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/*
Licensed to the Apache Software Foundation (ASF) under one or more
contributor license agreements. See the NOTICE file distributed with
this work for additional information regarding copyright ownership.
The ASF licenses this file to You under the Apache License, Version 2.0
(the "License"); you may not use this file except in compliance with
the License. You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
*/
package org.apache.batik.ext.awt.image;
import java.awt.AlphaComposite;
import java.awt.Composite;
import java.awt.CompositeContext;
import java.awt.RenderingHints;
import java.awt.color.ColorSpace;
import java.awt.image.ColorModel;
import java.awt.image.DataBufferInt;
import java.awt.image.PackedColorModel;
import java.awt.image.Raster;
import java.awt.image.SinglePixelPackedSampleModel;
import java.awt.image.WritableRaster;
/**
* This provides an implementation of all the composite rules in SVG.
*
* @author Thomas DeWeese
* @version $Id$
*/
public class SVGComposite
implements Composite {
public static final SVGComposite OVER
= new SVGComposite(CompositeRule.OVER);
public static final SVGComposite IN
= new SVGComposite(CompositeRule.IN);
public static final SVGComposite OUT
= new SVGComposite(CompositeRule.OUT);
public static final SVGComposite ATOP
= new SVGComposite(CompositeRule.ATOP);
public static final SVGComposite XOR
= new SVGComposite(CompositeRule.XOR);
public static final SVGComposite MULTIPLY
= new SVGComposite(CompositeRule.MULTIPLY);
public static final SVGComposite SCREEN
= new SVGComposite(CompositeRule.SCREEN);
public static final SVGComposite DARKEN
= new SVGComposite(CompositeRule.DARKEN);
public static final SVGComposite LIGHTEN
= new SVGComposite(CompositeRule.LIGHTEN);
CompositeRule rule;
public CompositeRule getRule() { return rule; }
public SVGComposite(CompositeRule rule) {
this.rule = rule;
}
public boolean equals(Object o) {
if (o instanceof SVGComposite) {
SVGComposite svgc = (SVGComposite)o;
return (svgc.getRule() == getRule());
} else if (o instanceof AlphaComposite) {
AlphaComposite ac = (AlphaComposite)o;
switch (getRule().getRule()) {
case CompositeRule.RULE_OVER:
return (ac == AlphaComposite.SrcOver);
case CompositeRule.RULE_IN:
return (ac == AlphaComposite.SrcIn);
case CompositeRule.RULE_OUT:
return (ac == AlphaComposite.SrcOut);
default:
return false;
}
}
return false;
}
public boolean is_INT_PACK(ColorModel cm) {
// Check ColorModel is of type DirectColorModel
if(!(cm instanceof PackedColorModel)) return false;
PackedColorModel pcm = (PackedColorModel)cm;
int [] masks = pcm.getMasks();
// Check transfer type
if(masks.length != 4) return false;
if (masks[0] != 0x00ff0000) return false;
if (masks[1] != 0x0000ff00) return false;
if (masks[2] != 0x000000ff) return false;
if (masks[3] != 0xff000000) return false;
return true;
}
public CompositeContext createContext(ColorModel srcCM,
ColorModel dstCM,
RenderingHints hints) {
if (false) {
ColorSpace srcCS = srcCM.getColorSpace();
ColorSpace dstCS = dstCM.getColorSpace();
System.out.println("srcCS: " + srcCS);
System.out.println("dstCS: " + dstCS);
System.out.println
("lRGB: " + ColorSpace.getInstance(ColorSpace.CS_LINEAR_RGB));
System.out.println
("sRGB: " + ColorSpace.getInstance(ColorSpace.CS_sRGB));
}
// Orig Time no int_pack = 51792
// Simple int_pack = 19600
boolean use_int_pack = (is_INT_PACK(srcCM) && is_INT_PACK(dstCM));
// use_int_pack = false;
switch (rule.getRule()) {
case CompositeRule.RULE_OVER:
if (!dstCM.hasAlpha()) {
if (use_int_pack)
return new OverCompositeContext_INT_PACK_NA(srcCM, dstCM);
else
return new OverCompositeContext_NA (srcCM, dstCM);
}
if (!use_int_pack)
return new OverCompositeContext(srcCM, dstCM);
if (srcCM.isAlphaPremultiplied())
return new OverCompositeContext_INT_PACK(srcCM, dstCM);
else
return new OverCompositeContext_INT_PACK_UNPRE(srcCM, dstCM);
case CompositeRule.RULE_IN:
if (use_int_pack)
return new InCompositeContext_INT_PACK(srcCM, dstCM);
else
return new InCompositeContext (srcCM, dstCM);
case CompositeRule.RULE_OUT:
if (use_int_pack)
return new OutCompositeContext_INT_PACK(srcCM, dstCM);
else
return new OutCompositeContext (srcCM, dstCM);
case CompositeRule.RULE_ATOP:
if (use_int_pack)
return new AtopCompositeContext_INT_PACK(srcCM, dstCM);
else
return new AtopCompositeContext(srcCM, dstCM);
case CompositeRule.RULE_XOR:
if (use_int_pack)
return new XorCompositeContext_INT_PACK(srcCM, dstCM);
else
return new XorCompositeContext (srcCM, dstCM);
case CompositeRule.RULE_ARITHMETIC:
float [] coeff = rule.getCoefficients();
if (use_int_pack)
return new ArithCompositeContext_INT_PACK_LUT
(srcCM, dstCM, coeff[0], coeff[1], coeff[2], coeff[3]);
else
return new ArithCompositeContext
(srcCM, dstCM, coeff[0], coeff[1], coeff[2], coeff[3]);
case CompositeRule.RULE_MULTIPLY:
if (use_int_pack)
return new MultiplyCompositeContext_INT_PACK(srcCM, dstCM);
else
return new MultiplyCompositeContext(srcCM, dstCM);
case CompositeRule.RULE_SCREEN:
if (use_int_pack)
return new ScreenCompositeContext_INT_PACK(srcCM, dstCM);
else
return new ScreenCompositeContext (srcCM, dstCM);
case CompositeRule.RULE_DARKEN:
if (use_int_pack)
return new DarkenCompositeContext_INT_PACK(srcCM, dstCM);
else
return new DarkenCompositeContext (srcCM, dstCM);
case CompositeRule.RULE_LIGHTEN:
if (use_int_pack)
return new LightenCompositeContext_INT_PACK(srcCM, dstCM);
else
return new LightenCompositeContext (srcCM, dstCM);
default:
throw new UnsupportedOperationException
("Unknown composite rule requested.");
}
}
public abstract static class AlphaPreCompositeContext
implements CompositeContext {
ColorModel srcCM, dstCM;
AlphaPreCompositeContext(ColorModel srcCM, ColorModel dstCM) {
this.srcCM = srcCM;
this.dstCM = dstCM;
}
public void dispose() {
srcCM = null;
dstCM = null;
}
protected abstract void precompose(Raster src, Raster dstIn,
WritableRaster dstOut);
public void compose(Raster src, Raster dstIn, WritableRaster dstOut) {
ColorModel srcPreCM = srcCM;
if (!srcCM.isAlphaPremultiplied())
srcPreCM = GraphicsUtil.coerceData((WritableRaster)src,
srcCM, true);
ColorModel dstPreCM = dstCM;
if (!dstCM.isAlphaPremultiplied())
dstPreCM = GraphicsUtil.coerceData((WritableRaster)dstIn,
dstCM, true);
precompose(src, dstIn, dstOut);
if (!srcCM.isAlphaPremultiplied())
GraphicsUtil.coerceData((WritableRaster)src,
srcPreCM, false);
if (!dstCM.isAlphaPremultiplied()) {
GraphicsUtil.coerceData(dstOut, dstPreCM, false);
if (dstIn != dstOut)
GraphicsUtil.coerceData((WritableRaster)dstIn,
dstPreCM, false);
}
}
}
public abstract static class AlphaPreCompositeContext_INT_PACK
extends AlphaPreCompositeContext {
AlphaPreCompositeContext_INT_PACK(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
protected abstract void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp);
protected void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int x0=dstOut.getMinX();
int w =dstOut.getWidth();
int y0=dstOut.getMinY();
int h =dstOut.getHeight();
SinglePixelPackedSampleModel srcSPPSM;
srcSPPSM = (SinglePixelPackedSampleModel)src.getSampleModel();
final int srcScanStride = srcSPPSM.getScanlineStride();
DataBufferInt srcDB = (DataBufferInt)src.getDataBuffer();
final int [] srcPixels = srcDB.getBankData()[0];
final int srcBase =
(srcDB.getOffset() +
srcSPPSM.getOffset(x0-src.getSampleModelTranslateX(),
y0-src.getSampleModelTranslateY()));
SinglePixelPackedSampleModel dstInSPPSM;
dstInSPPSM = (SinglePixelPackedSampleModel)dstIn.getSampleModel();
final int dstInScanStride = dstInSPPSM.getScanlineStride();
DataBufferInt dstInDB = (DataBufferInt)dstIn.getDataBuffer();
final int [] dstInPixels = dstInDB.getBankData()[0];
final int dstInBase =
(dstInDB.getOffset() +
dstInSPPSM.getOffset(x0-dstIn.getSampleModelTranslateX(),
y0-dstIn.getSampleModelTranslateY()));
SinglePixelPackedSampleModel dstOutSPPSM
= (SinglePixelPackedSampleModel)dstOut.getSampleModel();
final int dstOutScanStride = dstOutSPPSM.getScanlineStride();
DataBufferInt dstOutDB = (DataBufferInt)dstOut.getDataBuffer();
final int [] dstOutPixels = dstOutDB.getBankData()[0];
final int dstOutBase =
(dstOutDB.getOffset() +
dstOutSPPSM.getOffset(x0-dstOut.getSampleModelTranslateX(),
y0-dstOut.getSampleModelTranslateY()));
final int srcAdjust = srcScanStride - w;
final int dstInAdjust = dstInScanStride - w;
final int dstOutAdjust = dstOutScanStride - w;
precompose_INT_PACK(w, h,
srcPixels, srcAdjust, srcBase,
dstInPixels, dstInAdjust, dstInBase,
dstOutPixels, dstOutAdjust, dstOutBase);
}
}
/**
* This implements SRC_OVER for 4 band byte data.
*/
public static class OverCompositeContext
extends AlphaPreCompositeContext {
OverCompositeContext(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int [] srcPix = null;
int [] dstPix = null;
int x=dstOut.getMinX();
int w=dstOut.getWidth();
int y0=dstOut.getMinY();
int y1=y0 + dstOut.getHeight();
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
for (int y = y0; y>>24);
++sp;
dstPix[sp] = srcPix[sp] + ((dstPix[sp]*dstM +pt5)>>>24);
++sp;
dstPix[sp] = srcPix[sp] + ((dstPix[sp]*dstM +pt5)>>>24);
++sp;
dstPix[sp] = srcPix[sp] + ((dstPix[sp]*dstM +pt5)>>>24);
++sp;
}
dstOut.setPixels(x, y, w, 1, dstPix);
}
}
}
/**
* This implements SRC_OVER for 4 band byte src data and
* 3 band byte dst data.
*/
public static class OverCompositeContext_NA
extends AlphaPreCompositeContext {
OverCompositeContext_NA(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int [] srcPix = null;
int [] dstPix = null;
int x=dstOut.getMinX();
int w=dstOut.getWidth();
int y0=dstOut.getMinY();
int y1=y0 + dstOut.getHeight();
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
for (int y = y0; y>>24);
++srcSP; ++dstSP;
dstPix[dstSP] =
srcPix[srcSP] + ((dstPix[dstSP]*dstM +pt5)>>>24);
++srcSP; ++dstSP;
dstPix[dstSP] =
srcPix[srcSP] + ((dstPix[dstSP]*dstM +pt5)>>>24);
srcSP+=2; ++dstSP;
}
dstOut.setPixels(x, y, w, 1, dstPix);
}
}
}
/**
* This implements SRC_OVER for Int packed data where the src is
* premultiplied.
*/
public static class OverCompositeContext_INT_PACK
extends AlphaPreCompositeContext_INT_PACK {
OverCompositeContext_INT_PACK(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcP, dstInP, dstM;
for (int y = 0; y>>24))*norm;
dstOutPixels[dstOutSp++] =
((( srcP & 0xFF000000) +
(((((dstInP>>>24) )*dstM+pt5)&0xFF000000) ))|
(( srcP & 0x00FF0000) +
(((((dstInP>> 16)&0xFF)*dstM+pt5)&0xFF000000)>>> 8))|
(( srcP & 0x0000FF00) +
(((((dstInP>> 8)&0xFF)*dstM+pt5)&0xFF000000)>>>16))|
(( srcP & 0x000000FF) +
(((((dstInP )&0xFF)*dstM+pt5) )>>>24)));
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
}
}
/**
* This implements SRC_OVER for Int packed data and dest has no Alpha...
*/
public static class OverCompositeContext_INT_PACK_NA
extends AlphaPreCompositeContext_INT_PACK {
OverCompositeContext_INT_PACK_NA(ColorModel srcCM, ColorModel dstCM) {
super (srcCM, dstCM);
}
// When we get here src data has been premultiplied.
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcP, dstInP, dstM;
for (int y = 0; y>>24))*norm;
dstOutPixels[dstOutSp++] =
((( srcP & 0x00FF0000) +
(((((dstInP>> 16)&0xFF)*dstM+pt5)&0xFF000000)>>> 8))|
(( srcP & 0x0000FF00) +
(((((dstInP>> 8)&0xFF)*dstM+pt5)&0xFF000000)>>>16))|
(( srcP & 0x000000FF) +
(((((dstInP )&0xFF)*dstM+pt5) )>>>24)));
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
}
}
/**
* This implements SRC_OVER for Int packed data where the src is
* unpremultiplied. This avoids having to multiply the alpha on the
* the source then divide it out again.
*/
public static class OverCompositeContext_INT_PACK_UNPRE
extends AlphaPreCompositeContext_INT_PACK {
OverCompositeContext_INT_PACK_UNPRE
(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
if (srcCM.isAlphaPremultiplied())
throw new IllegalArgumentException
("OverCompositeContext_INT_PACK_UNPRE is only for" +
"sources with unpremultiplied alpha");
}
public void compose(Raster src, Raster dstIn, WritableRaster dstOut) {
ColorModel dstPreCM = dstCM;
if (!dstCM.isAlphaPremultiplied())
dstPreCM = GraphicsUtil.coerceData((WritableRaster)dstIn,
dstCM, true);
precompose(src, dstIn, dstOut);
if (!dstCM.isAlphaPremultiplied()) {
GraphicsUtil.coerceData(dstOut, dstPreCM, false);
if (dstIn != dstOut)
GraphicsUtil.coerceData((WritableRaster)dstIn,
dstPreCM, false);
}
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcP, srcM, dstP, dstM;
for (int y = 0; y>>24))*norm;
dstM = (255-(srcP>>>24))*norm;
dstOutPixels[dstOutSp++] =
((((( srcP&0xFF000000) +
((dstP>>>24) )*dstM + pt5)&0xFF000000) ) |
(((((srcP>> 16)&0xFF)*srcM +
((dstP>> 16)&0xFF)*dstM + pt5)&0xFF000000)>>> 8) |
(((((srcP>> 8)&0xFF)*srcM +
((dstP>> 8)&0xFF)*dstM + pt5)&0xFF000000)>>>16) |
(((((srcP )&0xFF)*srcM +
((dstP )&0xFF)*dstM + pt5) )>>>24));
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
}
}
public static class InCompositeContext
extends AlphaPreCompositeContext {
InCompositeContext(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int [] srcPix = null;
int [] dstPix = null;
int x=dstOut.getMinX();
int w=dstOut.getWidth();
int y0=dstOut.getMinY();
int y1=y0 + dstOut.getHeight();
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
for (int y = y0; y>>24; ++sp;
dstPix[sp] = (srcPix[sp]*srcM + pt5)>>>24; ++sp;
dstPix[sp] = (srcPix[sp]*srcM + pt5)>>>24; ++sp;
dstPix[sp] = (srcPix[sp]*srcM + pt5)>>>24; ++sp;
}
dstOut.setPixels(x, y, w, 1, dstPix);
}
}
}
public static class InCompositeContext_INT_PACK
extends AlphaPreCompositeContext_INT_PACK {
InCompositeContext_INT_PACK(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcP, srcM;
for (int y = 0; y>>24)*norm;
srcP = srcPixels [srcSp++];
dstOutPixels[dstOutSp++] =
((((((srcP>>>24) )*srcM + pt5)&0xFF000000) ) |
(((((srcP>> 16)&0xFF)*srcM + pt5)&0xFF000000)>>> 8) |
(((((srcP>> 8)&0xFF)*srcM + pt5)&0xFF000000)>>>16) |
(((((srcP )&0xFF)*srcM + pt5) )>>>24));
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
}
}
public static class OutCompositeContext
extends AlphaPreCompositeContext {
OutCompositeContext(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int [] srcPix = null;
int [] dstPix = null;
int x=dstOut.getMinX();
int w=dstOut.getWidth();
int y0=dstOut.getMinY();
int y1=y0 + dstOut.getHeight();
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
for (int y = y0; y>>24; ++sp;
dstPix[sp] = (srcPix[sp]*srcM + pt5)>>>24; ++sp;
dstPix[sp] = (srcPix[sp]*srcM + pt5)>>>24; ++sp;
dstPix[sp] = (srcPix[sp]*srcM + pt5)>>>24; ++sp;
}
dstOut.setPixels(x, y, w, 1, dstPix);
}
}
}
public static class OutCompositeContext_INT_PACK
extends AlphaPreCompositeContext_INT_PACK {
OutCompositeContext_INT_PACK(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcP, srcM;
for (int y = 0; y>>24))*norm;
srcP = srcPixels [srcSp++];
dstOutPixels[dstOutSp++] =
((((((srcP>>>24) )*srcM + pt5)&0xFF000000) ) |
(((((srcP>> 16)&0xFF)*srcM + pt5)&0xFF000000)>>> 8) |
(((((srcP>> 8)&0xFF)*srcM + pt5)&0xFF000000)>>>16) |
(((((srcP )&0xFF)*srcM + pt5) )>>>24));
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
}
}
public static class AtopCompositeContext
extends AlphaPreCompositeContext {
AtopCompositeContext(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int [] srcPix = null;
int [] dstPix = null;
int x=dstOut.getMinX();
int w=dstOut.getWidth();
int y0=dstOut.getMinY();
int y1=y0 + dstOut.getHeight();
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
for (int y = y0; y>>24;
++sp;
dstPix[sp] =(srcPix[sp]*srcM + dstPix[sp]*dstM +pt5)>>>24;
++sp;
dstPix[sp] =(srcPix[sp]*srcM + dstPix[sp]*dstM +pt5)>>>24;
sp+=2;
}
dstOut.setPixels(x, y, w, 1, dstPix);
}
}
}
public static class AtopCompositeContext_INT_PACK
extends AlphaPreCompositeContext_INT_PACK {
AtopCompositeContext_INT_PACK(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcP, srcM, dstP, dstM;
for (int y = 0; y>>24) *norm;
dstM = (255-(srcP>>>24))*norm;
dstOutPixels[dstOutSp++] =
((dstP&0xFF000000) |
(((((srcP>> 16)&0xFF)*srcM +
((dstP>> 16)&0xFF)*dstM + pt5)&0xFF000000)>>> 8) |
(((((srcP>> 8)&0xFF)*srcM +
((dstP>> 8)&0xFF)*dstM + pt5)&0xFF000000)>>>16) |
(((((srcP )&0xFF)*srcM +
((dstP )&0xFF)*dstM + pt5) )>>>24));
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
}
}
public static class XorCompositeContext
extends AlphaPreCompositeContext {
XorCompositeContext(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int [] srcPix = null;
int [] dstPix = null;
int x=dstOut.getMinX();
int w=dstOut.getWidth();
int y0=dstOut.getMinY();
int y1=y0 + dstOut.getHeight();
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
for (int y = y0; y>>24; ++sp;
dstPix[sp] = (srcPix[sp]*srcM +
dstPix[sp]*dstM + pt5)>>>24; ++sp;
dstPix[sp] = (srcPix[sp]*srcM +
dstPix[sp]*dstM + pt5)>>>24; ++sp;
dstPix[sp] = (srcPix[sp]*srcM +
dstPix[sp]*dstM + pt5)>>>24; ++sp;
}
dstOut.setPixels(x, y, w, 1, dstPix);
}
}
}
public static class XorCompositeContext_INT_PACK
extends AlphaPreCompositeContext_INT_PACK {
XorCompositeContext_INT_PACK(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcP, srcM, dstP, dstM;
for (int y = 0; y>>24))*norm;
dstM = (255-(srcP>>>24))*norm;
dstOutPixels[dstOutSp++] =
((((((srcP>>>24) )*srcM +
((dstP>>>24) )*dstM + pt5)&0xFF000000) ) |
(((((srcP>> 16)&0xFF)*srcM +
((dstP>> 16)&0xFF)*dstM + pt5)&0xFF000000)>>> 8) |
(((((srcP>> 8)&0xFF)*srcM +
((dstP>> 8)&0xFF)*dstM + pt5)&0xFF000000)>>>16) |
(((((srcP )&0xFF)*srcM +
((dstP )&0xFF)*dstM + pt5) )>>>24));
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
}
}
public static class ArithCompositeContext
extends AlphaPreCompositeContext {
float k1, k2, k3, k4;
ArithCompositeContext(ColorModel srcCM,
ColorModel dstCM,
float k1, float k2, float k3, float k4) {
super(srcCM, dstCM);
this.k1 = k1;
this.k2 = k2;
this.k3 = k3;
this.k4 = k4;
}
public void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int [] srcPix = null;
int [] dstPix = null;
int x=dstOut.getMinX();
int w=dstOut.getWidth();
int bands = dstOut.getNumBands();
int y0=dstOut.getMinY();
int y1=y0 + dstOut.getHeight();
float kk1 = k1/255.0f;
float kk4 = k4*255.0f+0.5f;
int y, i, b, val, max;
for (y = y0; y max) max=val;
dstPix[i] = val;
}
val =(int)((kk1*srcPix[i]*dstPix[i]) +
k2*srcPix[i] + k3*dstPix[i] + kk4);
if ((val & 0xFFFFFF00) != 0)
if ((val & 0x80000000) != 0) val = 0;
else val = 255;
if (val > max)
dstPix[i] = val;
else
dstPix[i] = max;
}
dstOut.setPixels(x, y, w, 1, dstPix);
}
}
}
public static class ArithCompositeContext_INT_PACK
extends AlphaPreCompositeContext_INT_PACK {
float k1, k2, k3, k4;
ArithCompositeContext_INT_PACK(ColorModel srcCM,
ColorModel dstCM,
float k1, float k2,
float k3, float k4) {
super(srcCM, dstCM);
this.k1 = k1/255.0f;
this.k2 = k2;
this.k3 = k3;
this.k4 = k4*255.0f+0.5f;
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
int srcP, dstP, a, r, g, b;
for (int y = 0; y>>24)*(dstP>>>24)*k1 +
(srcP>>>24)*k2 + (dstP>>>24)*k3 + k4);
if ((a & 0xFFFFFF00) != 0)
if ((a & 0x80000000) != 0) a = 0;
else a = 255;
r = (int)(((srcP>> 16)&0xFF)*((dstP>> 16)&0xFF)*k1 +
((srcP>> 16)&0xFF)*k2 +
((dstP>> 16)&0xFF)*k3 + k4);
if ((r & 0xFFFFFF00) != 0)
if ((r & 0x80000000) != 0) r = 0;
else r = 255;
if (a < r) a = r;
g = (int)(((srcP>> 8)&0xFF)*((dstP>> 8)&0xFF)*k1 +
((srcP>> 8)&0xFF)*k2 +
((dstP>> 8)&0xFF)*k3 + k4);
if ((g & 0xFFFFFF00) != 0)
if ((g & 0x80000000) != 0) g = 0;
else g = 255;
if (a < g) a = g;
b = (int)((srcP&0xFF)*(dstP&0xFF)*k1 +
(srcP&0xFF)*k2 + (dstP&0xFF)*k3 + k4);
if ((b & 0xFFFFFF00) != 0)
if ((b & 0x80000000) != 0) b = 0;
else b = 255;
if (a < b) a = b;
dstOutPixels[dstOutSp++]
= ((a<<24) | (r<<16) | (g<<8) | b);
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
// long endTime = System.currentTimeMillis();
// System.out.println("Arith Time: " + (endTime-startTime));
}
}
public static class ArithCompositeContext_INT_PACK_LUT
extends AlphaPreCompositeContext_INT_PACK {
byte [] lut;
ArithCompositeContext_INT_PACK_LUT(ColorModel srcCM,
ColorModel dstCM,
float k1, float k2,
float k3, float k4) {
super(srcCM, dstCM);
k1 = k1/255.0f;
k4 = k4*255.0f+0.5f;
int sz = 256*256;
lut = new byte[sz];
int val;
for (int i=0; i>8)*(i&0xFF)*k1 + (i>>8)*k2 + (i&0xFF)*k3 + k4);
if ((val & 0xFFFFFF00) != 0)
if ((val & 0x80000000) != 0) val = 0;
else val = 255;
lut[i] = (byte)val;
}
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
byte[] workTbl = lut; // local is cheaper
int srcP, dstP;
for (int y = 0; y> 16)&0xFF00)|((dstP>>>24) ))];
int r = 0xFF & workTbl[(((srcP>> 8)&0xFF00)|((dstP>> 16)&0x00FF))];
int g = 0xFF & workTbl[(((srcP )&0xFF00)|((dstP>> 8)&0x00FF))];
int b = 0xFF & workTbl[(((srcP<< 8)&0xFF00)|((dstP )&0x00FF))];
if (r>a) a = r;
if (g>a) a = g;
if (b>a) a = b;
dstOutPixels[dstOutSp++] = (a<<24)|(r<<16)|(g<<8)|(b);
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
// long endTime = System.currentTimeMillis();
// System.out.println("ArithLut Time: " + (endTime-startTime));
}
}
/**
* The following classes implement the various blend modes from SVG. */
public static class MultiplyCompositeContext
extends AlphaPreCompositeContext {
MultiplyCompositeContext(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int [] srcPix = null;
int [] dstPix = null;
int x=dstOut.getMinX();
int w=dstOut.getWidth();
int y0=dstOut.getMinY();
int y1=y0 + dstOut.getHeight();
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcM, dstM;
for (int y = y0; y>>24;
++sp;
dstPix[sp] = ((srcPix[sp]*srcM + dstPix[sp]*dstM +
srcPix[sp]*dstPix[sp])*norm + pt5)>>>24;
++sp;
dstPix[sp] = ((srcPix[sp]*srcM + dstPix[sp]*dstM +
srcPix[sp]*dstPix[sp])*norm + pt5)>>>24;
++sp;
dstPix[sp] = (srcPix[sp] + dstPix[sp] -
((dstPix[sp]*srcPix[sp]*norm + pt5)>>>24));
++sp;
}
dstOut.setPixels(x, y, w, 1, dstPix);
}
}
}
public static class MultiplyCompositeContext_INT_PACK
extends AlphaPreCompositeContext_INT_PACK {
MultiplyCompositeContext_INT_PACK(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcP, srcA, srcR, srcG, srcB, srcM;
int dstP, dstA, dstR, dstG, dstB, dstM;
for (int y = 0; y>>24);
dstA = (dstP>>>24);
srcR = (srcP>> 16)&0xFF;
dstR = (dstP>> 16)&0xFF;
srcG = (srcP>> 8)&0xFF;
dstG = (dstP>> 8)&0xFF;
srcB = (srcP )&0xFF;
dstB = (dstP )&0xFF;
srcM = 255-dstA;
dstM = 255-srcA;
dstOutPixels[dstOutSp++] =
(((((srcR*srcM + dstR*dstM + srcR*dstR)
*norm + pt5)&0xFF000000)>>> 8) |
((((srcG*srcM + dstG*dstM + srcG*dstG)
*norm + pt5)&0xFF000000)>>>16) |
((((srcB*srcM + dstB*dstM + srcB*dstB)
*norm + pt5) )>>>24) |
((srcA + dstA - ((srcA*dstA*norm + pt5)>>>24))<<24));
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
}
}
public static class ScreenCompositeContext
extends AlphaPreCompositeContext {
ScreenCompositeContext(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int [] srcPix = null;
int [] dstPix = null;
int x=dstOut.getMinX();
int w=dstOut.getWidth();
int y0=dstOut.getMinY();
int y1=y0 + dstOut.getHeight();
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
for (int y = y0; y>>24));
++sp;
iSrcPix = srcPix[ sp ];
iDstPix = dstPix[ sp ];
dstPix[sp] = ( iSrcPix + iDstPix -
((iDstPix*iSrcPix*norm + pt5)>>>24));
++sp;
iSrcPix = srcPix[ sp ];
iDstPix = dstPix[ sp ];
dstPix[sp] = ( iSrcPix + iDstPix -
((iDstPix*iSrcPix*norm + pt5)>>>24));
++sp;
iSrcPix = srcPix[ sp ];
iDstPix = dstPix[ sp ];
dstPix[sp] = ( iSrcPix + iDstPix -
((iDstPix*iSrcPix*norm + pt5)>>>24));
++sp;
}
dstOut.setPixels(x, y, w, 1, dstPix);
}
}
}
public static class ScreenCompositeContext_INT_PACK
extends AlphaPreCompositeContext_INT_PACK {
ScreenCompositeContext_INT_PACK(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcP, srcA, srcR, srcG, srcB;
int dstP, dstA, dstR, dstG, dstB;
for (int y = 0; y>>24);
dstA = (dstP>>>24);
srcR = (srcP>> 16)&0xFF;
dstR = (dstP>> 16)&0xFF;
srcG = (srcP>> 8)&0xFF;
dstG = (dstP>> 8)&0xFF;
srcB = (srcP )&0xFF;
dstB = (dstP )&0xFF;
dstOutPixels[dstOutSp++] =
(((srcR + dstR - ((srcR*dstR*norm + pt5)>>>24))<<16)|
((srcG + dstG - ((srcG*dstG*norm + pt5)>>>24))<< 8)|
((srcB + dstB - ((srcB*dstB*norm + pt5)>>>24)) )|
((srcA + dstA - ((srcA*dstA*norm + pt5)>>>24))<<24));
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
}
}
public static class DarkenCompositeContext
extends AlphaPreCompositeContext {
DarkenCompositeContext(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int [] srcPix = null;
int [] dstPix = null;
int x=dstOut.getMinX();
int w=dstOut.getWidth();
int y0=dstOut.getMinY();
int y1=y0 + dstOut.getHeight();
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int sp, srcM, dstM, t1, t2;
for (int y = y0; y>>24) + dstPix[sp];
t2 = ((dstM*dstPix[sp]*norm + pt5)>>>24) + srcPix[sp];
if (t1 > t2) dstPix[sp] = t2;
else dstPix[sp] = t1;
++sp;
t1 = ((srcM*srcPix[sp]*norm + pt5)>>>24) + dstPix[sp];
t2 = ((dstM*dstPix[sp]*norm + pt5)>>>24) + srcPix[sp];
if (t1 > t2) dstPix[sp] = t2;
else dstPix[sp] = t1;
++sp;
t1 = ((srcM*srcPix[sp]*norm + pt5)>>>24) + dstPix[sp];
t2 = ((dstM*dstPix[sp]*norm + pt5)>>>24) + srcPix[sp];
if (t1 > t2) dstPix[sp] = t2;
else dstPix[sp] = t1;
++sp;
dstPix[sp] = (srcPix[sp] + dstPix[sp] -
((dstPix[sp]*srcPix[sp]*norm + pt5)>>>24));
++sp;
}
dstOut.setPixels(x, y, w, 1, dstPix);
}
}
}
public static class DarkenCompositeContext_INT_PACK
extends AlphaPreCompositeContext_INT_PACK {
DarkenCompositeContext_INT_PACK(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcP, srcM;
int dstP, dstM, dstA, dstR, dstG, dstB;
int srcV, dstV, tmp;
for (int y = 0; y>>24);
dstV = (dstP>>>24);
srcM = (255-dstV)*norm;
dstM = (255-srcV)*norm;
dstA = (srcV + dstV - ((srcV*dstV*norm + pt5)>>>24));
srcV = (srcP>> 16)&0xFF;
dstV = (dstP>> 16)&0xFF;
dstR = ((srcM*srcV + pt5)>>>24) + dstV;
tmp = ((dstM*dstV + pt5)>>>24) + srcV;
if (dstR > tmp) dstR = tmp;
srcV = (srcP>> 8)&0xFF;
dstV = (dstP>> 8)&0xFF;
dstG = ((srcM*srcV + pt5)>>>24) + dstV;
tmp = ((dstM*dstV + pt5)>>>24) + srcV;
if (dstG > tmp) dstG = tmp;
srcV = (srcP )&0xFF;
dstV = (dstP )&0xFF;
dstB = ((srcM*srcV + pt5)>>>24) + dstV;
tmp = ((dstM*dstV + pt5)>>>24) + srcV;
if (dstB > tmp) dstB = tmp;
dstA &= 0xFF; // trim to 8 bit
dstR &= 0xFF;
dstG &= 0xFF;
dstB &= 0xFF;
dstOutPixels[dstOutSp++] =
((dstA<<24) | (dstR<<16) | (dstG<< 8) | dstB);
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
}
}
public static class LightenCompositeContext
extends AlphaPreCompositeContext {
LightenCompositeContext(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose(Raster src, Raster dstIn,
WritableRaster dstOut) {
int [] srcPix = null;
int [] dstPix = null;
int x=dstOut.getMinX();
int w=dstOut.getWidth();
int y0=dstOut.getMinY();
int y1=y0 + dstOut.getHeight();
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int sp, srcM, dstM, t1, t2;
for (int y = y0; y>>24) + dstPix[sp];
t2 = ((dstM*dstPix[sp]*norm + pt5)>>>24) + srcPix[sp];
if (t1 > t2) dstPix[sp] = t1;
else dstPix[sp] = t2;
++sp;
t1 = ((srcM*srcPix[sp]*norm + pt5)>>>24) + dstPix[sp];
t2 = ((dstM*dstPix[sp]*norm + pt5)>>>24) + srcPix[sp];
if (t1 > t2) dstPix[sp] = t1;
else dstPix[sp] = t2;
++sp;
t1 = ((srcM*srcPix[sp]*norm + pt5)>>>24) + dstPix[sp];
t2 = ((dstM*dstPix[sp]*norm + pt5)>>>24) + srcPix[sp];
if (t1 > t2) dstPix[sp] = t1;
else dstPix[sp] = t2;
++sp;
dstPix[sp] = (srcPix[sp] + dstPix[sp] -
((dstPix[sp]*srcPix[sp]*norm + pt5)>>>24));
++sp;
}
dstOut.setPixels(x, y, w, 1, dstPix);
}
}
}
public static class LightenCompositeContext_INT_PACK
extends AlphaPreCompositeContext_INT_PACK {
LightenCompositeContext_INT_PACK(ColorModel srcCM, ColorModel dstCM) {
super(srcCM, dstCM);
}
public void precompose_INT_PACK
(final int width, final int height,
final int [] srcPixels, final int srcAdjust, int srcSp,
final int [] dstInPixels, final int dstInAdjust, int dstInSp,
final int [] dstOutPixels, final int dstOutAdjust, int dstOutSp) {
final int norm = (1<<24)/255;
final int pt5 = (1<<23);
int srcP, srcM;
int dstP, dstM, dstA, dstR, dstG, dstB;
int srcV, dstV, tmp;
for (int y = 0; y>>24);
dstV = (dstP>>>24);
srcM = (255-dstV)*norm;
dstM = (255-srcV)*norm;
dstA = (srcV + dstV - ((srcV*dstV*norm + pt5)>>>24));
srcV = (srcP>> 16)&0xFF;
dstV = (dstP>> 16)&0xFF;
dstR = ((srcM*srcV + pt5)>>>24) + dstV;
tmp = ((dstM*dstV + pt5)>>>24) + srcV;
if (dstR < tmp) dstR = tmp;
srcV = (srcP>> 8)&0xFF;
dstV = (dstP>> 8)&0xFF;
dstG = ((srcM*srcV + pt5)>>>24) + dstV;
tmp = ((dstM*dstV + pt5)>>>24) + srcV;
if (dstG < tmp) dstG = tmp;
srcV = (srcP )&0xFF;
dstV = (dstP )&0xFF;
dstB = ((srcM*srcV + pt5)>>>24) + dstV;
tmp = ((dstM*dstV + pt5)>>>24) + srcV;
if (dstB < tmp) dstB = tmp;
dstA &= 0xFF; // trim to 8 bit
dstR &= 0xFF;
dstG &= 0xFF;
dstB &= 0xFF;
dstOutPixels[dstOutSp++] =
((dstA<<24) | (dstR<<16) | (dstG<< 8) | dstB);
}
srcSp += srcAdjust;
dstInSp += dstInAdjust;
dstOutSp += dstOutAdjust;
}
}
}
}
