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

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

 			context->audioOut[2*audioIndex] = context->audioOut[2*audioIndex + 1] = audioSample;
 			audioIndex++;
 		}
 
 		// First-order lowpass filter to remove noise on launch FSR
-		float rawSample = analogReadFrame(context, n, gInputLauncher);
+		float rawSample = analogRead(context, n, gInputLauncher);
 		float launchSample = gLauncherFilterPole * gLauncherLastSample +
 							(1.0f - gLauncherFilterPole) * rawSample;
 		gLauncherLastSample = launchSample;
 
 		// Peak-detect on launch signal

 
 		if(--gSamplesUntilNextFrame <= 0) {
 			// Update game physics and cannon angles
 			gSamplesUntilNextFrame = gGameFrameInterval;
 
-			setTank1CannonAngle(map(analogReadFrame(context, n, gInputTank1Angle),
+			setTank1CannonAngle(map(analogRead(context, n, gInputTank1Angle),
 									0, 1.0, M_PI, 0));
-			setTank2CannonAngle(map(analogReadFrame(context, n, gInputTank2Angle),
+			setTank2CannonAngle(map(analogRead(context, n, gInputTank2Angle),
 									0, 1.0, M_PI, 0));
 			nextGameFrame();
 
 			// Check for collision and start sound accordingly
 			if(gameStatusCollisionOccurred()) {

 			float x = gScreenBufferRead[gScreenBufferReadPointer++];
 			float y = gScreenBufferRead[gScreenBufferReadPointer++];
 
 			// Rescale screen coordinates to matrix ranges; invert the Y
 			// coordinate to go from normal screen coordinates to scope coordinates
-			analogWriteFrameOnce(context, n, gOutputX, constrain(map(x, 0, gScreenWidth, 0, 1.0), 0, 1.0));
-			analogWriteFrameOnce(context, n, gOutputY, constrain(map(y, 0, gScreenHeight, 1.0, 0), 0, 1.0));
+			analogWriteOnce(context, n, gOutputX, constrain(map(x, 0, gScreenWidth, 0, 1.0), 0, 1.0));
+			analogWriteOnce(context, n, gOutputY, constrain(map(y, 0, gScreenHeight, 1.0, 0), 0, 1.0));
 		}
 		else {
 			// Still not ready! Write 0 until something happens
-			analogWriteFrameOnce(context, n, gOutputX, 0);
-			analogWriteFrameOnce(context, n, gOutputY, 0);
+			analogWriteOnce(context, n, gOutputX, 0);
+			analogWriteOnce(context, n, gOutputY, 0);
 		}
 
 		if(gameStatusWinner() != 0) {
 			// Blink one LED to show who won
 			// Blink both LEDs when projectile is in motion
 			float val = (gSampleCounter % 4000 > 2000) ? 1.0 : 0;
-			analogWriteFrameOnce(context, n, gOutputPlayer1LED, gameStatusWinner() == 1 ? val : 0);
-			analogWriteFrameOnce(context, n, gOutputPlayer2LED, gameStatusWinner() == 2 ? val : 0);
+			analogWriteOnce(context, n, gOutputPlayer1LED, gameStatusWinner() == 1 ? val : 0);
+			analogWriteOnce(context, n, gOutputPlayer2LED, gameStatusWinner() == 2 ? val : 0);
 
 			// After 5 seconds, restart the game
 			gSamplesSinceFinish++;
 			if(gSamplesSinceFinish > 22050*5)
 				gGameShouldRestart = true;
 		}
 		else if(gameStatusProjectileInMotion()) {
 			// Blink both LEDs when projectile is in motion
 			float val = (gSampleCounter % 2000 > 1000) ? 1.0 : 0;
-			analogWriteFrameOnce(context, n, gOutputPlayer1LED, val);
-			analogWriteFrameOnce(context, n, gOutputPlayer2LED, val);
+			analogWriteOnce(context, n, gOutputPlayer1LED, val);
+			analogWriteOnce(context, n, gOutputPlayer2LED, val);
 		}
 		else if(gameStatusPlayer1Turn()) {
-			analogWriteFrameOnce(context, n, gOutputPlayer1LED, 1.0);
-			analogWriteFrameOnce(context, n, gOutputPlayer2LED, 0);
+			analogWriteOnce(context, n, gOutputPlayer1LED, 1.0);
+			analogWriteOnce(context, n, gOutputPlayer2LED, 0);
 		}
 		else {
-			analogWriteFrameOnce(context, n, gOutputPlayer2LED, 1.0);
-			analogWriteFrameOnce(context, n, gOutputPlayer1LED, 0);
+			analogWriteOnce(context, n, gOutputPlayer2LED, 1.0);
+			analogWriteOnce(context, n, gOutputPlayer1LED, 0);
 		}
 
 		// Check if we have reached the point where we should next update
 		if(gScreenBufferReadPointer >= gScreenBufferNextUpdateLocation &&
 		   !gScreenNextBufferReady) {