comparison examples/cape_test/render.cpp @ 311:493a07f6ec09 prerelease

Renamed BelaContext->audioSampleCount to BelaContext->audioFramesElapsed for consistency of terminology

 						gAudioTestSuccessCounter = 0;
 					}
 
 				}
 				else {
-					if(!((context->audioSampleCount + n) % 22050)) {
+					if(!((context->audioFramesElapsed + n) % 22050)) {
 						// Debugging print messages
 						if((gPositivePeakLevels[0] - gNegativePeakLevels[0]) < gPeakLevelHighThreshold)
 							rt_printf("Left Audio In FAIL: insufficient signal: %f\n", 
 										gPositivePeakLevels[0] - gNegativePeakLevels[0]);
 						else if(gPositivePeakLevels[1] -  gNegativePeakLevels[1] > gPeakLevelLowThreshold)

 						gAudioTestStateSampleCount = 0;
 						gAudioTestState = kStateTestingAudioDone;
 					}
 				}
 				else {
-					if(!((context->audioSampleCount + n) % 22050)) {
+					if(!((context->audioFramesElapsed + n) % 22050)) {
 						// Debugging print messages
 						if((gPositivePeakLevels[1] - gNegativePeakLevels[1]) < gPeakLevelHighThreshold)
 							rt_printf("Right Audio In FAIL: insufficient signal: %f\n", 
 										gPositivePeakLevels[1] - gNegativePeakLevels[1]);
 						else if(gPositivePeakLevels[0] -  gNegativePeakLevels[0] > gPeakLevelLowThreshold)

 			context->audioOut[2*n] = gEnvelopeValueL * sinf(phase);
 			context->audioOut[2*n + 1] = gEnvelopeValueR * sinf(phase);
 
 			// If one second has gone by with no error, play one sound, else
 			// play another
-			if(context->audioSampleCount + n - gLastErrorFrame > 44100) {
+			if(context->audioFramesElapsed + n - gLastErrorFrame > 44100) {
 				gEnvelopeValueL *= gEnvelopeDecayRate;
 				gEnvelopeValueR *= gEnvelopeDecayRate;
 				gEnvelopeSampleCount++;
 				if(gEnvelopeSampleCount > 22050) {
 					if(gEnvelopeLastChannel == 0)

 		if(sampleCounter == 256) {
 			for(int k = 0; k < 8; k++) {
 				if(k == invertChannel) {
 					if(context->analogIn[n*8 + k] < ANALOG_HIGH) {
 						rt_printf("FAIL [output %d, input %d] -- output HIGH input %f (inverted)\n", gDACPinOrder[k], k, context->analogIn[n*8 + k]);
-						gLastErrorFrame = context->audioSampleCount + n;
+						gLastErrorFrame = context->audioFramesElapsed + n;
 					}
 				}
 				else {
 					if(context->analogIn[n*8 + k] > ANALOG_LOW) {
 						rt_printf("FAIL [output %d, input %d] -- output LOW --> input %f\n", gDACPinOrder[k], k, context->analogIn[n*8 + k]);
-						gLastErrorFrame = context->audioSampleCount + n;
+						gLastErrorFrame = context->audioFramesElapsed + n;
 					}
 				}
 			}
 		}
 		else if(sampleCounter == 768) {
 			for(int k = 0; k < 8; k++) {
 				if(k == invertChannel) {
 					if(context->analogIn[n*8 + k] > ANALOG_LOW) {
 						rt_printf("FAIL [output %d, input %d] -- output LOW input %f (inverted)\n", gDACPinOrder[k], k, context->analogIn[n*8 + k]);
-						gLastErrorFrame = context->audioSampleCount + n;
+						gLastErrorFrame = context->audioFramesElapsed + n;
 					}
 				}
 				else {
 					if(context->analogIn[n*8 + k] < ANALOG_HIGH) {
 						rt_printf("FAIL [output %d, input %d] -- output HIGH input %f\n", gDACPinOrder[k], k, context->analogIn[n*8 + k]);
-						gLastErrorFrame = context->audioSampleCount + n;
+						gLastErrorFrame = context->audioFramesElapsed + n;
 					}
 				}
 			}
 		}