Package | Description |
---|---|
org.esa.beam.framework.datamodel |
This package contains classes and interfaces used for an in-memory presentation
of remote sensing data products.
|
org.esa.beam.util.math |
Provides utility classes for mathematical operations.
|
Modifier and Type | Method and Description |
---|---|
FXYSum |
TiePointGeoCoding.Approximation.getFX() |
FXYSum |
TiePointGeoCoding.Approximation.getFY() |
FXYSum |
FXYGeoCoding.getLatFunction() |
FXYSum |
FXYGeoCoding.getLonFunction() |
FXYSum |
FXYGeoCoding.getPixelXFunction() |
FXYSum |
FXYGeoCoding.getPixelYFunction() |
Constructor and Description |
---|
FXYGeoCoding(float pixelOffsetX,
float pixelOffsetY,
float pixelSizeX,
float pixelSizeY,
FXYSum xFunction,
FXYSum yFunction,
FXYSum latFunction,
FXYSum lonFunction,
Datum datum) |
TiePointGeoCoding.Approximation(FXYSum fX,
FXYSum fY,
float centerLat,
float centerLon,
float minSquareDistance) |
Modifier and Type | Class and Description |
---|---|
static class |
FXYSum.BiCubic
Provides an optimized
computeZ method for bi-cubic polynomials (order = 3+3). |
static class |
FXYSum.BiLinear
Provides an optimized
computeZ method for bi-linear polynomials (order = 1+1). |
static class |
FXYSum.BiQuadric
Provides an optimized
computeZ method for bi-quadric polynomials (order = 2+2). |
static class |
FXYSum.Cubic
Provides an optimized
computeZ method for cubic polynomials (order = 3). |
static class |
FXYSum.Linear
Provides an optimized
computeZ method for linear polynomials (order = 1). |
static class |
FXYSum.Quadric
Provides an optimized
computeZ method for quadric polynomials (order = 2). |
Modifier and Type | Method and Description |
---|---|
static FXYSum |
FXYSum.createCopy(FXYSum fxySum)
Creates a copy of the given
fxySum . |
static FXYSum |
FXYSum.createFXYSum(int order,
double[] coefficients)
Creates a
FXYSum by the given order and coefficients. |
Modifier and Type | Method and Description |
---|---|
static FXYSum |
FXYSum.createCopy(FXYSum fxySum)
Creates a copy of the given
fxySum . |
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