void MainWindow::saveSettings(){
if(fullScreen())
this->showNormal();
QSettings settingsNative;
settingsNative.setValue("pos", pos());
settingsNative.setValue("size", size());
settingsNative.setValue("backgroundRed", backgroundColor().red());
settingsNative.setValue("backgroundGreen", backgroundColor().green());
settingsNative.setValue("backgroundBlue", backgroundColor().blue());
settingsNative.setValue("canvasRed", canvasColor().red());
settingsNative.setValue("canvasGreen", canvasColor().green());
settingsNative.setValue("canvasBlue", canvasColor().blue());
settingsNative.setValue("infoRed", infoColor().red());
settingsNative.setValue("infoGreen", infoColor().green());
settingsNative.setValue("infoBlue", infoColor().blue());
QSettings settings(Constants::SETTINGS_FOLDER + "/" + Constants::PLAYER_SETTINGS_FILE, QSettings::IniFormat);
settings.setValue("orientation", orientation());
settings.setValue("alwaysOnTop", alwaysOnTop());
settings.setValue("autoScale", autoScale());
settings.setValue("width", width());
settings.setValue("height", height());
settings.setValue("fps", fps());
settings.setValue("scale", scale());
settings.setValue("drawInfos", drawInfos());
if(fullScreen())
this->showFullScreen();
}
static void canvasText(double x, double y, const char *str, double rot, double hadj, const pGEcontext gc, pDevDesc RGD)
{
canvasDesc *cGD = (canvasDesc *)RGD->deviceSpecific;
if (hadj!=0. || rot != 0.){
double strextent = strlen(str) * 7; /* wild guess that each char is 10px wide */
if (rot!=0.){
fprintf(cGD->fp,"ctx.save(); ");
canvasColor(cGD->fp,"fillStyle",gc->col);
fprintf(cGD->fp,"ctx.translate(%f,%f); ",x,y);
fprintf(cGD->fp,"ctx.rotate(-%f / 180 * Math.PI); ",rot);
fprintf(cGD->fp,"ctx.fillText(\"%s\",%f,0); ",str,-strextent*hadj);
fprintf(cGD->fp,"ctx.restore();\n");
} else {
canvasColor(cGD->fp,"fillStyle",gc->col);
fprintf(cGD->fp,"ctx.fillText(\"%s\",%f,%f); ",str,x - strextent*hadj,y);
}
} else {
canvasColor(cGD->fp,"fillStyle",gc->col);
fprintf(cGD->fp,"ctx.fillText(\"%s\",%f,%f); ",str,x,y);
}
#ifdef CANVASDEBUG
fprintf(cGD->fp,"//Text(x=%f,y=%f,str=%s,rot=%f,hadj=%f,gc=0x%x,RGD=0x%x)\n",x,y,str,rot,hadj,gc,RGD);
#endif
}
static void canvasPolygon(int n, double *x, double *y, const pGEcontext gc, pDevDesc RGD)
{
int i=1;
canvasDesc *cGD = (canvasDesc *)RGD->deviceSpecific;
if(n<2) return;
canvasSetLineType(cGD,gc);
fprintf(cGD->fp,"ctx.beginPath(); ctx.moveTo(%f,%f);\n",x[0],y[0]);
while (i<n) { fprintf(cGD->fp,"ctx.lineTo(%f,%f);", x[i], y[i]); i++; }
fprintf(cGD->fp,"ctx.closePath(); ");
if (CALPHA(gc->fill)) {
canvasColor(cGD->fp,"fillStyle",gc->fill);
fprintf(cGD->fp,"ctx.fill(); ");
}
if (CALPHA(gc->col) && gc->lty!=-1) {
canvasColor(cGD->fp,"strokeStyle",gc->col);
fprintf(cGD->fp,"ctx.stroke(); ");
}
fprintf(cGD->fp,"\n");
#ifdef CANVASDEBUG
{ int i=0;
fprintf(cGD->fp,"//Polygon(n=%d,x=0x%x,y=0x%x,gc=0x%x,RGD=0x%x)\n\t//points: ",n,x,y,gc,RGD);
while(i<n){ fprintf(cGD->fp,"(%.2f,%.2f) ",x[i],y[i]); i++;}; fprintf(cGD->fp,"\n");
}
#endif
}
void MainWindow::updateCanvasColor(){
float glCanvasColor[3];
glCanvasColor[0] = (float)canvasColor().red() / (float)255;
glCanvasColor[1] = (float)canvasColor().green() / (float)255;
glCanvasColor[2] = (float)canvasColor().blue() / (float)255;
ui.glCanvas->setCanvasColor(glCanvasColor);
}
static void canvasRect(double x0, double y0, double x1, double y1, const pGEcontext gc, pDevDesc RGD)
{
canvasDesc *cGD = (canvasDesc *)RGD->deviceSpecific;
if (CALPHA(gc->fill)){
canvasColor(cGD->fp,"fillStyle",gc->fill);
fprintf(cGD->fp,"ctx.fillRect(%f,%f,%f,%f); ",x0,y0,x1-x0,y1-y0);
}
if (CALPHA(gc->col) && gc->lty!=-1){
canvasSetLineType(cGD,gc);
canvasColor(cGD->fp,"strokeStyle",gc->col);
fprintf(cGD->fp,"ctx.strokeRect(%f,%f,%f,%f); ",x0,y0,x1-x0,y1-y0);
}
#ifdef CANVASDEBUG
fprintf(cGD->fp,"//Rect(x0=%f,y0=%f,x1=%f,y1=%f,gc=0x%x,RGD=0x%x)\n",x0,y0,x1,y1,gc,RGD);
#endif
}
static void canvasCircle(double x, double y, double r, const pGEcontext gc, pDevDesc RGD)
{
canvasDesc *cGD = (canvasDesc *)RGD->deviceSpecific;
fprintf(cGD->fp,"ctx.beginPath();");
fprintf(cGD->fp,"ctx.arc(%f,%f,%f,0,Math.PI*2,true); ", x, y, r);
if (CALPHA(gc->fill)){
canvasColor(cGD->fp,"fillStyle",gc->fill);
fprintf(cGD->fp,"ctx.fill(); ");
}
if (CALPHA(gc->col) && gc->lty!=-1){
canvasSetLineType(cGD,gc);
canvasColor(cGD->fp,"strokeStyle",gc->col);
fprintf(cGD->fp,"ctx.stroke();");
}
fprintf(cGD->fp,"\n");
#ifdef CANVASDEBUG
fprintf(cGD->fp,"//Circle(x=%f,y=%f,r=%f,gc=0x%x,RGD=0x%x)\n",x,y,r,gc,RGD);
/*Rprintf("\tuser coords: x=%f,y=%f\n",fromDeviceX(x,GE_NDC,MGD->RGE),fromDeviceY(y,GE_NDC,MGD->RGE));*/
#endif
}
static void canvasLine(double x1, double y1, double x2, double y2, const pGEcontext gc, pDevDesc RGD)
{
canvasDesc *cGD = (canvasDesc *)RGD->deviceSpecific;
if (CALPHA(gc->col) && gc->lty!=-1){
canvasSetLineType(cGD,gc);
canvasColor(cGD->fp,"strokeStyle",gc->col);
fprintf(cGD->fp,"ctx.beginPath(); ctx.moveTo(%f,%f); ctx.lineTo(%f,%f); ctx.stroke();\n",x1,y1,x2,y2);
}
#ifdef CANVASDEBUG
fprintf(cGD->fp,"//Line(x0=%f,y0=%f,x1=%f,y1=%f,gc=0x%x,RGD=0x%x)\n",x1,y1,x2,y2,gc,RGD);
#endif
}
static void canvasNewPage(const pGEcontext gc, pDevDesc RGD)
{
canvasDesc *cGD = (canvasDesc *)RGD->deviceSpecific;
fprintf(cGD->fp,"//NewPage\n");
/* Set background only if we have a color */
if (CALPHA(gc->fill)){
canvasColor(cGD->fp,"fillStyle",gc->fill);
fprintf(cGD->fp,"ctx.fillRect(0,0,%f,%f);\n",RGD->right,RGD->bottom);
}
#ifdef CANVASDEBUG
Rprintf("NewPage(gc=0x%x,RGD=0x%x)\n",gc,RGD);
#endif
}
void Executer::executeCanvasColor(TreeNode* node) {
// //qDebug() << "called";
if (!checkParameterQuantity(node, 3, 20000+Token::CanvasColor*100+90) ||
!checkParameterType(node, Value::Number, 20000+Token::CanvasColor*100+91)) return;
emit canvasColor(node->child(0)->value()->number(), node->child(1)->value()->number(), node->child(2)->value()->number());
}
