// Micro-Manager, UCSF, 2009
// Arthur Edelstein, arthuredelstein@gmail.com
// Camera adapter tests

print("\n Camera tests --------------------------------------------------------------------------");

testCmd("mmc.getCameraDevice();");

print("\n Test snapping time from gui:");
for (i=0;i<10;i++)
	testCmd("gui.snapSingleImage();");

print("\n Test snapping time from core:");
for (i=0;i<10;i++)
	testCmd("mmc.snapImage();");

print("\n Test getting image core (bound to fail):");
for (i=0;i<10;i++)
	testCmd("mmc.getImage();");


print("\n Test image return:");
for (i=0;i<10;i++) {
   testCmd("mmc.snapImage();");
   testCmd("mmc.getImage();");
}



print("\n Image dimensions: ");
testCmd("mmc.getImageWidth();");
testCmd("mmc.getImageHeight();");

print("\n Test getting and setting ROIs:");

roi = testCmd("getROI();");
print("   ROI: "+roi[0]+","+roi[1]+","+roi[2]+","+roi[3]);

testCmd("mmc.setROI("+(roi[0]+roi[2]/4)+","+(roi[1]+roi[3]/4)+","+roi[2]/2+","+roi[3]/2+");");
roi = testCmd("getROI()");
print("   ROI: "+roi[0]+","+roi[1]+","+roi[2]+","+roi[3]);
testCmd("gui.snapSingleImage();");

testCmd("mmc.clearROI();");
testCmd("getROI();");
print("   ROI: "+roi[0]+","+roi[1]+","+roi[2]+","+roi[3]);
testCmd("gui.snapSingleImage();");

print("\n Exposure:");

exposure = testCmd("mmc.getExposure();");
testCmd("mmc.setExposure("+exposure*10+");");
exposure = testCmd("mmc.getExposure();");
testCmd("mmc.setExposure("+exposure/10+");");
exposure = testCmd("mmc.getExposure();");

int [] exposures = {0,1,2,4,8,16,32,64,128,256,512,1024};

for(i=0;i<=10;i++) {
	testCmd("mmc.setExposure("+exposures[i]+");");
	testCmd("mmc.snapImage();");
   img = testCmd("mmc.getImage();");
   testCmd("gui.displayImage(img);");
}

testCmd("mmc.setExposure(exposure);");

print("\n Camera properties");
testCmd("mmc.getBytesPerPixel()");
testCmd("mmc.getImageBitDepth()");
testCmd("mmc.getNumberOfChannels()");

print("\n Image Buffer Size");
testCmd("mmc.getImageBufferSize();");

print("\n Limited Sequence Acquisition");
testCmd("mmc.startSequenceAcquisition(100,100,false);");
print("  while(isSequenceRunning()) { take images }"); 

int frameCount=0;
while(mmc.isSequenceRunning() || mmc.getRemainingImageCount() > 0) {
	if (frameCount<=5)
		numRemaining = testCmd("mmc.getRemainingImageCount();");
	else
		numRemaining = mmc.getRemainingImageCount();

	if (numRemaining > 0) {
		if (frameCount<=5) {
			img = testCmd("mmc.popNextImage();");
			testCmd("gui.displayImage(img);");
		} else {
			img = mmc.popNextImage();
			gui.displayImage(img);
		}
		frameCount++;
	}
}

testCmd("mmc.stopSequenceAcquisition();");

testCmd("mmc.getLastImage();");

print("\n Burst Acquisition");
testCmd("gui.runBurstAcquisition();");


print("\n Live mode");
testCmd("gui.enableLiveMode(true);");
testCmd("mmc.sleep(10000);");
testCmd("gui.enableLiveMode(false);");