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Packages that use HoloJProcessor | |
holoj |
Uses of HoloJProcessor in holoj |
Methods in holoj that return HoloJProcessor | |
HoloJProcessor |
HoloJProcessor.getSideband(java.awt.Point sideCenter,
int radius,
int scaleFactor,
boolean useButterworth)
Returns an HoloJProcessor containing the selected sideband data. |
static HoloJProcessor |
HoloJUtils.sum(HoloJProcessor operand,
double realValue,
double complexValue)
Adds the complex number represented by (realValue, complexValue) to real and complex pixels of HoloJProcessor operand. |
static HoloJProcessor |
HoloJUtils.subtract(HoloJProcessor operand,
double realValue,
double complexValue)
Subtract the complex number represented by (realValue, complexValue) from real and complex pixels of HoloJProcessor operand. |
static HoloJProcessor |
HoloJUtils.multiply(HoloJProcessor operand,
double value)
Multiplies thbye scalar value the real and complex pixels of HoloJProcessor operand ad return the result in a new HoloJProcessor. |
static HoloJProcessor |
HoloJUtils.divide(HoloJProcessor operand,
double value)
Divide by scalar value the real and complex pixels of HoloJProcessor operand and returns the result in a new HoloJProcessor. |
static HoloJProcessor |
HoloJUtils.sum(HoloJProcessor operand1,
HoloJProcessor operand2)
Adds the complex pixels of operand1 HoloJProcessor to real and complex pixels of operand2 and returns the resulting HoloJProcessor. |
static HoloJProcessor |
HoloJUtils.subtract(HoloJProcessor operand1,
HoloJProcessor operand2)
Subtracts the complex pixels of operand HoloJProcessor to real and complex pixels. |
static HoloJProcessor |
HoloJUtils.multiply(HoloJProcessor operand1,
HoloJProcessor operand2)
Returns an HoloJProcessor result from the complex multiplication of operand1 pixels for operand2 pixels. |
static HoloJProcessor |
HoloJUtils.divide(HoloJProcessor operand1,
HoloJProcessor operand2)
Returns the HoloJProcessor result of the complex division of operand1 by operand2. |
static HoloJProcessor |
HoloJUtils.reconstruct(int radius,
int scaleFactor,
java.awt.Point sideCenter,
HoloJProcessor hologram,
boolean useButterworth)
Returns an HoloJProcessor containing reconstructed data. |
static HoloJProcessor |
HoloJUtils.reconstruct(int radius,
int scaleFactor,
java.awt.Point sideCenter,
HoloJProcessor hologram,
HoloJProcessor reference,
boolean useButterworth)
Returns an HoloJProcessor containing reconstructed data from hologram and reference. |
static HoloJProcessor |
HoloJUtils.addPhase(HoloJProcessor processor,
double angle)
Add to the source HoloJProcessor the specified phase in radians. |
HoloJProcessor |
HoloJUtils.addPhasePlate(HoloJProcessor processor,
double[] plateArray)
Add to the specified HoloJProcessor a phase plate stored in a double array. |
Methods in holoj with parameters of type HoloJProcessor | |
void |
HoloJProcessor.add(HoloJProcessor operand)
Adds the complex pixels of operand HoloJProcessor to real and complex pixels. |
void |
HoloJProcessor.subtract(HoloJProcessor operand)
Subtracts the complex pixels of operand HoloJProcessor to real and complex pixels. |
void |
HoloJProcessor.multiply(HoloJProcessor operand)
Multiplies real and complex pixels by the complex pixels of operand HoloJProcessor. |
void |
HoloJProcessor.divide(HoloJProcessor operand)
Divides real and complex pixels by the complex pixels of operand HoloJProcessor. |
static java.awt.Point |
HoloJUtils.getMaximumPosition(HoloJProcessor processor)
Finds the maximum of the modulus of pixels of HoloJProcessor. |
static java.awt.Point |
HoloJUtils.getMaximumPosition(HoloJProcessor processor,
ij.gui.Roi selection)
Finds the maximum of the modulus of HoloJProcessor pixels in the region specified by the selection. |
static java.awt.Point |
HoloJUtils.getSidebandCenter(HoloJProcessor processor,
int side)
Finds the position of the maximum lateral peak of the spectrum of HoloJProcessor. |
static HoloJProcessor |
HoloJUtils.sum(HoloJProcessor operand,
double realValue,
double complexValue)
Adds the complex number represented by (realValue, complexValue) to real and complex pixels of HoloJProcessor operand. |
static HoloJProcessor |
HoloJUtils.subtract(HoloJProcessor operand,
double realValue,
double complexValue)
Subtract the complex number represented by (realValue, complexValue) from real and complex pixels of HoloJProcessor operand. |
static HoloJProcessor |
HoloJUtils.multiply(HoloJProcessor operand,
double value)
Multiplies thbye scalar value the real and complex pixels of HoloJProcessor operand ad return the result in a new HoloJProcessor. |
static HoloJProcessor |
HoloJUtils.divide(HoloJProcessor operand,
double value)
Divide by scalar value the real and complex pixels of HoloJProcessor operand and returns the result in a new HoloJProcessor. |
static HoloJProcessor |
HoloJUtils.sum(HoloJProcessor operand1,
HoloJProcessor operand2)
Adds the complex pixels of operand1 HoloJProcessor to real and complex pixels of operand2 and returns the resulting HoloJProcessor. |
static HoloJProcessor |
HoloJUtils.subtract(HoloJProcessor operand1,
HoloJProcessor operand2)
Subtracts the complex pixels of operand HoloJProcessor to real and complex pixels. |
static HoloJProcessor |
HoloJUtils.multiply(HoloJProcessor operand1,
HoloJProcessor operand2)
Returns an HoloJProcessor result from the complex multiplication of operand1 pixels for operand2 pixels. |
static HoloJProcessor |
HoloJUtils.divide(HoloJProcessor operand1,
HoloJProcessor operand2)
Returns the HoloJProcessor result of the complex division of operand1 by operand2. |
static HoloJProcessor |
HoloJUtils.reconstruct(int radius,
int scaleFactor,
java.awt.Point sideCenter,
HoloJProcessor hologram,
boolean useButterworth)
Returns an HoloJProcessor containing reconstructed data. |
static HoloJProcessor |
HoloJUtils.reconstruct(int radius,
int scaleFactor,
java.awt.Point sideCenter,
HoloJProcessor hologram,
HoloJProcessor reference,
boolean useButterworth)
Returns an HoloJProcessor containing reconstructed data from hologram and reference. |
static HoloJProcessor |
HoloJUtils.addPhase(HoloJProcessor processor,
double angle)
Add to the source HoloJProcessor the specified phase in radians. |
HoloJProcessor |
HoloJUtils.addPhasePlate(HoloJProcessor processor,
double[] plateArray)
Add to the specified HoloJProcessor a phase plate stored in a double array. |
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