("dir2",Vect3f(0.0f,0.0f,0.0f));
}
//Variación de los tamaños
l_Node = parser["size"];
m_vSizes.push_back(SSize());
//SSize* l_size = new SSize();
m_vSizes[m_vSizes.size()-1].time = l_Node.GetFloatProperty("time", 0.0f);
m_vSizes[m_vSizes.size()-1].size1 = l_Node.GetFloatProperty("mins", 1.0f);
m_vSizes[m_vSizes.size()-1].size2 = l_Node.GetFloatProperty("maxs", 1.0f);
//m_vSizes.push_back(l_size);
for(int i=0;i<l_Node.GetNumChildren();i++){
m_vSizes.push_back(SSize());
m_vSizes[m_vSizes.size()-1].time = l_Node(i).GetFloatProperty("time", 0.0f);
m_vSizes[m_vSizes.size()-1].size1 = l_Node(i).GetFloatProperty("mins",1.0f);
m_vSizes[m_vSizes.size()-1].size2 = l_Node(i).GetFloatProperty("maxs",1.0f);
}
//Variación de las aceleraciones
l_Node = parser["aceleration"];
m_vAcelerations.push_back(SAceleration());
//SAceleration* l_aceleration = new SAceleration();
m_vAcelerations[m_vAcelerations.size()-1].time = l_Node.GetFloatProperty("time", 0.0f);
m_vAcelerations[m_vAcelerations.size()-1].acel1 = l_Node.GetVect3fProperty("acel1", Vect3f(0.0f,0.0f,0.0f));
m_vAcelerations[m_vAcelerations.size()-1].acel2 = l_Node.GetVect3fProperty("acel2", Vect3f(0.0f,0.0f,0.0f));
//m_vAcelerations.push_back(l_aceleration);
for(int i=0;i<l_Node.GetNumChildren();i++){
m_vAcelerations.push_back(SAceleration());
m_vAcelerations[m_vAcelerations.size()-1].time = l_Node(i).GetFloatProperty("time", 0.0f);
m_vAcelerations[m_vAcelerations.size()-1].acel1 = l_Node(i).GetVect3fProperty("acel1", Vect3f(0.0f,0.0f,0.0f));
m_vAcelerations[m_vAcelerations.size()-1].acel1 = l_Node(i).GetVect3fProperty("acel2", Vect3f(0.0f,0.0f,0.0f));
}
}
SSize CompareSize() const { return SSize(1, 1); }
