Uses of Class
com.luciad.imaging.operator.ALcdImageOperatorChain.Builder
Packages that use ALcdImageOperatorChain.Builder
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Uses of ALcdImageOperatorChain.Builder in com.luciad.imaging.operator
Methods in com.luciad.imaging.operator that return ALcdImageOperatorChain.BuilderModifier and TypeMethodDescriptionALcdImageOperatorChain.Builder.add(ALcdBasicImage aImage2) Calls binaryOp(com.luciad.imaging.ALcdBasicImage, com.luciad.imaging.operator.TLcdBinaryOp.Operation) with the given image and the ADD operation.ALcdImageOperatorChain.Builder.bandMerge(ALcdBasicImage aSecondImage) Corresponds to TLcdBandMergeOp.bandMerge(com.luciad.imaging.ALcdBasicImage, com.luciad.imaging.ALcdBasicImage), but the first input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.bandSelect(int[] aBands) Corresponds to TLcdBandSelectOp.bandSelect(com.luciad.imaging.ALcdImage, int[]), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.binaryOp(ALcdBasicImage aImage2, TLcdBinaryOp.Operation aOperation) Corresponds to TLcdBinaryOp.binaryOp(com.luciad.imaging.ALcdBasicImage, com.luciad.imaging.ALcdBasicImage, com.luciad.imaging.operator.TLcdBinaryOp.Operation), but the first input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.colorConvert(ColorModel aColorModel) Corresponds to TLcdColorConvertOp.colorConvert(com.luciad.imaging.ALcdImage, java.awt.image.ColorModel), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.colorLookup(ALcdColorLookupTable aTable) Corresponds to TLcdColorLookupOp.colorLookup(com.luciad.imaging.ALcdImage, com.luciad.imaging.operator.util.ALcdColorLookupTable), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.composite(ALcdBasicImage aSecondImage) Corresponds to TLcdCompositeOp.composite(com.luciad.imaging.ALcdBasicImage, com.luciad.imaging.ALcdBasicImage), but the first input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.convolve(double[] aKernel, int aKernelWidth, int aKernelHeight) Corresponds to TLcdConvolveOp.convolve(com.luciad.imaging.ALcdImage, double[], int, int), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.crop(int aCropX, int aCropY, int aCropWidth, int aCropHeight) Corresponds to TLcdCropOp.crop(com.luciad.imaging.ALcdBasicImage, int, int, int, int), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.curves(ILcdPoint[][] aCurves, TLcdCurvesOp.CurveType aCurveType) Corresponds to TLcdCurvesOp.curves(com.luciad.imaging.ALcdImage, com.luciad.shape.ILcdPoint[][], com.luciad.imaging.operator.TLcdCurvesOp.CurveType), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.divide(ALcdBasicImage aImage2) Calls binaryOp(com.luciad.imaging.ALcdBasicImage, com.luciad.imaging.operator.TLcdBinaryOp.Operation) with the given image and the DIVIDE operation.ALcdImageOperatorChain.Builder.expand(int aExpandX, int aExpandY, int aExpandWidth, int aExpandHeight) Corresponds to TLcdExpandOp.expand(com.luciad.imaging.ALcdImage, int, int, int, int), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.histogram(int aBinCount) Corresponds to TLcdHistogramOp.histogram(com.luciad.imaging.ALcdBasicImage, int), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.indexLookup(TLcdLookupTable aLUT) Corresponds to TLcdIndexLookupOp.indexLookup(com.luciad.imaging.ALcdImage, com.luciad.imaging.operator.util.TLcdLookupTable), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.indexLookup(TLcdLookupTable aLUT, double[] aNaNColor) Corresponds to TLcdIndexLookupOp.indexLookup(com.luciad.imaging.ALcdImage, com.luciad.imaging.operator.util.TLcdLookupTable, double[]) but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.max(ALcdBasicImage aImage2) Calls binaryOp(com.luciad.imaging.ALcdBasicImage, com.luciad.imaging.operator.TLcdBinaryOp.Operation) with the given image and the MAX operation.ALcdImageOperatorChain.Builder.median(int aWidth, int aHeight) Corresponds to TLcdMedianOp.median(com.luciad.imaging.ALcdImage, int, int), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.min(ALcdBasicImage aImage2) Calls binaryOp(com.luciad.imaging.ALcdBasicImage, com.luciad.imaging.operator.TLcdBinaryOp.Operation) with the given image and the MIN operation.ALcdImageOperatorChain.Builder.multiply(ALcdBasicImage aImage2) Calls binaryOp(com.luciad.imaging.ALcdBasicImage, com.luciad.imaging.operator.TLcdBinaryOp.Operation) with the given image and the MULTIPLY operation.ALcdImageOperatorChain.newBuilder()Creates a new operator chain builder.ALcdImageOperatorChain.Builder.operator(ALcdImageOperator aOperator, ILcdDataObject aParameters) Appends an operator to the chain.ALcdImageOperatorChain.Builder.pixelReplace(double[] aSource, double[] aDestination, double aTolerance) Corresponds to TLcdPixelReplaceOp.pixelReplace(com.luciad.imaging.ALcdImage, double[], double[], double), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.pixelRescale(double[] aScales, double[] aOffsets) Corresponds to TLcdPixelRescaleOp.pixelRescale(com.luciad.imaging.ALcdImage, double[], double[]), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.pixelTransform(double[] aMatrix, double[] aOffsets) Corresponds to TLcdPixelTransformOp.pixelTransform(com.luciad.imaging.ALcdImage, double[], double[]), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.resize(double aScaleX, double aScaleY) Corresponds to TLcdResizeOp.resize(com.luciad.imaging.ALcdImage, double, double), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.semantics(ALcdBandSemantics[] aBandSemantics) Corresponds to TLcdSemanticsOp.semantics(com.luciad.imaging.ALcdImage, com.luciad.imaging.ALcdBandSemantics[]), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.semantics(ALcdBandSemantics[] aBandSemantics, double[] aScales, double[] aOffsets) Corresponds to TLcdSemanticsOp.semantics(com.luciad.imaging.ALcdImage, com.luciad.imaging.ALcdBandSemantics[], double[], double[]), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.semantics(List<ALcdBandSemantics> aBandSemantics) Corresponds to TLcdSemanticsOp.semantics(com.luciad.imaging.ALcdImage, java.util.List), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.semantics(List<ALcdBandSemantics> aBandSemantics, double[] aScales, double[] aOffsets) Corresponds to TLcdSemanticsOp.semantics(com.luciad.imaging.ALcdImage, java.util.List, double[], double[]), but the input image is passed in via the operator chain.ALcdImageOperatorChain.Builder.subtract(ALcdBasicImage aImage2) Calls binaryOp(com.luciad.imaging.ALcdBasicImage, com.luciad.imaging.operator.TLcdBinaryOp.Operation) with the given image and the SUBTRACT operation.ALcdImageOperatorChain.Builder.swipe(ALcdBasicImage aSecondImage, int aSwipeX) Corresponds to TLcdSwipeOp.swipe(com.luciad.imaging.ALcdBasicImage, com.luciad.imaging.ALcdBasicImage, int), but the first input image is passed in via the operator chain.