void buildModel() {
lightDirection[0] = -2;
lightDirection[1] = 2;
lightDirection[2] = 4.5;
buildShadow();
color[0].r = 1;
color[0].g = .2;
color[0].b = .1;
color[0].a = 1;
color[1].r = 1;
color[1].g = .38;
color[1].b = .1;
color[1].a = 1;
color[2].r = 1;
color[2].g = .56;
color[2].b = .1;
color[2].a = 1;
color[3].r = 1;
color[3].g = .72;
color[3].b = .1;
color[3].a = 1;
color[4].r = 1;
color[4].g = .9;
color[4].b = .1;
color[4].a = 1;
for (int i=0; i<PARTNUM; i++) {
pieVertices[i].Position[0] = 0;
pieVertices[i].Position[1] = 0.6;
pieVertices[i].Position[2] = 0;
pieVertices[i].Color[0] = color[i].r*.2;
pieVertices[i].Color[1] = powf(color[i].g,.4)+.2;
pieVertices[i].Color[2] = color[i].b;
pieVertices[i].Color[3] = color[i].a;
pieVertices[i].Normal[0] = 0.0;
pieVertices[i].Normal[1] = 1.0;
pieVertices[i].Normal[2] = 0.0;
}
float thisDivideValue = 0;
float partEndValue = 0;
float partStartValue = 0;
float divideStep = 1.0 / SUBDIVIDE;
float breakStep = .005f;
int divideCount = 0;
for (int i=0; i<PARTNUM; i++) {
divideCompletePart = (float)rand()/RAND_MAX*40;
partStartValue = partEndValue;
partEndValue += partValue[i];
thisDivideValue = partStartValue;
int isEndDivideBuild = 0;
divideCountInPart = 0;
while (thisDivideValue<partEndValue) {
float ang = PI2*thisDivideValue;
float sinAng = sinf(ang);
float cosAng = cosf(ang);
int trianglePoint = divideCount*7+PARTNUM;
if(partStartValue==thisDivideValue) {
makeADivide(trianglePoint,ang,sinAng,cosAng,i,divideCount,1,1);
divideCount ++;
trianglePoint = divideCount*7+PARTNUM;
thisDivideValue += breakStep;
ang = PI2*thisDivideValue;
sinAng = sinf(ang);
cosAng = cosf(ang);
makeADivide(trianglePoint,ang,sinAng,cosAng,i,divideCount,0,1);
} else {
makeADivide(trianglePoint,ang,sinAng,cosAng,i,divideCount,0,1);
}
divideCount ++;
if(isEndDivideBuild==1 || thisDivideValue+divideStep<partEndValue-breakStep) {
thisDivideValue += divideStep;
} else {
isEndDivideBuild = 1;
thisDivideValue = partEndValue-breakStep;
}
}
float ang = PI2*partEndValue;
float sinAng = sinf(ang);
float cosAng = cosf(ang);
int trianglePoint = divideCount*7+PARTNUM;
makeADivide(trianglePoint,ang,sinAng,cosAng,i,divideCount,-1,0);
divideCount ++;
}
/*for (int i=0; i<SUBDIVIDE; i++) {
int partId = floorf((float)i/SUBDIVIDE*PARTNUM);
int trianglePoint = i*3+PARTNUM;
float ang = PI2*(float)i/SUBDIVIDE;
float sinAng = sinf(ang);
float cosAng = cosf(ang);
makeAVertice(trianglePoint,sinAng,cosAng,partId);
if(i<SUBDIVIDE-1){
int id =i*15;
pieIndices[id] = partId;
pieIndices[id+1] = trianglePoint;
pieIndices[id+2] = trianglePoint+3;
pieIndices[id+3] = trianglePoint;
pieIndices[id+4] = trianglePoint+1;
pieIndices[id+5] = trianglePoint+3;
pieIndices[id+6] = trianglePoint+3;
pieIndices[id+7] = trianglePoint+1;
pieIndices[id+8] = trianglePoint+4;
pieIndices[id+9] = trianglePoint+1;
pieIndices[id+10] = trianglePoint+2;
pieIndices[id+11] = trianglePoint+4;
pieIndices[id+12] = trianglePoint+4;
pieIndices[id+13] = trianglePoint+2;
pieIndices[id+14] = trianglePoint+5;
}else{
int id =i*15;
pieIndices[id] = partId;
pieIndices[id+1] = trianglePoint;
pieIndices[id+2] = PARTNUM;
pieIndices[id+3] = trianglePoint;
pieIndices[id+4] = trianglePoint+1;
pieIndices[id+5] = PARTNUM;
pieIndices[id+6] = PARTNUM;
pieIndices[id+7] = trianglePoint+1;
pieIndices[id+8] = 1+PARTNUM;
pieIndices[id+9] = trianglePoint+1;
pieIndices[id+10] = trianglePoint+2;
pieIndices[id+11] = 1+PARTNUM;
pieIndices[id+12] = 1+PARTNUM;
pieIndices[id+13] = trianglePoint+2;
pieIndices[id+14] = 2+PARTNUM;
}
}*/
}
void KFileIVIDesktop::drawShadowedText( TQPainter *p, const TQColorGroup &cg )
{
bool drawRoundedRect = TDEGlobalSettings::iconUseRoundedRect();
int textX;
if (drawRoundedRect == true)
textX = textRect( FALSE ).x() + 4;
else
textX = textRect( FALSE ).x() + 2;
int textY = textRect( FALSE ).y();
int align = ((TDEIconView *) iconView())->itemTextPos() == TQIconView::Bottom
? AlignHCenter : AlignAuto;
// FIXME
// Work around incorrect shadow position detailed in Bug 1807
bool rebuild = true; // shouldUpdateShadow(isSelected());
KDesktopShadowSettings *settings = (KDesktopShadowSettings *) (m_shadow->shadowSettings());
unsigned long uid = settings->UID();
p->setFont(iconView()->font());
paintFontUpdate(p);
TQColor shadow;
TQColor text;
int spread = shadowThickness();
if ( isSelected() && settings->selectionType() != KShadowSettings::InverseVideoOnSelection ) {
text = cg.highlightedText();
TQRect rect = textRect( false );
rect.setRight( rect.right() - spread );
rect.setBottom( rect.bottom() - spread + 1 );
if (drawRoundedRect == true) {
p->setBrush( TQBrush( cg.highlight() ) );
p->setPen( TQPen( cg.highlight() ) );
p->drawRoundRect( rect,
1000 / rect.width(),
1000 / rect.height() );
}
else {
p->fillRect( textRect( false ), cg.highlight() );
}
}
else {
// use shadow
if ( isSelected() ) {
// inverse text and shadow colors
shadow = settings->textColor();
text = settings->bgColor();
if ( rebuild ) {
setSelectedImage( buildShadow( p, align, shadow ) );
_selectedUID = uid;
}
}
else {
text = settings->textColor();
shadow = ( settings->bgColor().isValid() ) ? settings->bgColor() :
( tqGray( text.rgb() ) > 127 ) ? black : white;
if (rebuild) {
setNormalImage(buildShadow(p, align, shadow));
_normalUID = uid;
}
}
// draw the shadow
int shadowX = textX - spread + settings->offsetX();
int shadowY = textY - spread + settings->offsetY();
p->drawImage(shadowX, shadowY,
(isSelected()) ? *selectedImage() : *normalImage(),
0, 0, -1, -1, DITHER_FLAGS);
}
// draw the text
p->setPen(text);
wordWrap()->drawText( p, textX, textY, align | KWordWrap::Truncate );
}