void BasicObject::stretchObject(int width, int height, bool scale)
{
x_scale = width / static_cast<double>(i_width);
y_scale = height / static_cast<double>(i_height);
i_width = width;
i_height = height;
frame_width = i_width / TOTAL_NUM_FRAMES;
this->width = width;
this->height = height;
if(scale)
{
prepareSprites(frame_width);
}
}
void BenchCairo::bench(BenchOutput& output, const BenchParams& params)
{
if (screen.create(params.screenSize, params.format) != Fog::ERR_OK)
return;
switch (params.type)
{
case BENCH_TYPE_BLIT_IMAGE_I:
case BENCH_TYPE_BLIT_IMAGE_F:
case BENCH_TYPE_BLIT_IMAGE_ROTATE:
prepareSprites(params.shapeSize);
break;
}
screenCairo = cairo_image_surface_create_for_data(
(unsigned char*)screen.getFirstX(),
BenchCairo_getCairoFormat(params.format),
screen.getWidth(),
screen.getHeight(),
(int)screen.getStride());
if (screenCairo == NULL)
return;
screen.clear(Fog::Color(Fog::Argb32(0x00000000)));
Fog::Time start(Fog::Time::now());
switch (params.type)
{
case BENCH_TYPE_CREATE_DESTROY:
runCreateDestroy(output, params);
break;
case BENCH_TYPE_FILL_RECT_I:
runFillRectI(output, params);
break;
case BENCH_TYPE_FILL_RECT_F:
runFillRectF(output, params);
break;
case BENCH_TYPE_FILL_RECT_ROTATE:
runFillRectRotate(output, params);
break;
case BENCH_TYPE_FILL_ROUND:
runFillRound(output, params);
break;
case BENCH_TYPE_FILL_POLYGON:
runFillPolygon(output, params, 10);
break;
case BENCH_TYPE_FILL_COMPLEX:
runFillPolygon(output, params, 100);
break;
case BENCH_TYPE_BLIT_IMAGE_I:
runBlitImageI(output, params);
break;
case BENCH_TYPE_BLIT_IMAGE_F:
runBlitImageF(output, params);
break;
case BENCH_TYPE_BLIT_IMAGE_ROTATE:
runBlitImageRotate(output, params);
break;
}
output.time = Fog::Time::now() - start;
cairo_surface_destroy(screenCairo);
screenCairo = NULL;
freeSprites();
}
