void
C64::endOfRasterline()
{
vic->endRasterline();
rasterlineCycle = 1;
rasterline++;
if (rasterline >= vic->getRasterlinesPerFrame()) {
// Last rasterline of frame
rasterline = 0;
vic->endFrame();
frame++;
// Increment time of day clocks every tenth of a second
if (frame % (vic->getFramesPerSecond() / 10) == 0) {
cia1->incrementTOD();
cia2->incrementTOD();
}
// Take a snapshot once in a while
if (frame % (vic->getFramesPerSecond() * 4) == 0) {
takeSnapshot();
}
// Execute remaining SID cycles
sid->executeUntil(cycles);
/*
int diff = sid->resid->writePtr - sid->resid->readPtr;
debug(2,"SID readCnt: %8d writeCnt: %8d readPtr: %8d writePtr: %8d diff: %8d volume:%d target:%d\n",
sid->resid->readDataCnt, sid->resid->writeDataCnt,
sid->resid->readPtr, sid->resid->writePtr,
(diff > 0) ? diff : 44100 + diff,sid->resid->volume,sid->resid->targetVolume);
sid->resid->readDataCnt = sid->resid->writeDataCnt = 0;
*/
// Execute the IEC bus
iec->execute();
// Count some sheep (zzzzzz) ...
if (!getWarp())
synchronizeTiming();
}
}
void
C64::endOfRasterline()
{
vic->endRasterline();
rasterlineCycle = 1;
rasterline++;
if (rasterline >= vic->getRasterlinesPerFrame()) {
// Last rasterline of frame
rasterline = 0;
vic->endFrame();
frame++;
// Increment time of day clocks every tenth of a second
if (frame % (vic->getFramesPerSecond() / 10) == 0) {
cia1->incrementTOD();
cia2->incrementTOD();
}
// Take a snapshot once in a while
if (frame % (vic->getFramesPerSecond() * 4) == 0) {
takeSnapshot();
}
// Execute remaining SID cycles
// sid->execute(vic->getCyclesPerFrame());
sid->executeUntil(cycles);
// Execute the IEC bus
iec->execute();
// Count some sheep (zzzzzz) ...
if (!getWarp())
synchronizeTiming();
}
}
