下面列出了java.awt.MultipleGradientPaint.CycleMethod#values ( ) 实例代码，或者点击链接到github查看源代码，也可以在右侧发表评论。
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}
private void testAll(Graphics gscreen,
BufferedImage refImg, VolatileImage testImg)
{
Graphics2D gref = refImg.createGraphics();
Graphics2D gtest = testImg.createGraphics();
for (PaintType paintType : PaintType.values()) {
for (CycleMethod cycleMethod : CycleMethod.values()) {
for (ColorSpaceType colorSpace : ColorSpaceType.values()) {
for (XformType xform : XformType.values()) {
for (Object aahint : hints) {
for (int numStops : numStopsArray) {
Paint paint =
makePaint(paintType, cycleMethod,
colorSpace, xform, numStops);
String msg =
"type=" + paintType +
" cycleMethod=" + cycleMethod +
" colorSpace=" + colorSpace +
" xformType=" + xform +
" numStops=" + numStops +
" aa=" + aahint;
renderTest(gref, paint, aahint);
renderTest(gtest, paint, aahint);
gscreen.drawImage(testImg, 0, 0, null);
Toolkit.getDefaultToolkit().sync();
int allowedMismatches =
paintType == PaintType.RADIAL ?
ALLOWED_MISMATCHES_RADIAL :
ALLOWED_MISMATCHES_LINEAR;
compareImages(refImg, testImg.getSnapshot(),
TOLERANCE, allowedMismatches,
msg);
}
}
}
}
}
}
gref.dispose();
gtest.dispose();
}