- A - Variable in class frink.graphics.Plane3DFloat
-
The coefficients of the plane.
- 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.
- 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.
- 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.
- 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.
- 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.
- subtractLength(Point3DFloat, Point3DFloat) - Static method in class frink.graphics.Point3DFloat
-
Returns the length of p1 - p2.
- 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.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