- A - Variable in class frink.graphics.Plane3DFloat
-
The coefficients of the plane.
- add(Point3DFloat) - Method in class frink.graphics.Point3DFloat
-
Constructs a new Point3DFloat where the components of p2 are added to
this point.
- add(Point3DFloat, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Constructs a new Point3DFloat where the components are added to
each other.
- add(VoxelArray) - Method in class frink.graphics.VoxelArray
-
Adds the pixels in this VoxelArray that are true in VoxelArray b,
modifying this VoxelArray in place.
- addAlongLine(VoxelArray, int, int, int, int, int, int, int, int, int) - Method in class frink.graphics.VoxelArray
-
Adds the pixels in this VoxelArray by moving the
VoxelArray b along a line and adding the points in VoxelArray b
that are true, modifying this VoxelArray in place.
- addInPlace(Point3DFloat) - Method in class frink.graphics.Point3DFloat
-
Adds the specified Point3DFloat to this point, modifying it in
place.
- addInPlace(float, float, float) - Method in class frink.graphics.Point3DFloat
-
Adds the specified coordinates to this point, modifying it in
place.
- addLength(Point3DFloat) - Method in class frink.graphics.Point3DFloat
-
Returns the length of this+p2.
- addPoint(float, float) - Method in class frink.graphics.BoundingBox2DFloat
-
Add a point to a BoundingBox.
- addPoint(Point2DFloat) - Method in class frink.graphics.BoundingBox2DFloat
-
Add a point to a BoundingBox.
- addPoint(float, float, float) - Method in class frink.graphics.BoundingBox3DFloat
-
Add a point to a BoundingBox.
- addPoint(Point3DFloat) - Method in class frink.graphics.BoundingBox3DFloat
-
Add a point to a BoundingBox.
- addPoint(float, float) - Method in class frink.graphics.Point2DFloatList
-
Adds a point to this shape.
- addPoint(Point2DFloat) - Method in class frink.graphics.Point2DFloatList
-
Adds a point to this shape.
- addPoint(int, int, int) - Method in class frink.graphics.Point3DIntList
-
Adds a point to this shape.
- addPoint(Point3DInt) - Method in class frink.graphics.Point3DIntList
-
Adds a point to this shape.
- ADDRESS_BITS_PER_WORD - Static variable in class frink.graphics.BiggerBitSet
-
- altAzToXYZ(double, double, double, double, double, double, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Transforms altAz coordinates r, alt, az into cartesian coordinates
x, y, z.
- altAzToXYZ(Point3DDouble, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Transforms this point which represents its elements as altAz
coordinates r, alt, az, into cartesian coordinates x, y, z.
- and(BiggerBitSet) - Method in class frink.graphics.BiggerBitSet
-
Performs a logical AND of this target bit set with the
argument bit set.
- andNot(BiggerBitSet) - Method in class frink.graphics.BiggerBitSet
-
Clears all of the bits in this BiggerBitSet whose corresponding
bit is set in the specified BiggerBitSet.
- area - Variable in class frink.graphics.Point2DFloatList.CentroidAndArea
-
The area of the polygon.
- area - Variable in class frink.graphics.VoxelArray
-
The area of the XY plane.
- B - Variable in class frink.graphics.Plane3DFloat
-
The coefficients of the plane.
- bbox - Variable in class frink.graphics.LineSegment3DFloat
-
The bounding box of this line.
- BiggerBitSet - Class in frink.graphics
-
BiggerBitSet is an improvement on Java's BitSet class in
a few ways:
1.) BiggerBitSet uses long instead of int to address bits
in its API which greatly increases the size of bits addresable.
- BiggerBitSet(long) - Constructor for class frink.graphics.BiggerBitSet
-
Creates a bit set whose initial size is large enough to explicitly
represent bits with indices in the range 0 through
nbits-1.
- BIT_INDEX_MASK - Static variable in class frink.graphics.BiggerBitSet
-
- bitCountLong(long) - Static method in class frink.graphics.BiggerBitSet
-
Returns the number of one-bits in the two's complement binary
representation of the specified long value.
- BITS_PER_WORD - Static variable in class frink.graphics.BiggerBitSet
-
- boundingBox - Variable in class frink.graphics.Point2DFloatList
-
Bounding box of the shape.
- boundingBox - Variable in class frink.graphics.Point3DIntList
-
Bounding box of the shape.
- BoundingBox2DFloat - Class in frink.graphics
-
This represents the bounding box of a 3-D object with float boundaries.
- BoundingBox2DFloat() - Constructor for class frink.graphics.BoundingBox2DFloat
-
Public constructor to construct an empty bounding box.
- BoundingBox2DFloat(float, float) - Constructor for class frink.graphics.BoundingBox2DFloat
-
Construct a zero-sized BoundingBox around a single point.
- BoundingBox2DFloat(BoundingBox2DFloat) - Constructor for class frink.graphics.BoundingBox2DFloat
-
Copy constructor.
- BoundingBox2DFloat(Point2DFloat) - Constructor for class frink.graphics.BoundingBox2DFloat
-
Construct a zero-sized BoundingBox around a single point.
- BoundingBox2DFloat(float, float, float, float) - Constructor for class frink.graphics.BoundingBox2DFloat
-
Construct a BoundingBox with the specified coordinates.
- BoundingBox2DFloat(Point2DFloat, Point2DFloat) - Constructor for class frink.graphics.BoundingBox2DFloat
-
Construct a BoundingBox with the specified coordinates.
- BoundingBox3DFloat - Class in frink.graphics
-
This represents the bounding box of a 3-D object with float boundaries.
- BoundingBox3DFloat() - Constructor for class frink.graphics.BoundingBox3DFloat
-
Public constructor to construct an empty bounding box.
- BoundingBox3DFloat(float, float, float) - Constructor for class frink.graphics.BoundingBox3DFloat
-
Construct a zero-sized BoundingBox around a single point.
- BoundingBox3DFloat(BoundingBox3DFloat) - Constructor for class frink.graphics.BoundingBox3DFloat
-
Copy constructor.
- BoundingBox3DFloat(Point3DFloat) - Constructor for class frink.graphics.BoundingBox3DFloat
-
Construct a zero-sized BoundingBox around a single point.
- BoundingBox3DFloat(float, float, float, float, float, float) - Constructor for class frink.graphics.BoundingBox3DFloat
-
Construct a BoundingBox with the specified coordinates.
- BoundingBox3DFloat(Point3DFloat, Point3DFloat) - Constructor for class frink.graphics.BoundingBox3DFloat
-
Construct a BoundingBox with the specified coordinates.
- boundingBoxNeedsRecalculation - Variable in class frink.graphics.Point2DFloatList
-
A flag indicating if the BoundingBox needs recalculation.
- boundingBoxNeedsRecalculation - Variable in class frink.graphics.Point3DIntList
-
A flag indicating if the BoundingBox needs recalculation.
- C - Variable in class frink.graphics.Plane3DFloat
-
The coefficients of the plane.
- calculateCentroidAndArea() - Method in class frink.graphics.Point2DFloatList
-
Calculate the centroid of the point list and the area, and caches it.
- cardinality() - Method in class frink.graphics.BiggerBitSet
-
Returns the number of bits set to true in this BiggerBitSet.
- centerOfMass() - Method in class frink.graphics.VoxelArray
-
Calculate the center of mass of all set voxels (assuming each voxel has
the same density).
- centroid - Variable in class frink.graphics.Point2DFloatList.CentroidAndArea
-
The centroid of the polygon.
- centroidAndArea - Variable in class frink.graphics.Point2DFloatList
-
The centroid and area, if we've calculated it.
- CentroidAndArea() - Constructor for class frink.graphics.Point2DFloatList.CentroidAndArea
-
- centroidNeedsRecalculation - Variable in class frink.graphics.Point2DFloatList
-
Flag indicating if the centroidAndArea needs recalculating.
- checkPoint(long, long, long) - Method in class frink.graphics.VoxelArray
-
This method checks a point to see if it is within a valid range for
this VoxelArray and throws an IndexOutOfBoundsException if it
doesn't.
- checkRange(long, long) - Static method in class frink.graphics.BiggerBitSet
-
Checks that fromIndex ...
- clear(long) - Method in class frink.graphics.BiggerBitSet
-
Sets the bit specified by the index to false.
- clear() - Method in class frink.graphics.BiggerBitSet
-
Sets all of the bits in this BiggerBitSet to false.
- clearRange(long, long) - Method in class frink.graphics.BiggerBitSet
-
Sets the bits from the specified fromIndex (inclusive) to the
specified toIndex (exclusive) to false.
- clone() - Method in class frink.graphics.BiggerBitSet
-
Cloning this BiggerBitSet produces a new BiggerBitSet
that is equal to it.
- construct(double, double, double, double, double, double, boolean) - Static method in class frink.graphics.VoxelArray
-
Construct a new rectangular VoxelArray that encloses the specific
min and max coordinates.
- construct(Point3DIntList) - Static method in class frink.graphics.VoxelArray
-
Construct a new rectangular VoxelArray that represents the points in
the Point3DIntList.
- construct(BoundingBox3DFloat, boolean) - Static method in class frink.graphics.VoxelArray
-
Construct a new rectangular VoxelArray that encloses the specific
bounding box.
- CoordinateTransformer3DFloat - Class in frink.graphics
-
This class is a high-performace class to perform coordinate
transformations on floating-point values.
- CoordinateTransformer3DFloat() - Constructor for class frink.graphics.CoordinateTransformer3DFloat
-
The constructor is private.
- CoordinateTransformer3DFloat(float, float, float, float, float, float, float, float, float, float, float, float) - Constructor for class frink.graphics.CoordinateTransformer3DFloat
-
Make an arbitrary transformation matrix.
- countSetBits() - Method in class frink.graphics.VoxelArray
-
Counts the number of set bits.
- crossProduct(Point3DFloat, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Calculates the cross product of two vectors in 3D space, each
represented as a Point3DFloat, and returns the vector cross product.
- crossProduct(Point3DFloat) - Method in class frink.graphics.Point3DFloat
-
Calculates the cross product of this vector and another vector, each
represented as a Point3DFloat, in 3D space and returns the vector cross
product.
- crossProduct(Point3DFloat, Point3DFloat, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Returns the cross prduct of three points in 3D space (as listed in
counterclockwise order as seen from the "outside") and returns the vector
cross product.
- crossProductLength(Point3DFloat) - Method in class frink.graphics.Point3DFloat
-
Calculates the LENGTH of the cross product of two vectors in 3D space
and returns the length.
- crossProductLength(Point3DFloat, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Calculates the LENGTH of the cross product of this vector and another
vector in 3D space and returns the length.
- crossProductLength(float, float, float, float, float, float) - Static method in class frink.graphics.Point3DFloat
-
Calculates the LENGTH of the cross product of two vectors in 3D space
and returns the length.
- cube(double, double, double, double, double, double, boolean) - Static method in class frink.graphics.VoxelArray
-
Construct a new rectangular VoxelArray that is a cuboid with the
specified minimum and maximum values.
- cubeEdgeFlags - Static variable in class frink.graphics.MarchingCubes
-
For any edge, if one vertex is inside of the surface and the other is
outside of the surface then the edge intersects the surface.
- cylindricalEmboss(FrinkImage, float, float, float, double, double, float, float, float, VoxelArray, int, int, int) - Method in class frink.graphics.VoxelArray
-
Embosses an image using a cylindrical mapping into the outer hull of an
object.
- cylindricalEmboss(FrinkImage, float, float, float, double, double, float, int, int, float, float, float, float, VoxelArray, int, int, int) - Method in class frink.graphics.VoxelArray
-
Embosses an image using a cylindrical mapping into the outer hull of an
object.
- cylindricalToXYZ(double, double, double, double, double, double, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Transforms cylindrical coordinates r, az, h into cartesian coordinates
x, y, z.
- cylindricalToXYZ(Point3DDouble, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Transforms this point which represents its elements as cylindrical
coordinates r, az, h into cartesian coordinates x, y, z.
- D - Variable in class frink.graphics.Plane3DFloat
-
The coefficients of the plane.
- determinant() - Method in class frink.graphics.CoordinateTransformer3DFloat
-
Returns the determinant of this matrix.
- distance(Point3DFloat) - Method in class frink.graphics.LineSegment3DFloat
-
Calculate the distance from this finite line segment to the specified
point in 3D.
- distance(float, float, float) - Method in class frink.graphics.LineSegment3DFloat
-
Calculate the distance from this finite line segment to the specified
point in 3D.
- distance(float, float, float, float) - Static method in class frink.graphics.Point2DFloat
-
Returns the distance between two points, (x1, y1) and (x2, y2).
- distance(Point3DFloat, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Calculates the distance between two points.
- distance(Point3DFloat) - Method in class frink.graphics.Point3DFloat
-
Calculates the distance between this point and another point.
- distance(float, float, float) - Method in class frink.graphics.Point3DFloat
-
Calculates the distance between this point and some 3-D coordinates.
- distance(float, float, float, float, float, float) - Static method in class frink.graphics.Point3DFloat
-
Returns the distance between two points specified by their
coordinates.
- distanceSquared(Point3DFloat, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Returns the squared distance between two points.
- distanceSquared(Point3DFloat) - Method in class frink.graphics.Point3DFloat
-
Returns the squared distance between this point and another point.
- distanceToLine(Point3DFloat) - Method in class frink.graphics.LineSegment3DFloat
-
Calculate the distance from an infinite line (not a line segment!) to
the specified point in 3D.
- divide(float) - Method in class frink.graphics.Point3DFloat
-
Constructs a new Point3DFloat where the components of p2 are divided
by a scalar.
- divideInPlace(float) - Method in class frink.graphics.Point3DFloat
-
Divides the specified Point3DFloat by a scalar, modifying it in
place.
- divideLength(float) - Method in class frink.graphics.Point3DFloat
-
Returns the length of this / scale.
- dotProduct(Point3DFloat, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Returns the dot product of two vectors, each represented as a
Point3DFloat.
- dotProduct(Point3DFloat) - Method in class frink.graphics.Point3DFloat
-
Returns the dot product of this vector and another vector, each
represented as a Point3DFloat.
- drawCappedCylinder(Point3DFloat, Point3DFloat, float) - Method in class frink.graphics.VoxelArray
-
Draws a cylinder with spherical end caps with the specified endpoints
and radius into this VoxelArray, modifying it in place.
- drawCappedCylinder(float, float, float, float, float, float, float) - Method in class frink.graphics.VoxelArray
-
Draws a cylinder with spherical end caps with the specified endpoints
and radius into this VoxelArray, modifying it in place.
- drawCylinder(Point3DFloat, Point3DFloat, float) - Method in class frink.graphics.VoxelArray
-
Draws a cylinder with the specified endpoints
and radius into this VoxelArray, modifying it in place.
- drawCylinder(float, float, float, float, float, float, float) - Method in class frink.graphics.VoxelArray
-
Draws a cylinder with the specified endpoints
and radius into this VoxelArray, modifying it in place.
- drawTaperedCappedCylinder(Point3DFloat, Point3DFloat, float, float) - Method in class frink.graphics.VoxelArray
-
Draws a cylinder with spherical end caps with the specified endpoints
and radius into this VoxelArray, modifying it in place.
- drawTaperedCappedCylinder(float, float, float, float, float, float, float, float) - Method in class frink.graphics.VoxelArray
-
Draws a cylinder with spherical end caps with the specified endpoints
and radius into this VoxelArray, modifying it in place.
- drawTaperedCylinder(Point3DFloat, Point3DFloat, float, float) - Method in class frink.graphics.VoxelArray
-
Draws a cylinder with the specified endpoints
and radiii into this VoxelArray, modifying it in place.
- drawTaperedCylinder(float, float, float, float, float, float, float, float) - Method in class frink.graphics.VoxelArray
-
Draws a cylinder with the specified endpoints and radii into this
VoxelArray, modifying it in place.
- edgeConnection - Static variable in class frink.graphics.MarchingCubes
-
edgeConnection lists the index of the endpoint vertices for each of
the 12 edges of the cube.
- edgeDirection - Static variable in class frink.graphics.MarchingCubes
-
edgeDirection lists the direction vector (vertex1-vertex0) for each
edge in the cube.
- equals(Object) - Method in class frink.graphics.BiggerBitSet
-
Compares this object against the specified object.
- equals(Object) - Method in class frink.graphics.Point3DInt
-
Comparison operator for hashing.
- expand(float) - Method in class frink.graphics.BoundingBox2DFloat
-
Expands a BoundingBox2DFloat by the specified value on each side and
returns a new bounding box.
- expand(float, float) - Method in class frink.graphics.BoundingBox2DFloat
-
Expands a BoundingBox2DFloat by the specified value on each side and
returns a new bounding box.
- expand(float, float, float, float) - Method in class frink.graphics.BoundingBox2DFloat
-
Expands a BoundingBox2DFloat by the specified value on each side and
returns a new bounding box.
- expand(float) - Method in class frink.graphics.BoundingBox3DFloat
-
Expands a BoundingBox3DFloat by the specified value on each side and
returns a new bounding box.
- expand(float, float, float) - Method in class frink.graphics.BoundingBox3DFloat
-
Expands a BoundingBox3DFloat by the specified value on each side and
returns a new bounding box.
- expand(float, float, float, float, float, float) - Method in class frink.graphics.BoundingBox3DFloat
-
Expands a BoundingBox3DFloat by the specified value on each side and
returns a new bounding box.
- externalHullPoints() - Method in class frink.graphics.VoxelArray
-
Returns a list of points on the hull of the object.
- extrudeOnPlane(FrinkImage, float, float, float, float, float, float, float, double) - Static method in class frink.graphics.VoxelArray
-
Extrudes an image along a plane specified by a point on the plane
(x, ,y, z) and a normal vector to the plane specified by (u,v,w).
- extrudeTapered(Point2DFloatList, float, float, float, float, float, float, float, float, float, float, double) - Static method in class frink.graphics.VoxelArray
-
Extrudes a filled polygon along a line from p1 to p2 and returns a new
VoxelArray of it.
- extrudeTaperedRotated(Point2DFloatList, float, float, float, float, float, float, float, float, float, float, double, double) - Static method in class frink.graphics.VoxelArray
-
Extrudes a filled polygon along a line from p1 to p2 and returns a new
VoxelArray of it.
- extrudeZ(FrinkImage, int) - Static method in class frink.graphics.VoxelArray
-
Extrudes an image along the Z axis and returns a new VoxelArray of it.
- extrudeZ(FrinkImage, int, int) - Static method in class frink.graphics.VoxelArray
-
Extrudes an image along the Z axis and returns a new VoxelArray of it.
- extrudeZ(Point2DFloatList, float, float) - Static method in class frink.graphics.VoxelArray
-
Extrudes a filled polygon along the Z axis and returns a new VoxelArray
of it.
- extrudeZTapered(Point2DFloatList, float, float, float, float) - Static method in class frink.graphics.VoxelArray
-
Extrudes a filled polygon (centered around its centroid) along the Z
axis and returns a new VoxelArray of it.
- extrudeZTapered(Point2DFloatList, float, float, float, float, float, float) - Static method in class frink.graphics.VoxelArray
-
Extrudes a filled polygon along the Z axis and returns a new VoxelArray
of it.
- extrudeZTapered(Point2DFloatList, float, float, float, float, float, float, double, double) - Static method in class frink.graphics.VoxelArray
-
Extrudes a filled polygon along the Z axis and returns a new VoxelArray
of it.
- get(long) - Method in class frink.graphics.BiggerBitSet
-
Returns the value of the bit with the specified index.
- get(int, int, int) - Method in class frink.graphics.VoxelArray
-
Returns the value of the point at (x,y,z) (true or false)
- getArea() - Method in class frink.graphics.Point2DFloatList
-
Calculates the area (if necessary) and returns it.
- getBoundingBox() - Method in class frink.graphics.LineSegment3DFloat
-
Gets the bounding box of this line segment.
- getBoundingBox() - Method in class frink.graphics.Point2DFloatList
-
Returns the Bounding box of the object.
- getBoundingBox() - Method in class frink.graphics.Point3DIntList
-
Returns the Bounding box of the object.
- getCenter() - Method in class frink.graphics.VoxelArray
-
Returns a
Point3DFloat representing the center of this
VoxelArray.
- getCentroid() - Method in class frink.graphics.Point2DFloatList
-
Calculates the centroid (if necessary) and returns it.
- getCentroidAndArea() - Method in class frink.graphics.Point2DFloatList
-
Calculates the centroid and area (if necessary) and returns it.
- getColor(Point3DFloat, Point3DFloat) - Method in class frink.graphics.MarchingCubes
-
getColor generates a color from a given position and normal of a
point.
- getMaximumSetPoints() - Method in class frink.graphics.VoxelArray
-
Find the maximum set pixels on the (x,y,z) axes in this VoxelArray and
returns a Point3DInt containing their coordinates.
- getMaxSetZ() - Method in class frink.graphics.VoxelArray
-
Quick function to obtain the highest set Z coordinate.
- getMaxX() - Method in class frink.graphics.BoundingBox2DFloat
-
Returns the maximum value of x.
- getMaxX() - Method in class frink.graphics.BoundingBox3DFloat
-
Returns the maximum value of x.
- getMaxX() - Method in class frink.graphics.VoxelArray
-
Returns the max value in the x dimension.
- getMaxY() - Method in class frink.graphics.BoundingBox2DFloat
-
Returns the maximum value of y.
- getMaxY() - Method in class frink.graphics.BoundingBox3DFloat
-
Returns the maximum value of y.
- getMaxY() - Method in class frink.graphics.VoxelArray
-
Returns the maximum value in the y dimension.
- getMaxZ() - Method in class frink.graphics.BoundingBox3DFloat
-
Returns the maximum value of z.
- getMaxZ() - Method in class frink.graphics.VoxelArray
-
Returns the maximum value in the z dimension.
- getMinimumSetPoints() - Method in class frink.graphics.VoxelArray
-
Find the minimum set pixels on the (x,y,z) axes in this VoxelArray and
returns a Point3DInt containing their coordinates.
- getMinSetZ() - Method in class frink.graphics.VoxelArray
-
Quick function to obtain the lowest set Z coordinate.
- getMinX() - Method in class frink.graphics.BoundingBox2DFloat
-
Returns the minimum value of x.
- getMinX() - Method in class frink.graphics.BoundingBox3DFloat
-
Returns the minimum value of x.
- getMinX() - Method in class frink.graphics.VoxelArray
-
Returns the minimum value in the x dimension.
- getMinY() - Method in class frink.graphics.BoundingBox2DFloat
-
Returns the minimum value of y.
- getMinY() - Method in class frink.graphics.BoundingBox3DFloat
-
Returns the minimum value of y.
- getMinY() - Method in class frink.graphics.VoxelArray
-
Returns the minimum value in the y dimension.
- getMinZ() - Method in class frink.graphics.BoundingBox3DFloat
-
Returns the minimum value of z.
- getMinZ() - Method in class frink.graphics.VoxelArray
-
Returns the minimum value in the z dimension.
- getNextSetBitIndex(long) - Method in class frink.graphics.VoxelArray
-
Returns the index of the next set bit that occurs on or after ther
specified starting index.
- getNoCheck(int, int, int) - Method in class frink.graphics.VoxelArray
-
Returns the value of the point at (x,y,z) without doing any boundary
checks.
- getNoCheck(Point3DInt) - Method in class frink.graphics.VoxelArray
-
Returns the value of the point without doing any boundary
checks.
- getNormal() - Method in class frink.graphics.Plane3DFloat
-
Returns the normalized unit normal of the plane.
- getPoint(int) - Method in class frink.graphics.Point2DFloatList
-
Gets the specified point.
- getPoint(int) - Method in class frink.graphics.Point3DIntList
-
Gets the specified point.
- getPointCount() - Method in class frink.graphics.Point2DFloatList
-
Returns the number of points contained here.
- getPointCount() - Method in class frink.graphics.Point3DIntList
-
Returns the number of points contained here.
- getPreviousSetBitIndex(long) - Method in class frink.graphics.VoxelArray
-
Returns the index of the previous set bit that occurs on or before the
specified starting index.
- getSizeX() - Method in class frink.graphics.VoxelArray
-
Returns the size in the x dimension.
- getSizeY() - Method in class frink.graphics.VoxelArray
-
Returns the size in the y dimension.
- getSizeZ() - Method in class frink.graphics.VoxelArray
-
Returns the size in the z dimension.
- IDENTITY - Static variable in class frink.graphics.CoordinateTransformer3DFloat
-
The identity matrix.
- inCylinder(float, float, float, float) - Method in class frink.graphics.LineSegment3DFloat
-
Returns true if the point is within an uncapped finite cylinder
surrounding the line segment with the specified radius.
- indexToXYZ(long, long[]) - Method in class frink.graphics.VoxelArray
-
Convert an index into the
BiggerBitSet into x,y,z coordinates.
- initWords(long) - Method in class frink.graphics.BiggerBitSet
-
Create the array of words.
- inTaperedCappedCylinder(float, float, float, float, float) - Method in class frink.graphics.LineSegment3DFloat
-
Returns true if the specified point is within a tapered cylinder with
spherical endcaps.
- inTaperedCylinder(float, float, float, float, float) - Method in class frink.graphics.LineSegment3DFloat
-
Returns true if the point (px, py, pz) is within an uncapped finite
tapered cylinder surrounding the line segment with the specified radii
at the endpoints.
- intersection(BoundingBox2DFloat, BoundingBox2DFloat) - Method in class frink.graphics.BoundingBox2DFloat
-
Returns a new BoundingBox2DFloat which is the intersection of two
bounding boxes.
- intersection(BoundingBox3DFloat, BoundingBox3DFloat) - Method in class frink.graphics.BoundingBox3DFloat
-
Returns a new BoundingBox3DFloat which is the intersection of two
bounding boxes.
- intersects(BiggerBitSet) - Method in class frink.graphics.BiggerBitSet
-
Returns true if the specified BiggerBitSet has any bits set to
true that are also set to true in this BiggerBitSet.
- intersectsWith(VoxelArray) - Method in class frink.graphics.VoxelArray
-
Returns true if the bounding box of this VoxelArray intersects with the
other VoxelArray, false otherwise.
- intersectsWith(int, int, int, int, int, int) - Method in class frink.graphics.VoxelArray
-
Returns true if the bounding box of this VoxelArray intersects with
a box containing the specified boundaries.
- inverse() - Method in class frink.graphics.CoordinateTransformer3DFloat
-
Returns the inverse of this matrix.
- invert() - Method in class frink.graphics.VoxelArray
-
Inverts all of the pixels in this VoxelArray.
- isEmpty() - Method in class frink.graphics.BiggerBitSet
-
Returns true if this BiggerBitSet contains no bits that are set
to true.
- isEmpty() - Method in class frink.graphics.BoundingBox2DFloat
-
Returns true if this is empty.
- isEmpty() - Method in class frink.graphics.BoundingBox3DFloat
-
Returns true if this is empty.
- isInRange(long, long, long) - Method in class frink.graphics.VoxelArray
-
This method checks a point to see if it is within a valid range for
this VoxelArray.
- isInRange(Point3DInt) - Method in class frink.graphics.VoxelArray
-
This method checks a point to see if it is within a valid range for
this VoxelArray.
- isInside(float, float) - Method in class frink.graphics.BoundingBox2DFloat
-
Returns true if the point is within the bounding box.
- isInside(float, float, float) - Method in class frink.graphics.BoundingBox3DFloat
-
Returns true if the point is within the bounding box.
- isInside(float, float, float) - Method in class frink.graphics.Plane3DFloat
-
Returns true if the specified point is "inside" the plane.
- isInside(Point3DFloat) - Method in class frink.graphics.Plane3DFloat
-
Returns true if the specified point is "inside" the plane.
- isInside(float, float) - Method in class frink.graphics.Point2DFloatList
-
Returns true if the specified point is inside the polygon using the
even-odd rule.
- m11 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
Coordinates are split out into individual variables to make them more
readable and to follow old matrix indexing conventions.
- m12 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
- m13 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
- m14 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
- m21 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
- m22 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
- m23 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
- m24 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
- m31 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
- m32 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
- m33 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
- m34 - Variable in class frink.graphics.CoordinateTransformer3DFloat
-
- makeCappedCylinder(Point3DFloat, Point3DFloat, float) - Static method in class frink.graphics.VoxelArray
-
Makes a cylinder with spherical end caps with the specified endpoints
and radius.
- makeCappedCylinder(float, float, float, float, float, float, float) - Static method in class frink.graphics.VoxelArray
-
Makes a cylinder with spherical end caps with the specified endpoints
and radius.
- makeCylinder(Point3DFloat, Point3DFloat, float) - Static method in class frink.graphics.VoxelArray
-
Makes a cylinder with with the specified endpoints and radius.
- makeCylinder(float, float, float, float, float, float, float) - Static method in class frink.graphics.VoxelArray
-
Makes a cylinder with with the specified endpoints and radius.
- makeNormal(float, float, float) - Static method in class frink.graphics.Point3DFloat
-
Constructs a Point3DFloat that is normalized to have length 1.
- makeRegularPolygon(int, float, double) - Static method in class frink.graphics.Point2DFloatList
-
Constructs a regular polygon with the specified number of sides,
outer radius, and starting angle specified in radians (0 radians
points along the x-axis.)
TODO: Make the angle as a Unit?
- makeRotate(float, float, float, float, float, float, double) - Static method in class frink.graphics.CoordinateTransformer3DFloat
-
Build a rotation matrix for rotations about the line through the point
(a, b, c) parallel to the vector [u, v, w] by the angle theta.
- makeRotate(Point3DFloat, Point3DFloat, double) - Static method in class frink.graphics.CoordinateTransformer3DFloat
-
Build a rotation matrix for rotations about the line through the point
point parallel to the vector vec
by the angle theta.
- makeRotateX(float, float, float, double) - Static method in class frink.graphics.CoordinateTransformer3DFloat
-
Build a rotation matrix for rotations about the line through the point
(a, b, c) parallel to the x-axis by the angle theta.
- makeRotateXYZ(float, float, float, double, double, double) - Static method in class frink.graphics.CoordinateTransformer3DFloat
-
Build a rotation matrix for three rotations around the point (a, b, c)
by performing 3 successive rotations about the x, y, and z axes in that
order.
- makeRotateY(float, float, float, double) - Static method in class frink.graphics.CoordinateTransformer3DFloat
-
Build a rotation matrix for rotations about the line through the point
(a, b, c) parallel to the y-axis by the angle theta.
- makeRotateZ(float, float, float, double) - Static method in class frink.graphics.CoordinateTransformer3DFloat
-
Build a rotation matrix for rotations about the line through the point
(a, b, c) parallel to the z-axis by the angle theta.
- makeRoundedCube(float, float, float, float, float, float, float) - Static method in class frink.graphics.VoxelArray
-
Construct a new rounded cuboid VoxelArray that encloses the specific
min and max coordinates and with corner diameter radius.
- makeScale(float, float, float) - Static method in class frink.graphics.CoordinateTransformer3DFloat
-
Build a scaling matrix for scalings along the major axes.
- makeSphere(float) - Static method in class frink.graphics.VoxelArray
-
Makes a new VoxelArray with a sphere centered at (0,0,0) with the
specified radius.
- makeSpheroid(float, float, float) - Static method in class frink.graphics.VoxelArray
-
Makes a new VoxelArray with a spheroid centered at (0,0,0) with the
specified radius on each axis [rx, ry, rz]
TODO: Make a version of this centered at any specified point.
- makeSuperellipsoid(double, double, double, double, double) - Static method in class frink.graphics.VoxelArray
-
Creates a "superellipsoid" which is a generalization of the ellipsoid
family which is a superset of the spheroid family.
- makeSupertoroid(double, double, double, double, double, double) - Static method in class frink.graphics.VoxelArray
-
Creates a "supertoroid" which is a generalization of the toroid family.
- makeTaperedCappedCylinder(Point3DFloat, Point3DFloat, float, float) - Static method in class frink.graphics.VoxelArray
-
Makes a cylinder with spherical end caps with the specified endpoints
and radius.
- makeTaperedCappedCylinder(float, float, float, float, float, float, float, float) - Static method in class frink.graphics.VoxelArray
-
Makes a cylinder with spherical end caps with the specified endpoints
and radius.
- makeTaperedCylinder(Point3DFloat, Point3DFloat, float, float) - Static method in class frink.graphics.VoxelArray
-
Makes a tapered cylinder with with the specified endpoints and radius.
- makeTaperedCylinder(float, float, float, float, float, float, float, float) - Static method in class frink.graphics.VoxelArray
-
Makes a tapered cylinder with with the specified endpoints and radius.
- makeTranslate(float, float, float) - Static method in class frink.graphics.CoordinateTransformer3DFloat
-
Build a translation matrix for translations along the major axes.
- makeVerticalToLine(float, float, float, float, float, float, double) - Static method in class frink.graphics.CoordinateTransformer3DFloat
-
Makes a transform that will map an object rendered vertically (along
the Z axis, probably based at the origin) to lay along a line from p1
(which is mapped from the origin) to p2.
- makeVerticalToPlane(float, float, float, float, float, float, double) - Static method in class frink.graphics.CoordinateTransformer3DFloat
-
Makes a transform that will map an object rendered vertically (along
the Z axis, probably based at the origin) to lay along a plane given a
point on the plane (specified by (x,y,z)) and a normal to the plane
(specified by (u,v,w)).
- MarchingCubes - Class in frink.graphics
-
This class contains routines for finding a polygon surface mesh or
"isosurface" for a scalar field.
- MarchingCubes() - Constructor for class frink.graphics.MarchingCubes
-
- maxX - Variable in class frink.graphics.BoundingBox2DFloat
-
The maximum X coordinate.
- maxX - Variable in class frink.graphics.BoundingBox3DFloat
-
The maximum X coordinate.
- maxY - Variable in class frink.graphics.BoundingBox2DFloat
-
The maximum Y coordinate.
- maxY - Variable in class frink.graphics.BoundingBox3DFloat
-
The maximum Y coordinate.
- maxZ - Variable in class frink.graphics.BoundingBox3DFloat
-
The maximum Z coordinate.
- minX - Variable in class frink.graphics.BoundingBox2DFloat
-
The minimum X coordinate.
- minX - Variable in class frink.graphics.BoundingBox3DFloat
-
The minimum X coordinate.
- minY - Variable in class frink.graphics.BoundingBox2DFloat
-
The minimum Y coordinate.
- minY - Variable in class frink.graphics.BoundingBox3DFloat
-
The minimum Y coordinate.
- minZ - Variable in class frink.graphics.BoundingBox3DFloat
-
The minimum Z coordinate.
- mod(double, double) - Method in class frink.graphics.VoxelArray
-
Define a modulus operator where x % y = x - y * floor[x/y] .
- multiply(CoordinateTransformer3DFloat) - Method in class frink.graphics.CoordinateTransformer3DFloat
-
Multiplies this CoordinateTransformer3DFloat with another and returns
the new transformation matrix.
- multiply(float) - Method in class frink.graphics.Point3DFloat
-
Constructs a new Point3DFloat where the components of p2 are multiplied
by a scalar.
- multiplyInPlace(float) - Method in class frink.graphics.Point3DFloat
-
Multiplies the specified Point3DFloat by a scalar, modifying it in
place.
- multiplyLength(float) - Method in class frink.graphics.Point3DFloat
-
Returns the length of this * scale.
- nextClearBit(long) - Method in class frink.graphics.BiggerBitSet
-
Returns the index of the first bit that is set to false
that occurs on or after the specified starting index.
- nextSetBit(long) - Method in class frink.graphics.BiggerBitSet
-
Returns the index of the first bit that is set to true
that occurs on or after the specified starting index.
- nextSetBit(long, long) - Method in class frink.graphics.BiggerBitSet
-
Returns the index of the first bit that is set to true
that occurs on or after the specified starting index and up to and
including the specified word index
If no such bit exists then -1 is returned.
- normal - Variable in class frink.graphics.Plane3DFloat
-
The normalized normal vector.
- normalize() - Method in class frink.graphics.Point3DFloat
-
Treats this point as a vector and normalizes it to have length 1,
returning a new vector that is the normalized vector.
- normalizeInPlace() - Method in class frink.graphics.Point3DFloat
-
Normalizes a Point3DFloat in place, making it have length 1.
- numberOfLeadingZerosInt(int) - Static method in class frink.graphics.BiggerBitSet
-
Returns the number of zero bits preceding the highest-order
("leftmost") one-bit in the two's complement binary representation
of the specified int value.
- numberOfLeadingZerosLong(long) - Static method in class frink.graphics.BiggerBitSet
-
Returns the number of zero bits preceding the highest-order
("leftmost") one-bit in the two's complement binary representation
of the specified long value.
- numberOfTrailingZerosInt(int) - Static method in class frink.graphics.BiggerBitSet
-
Returns the number of zero bits following the lowest-order ("rightmost")
one-bit in the two's complement binary representation of the specified
int value.
- numberOfTrailingZerosLong(long) - Static method in class frink.graphics.BiggerBitSet
-
Returns the number of zero bits following the lowest-order ("rightmost")
one-bit in the two's complement binary representation of the specified
long value.
- p1 - Variable in class frink.graphics.LineSegment3DFloat
-
The endpoints of the line.
- p2 - Variable in class frink.graphics.LineSegment3DFloat
-
The endpoints of the line.
- paintAlongAllPoints(VoxelArray, VoxelArray, int, int, int) - Static method in class frink.graphics.VoxelArray
-
Moves a tool along *all* set points in a VoxelArray and returns a new
VoxelArray of it.
- paintAlongHull(VoxelArray, int, int, int, boolean) - Method in class frink.graphics.VoxelArray
-
Moves a tool along a path of integer points and returns a new
VoxelArray of it, either adding to or removing points with the tool.
- paintAlongLine(VoxelArray, int, int, int, int, int, int, int, int, int, boolean) - Method in class frink.graphics.VoxelArray
-
Modifies the pixels in this VoxelArray by moving the VoxelArray tool
along a line and adding or removing the points in VoxelArray tool that
are true, modifying this VoxelArray in place.
- paintAlongPath(Point3DIntList, VoxelArray, int, int, int) - Static method in class frink.graphics.VoxelArray
-
Moves a tool along a path of integer points and returns a new
VoxelArray of it.
- planarEmboss(FrinkImage, float, float, float, float, int, int, float, float, float, float, VoxelArray, int, int, int) - Method in class frink.graphics.VoxelArray
-
Embosses an image using a planar mapping into the top of an object
(that is, downward on the Z-axis.) A tool will be used to
carve into the object.
- Plane3DFloat - Class in frink.graphics
-
This represents a plane in 3-D.
- Plane3DFloat(float, float, float, float) - Constructor for class frink.graphics.Plane3DFloat
-
Construct a Plane3DFloat using the coefficients A, B, C, D
- Plane3DFloat(float, float, float, float, float, float) - Constructor for class frink.graphics.Plane3DFloat
-
Construct a Plane3DFloat using a point [x, y, z] and a normal direction
A, B, C.
- Plane3DFloat(Point3DFloat, Point3DFloat) - Constructor for class frink.graphics.Plane3DFloat
-
Construct a Plane3DFloat using a point p and a normal direction n.
- Plane3DFloat(Point3DFloat, Point3DFloat, Point3DFloat) - Constructor for class frink.graphics.Plane3DFloat
-
Construct a Plane3DFloat from 3 points, listed in the counterclockwise
direction as seen from outside the object.
- Point2DFloat - Class in frink.graphics
-
This represents a point in 2 dimensions with each coordinate represented
as a float.
- Point2DFloat(float, float) - Constructor for class frink.graphics.Point2DFloat
-
Constructor.
- Point2DFloatList - Class in frink.graphics
-
This is a list of Point2DFloat objects.
- Point2DFloatList() - Constructor for class frink.graphics.Point2DFloatList
-
Construct a point list with no initial points.
- Point2DFloatList.CentroidAndArea - Class in frink.graphics
-
This is a helper class that stores centroid and area (which share
calculations and will be calculated together.
- Point3DDouble - Class in frink.graphics
-
This is a simple data structure that represents a 3-D point or vector with
the coordinates represented as double.
- Point3DDouble(double, double, double) - Constructor for class frink.graphics.Point3DDouble
-
Construct a Point3DDouble with the specified coordinates.
- Point3DDouble(Point3DInt) - Constructor for class frink.graphics.Point3DDouble
-
Construct a Point3DDouble from a Point3DInt
- Point3DDouble(Point3DFloat) - Constructor for class frink.graphics.Point3DDouble
-
Construct a Point3DDouble from a Point3DFloat
- Point3DFloat - Class in frink.graphics
-
This is a simple data structure that represents a 3-D point or vector with
the coordinates represented as float.
- Point3DFloat(float, float, float) - Constructor for class frink.graphics.Point3DFloat
-
Construct a Point3DFloat with the specified coordinates.
- Point3DFloat(Point3DInt) - Constructor for class frink.graphics.Point3DFloat
-
Construct a Point3DFloat from a Point3DInt
- Point3DInt - Class in frink.graphics
-
This is a simple data structure that represents a 3-D point with the
coordinates represented as int.
- Point3DInt(int, int, int) - Constructor for class frink.graphics.Point3DInt
-
Construct a Point3DInt with the specified coordinates.
- Point3DIntList - Class in frink.graphics
-
This is a list of Point3DInt objects.
- Point3DIntList() - Constructor for class frink.graphics.Point3DIntList
-
Construct a point list with no initial points.
- pointAndNormal(float, float, float, float, float, float) - Static method in class frink.graphics.LineSegment3DFloat
-
Construct a line segment from a point and a normal vector (this
function will normalize the normal.) The line segment will be of
length 1.
- pointAndNormal(float, float, float, float, float, float, float, float) - Static method in class frink.graphics.LineSegment3DFloat
-
Construct a line segment from a point and a normal vector (this
function will normalize the normal.) The line segment will extend
along the normal with the specified start and end distances d0 and d1
from the starting point.
- points - Variable in class frink.graphics.Point2DFloatList
-
The vector of points
- points - Variable in class frink.graphics.Point3DIntList
-
The vector of points
- previousClearBit(long) - Method in class frink.graphics.BiggerBitSet
-
Returns the index of the nearest bit that is set to false
that occurs on or before the specified starting index.
- previousSetBit(long) - Method in class frink.graphics.BiggerBitSet
-
Returns the index of the nearest bit that is set to true
that occurs on or before the specified starting index.
- projectX(Environment) - Method in class frink.graphics.VoxelArray
-
Projects a silhouette image looking along the X axis.
- projectY(Environment) - Method in class frink.graphics.VoxelArray
-
Projects a silhouette image looking along the Y axis.
- projectZ(Environment) - Method in class frink.graphics.VoxelArray
-
Projects a silhouette image looking along the Z axis.
- recalculateBoundingBox() - Method in class frink.graphics.Point2DFloatList
-
Recalculates the BoundingBox for this shape.
- recalculateBoundingBox() - Method in class frink.graphics.Point3DIntList
-
Recalculates the BoundingBox for this shape.
- recalculateFrom - Variable in class frink.graphics.Point2DFloatList
-
The index to start recalculating the bounding box from.
- recalculateFrom - Variable in class frink.graphics.Point3DIntList
-
The index to start recalculating the bounding box from.
- remove(VoxelArray) - Method in class frink.graphics.VoxelArray
-
Removes the pixels in this VoxelArray that are true in
VoxelArray b, modifying this VoxelArray in place.
- removeAlongLine(VoxelArray, int, int, int, int, int, int, int, int, int) - Method in class frink.graphics.VoxelArray
-
Removes the pixels in this VoxelArray by moving the
VoxelArray b along a line and removing the points in VoxelArray b
that are true, modifying this VoxelArray in place.
- removeOutside(Plane3DFloat) - Method in class frink.graphics.VoxelArray
-
Removes all the voxels on the "outside" of a plane.
- removeOutsideLine(float, float, float, float, float, float, float, int, int, int, int, int, int) - Method in class frink.graphics.VoxelArray
-
Removes the points outside of a specified distance (radius) from an
infinite line.
- removeOutsideSphere(float, float, float, float, int, int, int, int, int, int) - Method in class frink.graphics.VoxelArray
-
Removes all of the points outside a sphere.
- rotate(float, float, float, float, float, float, double) - Method in class frink.graphics.VoxelArray
-
Rotates this VoxelArray around a line through a point (a, b, c) parallel
to the vector [u,v,w] by the angle theta.
- rotateAround(float, float, float, float, double) - Static method in class frink.graphics.Point2DFloat
-
Rotates a point (x,y) around another point (cx, cy) with angle theta
(specified in radians).
- rotateAround(float, float, double) - Method in class frink.graphics.Point2DFloat
-
Rotates this point around another point (cx, cy) with angle theta.
- rotateAround(Point2DFloat, double) - Method in class frink.graphics.Point2DFloat
-
Rotates this point around another point (cx, cy) with angle theta.
- rotateAround(float, float, double) - Method in class frink.graphics.Point2DFloatList
-
Creates a version of this polygon rotated around (cx, cy, by the
specified angle).
- rotateLeft(int, int) - Static method in class frink.graphics.Point3DInt
-
Integer.rotateLeft doesn't exist until Java 1.5, so we have to
implement it.
- rotateXYZ(float, float, float, double, double, double) - Method in class frink.graphics.VoxelArray
-
Performs three rotations around the point (a, b, c)
by performing 3 successive rotations about the x, y, and z axes in that
order.
- round() - Method in class frink.graphics.CoordinateTransformer3DFloat
-
Rounds the elements of a matrix to the nearest integer values.
- sampleBoolean(int, int, int) - Method in class frink.graphics.VoxelArray
-
Sample the field at the specified 3-dimensional point and return its
value as true or false.
- sampleBoolean(Point3DInt) - Method in class frink.graphics.VoxelArray
-
Sample the field at the specified 3-dimensional point and return its
value as true or false.
- sampleFloat(float, float, float) - Method in interface frink.graphics.Field3DFloat
-
Sample the field at the specified 3-dimensional point and return its
value.
- sampleFloat(float, float, float) - Method in class frink.graphics.VoxelArray
-
Sample the field at the specified 3-dimensional point and return its
value.
- sampleFloat(Point3DFloat) - Method in class frink.graphics.VoxelArray
-
Sample the field at the specified 3-dimensional point and return its
value.
- scaleAround(float, float, float) - Method in class frink.graphics.BoundingBox2DFloat
-
Scales a BoundingBox2DFloat around a point [cx, cy]
and returns a new bounding box that could contain its scaled area.
- scaleAround(float, float, float, float, float) - Static method in class frink.graphics.Point2DFloat
-
Scales a point (x,y) around another point (cx, cy) with scale factor
scale.
- scaleAround(float, float, float) - Method in class frink.graphics.Point2DFloat
-
Scales this point around another point (cx, cy) with scale factor
scale.
- scaleAround(Point2DFloat, float) - Method in class frink.graphics.Point2DFloat
-
Scales this point around another point (cx, cy) with scale factor
scale.
- scaleAround(float, float, float) - Method in class frink.graphics.Point2DFloatList
-
Creates a version of this polygon scaled around (cx, cy).
- set(long) - Method in class frink.graphics.BiggerBitSet
-
Sets the bit at the specified index to true.
- set(long, boolean) - Method in class frink.graphics.BiggerBitSet
-
Sets the bit at the specified index to the specified value.
- set(int, int, int, boolean) - Method in class frink.graphics.VoxelArray
-
Sets the voxel in the specific coordinate to the specific value.
- set(Point3DInt, boolean) - Method in class frink.graphics.VoxelArray
-
Sets the voxel in the specific coordinate to the specific value.
- setNoCheck(int, int, int, boolean) - Method in class frink.graphics.VoxelArray
-
Sets the specific coordinate to the specific value, doing no checking
of the validity of the coordinates for speed.
- setNoCheck(Point3DInt, boolean) - Method in class frink.graphics.VoxelArray
-
Sets the specific coordinate to the specific value.
- setRange(long, long) - Method in class frink.graphics.BiggerBitSet
-
Sets the bits from the specified fromIndex (inclusive) to the
specified toIndex (exclusive) to true.
- setRange(long, long, boolean) - Method in class frink.graphics.BiggerBitSet
-
Sets the bits from the specified fromIndex (inclusive) to the
specified toIndex (exclusive) to the specified value.
- setRange(int, int, int, int, int, int, boolean) - Method in class frink.graphics.VoxelArray
-
Sets the values in the specified range to the certain value.
- signedDistanceFloat(float, float, float) - Method in class frink.graphics.Plane3DFloat
-
Signed distance to plane from point.
- signum(double) - Static method in class frink.graphics.Point3DFloat
-
Java didn't have java.lang.math.Signum until Java 1.5.
- size() - Method in class frink.graphics.BiggerBitSet
-
Returns the number of bits of space actually in use by this
BiggerBitSet to represent bit values.
- sizeX - Variable in class frink.graphics.VoxelArray
-
The size of the x axis.
- sizeY - Variable in class frink.graphics.VoxelArray
-
The size of the y axis.
- sizeZ - Variable in class frink.graphics.VoxelArray
-
The size of the z axis.
- softSignum(double) - Static method in class frink.graphics.CoordinateTransformer3DFloat
-
Returns a "soft" signum that is either -1 or 1 and never 0 because 0
wrecks some of these algorithms.
- solidOfRotation(LineSegment3DFloat, double, double) - Method in class frink.graphics.VoxelArray
-
Creates a solid of rotation by rotating this VoxelArray around
an axis specified by axis.
- solidOfRotation(Point3DFloat, Point3DFloat, double, double) - Method in class frink.graphics.VoxelArray
-
Creates a solid of rotation by rotating this VoxelArray around
an axis going through point (x,y,z) and the normal (u,v,w).
- solidOfRotation(float, float, float, float, float, float, double, double) - Method in class frink.graphics.VoxelArray
-
Creates a solid of rotation by rotating this VoxelArray around
an axis going through point (x,y,z) and the normal (u,v,w).
- sphericalEmboss(FrinkImage, float, float, float, double, double, double, double, float, float, VoxelArray, int, int, int) - Method in class frink.graphics.VoxelArray
-
Embosses an image using a spherical mapping into the outer hull of an
object.
- sphericalEmboss(FrinkImage, float, float, float, double, double, double, double, int, int, float, float, float, float, VoxelArray, int, int, int) - Method in class frink.graphics.VoxelArray
-
Embosses an image using a spherical mapping into the outer hull of an
object.
- sphericalToXYZ(double, double, double, double, double, double, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Transforms spherical coordinates r, theta, phi into cartesian coordinates
x, y, z.
- sphericalToXYZ(Point3DDouble, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Transforms this point which represents its elements as spherical
coordinates r, theta, phi into cartesian coordinates x, y, z.
- STLFormatter - Class in frink.graphics
-
This class contains utilities to create STL (Stereolithography) files for
modeling or 3D printing.
- STLFormatter() - Constructor for class frink.graphics.STLFormatter
-
- strokeZ(Point2DFloatList, VoxelArray, float, float, float, boolean) - Static method in class frink.graphics.VoxelArray
-
Extrudes the stroke of a polygon (using a the specified VoxelArray as a
"tool") along the Z axis and returns a new VoxelArray of it.
- strokeZ(Point2DFloatList, float, float, float, boolean) - Static method in class frink.graphics.VoxelArray
-
Extrudes the stroke of a polygon (using a cylindrical "pen") along the
Z axis and returns a new VoxelArray of it.
- strokeZTapered(Point2DFloatList, float, float, float, float, boolean) - Static method in class frink.graphics.VoxelArray
-
Extrudes the stroke of a polygon (using a tapered cylindrical "pen")
along the Z axis and returns a new VoxelArray of it.
- subtract(Point3DFloat) - Method in class frink.graphics.Point3DFloat
-
Constructs a new Point3DFloat where the components of p2 are subtracted
from this point.
- subtract(Point3DFloat, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Constructs a new Point3DFloat where the components are subtracted from
each other.
- subtractInPlace(Point3DFloat) - Method in class frink.graphics.Point3DFloat
-
Subtracts the specified Point3DFloat from this point, modifying it in
place.
- subtractInPlace(float, float, float) - Method in class frink.graphics.Point3DFloat
-
Subtracts the specified coordinates from this point, modifying it in
place.
- toAltAz() - Method in class frink.graphics.Point3DFloat
-
Converts this point represented as an X,Y,Z coordinate to a
Point3DDouble indicating the coordinates in (r, alt, az).
- toAltAz(Point3DDouble) - Method in class frink.graphics.Point3DFloat
-
Converts this point represented as an X,Y,Z coordinate to a
Point3DDouble indicating the coordinates in (r, alt, az).
- toAltAz(double, double, double) - Static method in class frink.graphics.Point3DFloat
-
Converts an X,Y,Z coordinate to a Point3DDouble indicating the
coordinates in (r, alt, az).
- toAltAz(double, double, double, double, double, double, Point3DDouble) - Static method in class frink.graphics.Point3DFloat
-
Converts an X,Y,Z coordinate to a Point3DDouble indicating the
coordinates in (r, alt, az).
- toCylindrical() - Method in class frink.graphics.Point3DFloat
-
Converts this point represented as an X,Y,Z coordinate to a
Point3DDouble indicating the coordinates in (r, az, h).
- toCylindrical(Point3DDouble) - Method in class frink.graphics.Point3DFloat
-
Converts this point represented as an X,Y,Z coordinate to a
Point3DDouble indicating the coordinates in (r, az, h).
- toCylindrical(double, double, double) - Static method in class frink.graphics.Point3DFloat
-
Converts an X,Y,Z coordinate to a Point3DDouble indicating the
coordinates in (r, az, h).
- toCylindrical(double, double, double, double, double, double, Point3DDouble) - Static method in class frink.graphics.Point3DFloat
-
Converts an X,Y,Z coordinate to a Point3DDouble indicating the
coordinates in (r, az, h).
- toExpression() - Method in class frink.graphics.CoordinateTransformer3DFloat
-
Converts this matrix to a 2-dimensional ListExpression.
- toExpression() - Method in class frink.graphics.Point2DFloat
-
Converts to a Frink expression as a ListExpression
with [x,y] values.
- toIndex(long, long, long) - Method in class frink.graphics.VoxelArray
-
Convert x,y,z coordinates to an index into the
BiggerBitSet.
- toIndexNoCheck(long, long, long) - Method in class frink.graphics.VoxelArray
-
Convert x,y,z coordinates to an index into the
BiggerBitSet.
- TOLERANCE - Static variable in class frink.graphics.CoordinateTransformer3DFloat
-
How close a float must be to a float to be "equal".
- toObjFormat(String) - Method in class frink.graphics.VoxelArray
-
This triangulates the external hull of this object and returns it as a
string in Wavefront .obj format that can be 3-D printed.
- toObjFormat(String, float) - Method in class frink.graphics.VoxelArray
-
This triangulates the external hull of this object and returns it as a
string in Wavefront .obj format that can be 3-D printed.
- toObjFormat(Vector<Triangle3DFloat>, String) - Static method in class frink.graphics.WavefrontObj
-
This method turns a vector of Triangle3DFloat into a string
representing a Wavefront obj file.
- toObjFormat(Vector<Triangle3DFloat>, String, float) - Static method in class frink.graphics.WavefrontObj
-
This method turns a vector of Triangle3DFloat into a string
representing a Wavefront obj file.
- toObjFormatOld(Vector<Triangle3DFloat>, String, float) - Static method in class frink.graphics.WavefrontObj
-
Deprecated.
- toSpherical() - Method in class frink.graphics.Point3DFloat
-
Converts this point represented as an X,Y,Z coordinate to a
Point3DDouble indicating the coordinates in (r, theta, phi).
- toSpherical(Point3DDouble) - Method in class frink.graphics.Point3DFloat
-
Converts this point represented as an X,Y,Z coordinate to a
Point3DDouble indicating the coordinates in (r, theta, phi).
- toSpherical(double, double, double) - Static method in class frink.graphics.Point3DFloat
-
Converts an X,Y,Z coordinate to a Point3DDouble indicating the
coordinates in (r, theta, phi).
- toSpherical(double, double, double, double, double, double, Point3DDouble) - Static method in class frink.graphics.Point3DFloat
-
Converts an X,Y,Z coordinate to a Point3DDouble indicating the
coordinates in (r, theta, phi).
- toSTLFormat(Vector<Triangle3DFloat>, String, float) - Static method in class frink.graphics.STLFormatter
-
This method turns a vector of Triangle3DFloat into a string
representing a STL file.
- toSTLFormat(Vector<Triangle3DFloat>, String) - Static method in class frink.graphics.STLFormatter
-
This method turns a vector of Triangle3DFloat into a string
representing a STL file.
- toSTLFormat(String) - Method in class frink.graphics.VoxelArray
-
This triangulates the external hull of this object and returns it as a
string in STL format that can be 3-D printed.
- toSTLFormat(String, float) - Method in class frink.graphics.VoxelArray
-
This triangulates the external hull of this object and returns it as a
string in STL format that can be 3-D printed.
- toString() - Method in class frink.graphics.BoundingBox2DFloat
-
Returns the bounding box as a human-readable string.
- toString() - Method in class frink.graphics.BoundingBox3DFloat
-
Returns a String representation of this bounding box.
- toString() - Method in class frink.graphics.CoordinateTransformer3DFloat
-
Formats the transformation matrix as a string.
- toString() - Method in class frink.graphics.Plane3DFloat
-
Returns a String representation of this plane.
- toString() - Method in class frink.graphics.Point3DDouble
-
Returns a String representation of this point.
- toString() - Method in class frink.graphics.Point3DFloat
-
Returns a String representation of this point.
- toString() - Method in class frink.graphics.Point3DInt
-
Returns a String representation of this point.
- towardPoint(float, float, float, float, float, float, float, float) - Static method in class frink.graphics.LineSegment3DFloat
-
Makes a line segment from point 1 toward point 2.
- transform(float, float, float, Point3DFloat) - Method in class frink.graphics.CoordinateTransformer3DFloat
-
Transform the coordinate (x, y, z) by this matrix.
- transform(Point3DFloat, Point3DFloat) - Method in class frink.graphics.CoordinateTransformer3DFloat
-
Transform the coordinate (x, y, z) by this matrix.
- transform(CoordinateTransformer3DFloat) - Method in class frink.graphics.VoxelArray
-
- translate(int, int, int) - Method in class frink.graphics.VoxelArray
-
Translates this whole object by the specified amounts on each axis.
- Triangle3DFloat - Class in frink.graphics
-
This is a simple data structure that represents a 3-D triangle with the
coordinates represented as Point3DFloat.
- Triangle3DFloat(Point3DFloat, Point3DFloat, Point3DFloat) - Constructor for class frink.graphics.Triangle3DFloat
-
Construct a Trangle3D with the 3 specified points.
- triangleConnection - Static variable in class frink.graphics.MarchingCubes
-
For each of the possible vertex states listed in cubeEdgeFlags there
is a specific triangulation of the edge intersection points.
- triangulateHull(float, float, int, float, float, int, float, float, int, Field3DFloat, float) - Static method in class frink.graphics.MarchingCubes
-
triangulateHull iterates over a Field3DFloat and returns a vector
of triangles that represent its external hull, with the external hull
being defined as the points that are greater than or equal to
targetValue.
- triangulateHull() - Method in class frink.graphics.VoxelArray
-
Triangulates the external hull of the voxels and returns a
Vector of triangles that represent its external hull.
- TWOPI - Static variable in class frink.graphics.VoxelArray
-
2 * pi