bounds.y = iy - top; final RectIter iter = RectIterFactory.create(image.getExtendedData(bounds, this.borderExtender), bounds); boolean[][] gaps = hasNoData ? new boolean[samples.length][samples[0].length] : null; for (; band < bandUp; band++) {
bounds.y = iy - top; final RectIter iter = RectIterFactory.create(image.getExtendedData(bounds, this.borderExtender), bounds); boolean[][] gaps = hasNoData ? new boolean[samples.length][samples[0].length] : null; for (; band < bandUp; band++) {
bounds.y = iy - top; final RectIter iter = RectIterFactory.create(image.getExtendedData(bounds, this.borderExtender), bounds); boolean[][] gaps = hasNoData ? new boolean[samples.length][samples[0].length] : null; for (; band < bandUp; band++) {
final RectIter iter = RectIterFactory.create(image.getExtendedData(bounds, this.borderExtender), bounds); for (; band<bandUp; band++) { iter.startLines();
final RectIter iter = RectIterFactory.create(image.getExtendedData(bounds, this.borderExtender), bounds); for (; band<bandUp; band++) { iter.startLines();
final RectIter iter = RectIterFactory.create(image.getExtendedData(bounds, this.borderExtender), bounds); for (; band<bandUp; band++) { iter.startLines();
data = source.getExtendedData(destRectangle, sourceBorderExtender); alphaRasters[intersectingSourceCount] = alpha.getExtendedData(destRectangle, zeroBorderExtender); alphaChannelColorModels[intersectingSourceCount] = imageBeans[i].getAlphaChannel().getColorModel(); roiRasters[intersectingSourceCount] = PlanarImage.wrapRenderedImage(roi).getExtendedData(destRectangle, zeroBorderExtender);
: source.getExtendedData(destRect, sourceExtender);
rasterSources = srcRect != null && srcRect.isEmpty() ? null : source.getExtendedData( destRect, sourceExtender);
srcImage.getWidth() + lpad + rpad, srcImage.getHeight() + tpad + bpad); iter = RandomIterFactory.create(srcImage.getExtendedData(bounds, extender), bounds); } else { minX = srcImage.getMinX();
.getWidth() + lpad + rpad, src.getHeight() + tpad + bpad); iter = RandomIterFactory.create(src.getExtendedData(bounds, extender), bounds); } else { minX = src.getMinX() + lpad;
.getWidth() + lpad + rpad, src.getHeight() + tpad + bpad); iter = RandomIterFactory.create(src.getExtendedData(bounds, extender), bounds); } else { minX = src.getMinX() + lpad;
.getWidth() + lpad + rpad, src.getHeight() + tpad + bpad); iter = RandomIterFactory.create(src.getExtendedData(bounds, extender), bounds); } else { minX = src.getMinX() + lpad;
.getWidth() + lpad + rpad, src.getHeight() + tpad + bpad); iter = RandomIterFactory.create(src.getExtendedData(bounds, extender), bounds); } else { minX = src.getMinX() + lpad;
.getWidth() + lpad + rpad, src.getHeight() + tpad + bpad); iter = RandomIterFactory.create(src.getExtendedData(bounds, extender), bounds); } else { minX = src.getMinX() + lpad;
.getWidth() + lpad + rpad, src.getHeight() + tpad + bpad); iter = RandomIterFactory.create(src.getExtendedData(bounds, extender), bounds); } else { minX = src.getMinX() + lpad;
.getWidth() + lpad + rpad, src.getHeight() + tpad + bpad); iter = RandomIterFactory.create(src.getExtendedData(bounds, extender), bounds); } else { minX = src.getMinX() + lpad;
.getWidth() + lpad + rpad, src.getHeight() + tpad + bpad); iter = RandomIterFactory.create(src.getExtendedData(bounds, extender), bounds); } else { minX = src.getMinX() + lpad;
.getWidth() + lpad + rpad, src.getHeight() + tpad + bpad); iter = RandomIterFactory.create(src.getExtendedData(bounds, extender), bounds); } else { minX = src.getMinX() + lpad;
.getWidth() + lpad + rpad, src.getHeight() + tpad + bpad); iter = RandomIterFactory.create(src.getExtendedData(bounds, extender), bounds); } else { minX = src.getMinX() + lpad;