A B C D E F G H I K L M N O P R S T U V W X Y Z
A
- absolute() -
Method in class imagescience.image.Image
- Replaces every image element by its absolute value.
- add(byte) -
Method in class imagescience.array.ByteArray
- Appends the array with the given
byte
.
- add(double) -
Method in class imagescience.array.DoubleArray
- Appends the array with the given
double
.
- add(float) -
Method in class imagescience.array.FloatArray
- Appends the array with the given
float
.
- add(int) -
Method in class imagescience.array.IntArray
- Appends the array with the given
int
.
- add(long) -
Method in class imagescience.array.LongArray
- Appends the array with the given
long
.
- add(short) -
Method in class imagescience.array.ShortArray
- Appends the array with the given
short
.
- add(double) -
Method in class imagescience.image.Image
- Adds a value to every image element.
- add(Image) -
Method in class imagescience.image.Image
- Adds an image element-by-element to this image.
- add(Region) -
Method in class imagescience.shape.Region
- Adds the shape of the given region to the shape of this region.
- ADDITIVE -
Static variable in class imagescience.random.Randomizer
- Additive insertion of random numbers.
- ADEVIATION -
Static variable in class imagescience.feature.Statistics
- The average absolute deviation from the mean of the values in the image.
- Affine - Class in imagescience.transform
- Affine transforms an image using different interpolation schemes.
- Affine() -
Constructor for class imagescience.transform.Affine
- Default constructor.
- ALPHA -
Static variable in class imagescience.image.ColorImage
- The alpha component (stored in bits 24-31).
- angle(double) -
Method in class imagescience.shape.Ellipse
- Sets the angle of the ellipse.
- angle() -
Method in class imagescience.shape.Ellipse
- Returns the angle of the ellipse.
- append(byte) -
Method in class imagescience.array.ByteArray
- Appends the array with the given
byte
.
- append(double) -
Method in class imagescience.array.DoubleArray
- Appends the array with the given
double
.
- append(float) -
Method in class imagescience.array.FloatArray
- Appends the array with the given
float
.
- append(int) -
Method in class imagescience.array.IntArray
- Appends the array with the given
int
.
- append(long) -
Method in class imagescience.array.LongArray
- Appends the array with the given
long
.
- append(short) -
Method in class imagescience.array.ShortArray
- Appends the array with the given
short
.
- ARBITRARY -
Static variable in class imagescience.color.Palette
- The arbitrary mode.
- area() -
Method in class imagescience.shape.Circle
- Returns the area spanned by the circle.
- area() -
Method in class imagescience.shape.Ellipse
- Returns the area spanned by the ellipse.
- area() -
Method in class imagescience.shape.Polygon
- Returns the area spanned by the polygon.
- area() -
Method in class imagescience.shape.Rectangle
- Returns the area spanned by the rectangle.
- area() -
Method in class imagescience.shape.Region
- Returns the area covered by the region.
- area() -
Method in class imagescience.shape.Spline
- Returns the area spanned by the spline.
- area() -
Method in class imagescience.shape.Square
- Returns the area spanned by the square.
- array() -
Method in class imagescience.array.ByteArray
- Returns a handle to the internal array.
- array() -
Method in class imagescience.array.DoubleArray
- Returns a handle to the internal array.
- array() -
Method in class imagescience.array.FloatArray
- Returns a handle to the internal array.
- array() -
Method in class imagescience.array.IntArray
- Returns a handle to the internal array.
- array() -
Method in class imagescience.array.LongArray
- Returns a handle to the internal array.
- array() -
Method in class imagescience.array.ShortArray
- Returns a handle to the internal array.
- ARROW -
Static variable in class imagescience.utility.MouseCursor
- The custom arrow cursor type.
- Aspects - Class in imagescience.image
- Contains aspect ratio or size information of up to 5D image elements.
- Aspects() -
Constructor for class imagescience.image.Aspects
- Default constructor.
- Aspects(double) -
Constructor for class imagescience.image.Aspects
- One-dimensional constructor.
- Aspects(double, double) -
Constructor for class imagescience.image.Aspects
- Two-dimensional constructor.
- Aspects(double, double, double) -
Constructor for class imagescience.image.Aspects
- Three-dimensional constructor.
- Aspects(double, double, double, double) -
Constructor for class imagescience.image.Aspects
- Four-dimensional constructor.
- Aspects(double, double, double, double, double) -
Constructor for class imagescience.image.Aspects
- Five-dimensional constructor.
- aspects(Aspects) -
Method in class imagescience.image.Image
- Sets the aspect sizes of the image elements.
- aspects() -
Method in class imagescience.image.Image
- Returns the aspect sizes of the image elements.
- Axes - Class in imagescience.image
- Contains information about the activity of the coordinate axes of up to 5D image data objects.
- Axes() -
Constructor for class imagescience.image.Axes
- Default constructor.
- Axes(boolean) -
Constructor for class imagescience.image.Axes
- One-dimensional constructor.
- Axes(boolean, boolean) -
Constructor for class imagescience.image.Axes
- Two-dimensional constructor.
- Axes(boolean, boolean, boolean) -
Constructor for class imagescience.image.Axes
- Three-dimensional constructor.
- Axes(boolean, boolean, boolean, boolean) -
Constructor for class imagescience.image.Axes
- Four-dimensional constructor.
- Axes(boolean, boolean, boolean, boolean, boolean) -
Constructor for class imagescience.image.Axes
- Five-dimensional constructor.
- Axes(int) -
Constructor for class imagescience.image.Axes
- Five-dimensional constructor.
- axes(int) -
Method in class imagescience.image.Image
- Sets the currently active Cartesian coordinate axis or axes.
- axes() -
Method in class imagescience.image.Image
- Returns the current Cartesian coordinate axes activity.
- axt -
Variable in class imagescience.transform.Transform
- The matrix element axt.
- axx -
Variable in class imagescience.transform.Transform
- The matrix element axx.
- axy -
Variable in class imagescience.transform.Transform
- The matrix element axy.
- axz -
Variable in class imagescience.transform.Transform
- The matrix element axz.
- ayt -
Variable in class imagescience.transform.Transform
- The matrix element ayt.
- ayx -
Variable in class imagescience.transform.Transform
- The matrix element ayx.
- ayy -
Variable in class imagescience.transform.Transform
- The matrix element ayy.
- ayz -
Variable in class imagescience.transform.Transform
- The matrix element ayz.
- azt -
Variable in class imagescience.transform.Transform
- The matrix element azt.
- azx -
Variable in class imagescience.transform.Transform
- The matrix element azx.
- azy -
Variable in class imagescience.transform.Transform
- The matrix element azy.
- azz -
Variable in class imagescience.transform.Transform
- The matrix element azz.
B
- background -
Variable in class imagescience.transform.Affine
- The value used for background filling.
- BACKGROUND -
Static variable in class imagescience.transform.Embed
- Background filling with the value of
Embed.background
.
- background -
Variable in class imagescience.transform.Embed
- The value used when the background filling is of type
Embed.BACKGROUND
.
- background -
Variable in class imagescience.transform.Rotate
- The value used for background filling.
- background -
Variable in class imagescience.transform.Translate
- The value used for background filling.
- besselj(int, double) -
Static method in class imagescience.utility.FMath
- Returns the value at
x
of the Bessel function of the first kind of order n
.
- besselj0(double) -
Static method in class imagescience.utility.FMath
- Returns the value at
x
of the zeroth-order Bessel function of the first kind.
- besselj1(double) -
Static method in class imagescience.utility.FMath
- Returns the value at
x
of the first-order Bessel function of the first kind.
- binomial(Image, int, double, int, boolean) -
Method in class imagescience.random.Randomizer
- Randomizes images using a binomial random variable.
- BinomialGenerator - Class in imagescience.random
- Binomial random number generator.
- BinomialGenerator() -
Constructor for class imagescience.random.BinomialGenerator
- Constructs a generator of random numbers from the binomial distribution with one trial of probability
0.5
and initialized with a random seed.
- BinomialGenerator(int) -
Constructor for class imagescience.random.BinomialGenerator
- Constructs a generator of random numbers from the binomial distribution with one trial of probability
0.5
and initialized with the given seed
.
- BinomialGenerator(int, double) -
Constructor for class imagescience.random.BinomialGenerator
- Constructs a generator of random numbers from the binomial distribution with given number of
trials
of given probability
and initialized with a random seed.
- BinomialGenerator(int, double, int) -
Constructor for class imagescience.random.BinomialGenerator
- Constructs a generator of random numbers from the binomial distribution with given number of
trials
of given probability
and initialized with the given seed
.
- bitmap(boolean) -
Method in class imagescience.shape.Circle
-
- bitmap(boolean) -
Method in class imagescience.shape.Ellipse
-
- bitmap(boolean) -
Method in class imagescience.shape.Polygon
-
- bitmap(boolean) -
Method in class imagescience.shape.Rectangle
-
- bitmap(boolean) -
Method in class imagescience.shape.Region
-
- bitmap(boolean) -
Method in interface imagescience.shape.Shape
- Computes a bitmapped version of the shape.
- bitmap(boolean) -
Method in class imagescience.shape.Spline
-
- bitmap(boolean) -
Method in class imagescience.shape.Square
-
- BLUE -
Static variable in class imagescience.image.ColorImage
- The blue component (stored in bits 0-7).
- border(Borders) -
Method in class imagescience.image.ByteImage
-
- border(Borders) -
Method in class imagescience.image.ColorImage
-
- border(Borders) -
Method in class imagescience.image.FloatImage
-
- border(Borders) -
Method in class imagescience.image.Image
- Returns a bordered copy of this image.
- border(Borders) -
Method in class imagescience.image.ShortImage
-
- Borders - Class in imagescience.image
- Contains the dimensions of the borders of up to 5D image data objects.
- Borders() -
Constructor for class imagescience.image.Borders
- Default constructor.
- Borders(int) -
Constructor for class imagescience.image.Borders
- One-dimensional constructor.
- Borders(int, int) -
Constructor for class imagescience.image.Borders
- Two-dimensional constructor.
- Borders(int, int, int) -
Constructor for class imagescience.image.Borders
- Three-dimensional constructor.
- Borders(int, int, int, int) -
Constructor for class imagescience.image.Borders
- Four-dimensional constructor.
- Borders(int, int, int, int, int) -
Constructor for class imagescience.image.Borders
- Five-dimensional constructor.
- Bounds - Class in imagescience.shape
- Contains bounding box information of up to 5D shapes.
- Bounds() -
Constructor for class imagescience.shape.Bounds
- Default constructor.
- Bounds(Point, Point) -
Constructor for class imagescience.shape.Bounds
- Constructor.
- bounds() -
Method in class imagescience.shape.Circle
-
- bounds() -
Method in class imagescience.shape.Ellipse
-
- bounds() -
Method in class imagescience.shape.Polygon
-
- bounds() -
Method in class imagescience.shape.Rectangle
-
- bounds() -
Method in class imagescience.shape.Region
-
- bounds() -
Method in interface imagescience.shape.Shape
- Computes the bounding box of the shape.
- bounds() -
Method in class imagescience.shape.Spline
-
- bounds() -
Method in class imagescience.shape.Square
-
- bspline(double, int, int) -
Static method in class imagescience.utility.FMath
- Returns the value at
x
of the d
th derivative of the n
th-degree centered uniform B-spline basis function.
- BSPLINE3 -
Static variable in class imagescience.transform.Affine
- Cubic B-spline interpolation [2,3,4].
- bspline3(double[], int) -
Method in class imagescience.transform.Prefilter
- Applies cubic B-spline prefiltering to an array.
- bspline3(Image, Axes, Borders) -
Method in class imagescience.transform.Prefilter
- Applies cubic B-spline prefiltering to an image.
- BSPLINE3 -
Static variable in class imagescience.transform.Rotate
- Cubic B-spline interpolation [2,3,4].
- BSPLINE3 -
Static variable in class imagescience.transform.Scale
- Cubic B-spline interpolation [2,3,4].
- BSPLINE3 -
Static variable in class imagescience.transform.Translate
- Cubic B-spline interpolation [2,3,4].
- BSPLINE5 -
Static variable in class imagescience.transform.Affine
- Quintic B-spline interpolation [2,3,4].
- bspline5(double[], int) -
Method in class imagescience.transform.Prefilter
- Applies quintic B-spline prefiltering to an array.
- bspline5(Image, Axes, Borders) -
Method in class imagescience.transform.Prefilter
- Applies quintic B-spline prefiltering to an image.
- BSPLINE5 -
Static variable in class imagescience.transform.Rotate
- Quintic B-spline interpolation [2,3,4].
- BSPLINE5 -
Static variable in class imagescience.transform.Scale
- Quintic B-spline interpolation [2,3,4].
- BSPLINE5 -
Static variable in class imagescience.transform.Translate
- Quintic B-spline interpolation [2,3,4].
- ByteArray - Class in imagescience.array
- A dynamic array of
byte
values. - ByteArray() -
Constructor for class imagescience.array.ByteArray
- Default constructor.
- ByteArray(int) -
Constructor for class imagescience.array.ByteArray
- Capacity constructor.
- ByteArray(int, int) -
Constructor for class imagescience.array.ByteArray
- Capacity constructor.
- ByteArray(byte[]) -
Constructor for class imagescience.array.ByteArray
- Array constructor.
- ByteImage - Class in imagescience.image
- An image containing up to 5D elements of type
byte
. - ByteImage(Dimensions) -
Constructor for class imagescience.image.ByteImage
- Dimensions constructor.
- ByteImage(ImagePlus) -
Constructor for class imagescience.image.ByteImage
- Wrapper constructor.
- ByteImage(Image) -
Constructor for class imagescience.image.ByteImage
- Copy constructor.
- ByteImage(Image, Borders) -
Constructor for class imagescience.image.ByteImage
- Copy constructor that allows adding borders.
C
- c -
Variable in class imagescience.image.Aspects
- The absolute or relative aspect size in the c-dimension.
- C -
Static variable in class imagescience.image.Axes
- The c-axis.
- c -
Variable in class imagescience.image.Axes
- Indicates whether the c-axis is active.
- c -
Variable in class imagescience.image.Borders
- The border size in the c-dimension.
- c -
Variable in class imagescience.image.Coordinates
- The c-coordinate.
- c -
Variable in class imagescience.image.Dimensions
- The c-dimension.
- c -
Variable in class imagescience.shape.Point
- The c-coordinate of the point.
- capacity() -
Method in class imagescience.array.ByteArray
- Returns the capacity of the array.
- capacity() -
Method in class imagescience.array.DoubleArray
- Returns the capacity of the array.
- capacity() -
Method in class imagescience.array.FloatArray
- Returns the capacity of the array.
- capacity() -
Method in class imagescience.array.IntArray
- Returns the capacity of the array.
- capacity() -
Method in class imagescience.array.LongArray
- Returns the capacity of the array.
- capacity() -
Method in class imagescience.array.ShortArray
- Returns the capacity of the array.
- ceil(double) -
Static method in class imagescience.utility.FMath
- Returns the ceiling of the given value.
- center(double, double) -
Method in class imagescience.shape.Circle
- Sets the center position of the circle.
- center(double, double) -
Method in class imagescience.shape.Ellipse
- Sets the center position of the ellipse.
- chars() -
Method in class imagescience.utility.LineReader
- Returns the number of characters read using this reader.
- check() -
Static method in class imagescience.utility.VTKResource
- Checks whether VTK can be used in the current environment.
- chop(double) -
Method in class imagescience.utility.Formatter
- Sets the limit below which numbers are chopped to
0
by method Formatter.d2s(double)
.
- Circle - Class in imagescience.shape
- A circle in the x-y plane.
- Circle() -
Constructor for class imagescience.shape.Circle
- Default constructor.
- Circle(double, double, double) -
Constructor for class imagescience.shape.Circle
- Constructs a circle with given center position and radius.
- Circle(Circle) -
Constructor for class imagescience.shape.Circle
- Copy constructor.
- CLAMP -
Static variable in class imagescience.transform.Embed
- Background filling by clamping the values in the input image.
- clear() -
Method in class imagescience.array.ByteArray
- Removes all elements.
- clear() -
Method in class imagescience.array.DoubleArray
- Removes all elements.
- clear() -
Method in class imagescience.array.FloatArray
- Removes all elements.
- clear() -
Method in class imagescience.array.IntArray
- Removes all elements.
- clear() -
Method in class imagescience.array.LongArray
- Removes all elements.
- clear() -
Method in class imagescience.array.ShortArray
- Removes all elements.
- clip(double, double, double) -
Static method in class imagescience.utility.FMath
- Returns the value of
d
clipped to the range [min,max]
.
- close() -
Method in class imagescience.utility.LineReader
- Closes the character stream reader and releases any system resources associated with it.
- color(double) -
Method in class imagescience.color.Wave2Color
- Converts a wavelength to its corresponding RGBA color values.
- COLOR -
Static variable in class imagescience.utility.I5DResource
- The color displaying mode.
- ColorImage - Class in imagescience.image
- An image containing up to 5D elements of type
int
representing aRGB-color values. - ColorImage(Dimensions) -
Constructor for class imagescience.image.ColorImage
- Dimensions constructor.
- ColorImage(ImagePlus) -
Constructor for class imagescience.image.ColorImage
- Wrapper constructor.
- ColorImage(Image) -
Constructor for class imagescience.image.ColorImage
- Copy constructor.
- ColorImage(Image, Borders) -
Constructor for class imagescience.image.ColorImage
- Copy constructor that allows adding borders.
- compare(String, String) -
Static method in class imagescience.utility.VersionChecker
- Indicates how the given version strings compare to each other.
- component() -
Method in class imagescience.image.ColorImage
- Indicates the currently active component.
- component(int) -
Method in class imagescience.image.ColorImage
- Sets the active component.
- Cone - Class in imagescience.mesh
- Triangular mesh of a cone in 3D.
- Cone(int, boolean) -
Constructor for class imagescience.mesh.Cone
- Constructs the mesh of a unit cone at the given level of detail.
- contains(Point) -
Method in class imagescience.shape.Circle
- Indicates the position of a point relative to the circle.
- contains(double, double) -
Method in class imagescience.shape.Circle
- Indicates the position of a point relative to the circle.
- contains(Point) -
Method in class imagescience.shape.Ellipse
- Indicates the position of a point relative to the ellipse.
- contains(double, double) -
Method in class imagescience.shape.Ellipse
- Indicates the position of a point relative to the ellipse.
- contains(Point) -
Method in class imagescience.shape.Polygon
- Indicates the position of a point relative to the polygon.
- contains(double, double) -
Method in class imagescience.shape.Polygon
- Indicates the position of a point relative to the polygon.
- contains(Point) -
Method in class imagescience.shape.Rectangle
- Indicates the position of a point relative to the rectangle.
- contains(double, double) -
Method in class imagescience.shape.Rectangle
- Indicates the position of a point relative to the rectangle.
- contains(Point) -
Method in class imagescience.shape.Region
- Indicates the position of a point relative to the region.
- contains(double, double) -
Method in class imagescience.shape.Region
- Indicates the position of a point relative to the region.
- contains(Point) -
Method in interface imagescience.shape.Shape
- Indicates the position of a point relative to the shape.
- contains(Point) -
Method in class imagescience.shape.Spline
- Indicates the position of a point relative to the spline.
- contains(double, double) -
Method in class imagescience.shape.Spline
- Indicates the position of a point relative to the spline.
- contains(Point) -
Method in class imagescience.shape.Square
- Indicates the position of a point relative to the square.
- contains(double, double) -
Method in class imagescience.shape.Square
- Indicates the position of a point relative to the square.
- contour() -
Method in class imagescience.shape.Circle
- Returns the contour of the circle.
- contour() -
Method in class imagescience.shape.Ellipse
- Returns the contour of the ellipse.
- contour() -
Method in class imagescience.shape.Polygon
- Returns the contour of the polygon.
- contour() -
Method in class imagescience.shape.Rectangle
- Returns the contour of the rectangle.
- contour() -
Method in class imagescience.shape.Region
- Returns the contour of the region.
- contour() -
Method in class imagescience.shape.Spline
- Returns the contour of the spline.
- contour() -
Method in class imagescience.shape.Square
- Returns the contour of the square.
- convert(ImagePlus, boolean) -
Static method in class imagescience.utility.I5DResource
- Converts an image to an
Image5D
object.
- Coordinates - Class in imagescience.image
- Contains 5D integer coordinates.
- Coordinates() -
Constructor for class imagescience.image.Coordinates
- Default constructor.
- Coordinates(int) -
Constructor for class imagescience.image.Coordinates
- One-dimensional constructor.
- Coordinates(int, int) -
Constructor for class imagescience.image.Coordinates
- Two-dimensional constructor.
- Coordinates(int, int, int) -
Constructor for class imagescience.image.Coordinates
- Three-dimensional constructor.
- Coordinates(int, int, int, int) -
Constructor for class imagescience.image.Coordinates
- Four-dimensional constructor.
- Coordinates(int, int, int, int, int) -
Constructor for class imagescience.image.Coordinates
- Five-dimensional constructor.
- Coordinates(Coordinates) -
Constructor for class imagescience.image.Coordinates
- Copy constructor.
- create(Dimensions, String) -
Static method in class imagescience.image.Image
- Creates a new
Image
of given dimensions and type.
- create(int) -
Method in class imagescience.utility.MouseCursor
- Creates a new cursor of the requested custom type.
- Crop - Class in imagescience.transform
- Crops an image.
- Crop() -
Constructor for class imagescience.transform.Crop
- Default constructor.
- CROSS -
Static variable in class imagescience.utility.MouseCursor
- The custom cross cursor type.
- Cube - Class in imagescience.mesh
- Triangular mesh of a cube in 3D.
- Cube() -
Constructor for class imagescience.mesh.Cube
- Constructs the mesh of a unit cube.
- CUBIC -
Static variable in class imagescience.transform.Affine
- Cubic convolution interpolation [1].
- CUBIC -
Static variable in class imagescience.transform.Rotate
- Cubic convolution interpolation [1].
- CUBIC -
Static variable in class imagescience.transform.Scale
- Cubic convolution interpolation [1].
- CUBIC -
Static variable in class imagescience.transform.Translate
- Cubic convolution interpolation [1].
- Cylinder - Class in imagescience.mesh
- Triangular mesh of a cylinder in 3D.
- Cylinder(int, boolean) -
Constructor for class imagescience.mesh.Cylinder
- Constructs the mesh of a unit cylinder at the given level of detail.
D
- d2s(double) -
Method in class imagescience.utility.Formatter
- Returns a
String
representation of a double
value.
- decs(int) -
Method in class imagescience.utility.Formatter
- Sets the maximum number of decimals used by method
Formatter.d2s(double)
.
- density(ImagePlus, int) -
Static method in class imagescience.utility.I5DResource
- Returns the density calibration of a specific channel of an image.
- DETECT -
Static variable in class imagescience.segment.Extremizer
- The detection mode.
- determinant() -
Method in class imagescience.transform.Transform
- Returns the determinant of the transformation matrix.
- Differentiator - Class in imagescience.feature
- Computes Gaussian derivatives of images.
- Differentiator() -
Constructor for class imagescience.feature.Differentiator
- Default constructor.
- differentiator -
Variable in class imagescience.feature.Edges
- The object used for image differentiation.
- differentiator -
Variable in class imagescience.feature.Hessian
- The object used for image differentiation.
- differentiator -
Variable in class imagescience.feature.Laplacian
- The object used for image differentiation.
- differentiator -
Variable in class imagescience.feature.Structure
- The object used for image differentiation.
- Dimensions - Class in imagescience.image
- Contains the dimensions of up to 5D image data objects.
- Dimensions() -
Constructor for class imagescience.image.Dimensions
- Default constructor.
- Dimensions(int) -
Constructor for class imagescience.image.Dimensions
- One-dimensional constructor.
- Dimensions(int, int) -
Constructor for class imagescience.image.Dimensions
- Two-dimensional constructor.
- Dimensions(int, int, int) -
Constructor for class imagescience.image.Dimensions
- Three-dimensional constructor.
- Dimensions(int, int, int, int) -
Constructor for class imagescience.image.Dimensions
- Four-dimensional constructor.
- Dimensions(int, int, int, int, int) -
Constructor for class imagescience.image.Dimensions
- Five-dimensional constructor.
- dimensions() -
Method in class imagescience.image.Image
- Returns the dimensions of the image.
- display() -
Method in class imagescience.utility.Progressor
- Indicates whether progress is displayed.
- display(boolean) -
Method in class imagescience.utility.Progressor
- Determines whether progress is displayed.
- divide(double) -
Method in class imagescience.image.Image
- Divides every image element by a value.
- divide(Image) -
Method in class imagescience.image.Image
- Divides this image element-by-element by an image.
- DoubleArray - Class in imagescience.array
- A dynamic array of
double
values. - DoubleArray() -
Constructor for class imagescience.array.DoubleArray
- Default constructor.
- DoubleArray(int) -
Constructor for class imagescience.array.DoubleArray
- Capacity constructor.
- DoubleArray(int, int) -
Constructor for class imagescience.array.DoubleArray
- Capacity constructor.
- DoubleArray(double[]) -
Constructor for class imagescience.array.DoubleArray
- Array constructor.
- duplicate() -
Method in class imagescience.array.ByteArray
- Duplicates the array.
- duplicate() -
Method in class imagescience.array.DoubleArray
- Duplicates the array.
- duplicate() -
Method in class imagescience.array.FloatArray
- Duplicates the array.
- duplicate() -
Method in class imagescience.array.IntArray
- Duplicates the array.
- duplicate() -
Method in class imagescience.array.LongArray
- Duplicates the array.
- duplicate() -
Method in class imagescience.array.ShortArray
- Duplicates the array.
- duplicate() -
Method in class imagescience.image.Aspects
- Duplicates this object.
- duplicate() -
Method in class imagescience.image.Axes
- Duplicates this object.
- duplicate() -
Method in class imagescience.image.Borders
- Duplicates this object.
- duplicate() -
Method in class imagescience.image.ByteImage
-
- duplicate() -
Method in class imagescience.image.ColorImage
-
- duplicate() -
Method in class imagescience.image.Coordinates
- Duplicates this object.
- duplicate() -
Method in class imagescience.image.Dimensions
- Duplicates this object.
- duplicate() -
Method in class imagescience.image.FloatImage
-
- duplicate() -
Method in class imagescience.image.Image
- Duplicates this image.
- duplicate() -
Method in class imagescience.image.ShortImage
-
- duplicate() -
Method in class imagescience.shape.Bounds
- Duplicates the bounds.
- duplicate() -
Method in class imagescience.shape.Circle
-
- duplicate() -
Method in class imagescience.shape.Ellipse
-
- duplicate() -
Method in class imagescience.shape.Point
- Returns an exact copy of this object.
- duplicate() -
Method in class imagescience.shape.Polygon
-
- duplicate() -
Method in class imagescience.shape.Rectangle
-
- duplicate() -
Method in class imagescience.shape.Region
-
- duplicate() -
Method in interface imagescience.shape.Shape
- Duplicates the shape.
- duplicate() -
Method in class imagescience.shape.Spline
-
- duplicate() -
Method in class imagescience.shape.Square
-
- duplicate() -
Method in class imagescience.transform.Transform
- Duplicates the transform.
E
- eccentricity() -
Method in class imagescience.shape.Ellipse
- Returns the eccentricity of the ellipse.
- edge(double) -
Method in class imagescience.shape.Square
- Sets the edge length of the square.
- edge() -
Method in class imagescience.shape.Square
- Returns the edge length of the square.
- Edges - Class in imagescience.feature
- Detects edges in images.
- Edges() -
Constructor for class imagescience.feature.Edges
- Default constructor.
- ELEMENTS -
Static variable in class imagescience.feature.Statistics
- The number of elements in the image.
- elements() -
Method in class imagescience.image.Image
- Returns the number of elements in the image.
- Ellipse - Class in imagescience.shape
- An ellipse in the x-y plane.
- Ellipse() -
Constructor for class imagescience.shape.Ellipse
- Default constructor.
- Ellipse(double, double, double, double, double) -
Constructor for class imagescience.shape.Ellipse
- Constructs an ellipse with given center position, major and minor radii, and angle.
- Ellipse(Ellipse) -
Constructor for class imagescience.shape.Ellipse
- Copy constructor.
- Embed - Class in imagescience.transform
- Embeds an image into a larger image.
- Embed() -
Constructor for class imagescience.transform.Embed
- Default constructor.
- empty() -
Method in class imagescience.array.ByteArray
- Indicates whether this array has no elements.
- empty() -
Method in class imagescience.array.DoubleArray
- Indicates whether this array has no elements.
- empty() -
Method in class imagescience.array.FloatArray
- Indicates whether this array has no elements.
- empty() -
Method in class imagescience.array.IntArray
- Indicates whether this array has no elements.
- empty() -
Method in class imagescience.array.LongArray
- Indicates whether this array has no elements.
- empty() -
Method in class imagescience.array.ShortArray
- Indicates whether this array has no elements.
- empty() -
Method in class imagescience.shape.Circle
-
- empty() -
Method in class imagescience.shape.Ellipse
-
- empty() -
Method in class imagescience.shape.Polygon
-
- empty() -
Method in class imagescience.shape.Rectangle
-
- empty() -
Method in class imagescience.shape.Region
-
- empty() -
Method in interface imagescience.shape.Shape
- Indicates whether the shape is empty.
- empty() -
Method in class imagescience.shape.Spline
-
- empty() -
Method in class imagescience.shape.Square
-
- enforce() -
Method in class imagescience.utility.Progressor
- Indicates whether repainting of the progress bar is enforced.
- enforce(boolean) -
Method in class imagescience.utility.Progressor
- Determines whether repainting of the progress bar is enforced.
- ensure(int) -
Method in class imagescience.array.ByteArray
- Ensures that the capacity of the array is at least the given capacity.
- ensure(int) -
Method in class imagescience.array.DoubleArray
- Ensures that the capacity of the array is at least the given capacity.
- ensure(int) -
Method in class imagescience.array.FloatArray
- Ensures that the capacity of the array is at least the given capacity.
- ensure(int) -
Method in class imagescience.array.IntArray
- Ensures that the capacity of the array is at least the given capacity.
- ensure(int) -
Method in class imagescience.array.LongArray
- Ensures that the capacity of the array is at least the given capacity.
- ensure(int) -
Method in class imagescience.array.ShortArray
- Ensures that the capacity of the array is at least the given capacity.
- equals(ByteArray) -
Method in class imagescience.array.ByteArray
- Indicates whether this array contains the same data as the given array.
- equals(DoubleArray) -
Method in class imagescience.array.DoubleArray
- Indicates whether this array contains the same data as the given array.
- equals(FloatArray) -
Method in class imagescience.array.FloatArray
- Indicates whether this array contains the same data as the given array.
- equals(IntArray) -
Method in class imagescience.array.IntArray
- Indicates whether this array contains the same data as the given array.
- equals(LongArray) -
Method in class imagescience.array.LongArray
- Indicates whether this array contains the same data as the given array.
- equals(ShortArray) -
Method in class imagescience.array.ShortArray
- Indicates whether this array contains the same data as the given array.
- equals(Aspects) -
Method in class imagescience.image.Aspects
- Indicates whether this object is in the same state as the given object.
- equals(Axes) -
Method in class imagescience.image.Axes
- Indicates whether this object is in the same state as the given object.
- equals(Borders) -
Method in class imagescience.image.Borders
- Indicates whether this object is in the same state as the given object.
- equals(Coordinates) -
Method in class imagescience.image.Coordinates
- Indicates whether this object is in the same state as the given object.
- equals(Dimensions) -
Method in class imagescience.image.Dimensions
- Indicates whether this object is in the same state as the given object.
- equals(Bounds) -
Method in class imagescience.shape.Bounds
- Indicates whether this bounding box is the same as the given bounding box.
- equals(Shape) -
Method in class imagescience.shape.Circle
-
- equals(Shape) -
Method in class imagescience.shape.Ellipse
-
- equals(Point) -
Method in class imagescience.shape.Point
- Indicates whether this object represents the same point as the given object.
- equals(Shape) -
Method in class imagescience.shape.Polygon
-
- equals(Shape) -
Method in class imagescience.shape.Rectangle
-
- equals(Shape) -
Method in class imagescience.shape.Region
-
- equals(Shape) -
Method in interface imagescience.shape.Shape
- Indicates whether this object has the same shape as the given object.
- equals(Shape) -
Method in class imagescience.shape.Spline
-
- equals(Shape) -
Method in class imagescience.shape.Square
-
- equals(Transform) -
Method in class imagescience.transform.Transform
- Indicates whether the transform is equal to the given transform.
- exclusive(Region) -
Method in class imagescience.shape.Region
- Sets the shape of this region to the union of its current shape and the shape of the given region, minus their intersection.
- exponential(Image, double, int, boolean) -
Method in class imagescience.random.Randomizer
- Randomizes images using an exponential random variable.
- ExponentialGenerator - Class in imagescience.random
- Exponential random number generator.
- ExponentialGenerator() -
Constructor for class imagescience.random.ExponentialGenerator
- Constructs a generator of random numbers from the exponential distribution with unit value at
0
and initialized with a random seed.
- ExponentialGenerator(int) -
Constructor for class imagescience.random.ExponentialGenerator
- Constructs a generator of random numbers from the exponential distribution with unit value at
0
and initialized with the given seed
.
- ExponentialGenerator(double) -
Constructor for class imagescience.random.ExponentialGenerator
- Constructs a generator of random numbers from the exponential distribution with value
lambda
at 0
and initialized with a random seed.
- ExponentialGenerator(double, int) -
Constructor for class imagescience.random.ExponentialGenerator
- Constructs a generator of random numbers from the exponential distribution with value
lambda
at 0
and initialized with the given seed
.
- EXTRACT -
Static variable in class imagescience.segment.Extremizer
- The extraction mode.
- extrema() -
Method in class imagescience.image.Image
- Returns the extreme values in the image.
- Extremizer - Class in imagescience.segment
- Finds local extrema in images.
- Extremizer() -
Constructor for class imagescience.segment.Extremizer
- Default constructor.
F
- FFT - Class in imagescience.fourier
- Computes forward and inverse Fourier transforms of images.
- FFT() -
Constructor for class imagescience.fourier.FFT
- Default constructor.
- first() -
Method in class imagescience.array.ByteArray
- Returns the first element of the array.
- first() -
Method in class imagescience.array.DoubleArray
- Returns the first element of the array.
- first() -
Method in class imagescience.array.FloatArray
- Returns the first element of the array.
- first() -
Method in class imagescience.array.IntArray
- Returns the first element of the array.
- first() -
Method in class imagescience.array.LongArray
- Returns the first element of the array.
- first() -
Method in class imagescience.array.ShortArray
- Returns the first element of the array.
- FloatArray - Class in imagescience.array
- A dynamic array of
float
values. - FloatArray() -
Constructor for class imagescience.array.FloatArray
- Default constructor.
- FloatArray(int) -
Constructor for class imagescience.array.FloatArray
- Capacity constructor.
- FloatArray(int, int) -
Constructor for class imagescience.array.FloatArray
- Capacity constructor.
- FloatArray(float[]) -
Constructor for class imagescience.array.FloatArray
- Array constructor.
- FloatImage - Class in imagescience.image
- An image containing up to 5D elements of type
float
. - FloatImage(Dimensions) -
Constructor for class imagescience.image.FloatImage
- Dimensions constructor.
- FloatImage(ImagePlus) -
Constructor for class imagescience.image.FloatImage
- Wrapper constructor.
- FloatImage(Image) -
Constructor for class imagescience.image.FloatImage
- Copy constructor.
- FloatImage(Image, Borders) -
Constructor for class imagescience.image.FloatImage
- Copy constructor that allows adding borders.
- floor(double) -
Static method in class imagescience.utility.FMath
- Returns the floor of the given value.
- FMath - Class in imagescience.utility
- Performs elementary mathematical operations and function evaluations.
- FMath() -
Constructor for class imagescience.utility.FMath
- Default constructor.
- Formatter - Class in imagescience.utility
- Converts floating-point numbers to formatted strings.
- Formatter() -
Constructor for class imagescience.utility.Formatter
- Default constructor.
- forward(Image, Image, Axes) -
Method in class imagescience.fourier.FFT
- Applies the forward Fourier transform to complex-valued images along the specified axes.
- FULL -
Static variable in class imagescience.image.ColorImage
- The full 32-bit integer value.
G
- gamma(Image, int, int, boolean) -
Method in class imagescience.random.Randomizer
- Randomizes images using a gamma random variable.
- GammaGenerator - Class in imagescience.random
- Gamma random number generator of positive integer order.
- GammaGenerator() -
Constructor for class imagescience.random.GammaGenerator
- Constructs a generator of random numbers from the first-order gamma distribution initialized with a random seed
- GammaGenerator(int) -
Constructor for class imagescience.random.GammaGenerator
- Constructs a generator of random numbers from the gamma distribution with given
order
and initialized with a random seed.
- GammaGenerator(int, int) -
Constructor for class imagescience.random.GammaGenerator
- Constructs a generator of random numbers from the gamma distribution with given
order
and initialized with the given seed
.
- gauss(Image, double) -
Method in class imagescience.feature.Smoother
- Applies Gaussian smoothing to images.
- gauss(double, double) -
Static method in class imagescience.utility.FMath
- Returns The value at
x
of the Gaussian distribution with standard deviation s
.
- gaussian(Image, double, double, int, boolean) -
Method in class imagescience.random.Randomizer
- Randomizes images using a Gaussian random variable.
- GaussianGenerator - Class in imagescience.random
- Gaussian random number generator.
- GaussianGenerator() -
Constructor for class imagescience.random.GaussianGenerator
- Constructs a generator of random numbers from the Gaussian distribution with zero mean and unit standard deviation and initialized with a random seed.
- GaussianGenerator(int) -
Constructor for class imagescience.random.GaussianGenerator
- Constructs a generator of random numbers from the Gaussian distribution with zero mean and unit standard deviation and initialized with the given
seed
.
- GaussianGenerator(double, double) -
Constructor for class imagescience.random.GaussianGenerator
- Constructs a generator of random numbers from the Gaussian distribution with given
mean
and standard deviation stdev
and initialized with a random seed.
- GaussianGenerator(double, double, int) -
Constructor for class imagescience.random.GaussianGenerator
- Constructs a generator of random numbers from the Gaussian distribution with given
mean
and standard deviation stdev
and initialized with the given seed
.
- get() -
Method in class imagescience.array.ByteArray
- Returns a handle to the internal array.
- get(int) -
Method in class imagescience.array.ByteArray
- Returns the element at the given index in the array.
- get() -
Method in class imagescience.array.DoubleArray
- Returns a handle to the internal array.
- get(int) -
Method in class imagescience.array.DoubleArray
- Returns the element at the given index in the array.
- get() -
Method in class imagescience.array.FloatArray
- Returns a handle to the internal array.
- get(int) -
Method in class imagescience.array.FloatArray
- Returns the element at the given index in the array.
- get() -
Method in class imagescience.array.IntArray
- Returns a handle to the internal array.
- get(int) -
Method in class imagescience.array.IntArray
- Returns the element at the given index in the array.
- get() -
Method in class imagescience.array.LongArray
- Returns a handle to the internal array.
- get(int) -
Method in class imagescience.array.LongArray
- Returns the element at the given index in the array.
- get() -
Method in class imagescience.array.ShortArray
- Returns a handle to the internal array.
- get(int) -
Method in class imagescience.array.ShortArray
- Returns the element at the given index in the array.
- get(int) -
Method in class imagescience.color.Palette
- Returns the color at the given index (modulo 100).
- get(int) -
Method in class imagescience.feature.Statistics
- Returns the value of the requested statistic.
- get(Coordinates) -
Method in class imagescience.image.ByteImage
-
- get(Coordinates, double[]) -
Method in class imagescience.image.ByteImage
-
- get(Coordinates, double[][]) -
Method in class imagescience.image.ByteImage
-
- get(Coordinates, double[][][]) -
Method in class imagescience.image.ByteImage
-
- get(Coordinates, double[][][][]) -
Method in class imagescience.image.ByteImage
-
- get(Coordinates, double[][][][][]) -
Method in class imagescience.image.ByteImage
-
- get(Coordinates, float[]) -
Method in class imagescience.image.ByteImage
-
- get(Coordinates, float[][]) -
Method in class imagescience.image.ByteImage
-
- get(Coordinates, float[][][]) -
Method in class imagescience.image.ByteImage
-
- get(Coordinates, float[][][][]) -
Method in class imagescience.image.ByteImage
-
- get(Coordinates, float[][][][][]) -
Method in class imagescience.image.ByteImage
-
- get() -
Method in class imagescience.image.ColorImage
- Returns the currently active component as a new
Image
.
- get(Coordinates) -
Method in class imagescience.image.ColorImage
-
- get(Coordinates, double[]) -
Method in class imagescience.image.ColorImage
-
- get(Coordinates, double[][]) -
Method in class imagescience.image.ColorImage
-
- get(Coordinates, double[][][]) -
Method in class imagescience.image.ColorImage
-
- get(Coordinates, double[][][][]) -
Method in class imagescience.image.ColorImage
-
- get(Coordinates, double[][][][][]) -
Method in class imagescience.image.ColorImage
-
- get(Coordinates, float[]) -
Method in class imagescience.image.ColorImage
-
- get(Coordinates, float[][]) -
Method in class imagescience.image.ColorImage
-
- get(Coordinates, float[][][]) -
Method in class imagescience.image.ColorImage
-
- get(Coordinates, float[][][][]) -
Method in class imagescience.image.ColorImage
-
- get(Coordinates, float[][][][][]) -
Method in class imagescience.image.ColorImage
-
- get(Coordinates) -
Method in class imagescience.image.FloatImage
-
- get(Coordinates, double[]) -
Method in class imagescience.image.FloatImage
-
- get(Coordinates, double[][]) -
Method in class imagescience.image.FloatImage
-
- get(Coordinates, double[][][]) -
Method in class imagescience.image.FloatImage
-
- get(Coordinates, double[][][][]) -
Method in class imagescience.image.FloatImage
-
- get(Coordinates, double[][][][][]) -
Method in class imagescience.image.FloatImage
-
- get(Coordinates, float[]) -
Method in class imagescience.image.FloatImage
-
- get(Coordinates, float[][]) -
Method in class imagescience.image.FloatImage
-
- get(Coordinates, float[][][]) -
Method in class imagescience.image.FloatImage
-
- get(Coordinates, float[][][][]) -
Method in class imagescience.image.FloatImage
-
- get(Coordinates, float[][][][][]) -
Method in class imagescience.image.FloatImage
-
- get(Coordinates) -
Method in class imagescience.image.Image
- Returns the value of the image element at the given coordinates.
- get(Coordinates, float[]) -
Method in class imagescience.image.Image
- Reads values in one dimension from the image into the array.
- get(Coordinates, double[]) -
Method in class imagescience.image.Image
- Reads values in one dimension from the image into the array.
- get(Coordinates, float[][]) -
Method in class imagescience.image.Image
- Reads values in two dimensions from the image into the array.
- get(Coordinates, double[][]) -
Method in class imagescience.image.Image
- Reads values in two dimensions from the image into the array.
- get(Coordinates, float[][][]) -
Method in class imagescience.image.Image
- Reads values in three dimensions from the image into the array.
- get(Coordinates, double[][][]) -
Method in class imagescience.image.Image
- Reads values in three dimensions from the image into the array.
- get(Coordinates, float[][][][]) -
Method in class imagescience.image.Image
- Reads values in four dimensions from the image into the array.
- get(Coordinates, double[][][][]) -
Method in class imagescience.image.Image
- Reads values in four dimensions from the image into the array.
- get(Coordinates, float[][][][][]) -
Method in class imagescience.image.Image
- Reads values in all five dimensions from the image into the array.
- get(Coordinates, double[][][][][]) -
Method in class imagescience.image.Image
- Reads values in all five dimensions from the image into the array.
- get(Coordinates) -
Method in class imagescience.image.ShortImage
-
- get(Coordinates, double[]) -
Method in class imagescience.image.ShortImage
-
- get(Coordinates, double[][]) -
Method in class imagescience.image.ShortImage
-
- get(Coordinates, double[][][]) -
Method in class imagescience.image.ShortImage
-
- get(Coordinates, double[][][][]) -
Method in class imagescience.image.ShortImage
-
- get(Coordinates, double[][][][][]) -
Method in class imagescience.image.ShortImage
-
- get(Coordinates, float[]) -
Method in class imagescience.image.ShortImage
-
- get(Coordinates, float[][]) -
Method in class imagescience.image.ShortImage
-
- get(Coordinates, float[][][]) -
Method in class imagescience.image.ShortImage
-
- get(Coordinates, float[][][][]) -
Method in class imagescience.image.ShortImage
-
- get(Coordinates, float[][][][][]) -
Method in class imagescience.image.ShortImage
-
- get() -
Method in class imagescience.transform.Transform
- Returns the transformation matrix as a 4 x 4
double
array.
- get(int, int) -
Method in class imagescience.transform.Transform
- Returns the element at the given row and column of the transformation matrix.
- GRAY -
Static variable in class imagescience.utility.I5DResource
- The gray-scale displaying mode.
- GREEN -
Static variable in class imagescience.image.ColorImage
- The green component (stored in bits 8-15).
H
- HAND -
Static variable in class imagescience.utility.MouseCursor
- The custom hand cursor type.
- hard(Image, double) -
Method in class imagescience.segment.Thresholder
- Applies hard thresholding to an image.
- height(double) -
Method in class imagescience.shape.Rectangle
- Sets the height of the rectangle.
- height() -
Method in class imagescience.shape.Rectangle
- Returns the height of the rectangle.
- Hessian - Class in imagescience.feature
- Computes Hessian eigenimages.
- Hessian() -
Constructor for class imagescience.feature.Hessian
- Default constructor.
- hysteresis(Image, double, double) -
Method in class imagescience.segment.Thresholder
- Applies hysteresis thresholding to an image.
I
- I5DResource - Class in imagescience.utility
- Provides Image5D utility methods.
- I5DResource() -
Constructor for class imagescience.utility.I5DResource
- Default constructor.
- id() -
Method in class imagescience.image.Image
- Returns the image's ID.
- identity() -
Method in class imagescience.transform.Transform
- Indicates whether the transformation matrix is equal to the identity matrix.
- Image - Class in imagescience.image
- Abstract base class for images containing up to 5D elements.
- imageplus() -
Method in class imagescience.image.ByteImage
-
- imageplus() -
Method in class imagescience.image.ColorImage
-
- imageplus() -
Method in class imagescience.image.FloatImage
-
- imageplus() -
Method in class imagescience.image.Image
- Returns this image in the form of an
ImagePlus
object.
- imageplus() -
Method in class imagescience.image.ShortImage
-
- imagescience - package imagescience
-
- ImageScience - Class in imagescience
- Contains the name and version number of the ImageScience library.
- ImageScience() -
Constructor for class imagescience.ImageScience
- Default constructor.
- imagescience.array - package imagescience.array
-
- imagescience.color - package imagescience.color
-
- imagescience.feature - package imagescience.feature
-
- imagescience.fourier - package imagescience.fourier
-
- imagescience.image - package imagescience.image
-
- imagescience.mesh - package imagescience.mesh
-
- imagescience.random - package imagescience.random
-
- imagescience.segment - package imagescience.segment
-
- imagescience.shape - package imagescience.shape
-
- imagescience.transform - package imagescience.transform
-
- imagescience.utility - package imagescience.utility
-
- increment() -
Method in class imagescience.array.ByteArray
- Returns the capacity increment of the array.
- increment(int) -
Method in class imagescience.array.ByteArray
- Sets the capacity increment of the array.
- increment() -
Method in class imagescience.array.DoubleArray
- Returns the capacity increment of the array.
- increment(int) -
Method in class imagescience.array.DoubleArray
- Sets the capacity increment of the array.
- increment() -
Method in class imagescience.array.FloatArray
- Returns the capacity increment of the array.
- increment(int) -
Method in class imagescience.array.FloatArray
- Sets the capacity increment of the array.
- increment() -
Method in class imagescience.array.IntArray
- Returns the capacity increment of the array.
- increment(int) -
Method in class imagescience.array.IntArray
- Sets the capacity increment of the array.
- increment() -
Method in class imagescience.array.LongArray
- Returns the capacity increment of the array.
- increment(int) -
Method in class imagescience.array.LongArray
- Sets the capacity increment of the array.
- increment() -
Method in class imagescience.array.ShortArray
- Returns the capacity increment of the array.
- increment(int) -
Method in class imagescience.array.ShortArray
- Sets the capacity increment of the array.
- index(Color) -
Method in class imagescience.color.Palette
- Returns the index of the given color.
- inf(String) -
Method in class imagescience.utility.Formatter
- Sets the string representation of an infinite value used by method
Formatter.d2s(double)
.
- insert(byte, int) -
Method in class imagescience.array.ByteArray
- Inserts the given
byte
at the given index in the array.
- insert(double, int) -
Method in class imagescience.array.DoubleArray
- Inserts the given
double
at the given index in the array.
- insert(float, int) -
Method in class imagescience.array.FloatArray
- Inserts the given
float
at the given index in the array.
- insert(int, int) -
Method in class imagescience.array.IntArray
- Inserts the given
int
at the given index in the array.
- insert(long, int) -
Method in class imagescience.array.LongArray
- Inserts the given
long
at the given index in the array.
- insert(short, int) -
Method in class imagescience.array.ShortArray
- Inserts the given
short
at the given index in the array.
- instance(ImagePlus) -
Static method in class imagescience.utility.I5DResource
- Indicates whether an image is an instance of
Image5D
.
- IntArray - Class in imagescience.array
- A dynamic array of
int
values. - IntArray() -
Constructor for class imagescience.array.IntArray
- Default constructor.
- IntArray(int) -
Constructor for class imagescience.array.IntArray
- Capacity constructor.
- IntArray(int, int) -
Constructor for class imagescience.array.IntArray
- Capacity constructor.
- IntArray(int[]) -
Constructor for class imagescience.array.IntArray
- Array constructor.
- intersect(Region) -
Method in class imagescience.shape.Region
- Sets the shape of this region to the intersection of its current shape and the shape of the given region.
- inverse(Image, Image, Axes) -
Method in class imagescience.fourier.FFT
- Applies the inverse Fourier transform to complex-valued images along the specified axes.
- invert() -
Method in class imagescience.image.Image
- Replaces every image element by its inverted value.
- invert() -
Method in class imagescience.transform.Transform
- Inverts the transformation matrix.
K
- KURTOSIS -
Static variable in class imagescience.feature.Statistics
- The Fisher kurtosis or fourth-order moment about the mean of the values in the image.
L
- L1NORM -
Static variable in class imagescience.feature.Statistics
- The L1-norm or sum of the magnitudes of the values in the image.
- L2NORM -
Static variable in class imagescience.feature.Statistics
- The L2-norm or zero-mean standard deviation of the values in the image.
- Laplacian - Class in imagescience.feature
- Computes the Laplacian of images.
- Laplacian() -
Constructor for class imagescience.feature.Laplacian
- Default constructor.
- last() -
Method in class imagescience.array.ByteArray
- Returns the last element of the array.
- last() -
Method in class imagescience.array.DoubleArray
- Returns the last element of the array.
- last() -
Method in class imagescience.array.FloatArray
- Returns the last element of the array.
- last() -
Method in class imagescience.array.IntArray
- Returns the last element of the array.
- last() -
Method in class imagescience.array.LongArray
- Returns the last element of the array.
- last() -
Method in class imagescience.array.ShortArray
- Returns the last element of the array.
- length() -
Method in class imagescience.array.ByteArray
- Returns the number of elements in the array.
- length(int) -
Method in class imagescience.array.ByteArray
- Sets the length of the array to the given length.
- length() -
Method in class imagescience.array.DoubleArray
- Returns the number of elements in the array.
- length(int) -
Method in class imagescience.array.DoubleArray
- Sets the length of the array to the given length.
- length() -
Method in class imagescience.array.FloatArray
- Returns the number of elements in the array.
- length(int) -
Method in class imagescience.array.FloatArray
- Sets the length of the array to the given length.
- length() -
Method in class imagescience.array.IntArray
- Returns the number of elements in the array.
- length(int) -
Method in class imagescience.array.IntArray
- Sets the length of the array to the given length.
- length() -
Method in class imagescience.array.LongArray
- Returns the number of elements in the array.
- length(int) -
Method in class imagescience.array.LongArray
- Sets the length of the array to the given length.
- length() -
Method in class imagescience.array.ShortArray
- Returns the number of elements in the array.
- length(int) -
Method in class imagescience.array.ShortArray
- Sets the length of the array to the given length.
- LINEAR -
Static variable in class imagescience.transform.Affine
- Linear interpolation.
- LINEAR -
Static variable in class imagescience.transform.Rotate
- Linear interpolation.
- LINEAR -
Static variable in class imagescience.transform.Scale
- Linear interpolation.
- LINEAR -
Static variable in class imagescience.transform.Translate
- Linear interpolation.
- LineReader - Class in imagescience.utility
- Reads text line-by-line from a character stream using buffering for efficiency.
- LineReader(Reader) -
Constructor for class imagescience.utility.LineReader
- Constructs a buffered line reader from the given character stream reader.
- lines() -
Method in class imagescience.utility.LineReader
- Returns the number of lines read using this reader.
- lngamma(double) -
Static method in class imagescience.utility.FMath
- Returns the natural logarithm of the Gamma function at
x
.
- log() -
Method in class imagescience.utility.Messenger
- Indicates whether log messages are displayed.
- log(boolean) -
Method in class imagescience.utility.Messenger
- Enables or disables displaying of log messages.
- log(String) -
Method in class imagescience.utility.Messenger
- Displays the given log message if displaying is enabled for such messages.
- lommelu(int, int, double, double) -
Static method in class imagescience.utility.FMath
- Returns the value at
(u,v)
of the series expansion of the Lommel U-function of order n
evaluated to t
terms.
- lommelv(int, int, double, double) -
Static method in class imagescience.utility.FMath
- Returns the value at
(u,v)
of the series expansion of the Lommel V-function of order n
evaluated to t
terms.
- LongArray - Class in imagescience.array
- A dynamic array of
long
values. - LongArray() -
Constructor for class imagescience.array.LongArray
- Default constructor.
- LongArray(int) -
Constructor for class imagescience.array.LongArray
- Capacity constructor.
- LongArray(int, int) -
Constructor for class imagescience.array.LongArray
- Capacity constructor.
- LongArray(long[]) -
Constructor for class imagescience.array.LongArray
- Array constructor.
- lower -
Variable in class imagescience.shape.Bounds
- Contains the lower bound for each dimension.
M
- MAGNIFIER -
Static variable in class imagescience.utility.MouseCursor
- The custom magnifier cursor type.
- major(double) -
Method in class imagescience.shape.Ellipse
- Sets the major radius of the ellipse.
- major() -
Method in class imagescience.shape.Ellipse
- Returns the major radius of the ellipse.
- MASS -
Static variable in class imagescience.feature.Statistics
- The mass or sum of the values in the image.
- max(double, double) -
Static method in class imagescience.utility.FMath
- Returns the maximum of the given values.
- max(double, double, double, double) -
Static method in class imagescience.utility.FMath
- Returns the maximum of the given values.
- max(double, double, double, double, double, double, double, double) -
Static method in class imagescience.utility.FMath
- Returns the maximum of the given values.
- max(double) -
Method in class imagescience.utility.Progressor
- Specifies the maximum displayed progress value.
- max() -
Method in class imagescience.utility.Progressor
- Returns the maximum displayed progress value.
- MAX_ORDER -
Static variable in class imagescience.feature.Differentiator
- The largest supported order of differentiation.
- MAXIMA -
Static variable in class imagescience.segment.Extremizer
- The maxima type.
- MAXIMUM -
Static variable in class imagescience.feature.Statistics
- The maximum value in the image.
- maximum() -
Method in class imagescience.image.Image
- Returns the maximum value in the image.
- MAXIMUM -
Static variable in class imagescience.transform.Embed
- Background filling with the maximum value in the input image.
- MEAN -
Static variable in class imagescience.feature.Statistics
- The mean of the values in the image.
- MEDIAN -
Static variable in class imagescience.feature.Statistics
- The median of the values in the image.
- memory() -
Method in class imagescience.image.ByteImage
-
- memory() -
Method in class imagescience.image.ColorImage
-
- memory() -
Method in class imagescience.image.FloatImage
-
- memory() -
Method in class imagescience.image.Image
- Returns the amount of memory occupied by the image data.
- memory() -
Method in class imagescience.image.ShortImage
-
- messenger -
Variable in class imagescience.feature.Differentiator
- The object used for message displaying.
- messenger -
Variable in class imagescience.feature.Edges
- The object used for message displaying.
- messenger -
Variable in class imagescience.feature.Hessian
- The object used for message displaying.
- messenger -
Variable in class imagescience.feature.Laplacian
- The object used for message displaying.
- messenger -
Variable in class imagescience.feature.Smoother
- The object used for message displaying.
- messenger -
Variable in class imagescience.feature.Statistics
- The object used for message displaying.
- messenger -
Variable in class imagescience.feature.Structure
- The object used for message displaying.
- messenger -
Variable in class imagescience.fourier.FFT
- The object used for message displaying.
- messenger -
Variable in class imagescience.random.Randomizer
- The object used for message displaying.
- messenger -
Variable in class imagescience.segment.Extremizer
- The object used for message displaying.
- messenger -
Variable in class imagescience.segment.Thresholder
- The object used for message displaying.
- messenger -
Variable in class imagescience.segment.ZeroCrosser
- The object used for message displaying.
- messenger -
Variable in class imagescience.transform.Affine
- The object used for message displaying.
- messenger -
Variable in class imagescience.transform.Crop
- The object used for message displaying.
- messenger -
Variable in class imagescience.transform.Embed
- The object used for message displaying.
- messenger -
Variable in class imagescience.transform.Mirror
- The object used for message displaying.
- messenger -
Variable in class imagescience.transform.Rotate
- The object used for message displaying.
- messenger -
Variable in class imagescience.transform.Scale
- The object used for message displaying.
- messenger -
Variable in class imagescience.transform.Translate
- The object used for message displaying.
- messenger -
Variable in class imagescience.transform.Turn
- The object used for message displaying.
- Messenger - Class in imagescience.utility
- Displays various types of messages.
- Messenger() -
Constructor for class imagescience.utility.Messenger
- Default constructor.
- messenger -
Variable in class imagescience.utility.MouseCursor
- The object used for message displaying.
- messenger -
Variable in class imagescience.utility.Timer
- The object used for message displaying.
- min(double, double) -
Static method in class imagescience.utility.FMath
- Returns the minimum of the given values.
- min(double, double, double, double) -
Static method in class imagescience.utility.FMath
- Returns the minimum of the given values.
- min(double, double, double, double, double, double, double, double) -
Static method in class imagescience.utility.FMath
- Returns the minimum of the given values.
- min(double) -
Method in class imagescience.utility.Progressor
- Specifies the minimum displayed progress value.
- min() -
Method in class imagescience.utility.Progressor
- Returns the minimum displayed progress value.
- MINIMA -
Static variable in class imagescience.segment.Extremizer
- The minima type.
- MINIMUM -
Static variable in class imagescience.feature.Statistics
- The minimum value in the image.
- minimum() -
Method in class imagescience.image.Image
- Returns the minimum value in the image.
- MINIMUM -
Static variable in class imagescience.transform.Embed
- Background filling with the minimum value in the input image.
- minmax(ImagePlus, double, double) -
Static method in class imagescience.utility.I5DResource
- Sets the minimum and maximum displayed value of all channels of an image.
- minor(double) -
Method in class imagescience.shape.Ellipse
- Sets the minor radius of the ellipse.
- minor() -
Method in class imagescience.shape.Ellipse
- Returns the minor radius of the ellipse.
- mirror(Borders) -
Method in class imagescience.image.ByteImage
-
- mirror(Borders) -
Method in class imagescience.image.ColorImage
-
- mirror(Borders) -
Method in class imagescience.image.FloatImage
-
- mirror(Borders) -
Method in class imagescience.image.Image
- Sets the image elements in the borders by mirroring the remainder of the image.
- mirror(Borders) -
Method in class imagescience.image.ShortImage
-
- MIRROR -
Static variable in class imagescience.transform.Embed
- Background filling by mirroring the values in the input image.
- Mirror - Class in imagescience.transform
- Mirrors an image.
- Mirror() -
Constructor for class imagescience.transform.Mirror
- Default constructor.
- mode() -
Method in class imagescience.color.Palette
- Returns the palette mode.
- MODE -
Static variable in class imagescience.feature.Statistics
- The mode or most frequently occurring value in the image.
- mode(ImagePlus, int) -
Static method in class imagescience.utility.I5DResource
- Sets the displaying mode of an image.
- MODULATORY -
Static variable in class imagescience.random.Randomizer
- Modulatory insertion of random numbers.
- MouseCursor - Class in imagescience.utility
- Provides custom-made mouse cursors.
- MouseCursor() -
Constructor for class imagescience.utility.MouseCursor
- Default constructor.
- MULTIPLICATIVE -
Static variable in class imagescience.random.Randomizer
- Multiplicative insertion of random numbers.
- multiply(double) -
Method in class imagescience.image.Image
- Multiplies every image element with a value.
- multiply(Image) -
Method in class imagescience.image.Image
- Multiplies this image element-by-element with an image.
N
- name(String) -
Method in class imagescience.image.Image
- Sets the name of this image.
- name() -
Method in class imagescience.image.Image
- Returns the name of this image.
- name() -
Static method in class imagescience.ImageScience
- Returns the name of the library.
- nan(String) -
Method in class imagescience.utility.Formatter
- Sets the string representation of the value
Double.NaN
used by method Formatter.d2s(double)
.
- NEAREST -
Static variable in class imagescience.transform.Affine
- Nearest-neighbor interpolation.
- NEAREST -
Static variable in class imagescience.transform.Rotate
- Nearest-neighbor interpolation.
- NEAREST -
Static variable in class imagescience.transform.Scale
- Nearest-neighbor interpolation.
- NEAREST -
Static variable in class imagescience.transform.Translate
- Nearest-neighbor interpolation.
- next() -
Method in class imagescience.color.Palette
- Returns the next color.
- next() -
Method in class imagescience.random.BinomialGenerator
- Returns a random number from the binomial distribution with number of trials and probability specified at construction.
- next(int, double) -
Method in class imagescience.random.BinomialGenerator
- Returns a random number from the binomial distribution with given number of
trials
of given probability
.
- next() -
Method in class imagescience.random.ExponentialGenerator
- Returns a random number from the exponential distribution with lambda specified at construction.
- next(double) -
Method in class imagescience.random.ExponentialGenerator
- Returns a random number from the exponential distribution with given
lambda
.
- next() -
Method in class imagescience.random.GammaGenerator
- Returns a random number from the gamma distribution with order specified at construction.
- next(int) -
Method in class imagescience.random.GammaGenerator
- Returns a random number from the gamma distribution with given
order
.
- next() -
Method in class imagescience.random.GaussianGenerator
- Returns a random number from the Gaussian distribution with mean and standard deviation specified at construction.
- next(double, double) -
Method in class imagescience.random.GaussianGenerator
- Returns a random number from the Gaussian distribution with given
mean
and standard deviation stdev
.
- next() -
Method in class imagescience.random.PoissonGenerator
- Returns a random number from the Poisson distribution with mean specified at construction.
- next(double) -
Method in class imagescience.random.PoissonGenerator
- Returns a random number from the Poisson distribution with given
mean
.
- next() -
Method in interface imagescience.random.RandomGenerator
- Returns a random number.
- next() -
Method in class imagescience.random.UniformGenerator
- Returns a uniform random number in the interval specified at construction.
- next(double, double) -
Method in class imagescience.random.UniformGenerator
- Returns a uniform random number in the open interval
(min,max)
.
- nocolor(ImagePlus) -
Static method in class imagescience.utility.I5DResource
- Disables the color model of all channels of an image.
- nodensity(ImagePlus) -
Static method in class imagescience.utility.I5DResource
- Disables the density calibration of all channels of an image.
O
- OMOMS3 -
Static variable in class imagescience.transform.Affine
- Cubic O-MOMS interpolation [5].
- omoms3(double[], int) -
Method in class imagescience.transform.Prefilter
- Applies cubic O-MOMS prefiltering to an array.
- omoms3(Image, Axes, Borders) -
Method in class imagescience.transform.Prefilter
- Applies cubic O-MOMS prefiltering to an image.
- OMOMS3 -
Static variable in class imagescience.transform.Rotate
- Cubic O-MOMS interpolation [5].
- OMOMS3 -
Static variable in class imagescience.transform.Scale
- Cubic O-MOMS interpolation [5].
- OMOMS3 -
Static variable in class imagescience.transform.Translate
- Cubic O-MOMS interpolation [5].
- OVERLAY -
Static variable in class imagescience.utility.I5DResource
- The overlay displaying mode.
P
- Palette - Class in imagescience.color
- A palette of 100 different colors.
- Palette() -
Constructor for class imagescience.color.Palette
- Default constructor.
- Palette(int) -
Constructor for class imagescience.color.Palette
- Mode constructor.
- parent(Progressor) -
Method in class imagescience.utility.Progressor
- Sets the parent object for progress displaying.
- parent() -
Method in class imagescience.utility.Progressor
- Returns the parent object for progress displaying.
- pause() -
Method in class imagescience.utility.Timer
- Pauses the timer.
- perimeter() -
Method in class imagescience.shape.Circle
- Returns the perimeter of the circle.
- perimeter() -
Method in class imagescience.shape.Ellipse
- Returns the perimeter of the ellipse.
- perimeter() -
Method in class imagescience.shape.Polygon
- Returns the perimeter of the polygon.
- perimeter() -
Method in class imagescience.shape.Rectangle
- Returns the perimeter of the rectangle.
- perimeter() -
Method in class imagescience.shape.Spline
- Returns the perimeter of the spline.
- perimeter() -
Method in class imagescience.shape.Square
- Returns the perimeter of the square.
- PLUS -
Static variable in class imagescience.utility.MouseCursor
- The custom plus cursor type.
- Point - Class in imagescience.shape
- A point in 5D space.
- Point() -
Constructor for class imagescience.shape.Point
- Default constructor.
- Point(double) -
Constructor for class imagescience.shape.Point
- One-dimensional constructor.
- Point(double, double) -
Constructor for class imagescience.shape.Point
- Two-dimensional constructor.
- Point(double, double, double) -
Constructor for class imagescience.shape.Point
- Three-dimensional constructor.
- Point(double, double, double, double) -
Constructor for class imagescience.shape.Point
- Four-dimensional constructor.
- Point(double, double, double, double, double) -
Constructor for class imagescience.shape.Point
- Five-dimensional constructor.
- Point(Point) -
Constructor for class imagescience.shape.Point
- Copy constructor.
- poisson(Image, double, int, boolean) -
Method in class imagescience.random.Randomizer
- Randomizes images using a Poisson random variable.
- PoissonGenerator - Class in imagescience.random
- Poisson random number generator.
- PoissonGenerator() -
Constructor for class imagescience.random.PoissonGenerator
- Constructs a generator of random numbers from the Poisson distribution with unit mean and initialized with a random seed.
- PoissonGenerator(int) -
Constructor for class imagescience.random.PoissonGenerator
- Constructs a generator of random numbers from the Poisson distribution with unit mean and initialized with the given
seed
.
- PoissonGenerator(double) -
Constructor for class imagescience.random.PoissonGenerator
- Constructs a generator of random numbers from the Poisson distribution with given
mean
and initialized with a random seed.
- PoissonGenerator(double, int) -
Constructor for class imagescience.random.PoissonGenerator
- Constructs a generator of random numbers from the Poisson distribution with given
mean
and initialized with the given seed
.
- Polygon - Class in imagescience.shape
- A polygon in the x-y plane.
- Polygon() -
Constructor for class imagescience.shape.Polygon
- Default constructor.
- Polygon(Vector<Point>) -
Constructor for class imagescience.shape.Polygon
- Constructs a polygon from the given vertices.
- Polygon(Polygon) -
Constructor for class imagescience.shape.Polygon
- Copy constructor.
- position(double, double) -
Method in class imagescience.shape.Circle
- Sets the center position of the circle.
- position(double, double) -
Method in class imagescience.shape.Ellipse
- Sets the center position of the ellipse.
- position(double, double) -
Method in class imagescience.shape.Rectangle
- Sets the top-left corner position of the rectangle.
- position(double, double) -
Method in class imagescience.shape.Square
- Sets the top-left position of the square.
- position(ImagePlus, int) -
Static method in class imagescience.utility.I5DResource
- Returns the current position of an image in a specific dimension.
- position(ImagePlus, int, int) -
Static method in class imagescience.utility.I5DResource
- Sets the position of an image in a specific dimension.
- position(ImagePlus, int, int, int, int, int) -
Static method in class imagescience.utility.I5DResource
- Sets the position of an image in each dimension.
- power(double) -
Method in class imagescience.image.Image
- Replaces every image element by its value raised to a power.
- power2(int) -
Static method in class imagescience.utility.FMath
- Indicates whether the given integer value is a power of 2.
- Prefilter - Class in imagescience.transform
- Prefilters an array or image for different interpolation schemes.
- Prefilter() -
Constructor for class imagescience.transform.Prefilter
- Default constructor.
- prelude() -
Static method in class imagescience.ImageScience
- Returns the name and version number of the library appended with a colon and space.
- processor(ImagePlus, int) -
Static method in class imagescience.utility.I5DResource
- Returns the processor of a specific channel of an image.
- progressor -
Variable in class imagescience.feature.Differentiator
- The object used for progress displaying.
- progressor -
Variable in class imagescience.feature.Edges
- The object used for progress displaying.
- progressor -
Variable in class imagescience.feature.Hessian
- The object used for progress displaying.
- progressor -
Variable in class imagescience.feature.Laplacian
- The object used for progress displaying.
- progressor -
Variable in class imagescience.feature.Smoother
- The object used for progress displaying.
- progressor -
Variable in class imagescience.feature.Statistics
- The object used for progress displaying.
- progressor -
Variable in class imagescience.feature.Structure
- The object used for progress displaying.
- progressor -
Variable in class imagescience.fourier.FFT
- The object used for progress displaying.
- progressor -
Variable in class imagescience.random.Randomizer
- The object used for progress displaying.
- progressor -
Variable in class imagescience.segment.Extremizer
- The object used for progress displaying.
- progressor -
Variable in class imagescience.segment.Thresholder
- The object used for progress displaying.
- progressor -
Variable in class imagescience.segment.ZeroCrosser
- The object used for progress displaying.
- progressor -
Variable in class imagescience.transform.Affine
- The object used for progress displaying.
- progressor -
Variable in class imagescience.transform.Crop
- The object used for progress displaying.
- progressor -
Variable in class imagescience.transform.Embed
- The object used for progress displaying.
- progressor -
Variable in class imagescience.transform.Mirror
- The object used for progress displaying.
- progressor -
Variable in class imagescience.transform.Rotate
- The object used for progress displaying.
- progressor -
Variable in class imagescience.transform.Scale
- The object used for progress displaying.
- progressor -
Variable in class imagescience.transform.Translate
- The object used for progress displaying.
- progressor -
Variable in class imagescience.transform.Turn
- The object used for progress displaying.
- Progressor - Class in imagescience.utility
- Wrapper around ImageJ's progress bar.
- Progressor() -
Constructor for class imagescience.utility.Progressor
- Default constructor.
R
- radii(double, double) -
Method in class imagescience.shape.Ellipse
- Sets the radii of the ellipse.
- radius(double) -
Method in class imagescience.shape.Circle
- Sets the radius of the circle.
- radius() -
Method in class imagescience.shape.Circle
- Returns the radius of the circle.
- RandomGenerator - Interface in imagescience.random
- Interface for random number generators.
- Randomizer - Class in imagescience.random
- Randomizes images.
- Randomizer() -
Constructor for class imagescience.random.Randomizer
- Default constructor.
- range(double, double) -
Method in class imagescience.utility.Progressor
- Specifies the minimum and maximum displayed progress value.
- read() -
Method in class imagescience.utility.LineReader
- Reads a line of text.
- Rectangle - Class in imagescience.shape
- A rectangle in the x-y plane.
- Rectangle() -
Constructor for class imagescience.shape.Rectangle
- Default constructor.
- Rectangle(double, double, double, double) -
Constructor for class imagescience.shape.Rectangle
- Constructs a rectangle with given top-left corner position, width and height.
- Rectangle(Rectangle) -
Constructor for class imagescience.shape.Rectangle
- Copy constructor.
- RED -
Static variable in class imagescience.image.ColorImage
- The red component (stored in bits 16-23).
- Region - Class in imagescience.shape
- An arbitrarily but discretely shaped region in the x-y plane.
- Region() -
Constructor for class imagescience.shape.Region
- Default constructor.
- Region(Image) -
Constructor for class imagescience.shape.Region
- Image constructor.
- Region(Region) -
Constructor for class imagescience.shape.Region
- Copy constructor.
- remove(int) -
Method in class imagescience.array.ByteArray
- Removes the element at the given index from the array.
- remove(int) -
Method in class imagescience.array.DoubleArray
- Removes the element at the given index from the array.
- remove(int) -
Method in class imagescience.array.FloatArray
- Removes the element at the given index from the array.
- remove(int) -
Method in class imagescience.array.IntArray
- Removes the element at the given index from the array.
- remove(int) -
Method in class imagescience.array.LongArray
- Removes the element at the given index from the array.
- remove(int) -
Method in class imagescience.array.ShortArray
- Removes the element at the given index from the array.
- render(Point3f, float, Point3f) -
Method in class imagescience.mesh.Cone
- Returns a copy of the cone mesh with given base and apex position and with given base radius.
- render(Point3f, float) -
Method in class imagescience.mesh.Cube
- Returns a copy of the cube mesh at the given center position and with given edge length.
- render(Point3f, float, Point3f, float) -
Method in class imagescience.mesh.Cylinder
- Returns a copy of the cylinder mesh with given base and end position and correponding radii.
- render(Point3f, float) -
Method in class imagescience.mesh.Sphere
- Returns a copy of the sphere mesh at the given center position and with given radius.
- REPEAT -
Static variable in class imagescience.transform.Embed
- Background filling by repeating the values in the input image.
- reset() -
Method in class imagescience.array.ByteArray
- Removes all elements.
- reset() -
Method in class imagescience.array.DoubleArray
- Removes all elements.
- reset() -
Method in class imagescience.array.FloatArray
- Removes all elements.
- reset() -
Method in class imagescience.array.IntArray
- Removes all elements.
- reset() -
Method in class imagescience.array.LongArray
- Removes all elements.
- reset() -
Method in class imagescience.array.ShortArray
- Removes all elements.
- reset() -
Method in class imagescience.color.Palette
- Resets the counter used by the
Palette.next()
method.
- reset() -
Method in class imagescience.image.Coordinates
- Resets the coordinates to their default values.
- reset() -
Method in class imagescience.shape.Region
- Restores this region to an empty region.
- reset() -
Method in class imagescience.transform.Transform
- Resets the transformation matrix to the identity matrix.
- resume() -
Method in class imagescience.utility.Timer
- Resumes the timer.
- rgba(double, double[]) -
Method in class imagescience.color.Wave2Color
- Converts a wavelength to its corresponding RGBA color values.
- rgba(double) -
Method in class imagescience.color.Wave2Color
- Converts a wavelength to its corresponding RGBA color values.
- rotate(double) -
Method in class imagescience.shape.Ellipse
- Increases the angle of the ellipse by the given amount.
- Rotate - Class in imagescience.transform
- Rotates an image using different interpolation schemes.
- Rotate() -
Constructor for class imagescience.transform.Rotate
- Default constructor.
- rotate(double, int) -
Method in class imagescience.transform.Transform
- Rotates the transformation matrix.
- round(double) -
Static method in class imagescience.utility.FMath
- Returns the given value rounded to the nearest integral value.
- run(Image, double, int, int, int) -
Method in class imagescience.feature.Differentiator
- Computes derivatives of images.
- run(Image, double, boolean) -
Method in class imagescience.feature.Edges
- Detects edges in images.
- run(Image, double, boolean) -
Method in class imagescience.feature.Hessian
- Computes Hessian eigenimages of images.
- run(Image, double) -
Method in class imagescience.feature.Laplacian
- Computes the Laplacian of images.
- run(Image) -
Method in class imagescience.feature.Statistics
- Computes the statistics of an image.
- run(Image, Coordinates, Coordinates) -
Method in class imagescience.feature.Statistics
- Computes the statistics of an image in a rectangular region of interest.
- run(Image, Coordinates, Coordinates, Image) -
Method in class imagescience.feature.Statistics
- Computes the statistics of an image in a masked rectangular region of interest.
- run(Image, double, double) -
Method in class imagescience.feature.Structure
- Computes structure tensor eigenimages of images.
- run(Image, int, int) -
Method in class imagescience.segment.Extremizer
- Finds local extrema in an image.
- run(Image) -
Method in class imagescience.segment.ZeroCrosser
- Detects zero-crossings in an image.
- run(Image, Transform, int, boolean, boolean, boolean) -
Method in class imagescience.transform.Affine
- Affine transforms an image.
- run(Image, Coordinates, Coordinates) -
Method in class imagescience.transform.Crop
- Crops an image.
- run(Image, Dimensions, Coordinates, int) -
Method in class imagescience.transform.Embed
- Embeds an image.
- run(Image, Axes) -
Method in class imagescience.transform.Mirror
- Mirrors an image.
- run(Image, double, double, double, int, boolean, boolean, boolean) -
Method in class imagescience.transform.Rotate
- Rotates an image.
- run(Image, double, double, double, double, double, int) -
Method in class imagescience.transform.Scale
- Scales an image.
- run(Image, double, double, double, int) -
Method in class imagescience.transform.Translate
- Translates an image.
- run(Image, int, int, int) -
Method in class imagescience.transform.Turn
- Turns an image.
S
- Scale - Class in imagescience.transform
- Scales an image using different interpolation schemes.
- Scale() -
Constructor for class imagescience.transform.Scale
- Default constructor.
- scale(double, int) -
Method in class imagescience.transform.Transform
- Scales the transformation matrix.
- SDEVIATION -
Static variable in class imagescience.feature.Statistics
- The standard deviation from the mean of the values in the image.
- set(byte, int) -
Method in class imagescience.array.ByteArray
- Replaces the element at the given index in the array by the given
byte
.
- set(byte[]) -
Method in class imagescience.array.ByteArray
- Sets the internal array to the given array.
- set(double, int) -
Method in class imagescience.array.DoubleArray
- Replaces the element at the given index in the array by the given
double
.
- set(double[]) -
Method in class imagescience.array.DoubleArray
- Sets the internal array to the given array.
- set(float, int) -
Method in class imagescience.array.FloatArray
- Replaces the element at the given index in the array by the given
float
.
- set(float[]) -
Method in class imagescience.array.FloatArray
- Sets the internal array to the given array.
- set(int, int) -
Method in class imagescience.array.IntArray
- Replaces the element at the given index in the array by the given
int
.
- set(int[]) -
Method in class imagescience.array.IntArray
- Sets the internal array to the given array.
- set(long, int) -
Method in class imagescience.array.LongArray
- Replaces the element at the given index in the array by the given
long
.
- set(long[]) -
Method in class imagescience.array.LongArray
- Sets the internal array to the given array.
- set(short, int) -
Method in class imagescience.array.ShortArray
- Replaces the element at the given index in the array by the given
short
.
- set(short[]) -
Method in class imagescience.array.ShortArray
- Sets the internal array to the given array.
- set(double) -
Method in class imagescience.image.ByteImage
-
- set(Borders, double) -
Method in class imagescience.image.ByteImage
-
- set(Coordinates, double) -
Method in class imagescience.image.ByteImage
-
- set(Coordinates, double[]) -
Method in class imagescience.image.ByteImage
-
- set(Coordinates, double[][]) -
Method in class imagescience.image.ByteImage
-
- set(Coordinates, double[][][]) -
Method in class imagescience.image.ByteImage
-
- set(Coordinates, double[][][][]) -
Method in class imagescience.image.ByteImage
-
- set(Coordinates, double[][][][][]) -
Method in class imagescience.image.ByteImage
-
- set(Coordinates, float[]) -
Method in class imagescience.image.ByteImage
-
- set(Coordinates, float[][]) -
Method in class imagescience.image.ByteImage
-
- set(Coordinates, float[][][]) -
Method in class imagescience.image.ByteImage
-
- set(Coordinates, float[][][][]) -
Method in class imagescience.image.ByteImage
-
- set(Coordinates, float[][][][][]) -
Method in class imagescience.image.ByteImage
-
- set(Image) -
Method in class imagescience.image.ColorImage
- Sets the currently active component to the given image.
- set(double) -
Method in class imagescience.image.ColorImage
-
- set(Borders, double) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates, double) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates, double[]) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates, double[][]) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates, double[][][]) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates, double[][][][]) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates, double[][][][][]) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates, float[]) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates, float[][]) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates, float[][][]) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates, float[][][][]) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates, float[][][][][]) -
Method in class imagescience.image.ColorImage
-
- set(Coordinates) -
Method in class imagescience.image.Coordinates
- Sets the coordinates to the given coordinates.
- set(double) -
Method in class imagescience.image.FloatImage
-
- set(Borders, double) -
Method in class imagescience.image.FloatImage
-
- set(Coordinates, double) -
Method in class imagescience.image.FloatImage
-
- set(Coordinates, double[]) -
Method in class imagescience.image.FloatImage
-
- set(Coordinates, double[][]) -
Method in class imagescience.image.FloatImage
-
- set(Coordinates, double[][][]) -
Method in class imagescience.image.FloatImage
-
- set(Coordinates, double[][][][]) -
Method in class imagescience.image.FloatImage
-
- set(Coordinates, double[][][][][]) -
Method in class imagescience.image.FloatImage
-
- set(Coordinates, float[]) -
Method in class imagescience.image.FloatImage
-
- set(Coordinates, float[][]) -
Method in class imagescience.image.FloatImage
-
- set(Coordinates, float[][][]) -
Method in class imagescience.image.FloatImage
-
- set(Coordinates, float[][][][]) -
Method in class imagescience.image.FloatImage
-
- set(Coordinates, float[][][][][]) -
Method in class imagescience.image.FloatImage
-
- set(double) -
Method in class imagescience.image.Image
- Sets every image element to the given value.
- set(Borders, double) -
Method in class imagescience.image.Image
- Sets every image element in the borders to the given value.
- set(Coordinates, double) -
Method in class imagescience.image.Image
- Sets the image element at the given coordinates to the given value.
- set(Coordinates, float[]) -
Method in class imagescience.image.Image
- Writes values in one dimension from the array into the image.
- set(Coordinates, double[]) -
Method in class imagescience.image.Image
- Writes values in one dimension from the array into the image.
- set(Coordinates, float[][]) -
Method in class imagescience.image.Image
- Writes values in two dimensions from the array into the image.
- set(Coordinates, double[][]) -
Method in class imagescience.image.Image
- Writes values in two dimensions from the array into the image.
- set(Coordinates, float[][][]) -
Method in class imagescience.image.Image
- Writes values in three dimensions from the array into the image.
- set(Coordinates, double[][][]) -
Method in class imagescience.image.Image
- Writes values in three dimensions from the array into the image.
- set(Coordinates, float[][][][]) -
Method in class imagescience.image.Image
- Writes values in four dimensions from the array into the image.
- set(Coordinates, double[][][][]) -
Method in class imagescience.image.Image
- Writes values in four dimensions from the array into the image.
- set(Coordinates, float[][][][][]) -
Method in class imagescience.image.Image
- Writes values in all five dimensions from the array into the image.
- set(Coordinates, double[][][][][]) -
Method in class imagescience.image.Image
- Writes values in all five dimensions from the array into the image.
- set(double) -
Method in class imagescience.image.ShortImage
-
- set(Borders, double) -
Method in class imagescience.image.ShortImage
-
- set(Coordinates, double) -
Method in class imagescience.image.ShortImage
-
- set(Coordinates, double[]) -
Method in class imagescience.image.ShortImage
-
- set(Coordinates, double[][]) -
Method in class imagescience.image.ShortImage
-
- set(Coordinates, double[][][]) -
Method in class imagescience.image.ShortImage
-
- set(Coordinates, double[][][][]) -
Method in class imagescience.image.ShortImage
-
- set(Coordinates, double[][][][][]) -
Method in class imagescience.image.ShortImage
-
- set(Coordinates, float[]) -
Method in class imagescience.image.ShortImage
-
- set(Coordinates, float[][]) -
Method in class imagescience.image.ShortImage
-
- set(Coordinates, float[][][]) -
Method in class imagescience.image.ShortImage
-
- set(Coordinates, float[][][][]) -
Method in class imagescience.image.ShortImage
-
- set(Coordinates, float[][][][][]) -
Method in class imagescience.image.ShortImage
-
- set(double, double, double) -
Method in class imagescience.shape.Circle
- Sets the center position and radius of the circle.
- set(double, double, double, double, double) -
Method in class imagescience.shape.Ellipse
- Sets the center position, major and minor radii, and the angle of the ellipse.
- set(double) -
Method in class imagescience.shape.Point
- Sets the one-dimensional position of the point.
- set(double, double) -
Method in class imagescience.shape.Point
- Sets the two-dimensional position of the point.
- set(double, double, double) -
Method in class imagescience.shape.Point
- Sets the three-dimensional position of the point.
- set(double, double, double, double) -
Method in class imagescience.shape.Point
- Sets the four-dimensional position of the point.
- set(double, double, double, double, double) -
Method in class imagescience.shape.Point
- Sets the five-dimensional position of the point.
- set(Point) -
Method in class imagescience.shape.Point
- Sets the coordinates of this point to the coordinates of the given point.
- set(Vector<Point>) -
Method in class imagescience.shape.Polygon
- Sets the vertices of the polygon to the given vertices.
- set(double, double, double, double) -
Method in class imagescience.shape.Rectangle
- Sets the top-left corner position and size of the rectangle.
- set(Vector<Point>) -
Method in class imagescience.shape.Spline
- Sets the vertices of the spline to the given vertices.
- set(double, double, double) -
Method in class imagescience.shape.Square
- Sets the top-left position and edge length of the square.
- set(Transform) -
Method in class imagescience.transform.Transform
- Sets the elements of the transformation matrix to those of the given transform.
- set(double, double, double, double, double, double, double, double, double, double, double, double) -
Method in class imagescience.transform.Transform
- Sets the elements of the transformation matrix to the given values.
- set(double[][]) -
Method in class imagescience.transform.Transform
- Sets the elements of the transformation matrix to those of the given array.
- set(int, int, double) -
Method in class imagescience.transform.Transform
- Sets the element at the given row and column of the transformation matrix to the given value.
- set(long) -
Method in class imagescience.utility.Progressor
- Sets the internal step counter to the given value.
- Shape - Interface in imagescience.shape
- Interface for objects representing closed and bounded geometrical figures up to 5D.
- shear(double, int, int) -
Method in class imagescience.transform.Transform
- Shears the transformation matrix.
- ShortArray - Class in imagescience.array
- A dynamic array of
short
values. - ShortArray() -
Constructor for class imagescience.array.ShortArray
- Default constructor.
- ShortArray(int) -
Constructor for class imagescience.array.ShortArray
- Capacity constructor.
- ShortArray(int, int) -
Constructor for class imagescience.array.ShortArray
- Capacity constructor.
- ShortArray(short[]) -
Constructor for class imagescience.array.ShortArray
- Array constructor.
- ShortImage - Class in imagescience.image
- An image containing up to 5D elements of type
short
. - ShortImage(Dimensions) -
Constructor for class imagescience.image.ShortImage
- Dimensions constructor.
- ShortImage(ImagePlus) -
Constructor for class imagescience.image.ShortImage
- Wrapper constructor.
- ShortImage(Image) -
Constructor for class imagescience.image.ShortImage
- Copy constructor.
- ShortImage(Image, Borders) -
Constructor for class imagescience.image.ShortImage
- Copy constructor that allows adding borders.
- SIGHT -
Static variable in class imagescience.utility.MouseCursor
- The custom sight cursor type.
- sinc(double) -
Static method in class imagescience.utility.FMath
- Returns the value of the sinc function at
x
.
- size() -
Method in class imagescience.array.ByteArray
- Returns the number of elements in the array.
- size(int) -
Method in class imagescience.array.ByteArray
- Sets the length of the array to the given length.
- size() -
Method in class imagescience.array.DoubleArray
- Returns the number of elements in the array.
- size(int) -
Method in class imagescience.array.DoubleArray
- Sets the length of the array to the given length.
- size() -
Method in class imagescience.array.FloatArray
- Returns the number of elements in the array.
- size(int) -
Method in class imagescience.array.FloatArray
- Sets the length of the array to the given length.
- size() -
Method in class imagescience.array.IntArray
- Returns the number of elements in the array.
- size(int) -
Method in class imagescience.array.IntArray
- Sets the length of the array to the given length.
- size() -
Method in class imagescience.array.LongArray
- Returns the number of elements in the array.
- size(int) -
Method in class imagescience.array.LongArray
- Sets the length of the array to the given length.
- size() -
Method in class imagescience.array.ShortArray
- Returns the number of elements in the array.
- size(int) -
Method in class imagescience.array.ShortArray
- Sets the length of the array to the given length.
- size(double, double) -
Method in class imagescience.shape.Rectangle
- Sets the size of the rectangle.
- SKEWNESS -
Static variable in class imagescience.feature.Statistics
- The Fisher skewness or third-order moment about the mean of the values in the image.
- Smoother - Class in imagescience.feature
- Smoothes images.
- Smoother() -
Constructor for class imagescience.feature.Smoother
- Default constructor.
- SPECTRUM -
Static variable in class imagescience.color.Palette
- The spectrum mode.
- Sphere - Class in imagescience.mesh
- Triangular mesh of a sphere in 3D.
- Sphere(int) -
Constructor for class imagescience.mesh.Sphere
- Constructs the mesh of a unit sphere at the given level of detail.
- Spline - Class in imagescience.shape
- A closed, interpolating, C²-continuous, cubic spline curve in the x-y plane.
- Spline() -
Constructor for class imagescience.shape.Spline
- Default constructor.
- Spline(Vector<Point>) -
Constructor for class imagescience.shape.Spline
- Constructs a spline from the given vertices.
- Spline(Spline) -
Constructor for class imagescience.shape.Spline
- Copy constructor.
- square() -
Method in class imagescience.image.Image
- Replaces every image element by its square value.
- Square - Class in imagescience.shape
- A square in the x-y plane.
- Square() -
Constructor for class imagescience.shape.Square
- Default constructor.
- Square(double, double, double) -
Constructor for class imagescience.shape.Square
- Constructs a square with top-left position and edge length.
- Square(Square) -
Constructor for class imagescience.shape.Square
- Copy constructor.
- squareroot() -
Method in class imagescience.image.Image
- Replaces every image element by its square root value.
- start() -
Method in class imagescience.utility.Progressor
- Starts the progress displaying.
- start() -
Method in class imagescience.utility.Timer
- Starts the timer.
- Statistics - Class in imagescience.feature
- Computes image statistics.
- Statistics() -
Constructor for class imagescience.feature.Statistics
- Default constructor.
- status() -
Method in class imagescience.utility.Messenger
- Indicates whether status messages are displayed.
- status(boolean) -
Method in class imagescience.utility.Messenger
- Enables or disables displaying of status messages.
- status(String) -
Method in class imagescience.utility.Messenger
- Displays the given status message if displaying is enabled for such messages.
- status(String) -
Method in class imagescience.utility.Progressor
- Sets the status message.
- status() -
Method in class imagescience.utility.Progressor
- Returns the status message.
- step() -
Method in class imagescience.utility.Progressor
- Increases the internal step counter.
- step(long) -
Method in class imagescience.utility.Progressor
- Increases the internal step counter by the given amount.
- steps(long) -
Method in class imagescience.utility.Progressor
- Specifies the number of steps in the process.
- steps() -
Method in class imagescience.utility.Progressor
- Returns the number of steps in the process.
- stop() -
Method in class imagescience.utility.Progressor
- Stops the progress displaying.
- stop() -
Method in class imagescience.utility.Timer
- Stops the timer and returns the elapsed time with millisecond precision.
- string() -
Method in class imagescience.transform.Transform
- Returns a string representation of the transformation matrix.
- string(String, String, String) -
Method in class imagescience.transform.Transform
- Returns a formatted string representation of the transformation matrix.
- Structure - Class in imagescience.feature
- Computes eigenimages of the structure tensor.
- Structure() -
Constructor for class imagescience.feature.Structure
- Default constructor.
- subtract(double) -
Method in class imagescience.image.Image
- Subtracts a value from every image element.
- subtract(Image) -
Method in class imagescience.image.Image
- Subtracts an image element-by-element from this image.
- subtract(Region) -
Method in class imagescience.shape.Region
- Subtracts the shape of the given region from the shape of this region.
T
- t -
Variable in class imagescience.image.Aspects
- The absolute or relative aspect size in the t-dimension.
- T -
Static variable in class imagescience.image.Axes
- The t-axis.
- t -
Variable in class imagescience.image.Axes
- Indicates whether the t-axis is active.
- t -
Variable in class imagescience.image.Borders
- The border size in the t-dimension.
- t -
Variable in class imagescience.image.Coordinates
- The t-coordinate.
- t -
Variable in class imagescience.image.Dimensions
- The t-dimension.
- t -
Variable in class imagescience.shape.Point
- The t-coordinate of the point.
- Thresholder - Class in imagescience.segment
- Thresholds images.
- Thresholder() -
Constructor for class imagescience.segment.Thresholder
- Default constructor.
- TILED -
Static variable in class imagescience.utility.I5DResource
- The tiled displaying mode.
- time() -
Method in class imagescience.utility.Timer
- Returns the elapsed time with millisecond precision.
- Timer - Class in imagescience.utility
- Facilitates measuring of the computation time consumed by a process.
- Timer() -
Constructor for class imagescience.utility.Timer
- Default constructor.
- transfer(ImagePlus, ImagePlus) -
Static method in class imagescience.utility.I5DResource
- Transfers all channel properties from source to destination image.
- transfer(ImagePlus, ImagePlus, int[][]) -
Static method in class imagescience.utility.I5DResource
- Transfers the properties of specific channels from source to destination image.
- transfer(ImagePlus, ImagePlus, int) -
Static method in class imagescience.utility.I5DResource
- Transfers the properties of a specific source image channel to the current processor and stack of a destination image.
- Transform - Class in imagescience.transform
- Represents a 3D affine transformation matrix.
- Transform() -
Constructor for class imagescience.transform.Transform
- Default constructor.
- Transform(Transform) -
Constructor for class imagescience.transform.Transform
- Copy constructor.
- Transform(double[][]) -
Constructor for class imagescience.transform.Transform
- Array constructor.
- Transform(double, double, double, double, double, double, double, double, double, double, double, double) -
Constructor for class imagescience.transform.Transform
- Element constructor.
- transform(Transform) -
Method in class imagescience.transform.Transform
- Transforms the transformation matrix.
- transform(Point) -
Method in class imagescience.transform.Transform
- Transforms the given point.
- translate(double, double) -
Method in class imagescience.shape.Circle
- Translates the circle over the given distance.
- translate(double, double) -
Method in class imagescience.shape.Ellipse
- Translates the ellipse over the given distance.
- translate(double) -
Method in class imagescience.shape.Point
- Translates the point in one dimension.
- translate(double, double) -
Method in class imagescience.shape.Point
- Translates the point in two dimensions.
- translate(double, double, double) -
Method in class imagescience.shape.Point
- Translates the point in three dimensions.
- translate(double, double, double, double) -
Method in class imagescience.shape.Point
- Translates the point in four dimensions.
- translate(double, double, double, double, double) -
Method in class imagescience.shape.Point
- Translates the point in five dimensions.
- translate(double, double) -
Method in class imagescience.shape.Polygon
- Translates the polygon over the given distance.
- translate(double, double) -
Method in class imagescience.shape.Rectangle
- Translates the rectangle over the given distance.
- translate(int, int) -
Method in class imagescience.shape.Region
- Translates the region over the given distance.
- translate(double, double) -
Method in class imagescience.shape.Spline
- Translates the spline over the given distance.
- translate(double, double) -
Method in class imagescience.shape.Square
- Translates the square over the given distance.
- translate(double, int) -
Method in class imagescience.transform.Transform
- Translates the transformation matrix.
- Translate - Class in imagescience.transform
- Translates an image using different interpolation schemes.
- Translate() -
Constructor for class imagescience.transform.Translate
- Default constructor.
- trim() -
Method in class imagescience.array.ByteArray
- Trims the capacity of the array down to the length of the array.
- trim() -
Method in class imagescience.array.DoubleArray
- Trims the capacity of the array down to the length of the array.
- trim() -
Method in class imagescience.array.FloatArray
- Trims the capacity of the array down to the length of the array.
- trim() -
Method in class imagescience.array.IntArray
- Trims the capacity of the array down to the length of the array.
- trim() -
Method in class imagescience.array.LongArray
- Trims the capacity of the array down to the length of the array.
- trim() -
Method in class imagescience.array.ShortArray
- Trims the capacity of the array down to the length of the array.
- Turn - Class in imagescience.transform
- Rotates an image multiples of 90 degrees around its principal axes.
- Turn() -
Constructor for class imagescience.transform.Turn
- Default constructor.
- type() -
Method in class imagescience.image.ByteImage
-
- type() -
Method in class imagescience.image.ColorImage
-
- type() -
Method in class imagescience.image.FloatImage
-
- type() -
Method in class imagescience.image.Image
- Returns the image type.
- type() -
Method in class imagescience.image.ShortImage
-
U
- uniform(Image, double, double, int, boolean) -
Method in class imagescience.random.Randomizer
- Randomizes images using a uniform random variable.
- UniformGenerator - Class in imagescience.random
- Uniform random number generator.
- UniformGenerator() -
Constructor for class imagescience.random.UniformGenerator
- Constructs a generator of random numbers uniformly distributed in the open interval
(0,1)
and initialized with a random seed.
- UniformGenerator(int) -
Constructor for class imagescience.random.UniformGenerator
- Constructs a generator of random numbers uniformly distributed in the open interval
(0,1)
and initialized with the given seed
.
- UniformGenerator(double, double) -
Constructor for class imagescience.random.UniformGenerator
- Constructs a generator of random numbers uniformly distributed in the open interval
(min,max)
and initialized with a random seed.
- UniformGenerator(double, double, int) -
Constructor for class imagescience.random.UniformGenerator
- Constructs a generator of random numbers uniformly distributed in the open interval
(min,max)
and initialized with the given seed
.
- update() -
Method in class imagescience.shape.Spline
- Makes the spline recompute its shape from its vertices.
- updates(long) -
Method in class imagescience.utility.Progressor
- Specifies the number of progress updates displayed by the progress bar.
- updates() -
Method in class imagescience.utility.Progressor
- Returns the number of progress updates displayed by the progress bar.
- upper -
Variable in class imagescience.shape.Bounds
- Contains the upper bound for each dimension.
- used(Color) -
Method in class imagescience.color.Palette
- Marks the given color as used if it is in the palette.
V
- VARIANCE -
Static variable in class imagescience.feature.Statistics
- The variance or second-order moment about the mean of the values in the image.
- version() -
Static method in class imagescience.ImageScience
- Returns the version number of the library.
- VersionChecker - Class in imagescience.utility
- Compares version strings.
- VersionChecker() -
Constructor for class imagescience.utility.VersionChecker
- Default constructor.
- vertices(Vector<Point>) -
Method in class imagescience.shape.Polygon
- Sets the vertices of the polygon to the given vertices.
- vertices() -
Method in class imagescience.shape.Polygon
- Returns a new
Vector
object containing the handles of the vertices of the polygon.
- vertices(Vector<Point>) -
Method in class imagescience.shape.Spline
- Sets the vertices of the spline to the given vertices.
- vertices() -
Method in class imagescience.shape.Spline
- Returns a new
Vector
object containing the handles of the vertices of the spline.
- VTKResource - Class in imagescience.utility
- Resource class for working with the Visualization Toolkit (VTK) in the current environment.
- VTKResource() -
Constructor for class imagescience.utility.VTKResource
- Default constructor.
W
- Wave2Color - Class in imagescience.color
- Converts wavelengths of light to corresponding RGBA color values.
- Wave2Color() -
Constructor for class imagescience.color.Wave2Color
- Default constructor.
- width(double) -
Method in class imagescience.shape.Rectangle
- Sets the width of the rectangle.
- width() -
Method in class imagescience.shape.Rectangle
- Returns the width of the rectangle.
- wrap(ImagePlus) -
Static method in class imagescience.image.Image
- Creates a wrapper
Image
of the given ImagePlus
object.
X
- x -
Variable in class imagescience.image.Aspects
- The absolute or relative aspect size in the x-dimension.
- X -
Static variable in class imagescience.image.Axes
- The x-axis.
- x -
Variable in class imagescience.image.Axes
- Indicates whether the x-axis is active.
- x -
Variable in class imagescience.image.Borders
- The border size in the x-dimension.
- x -
Variable in class imagescience.image.Coordinates
- The x-coordinate.
- x -
Variable in class imagescience.image.Dimensions
- The x-dimension.
- x(double) -
Method in class imagescience.shape.Circle
- Sets the x-coordinate of the center position of the circle.
- x() -
Method in class imagescience.shape.Circle
- Returns the x-coordinate of the center position of the circle.
- x(double) -
Method in class imagescience.shape.Ellipse
- Sets the x-coordinate of the center position of the ellipse.
- x() -
Method in class imagescience.shape.Ellipse
- Returns the x-coordinate of the center position of the ellipse.
- x -
Variable in class imagescience.shape.Point
- The x-coordinate of the point.
- x(double) -
Method in class imagescience.shape.Rectangle
- Sets the x-coordinate of the top-left corner of the rectangle.
- x() -
Method in class imagescience.shape.Rectangle
- Returns the x-coordinate of the top-left corner of the rectangle.
- x(double) -
Method in class imagescience.shape.Square
- Sets the x-coordinate of the top-left position of the square.
- x() -
Method in class imagescience.shape.Square
- Returns the x-coordinate of the top-left position of the square.
Y
- y -
Variable in class imagescience.image.Aspects
- The absolute or relative aspect size in the y-dimension.
- Y -
Static variable in class imagescience.image.Axes
- The y-axis.
- y -
Variable in class imagescience.image.Axes
- Indicates whether the y-axis is active.
- y -
Variable in class imagescience.image.Borders
- The border size in the y-dimension.
- y -
Variable in class imagescience.image.Coordinates
- The y-coordinate.
- y -
Variable in class imagescience.image.Dimensions
- The y-dimension.
- y(double) -
Method in class imagescience.shape.Circle
- Sets the y-coordinate of the center position of the circle.
- y() -
Method in class imagescience.shape.Circle
- Returns the y-coordinate of the center position of the circle.
- y(double) -
Method in class imagescience.shape.Ellipse
- Sets the y-coordinate of the center position of the ellipse.
- y() -
Method in class imagescience.shape.Ellipse
- Returns the y-coordinate of the center position of the ellipse.
- y -
Variable in class imagescience.shape.Point
- The y-coordinate of the point.
- y(double) -
Method in class imagescience.shape.Rectangle
- Sets the y-coordinate of the top-left corner of the rectangle.
- y() -
Method in class imagescience.shape.Rectangle
- Returns the y-coordinate of the top-left corner of the rectangle.
- y(double) -
Method in class imagescience.shape.Square
- Sets the y-coordinate of the top-left position of the square.
- y() -
Method in class imagescience.shape.Square
- Returns the y-coordinate of the top-left position of the square.
Z
- z -
Variable in class imagescience.image.Aspects
- The absolute or relative aspect size in the z-dimension.
- Z -
Static variable in class imagescience.image.Axes
- The z-axis.
- z -
Variable in class imagescience.image.Axes
- Indicates whether the z-axis is active.
- z -
Variable in class imagescience.image.Borders
- The border size in the z-dimension.
- z -
Variable in class imagescience.image.Coordinates
- The z-coordinate.
- z -
Variable in class imagescience.image.Dimensions
- The z-dimension.
- z -
Variable in class imagescience.shape.Point
- The z-coordinate of the point.
- ZERO -
Static variable in class imagescience.transform.Embed
- Background filling with value
0
.
- ZeroCrosser - Class in imagescience.segment
- Detects zero-crossings in images.
- ZeroCrosser() -
Constructor for class imagescience.segment.ZeroCrosser
- Default constructor.
A B C D E F G H I K L M N O P R S T U V W X Y Z
Copyright (C) Erik Meijering. Permission to use this software and corresponding documentation for educational, research, and not-for-profit purposes, without a fee and without a signed licensing agreement, is granted, subject to the following terms and conditions.
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IN NO EVENT SHALL THE COPYRIGHT HOLDER BE LIABLE TO ANY PARTY FOR DIRECT, INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, OF ANY KIND WHATSOEVER, ARISING OUT OF THE USE OF THIS SOFTWARE AND ITS DOCUMENTATION, EVEN IF ADVISED OF THE POSSIBILITY THEREOF.
THE COPYRIGHT HOLDER SPECIFICALLY DISCLAIMS ANY WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE EXPRESS OR IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE SOFTWARE AND CORRESPONDING DOCUMENTATION IS PROVIDED "AS IS". THE COPYRIGHT HOLDER HAS NO OBLIGATION TO PROVIDE MAINTENANCE, SUPPORT, UPDATES, ENHANCEMENTS, OR MODIFICATIONS.