Support for more vector types. (29e23920) · Commits · e / os / android_frameworks_base

tests/RenderScriptTests/SampleTest/res/drawable-nodpi/city.png

0 → 100644

+22.5 KiB

Loading image diff...

tests/RenderScriptTests/SampleTest/src/com/android/rs/sample/SampleRSActivity.java

+15 −9

Original line number	Diff line number	Diff line
		@@ -18,6 +18,7 @@ package com.android.rs.sample;

		import android.app.Activity;
		import android.graphics.Bitmap;
		import android.graphics.Bitmap.Config;
		import android.graphics.BitmapFactory;
		import android.graphics.Canvas;
		import android.graphics.SurfaceTexture;
		@@ -66,13 +67,14 @@ public class SampleRSActivity extends Activity {
		}

		private final String TAG = "Img";
		private Bitmap mBitmapIn;
		private TextureView mDisplayView;
		private Bitmap mBitmapTwoByTwo;
		private Bitmap mBitmapCity;

		private TextView mBenchmarkResult;

		private RenderScript mRS;
		private Allocation mInPixelsAllocation;
		private Allocation mTwoByTwoAlloc;
		private Allocation mCityAlloc;
		private ScriptC_sample mScript;

		public void onStartTrackingTouch(SeekBar seekBar) {
		@@ -86,14 +88,18 @@ public class SampleRSActivity extends Activity {
		super.onCreate(savedInstanceState);
		setContentView(R.layout.rs);

		mBitmapIn = loadBitmap(R.drawable.twobytwo);
		mDisplayView = (TextureView) findViewById(R.id.display);
		mBitmapTwoByTwo = loadBitmap(R.drawable.twobytwo);
		mBitmapCity = loadBitmap(R.drawable.city);

		mBenchmarkResult = (TextView) findViewById(R.id.benchmarkText);
		mBenchmarkResult.setText("Result: not run");

		mRS = RenderScript.create(this);
		mInPixelsAllocation = Allocation.createFromBitmap(mRS, mBitmapIn,
		mTwoByTwoAlloc = Allocation.createFromBitmap(mRS, mBitmapTwoByTwo,
		Allocation.MipmapControl.MIPMAP_NONE,
		Allocation.USAGE_SCRIPT);

		mCityAlloc = Allocation.createFromBitmap(mRS, mBitmapCity,
		Allocation.MipmapControl.MIPMAP_NONE,
		Allocation.USAGE_SCRIPT);

		@@ -101,8 +107,8 @@ public class SampleRSActivity extends Activity {

		int usage = Allocation.USAGE_SCRIPT \| Allocation.USAGE_IO_OUTPUT;

		int outX = 32;
		int outY = 32;
		int outX = 256;
		int outY = 256;

		// Wrap Linear
		Allocation outAlloc = Allocation.createTyped(mRS, b.setX(outX).setY(outY).create(), usage);
		@@ -144,7 +150,7 @@ public class SampleRSActivity extends Activity {

		private synchronized void filterAlloc(Allocation alloc, Sampler sampler) {
		long t = java.lang.System.currentTimeMillis();
		mScript.invoke_setSampleData(alloc, mInPixelsAllocation, sampler);
		mScript.invoke_setSampleData(alloc, mTwoByTwoAlloc, sampler);
		mScript.forEach_root(alloc);
		alloc.ioSendOutput();
		mRS.finish();

tests/RenderScriptTests/SampleTest/src/com/android/rs/sample/sample.rs

+102 −61

Original line number	Diff line number	Diff line
		@@ -38,39 +38,113 @@ static int32_t wrapI(rs_sampler_value wrap, int32_t coord, int32_t size) {
		return max(0, min(coord, size - 1));
		}

		static float2 wrap(rs_sampler_value wrapS, rs_sampler_value wrapT, float2 coord) {
		float2 wrappedCoord;
		float temp;
		if (wrapS == RS_SAMPLER_WRAP) {
		wrappedCoord.x = fract(coord.x, &temp);
		// Make sure that non zero integer uv's map to one
		if (wrappedCoord.x == 0.0f && coord.x != 0.0f) {
		wrappedCoord.x = 1.0f;
		}
		if (wrappedCoord.x < 0.0f) {
		wrappedCoord.x += 1.0f;
		}
		} else {
		wrappedCoord.x = max(0.0f, min(coord.x, 1.0f));
		#define convert_float(v) (float)v
		#define SAMPLE_1D_FUNC(vecsize) \
		static float##vecsize get1DSample##vecsize(rs_allocation a, float2 weights, \
		int iPixel, int next) { \
		uchar##vecsize p0c = (uchar##vecsize)rsGetElementAt(a, iPixel); \
		uchar##vecsize p1c = (uchar##vecsize)rsGetElementAt(a, next); \
		float##vecsize p0 = convert_float##vecsize(*p0c); \
		float##vecsize p1 = convert_float##vecsize(*p1c); \
		return p0 * weights.x + p1 * weights.y; \
		}
		#define SAMPLE_2D_FUNC(vecsize) \
		static float##vecsize get2DSample##vecsize(rs_allocation a, float4 weights, \
		int2 iPixel, int nextX, int nextY) { \
		uchar##vecsize p0c = (uchar##vecsize)rsGetElementAt(a, iPixel.x, iPixel.y); \
		uchar##vecsize p1c = (uchar##vecsize)rsGetElementAt(a, nextX, iPixel.y); \
		uchar##vecsize p2c = (uchar##vecsize)rsGetElementAt(a, iPixel.x, nextY); \
		uchar##vecsize p3c = (uchar##vecsize)rsGetElementAt(a, nextX, nextY); \
		float##vecsize p0 = convert_float##vecsize(*p0c); \
		float##vecsize p1 = convert_float##vecsize(*p1c); \
		float##vecsize p2 = convert_float##vecsize(*p2c); \
		float##vecsize p3 = convert_float##vecsize(*p3c); \
		return p0 * weights.x + p1 * weights.y + p2 * weights.z + p3 * weights.w; \
		}

		SAMPLE_1D_FUNC()
		SAMPLE_1D_FUNC(2)
		SAMPLE_1D_FUNC(3)
		SAMPLE_1D_FUNC(4)

		SAMPLE_2D_FUNC()
		SAMPLE_2D_FUNC(2)
		SAMPLE_2D_FUNC(3)
		SAMPLE_2D_FUNC(4)

		static float4 getBilinearSample565(rs_allocation a, float4 weights,
		int2 iPixel, int nextX, int nextY) {
		float4 zero = {0.0f, 0.0f, 0.0f, 0.0f};
		return zero;
		}

		static float4 getBilinearSample(rs_allocation a, float4 weights,
		int2 iPixel, int nextX, int nextY,
		uint32_t vecSize, rs_data_type dt) {
		if (dt == RS_TYPE_UNSIGNED_5_6_5) {
		return getBilinearSample565(a, weights, iPixel, nextX, nextY);
		}

		float4 result;
		switch(vecSize) {
		case 1:
		result.x = get2DSample(a, weights, iPixel, nextX, nextY);
		result.yzw = 0.0f;
		break;
		case 2:
		result.xy = get2DSample2(a, weights, iPixel, nextX, nextY);
		result.zw = 0.0f;
		break;
		case 3:
		result.xyz = get2DSample3(a, weights, iPixel, nextX, nextY);
		result.w = 0.0f;
		break;
		case 4:
		result = get2DSample4(a, weights, iPixel, nextX, nextY);
		break;
		}

		if (wrapT == RS_SAMPLER_WRAP) {
		wrappedCoord.y = fract(coord.y, &temp);
		// Make sure that non zero integer uv's map to one
		if (wrappedCoord.y == 0.0f && coord.y != 0.0f) {
		wrappedCoord.y = 1.0f;
		return result;
		}
		if (wrappedCoord.y < 0.0f) {
		wrappedCoord.y += 1.0f;

		static float4 getNearestSample(rs_allocation a, int2 iPixel, uint32_t vecSize, rs_data_type dt) {
		if (dt == RS_TYPE_UNSIGNED_5_6_5) {
		float4 zero = {0.0f, 0.0f, 0.0f, 0.0f};
		return zero;
		}
		} else {
		wrappedCoord.y = max(0.0f, min(coord.y, 1.0f));

		float4 result;
		switch(vecSize) {
		case 1:
		result.x = convert_float(((uchar)rsGetElementAt(a, iPixel.x, iPixel.y)));
		result.yzw = 0.0f;
		case 2:
		result.xy = convert_float2(((uchar2)rsGetElementAt(a, iPixel.x, iPixel.y)));
		result.zw = 0.0f;
		case 3:
		result.xyz = convert_float3(((uchar3)rsGetElementAt(a, iPixel.x, iPixel.y)));
		result.w = 0.0f;
		case 4:
		result = convert_float4(((uchar4)rsGetElementAt(a, iPixel.x, iPixel.y)));
		}
		return wrappedCoord;

		return result;
		}


		// Naive implementation of texture filtering for prototyping purposes
		static float4 sample(rs_allocation a, rs_sampler s, float2 uv) {

		// Find out what kind of input data we are sampling
		rs_element elem = rsAllocationGetElement(a);
		uint32_t vecSize = rsElementGetVectorSize(elem);
		rs_data_kind dk = rsElementGetDataKind(elem);
		rs_data_type dt = rsElementGetDataType(elem);

		if (dk == RS_KIND_USER \|\| (dt != RS_TYPE_UNSIGNED_8 && dt != RS_TYPE_UNSIGNED_5_6_5)) {
		float4 zero = {0.0f, 0.0f, 0.0f, 0.0f};
		return zero;
		}
		//rsDebug("*****************************************", 0);
		rs_sampler_value wrapS = rsgSamplerGetWrapS(s);
		rs_sampler_value wrapT = rsgSamplerGetWrapT(s);
		@@ -78,29 +152,20 @@ static float4 sample(rs_allocation a, rs_sampler s, float2 uv) {
		rs_sampler_value sampleMin = rsgSamplerGetMinification(s);
		rs_sampler_value sampleMag = rsgSamplerGetMagnification(s);

		uv = wrap(wrapS, wrapT, uv);

		int32_t sourceW = rsAllocationGetDimX(a);
		int32_t sourceH = rsAllocationGetDimY(a);

		/*rsDebug("uv", uv);
		rsDebug("sourceW", sourceW);
		rsDebug("sourceH", sourceH);*/

		float2 dimF;
		dimF.x = (float)(sourceW);
		dimF.y = (float)(sourceH);
		float2 pixelUV = uv * dimF;
		int2 iPixel = convert_int2(pixelUV);
		/*rsDebug("iPixelX initial", iPixel.x);
		rsDebug("iPixelY initial", iPixel.y);*/

		if (sampleMin == RS_SAMPLER_NEAREST \|\|
		sampleMag == RS_SAMPLER_NEAREST) {
		iPixel.x = wrapI(wrapS, iPixel.x, sourceW);
		iPixel.y = wrapI(wrapT, iPixel.y, sourceH);
		uchar4 nearestSample = (uchar4)rsGetElementAt(a, iPixel.x, iPixel.y);
		return convert_float4(*nearestSample);
		return getNearestSample(a, iPixel, vecSize, dt);
		}

		float2 frac = pixelUV - convert_float2(iPixel);
		@@ -125,36 +190,12 @@ static float4 sample(rs_allocation a, rs_sampler s, float2 uv) {
		weights.z = oneMinusFrac.x * frac.y;
		weights.w = frac.x * frac.y;

		uint32_t nextX = wrapI(wrapS, iPixel.x + 1, sourceW);
		uint32_t nextY = wrapI(wrapT, iPixel.y + 1, sourceH);
		int32_t nextX = wrapI(wrapS, iPixel.x + 1, sourceW);
		int32_t nextY = wrapI(wrapT, iPixel.y + 1, sourceH);
		iPixel.x = wrapI(wrapS, iPixel.x, sourceW);
		iPixel.y = wrapI(wrapT, iPixel.y, sourceH);
		/*rsDebug("iPixelX wrapped", iPixel.x);
		rsDebug("iPixelY wrapped", iPixel.y);*/

		uchar4 p0c = (uchar4)rsGetElementAt(a, iPixel.x, iPixel.y);
		uchar4 p1c = (uchar4)rsGetElementAt(a, nextX, iPixel.y);
		uchar4 p2c = (uchar4)rsGetElementAt(a, iPixel.x, nextY);
		uchar4 p3c = (uchar4)rsGetElementAt(a, nextX, nextY);

		float4 p0 = convert_float4(*p0c);
		float4 p1 = convert_float4(*p1c);
		float4 p2 = convert_float4(*p2c);
		float4 p3 = convert_float4(*p3c);

		float4 result = p0 * weights.x + p1 * weights.y + p2 * weights.z + p3 * weights.w;

		/*rsDebug("pixelUV", pixelUV);
		rsDebug("frac", frac);
		rsDebug("oneMinusFrac", oneMinusFrac);
		rsDebug("p0", p0);
		rsDebug("p1", p1);
		rsDebug("p2", p2);
		rsDebug("p3", p3);
		rsDebug("w", weights);
		rsDebug("result", result);*/

		return result;
		return getBilinearSample(a, weights, iPixel, nextX, nextY, vecSize, dt);
		}

		void root(uchar4 *out, uint32_t x, uint32_t y) {