A C E F G H I L M N O R S T V W

A

AbstractMeshIterator<V> - Class in net.von_gagern.martin.confoo.mesh

Abstract base class for mesh iterators.

AbstractMeshIterator() - Constructor for class net.von_gagern.martin.confoo.mesh.AbstractMeshIterator

C

call() - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Callable interface to the transform method.

Chebyshev - Class in net.von_gagern.martin.confoo.fun

Evaluate Chebyshev series.

Chebyshev() - Constructor for class net.von_gagern.martin.confoo.fun.Chebyshev

cheval(int, double[], double) - Static method in class net.von_gagern.martin.confoo.fun.Chebyshev

Evaluate a Chebyshev series.

cl2(double) - Static method in class net.von_gagern.martin.confoo.fun.Clausen

Calculate Clausen's integral.

Clausen - Class in net.von_gagern.martin.confoo.fun

Clausen's integral.

Clausen() - Constructor for class net.von_gagern.martin.confoo.fun.Clausen

CombinatoricMesh<V> - Interface in net.von_gagern.martin.confoo.mesh

The most basic kind of mesh representing only its combinatorics.

configureNewton(Newton) - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Configure the optimizer used for the transformation.

Conformal<V> - Class in net.von_gagern.martin.confoo.conformal

Conformal transformations of triangle meshes.

contains(double, double) - Method in class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Determine whether a point given by its coordinates lies within the triangle.

contains(Point2D) - Method in class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Determine whether a given point lies within the triangle.

contains(double, double, double, double) - Method in class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Determine whether the triangle completely contains a rectangle given by its coordinates.

contains(Rectangle2D) - Method in class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Determine whether the triangle completely contains a given rectangle.

CorneredTriangle<V> - Interface in net.von_gagern.martin.confoo.mesh

Interface for triangles of a mesh.

E

Edge2D - Class in net.von_gagern.martin.confoo.mesh.flat

A 2D line with unordered equality comparison.

Edge2D(Point2D, Point2D) - Constructor for class net.von_gagern.martin.confoo.mesh.flat.Edge2D

Construct an edge from two endpoints.

edgeLength(V, V) - Method in class net.von_gagern.martin.confoo.conformal.ResultMesh

Get edge length.

edgeLength(Vertex2D, Vertex2D) - Method in class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Determine edge length.

edgeLength(V, V) - Method in interface net.von_gagern.martin.confoo.mesh.MetricMesh

Determine distance between adjacent vertices of the mesh.

edgeLength(Integer, Integer) - Method in class net.von_gagern.martin.confoo.mesh.ObjFormat

Determine edge length.

equal(CorneredTriangle<?>, CorneredTriangle<?>) - Static method in class net.von_gagern.martin.confoo.mesh.SimpleTriangle

Equality comparison for cornered triangles.

equals(Object) - Method in class net.von_gagern.martin.confoo.mesh.flat.Edge2D

Compare edge to other line.

equals(Object) - Method in class net.von_gagern.martin.confoo.mesh.flat.Vertex2D

Compare vertex to other point.

equals(Object) - Method in class net.von_gagern.martin.confoo.mesh.SimpleTriangle

Compare two simple triangles for equality.

F

fixedBoundaryCurvature(Map<? extends V, Double>) - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Set boundary condition to given angles.

FlattenObj - Class in net.von_gagern.martin.confoo.conformal

Command line interface to flatten a mesh.

FlattenObj() - Constructor for class net.von_gagern.martin.confoo.conformal.FlattenObj

Functional - Interface in net.von_gagern.martin.confoo.opt

Interface of a functional.

G

Geometry - Enum in net.von_gagern.martin.confoo.conformal

get(int) - Method in class net.von_gagern.martin.confoo.mesh.SimpleTriangle

Get specified corner.

getAngleErrorBound() - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Get the maximal angle error during transformation.

getArgMin() - Method in class net.von_gagern.martin.confoo.opt.Newton

Get position of critical point.

getBoundary() - Method in class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Retrieve boundary shape.

getBoundaryEdges() - Method in class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Retrieve collection of all boundary edges.

getBounds() - Method in class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Calculate integer bounding box.

getBounds2D() - Method in class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Calculate bounding box.

getCorner(int) - Method in interface net.von_gagern.martin.confoo.mesh.CorneredTriangle

Get specified corner.

getCorner(int) - Method in class net.von_gagern.martin.confoo.mesh.SimpleTriangle

Get specified corner.

getCorner(int) - Method in exception net.von_gagern.martin.confoo.mesh.TriangleInequalityException

getEdges() - Method in class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Retrieve collection of all edges.

getExitCondition() - Method in class net.von_gagern.martin.confoo.opt.Newton

Get cause for the termination of the most recent optimization.

getExitError() - Method in class net.von_gagern.martin.confoo.opt.Newton

Get residual error for exit condition.

getInputDimension() - Method in interface net.von_gagern.martin.confoo.opt.Functional

Return the dimension of the input space.

getInputGeometry() - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Get the currently configured geometry of the input mesh.

getInstance(MetricMesh<V>) - Static method in class net.von_gagern.martin.confoo.conformal.Conformal

Convenience factory method.

getInstance(Functional) - Static method in class net.von_gagern.martin.confoo.opt.Newton

Construct new optimizer for given functional.

getInteriorEdges() - Method in class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Retrieve collection of all interior edges.

getOutputGeometry() - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Get the currently configured geometry of the output mesh.

getP1() - Method in class net.von_gagern.martin.confoo.mesh.flat.Edge2D

Return one end point of this line.

getP2() - Method in class net.von_gagern.martin.confoo.mesh.flat.Edge2D

Return the other end point of this line.

getPathIterator(AffineTransform) - Method in class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Get a path iterator for this shape.

getPathIterator(AffineTransform, double) - Method in class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Get a flattening path iterator for this shape.

getTriangles() - Method in class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Retrieve collection of triangles.

getU(V) - Method in class net.von_gagern.martin.confoo.conformal.ResultMesh

Get the parameter u associated with this vertex.

getX(V) - Method in class net.von_gagern.martin.confoo.conformal.ResultMesh

Get x coordinate of vertex.

getX(Vertex2D) - Method in class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Get x coordinate of vertex.

getX(V) - Method in interface net.von_gagern.martin.confoo.mesh.LocatedMesh

Determine x coordinate of a vertex.

getX(Integer) - Method in class net.von_gagern.martin.confoo.mesh.ObjFormat

Get x coordinate of vertex.

getY(V) - Method in class net.von_gagern.martin.confoo.conformal.ResultMesh

Get y coordinate of vertex.

getY(Vertex2D) - Method in class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Get y coordinate of vertex.

getY(V) - Method in interface net.von_gagern.martin.confoo.mesh.LocatedMesh

Determine y coordinate of a vertex.

getY(Integer) - Method in class net.von_gagern.martin.confoo.mesh.ObjFormat

Get y coordinate of vertex.

getZ(V) - Method in class net.von_gagern.martin.confoo.conformal.ResultMesh

Get z coordinate of vertex.

getZ(Vertex2D) - Method in class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Get z coordinate of vertex.

getZ(V) - Method in interface net.von_gagern.martin.confoo.mesh.LocatedMesh

Determine z coordinate of a vertex.

getZ(Integer) - Method in class net.von_gagern.martin.confoo.mesh.ObjFormat

Get z coordinate of vertex.

gradient(Vector) - Method in interface net.von_gagern.martin.confoo.opt.Functional

Calculate gradient.

H

hashCode() - Method in class net.von_gagern.martin.confoo.mesh.flat.Edge2D

Calculate hash code from coordinates.

hashCode() - Method in class net.von_gagern.martin.confoo.mesh.flat.Vertex2D

Calculate hash code from coordinates.

hashCode() - Method in class net.von_gagern.martin.confoo.mesh.SimpleTriangle

Calculate hash code of triangle.

hessian(Matrix) - Method in interface net.von_gagern.martin.confoo.opt.Functional

Calculate hessian.

I

intersects(double, double, double, double) - Method in class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Determine whether the triangle intersects a rectangle given by its coordinates.

intersects(Rectangle2D) - Method in class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Determine whether the triangle intersects a given rectangle.

isometricBoundaryCondition() - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Set boundary condition for preserved boundary edge lengths.

iterator() - Method in class net.von_gagern.martin.confoo.conformal.ResultMesh

Get iterator over all triangles of the mesh.

iterator() - Method in interface net.von_gagern.martin.confoo.mesh.CombinatoricMesh

Return an iterator over the triangles of this mesh.

iterator() - Method in class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Return iterator over all triangles.

iterator() - Method in class net.von_gagern.martin.confoo.mesh.ObjFormat

Get iterator over all triangles.

L

lineSearchParameters(double, double, double) - Method in class net.von_gagern.martin.confoo.opt.Newton

Set parameters for backtracking line search.

LocatedMesh<V> - Interface in net.von_gagern.martin.confoo.mesh

A mesh with 3D vertex positions.

M

main(String[]) - Static method in class net.von_gagern.martin.confoo.conformal.FlattenObj

Main function of the command line interface.

Mesh2D - Class in net.von_gagern.martin.confoo.mesh.flat

A 2D triangle mesh.

Mesh2D(LocatedMesh<V>) - Constructor for class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Construct 2D mesh from a located mesh.

Mesh2D(Collection<? extends CorneredTriangle<? extends Point2D>>) - Constructor for class net.von_gagern.martin.confoo.mesh.flat.Mesh2D

Construct 2D mesh from collection of triangles.

MeshException - Exception in net.von_gagern.martin.confoo.mesh

Exception thrown for unsuitable mesh configurations.

MeshException(String) - Constructor for exception net.von_gagern.martin.confoo.mesh.MeshException

Construct with given message.

MeshException(String, Throwable) - Constructor for exception net.von_gagern.martin.confoo.mesh.MeshException

Construct with given message and wrapping another throwable.

MeshIterator<V> - Interface in net.von_gagern.martin.confoo.mesh

Convenience interface for an iterator over mesh triangles.

MetricMesh<V> - Interface in net.von_gagern.martin.confoo.mesh

A mesh with edge length information.

N

net.von_gagern.martin.confoo.conformal - package net.von_gagern.martin.confoo.conformal

Conformal transformations of triangle meshes.

net.von_gagern.martin.confoo.fun - package net.von_gagern.martin.confoo.fun

Special mathematical functions.

net.von_gagern.martin.confoo.mesh - package net.von_gagern.martin.confoo.mesh

Interfaces and classes to deal with triangular meshes.

net.von_gagern.martin.confoo.mesh.flat - package net.von_gagern.martin.confoo.mesh.flat

Twodimensional meshes with coordinate based equality.

net.von_gagern.martin.confoo.opt - package net.von_gagern.martin.confoo.opt

Convex optimization.

Newton - Class in net.von_gagern.martin.confoo.opt

Newton method for Convex Optimization.

Newton.ExitCondition - Enum in net.von_gagern.martin.confoo.opt

Enumeration of possible reasons for the termination of an optimization.

NoSuchVertexException - Exception in net.von_gagern.martin.confoo.conformal

NoSuchVertexException(String) - Constructor for exception net.von_gagern.martin.confoo.conformal.NoSuchVertexException

NoSuchVertexException() - Constructor for exception net.von_gagern.martin.confoo.conformal.NoSuchVertexException

O

ObjFormat - Class in net.von_gagern.martin.confoo.mesh

Bare bones interoperability with obj file format.

ObjFormat(BufferedReader) - Constructor for class net.von_gagern.martin.confoo.mesh.ObjFormat

Construct from object file text.

ObjFormat(Reader) - Constructor for class net.von_gagern.martin.confoo.mesh.ObjFormat

Construct from object file text.

ObjFormat(InputStream) - Constructor for class net.von_gagern.martin.confoo.mesh.ObjFormat

Construct from object file input stream.

ObjFormat(LocatedMesh<V>, Map<V, Integer>) - Constructor for class net.von_gagern.martin.confoo.mesh.ObjFormat

Construct from arbitrary located mesh.

ObjFormat(LocatedMesh<Integer>) - Constructor for class net.von_gagern.martin.confoo.mesh.ObjFormat

Construct from integer mesh.

optimize() - Method in class net.von_gagern.martin.confoo.opt.Newton

Find approximatively optimal solution.

R

remove() - Method in class net.von_gagern.martin.confoo.mesh.AbstractMeshIterator

Throws UnsupportedOperationException

ResultMesh<V> - Class in net.von_gagern.martin.confoo.conformal

Representation of a transformed mesh.

run() - Method in class net.von_gagern.martin.confoo.opt.Newton

Runnable interface to the optimize method.

S

setAngleErrorBound(double) - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Set the maximal angle error during transformation.

setArgument(Vector) - Method in interface net.von_gagern.martin.confoo.opt.Functional

Set function arguments for subsequent calls.

setEpsilon(Newton.ExitCondition, double) - Method in class net.von_gagern.martin.confoo.opt.Newton

Set error bound for given termination condition.

setInputGeometry(Geometry) - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Set the geometry of the input mesh.

setLayoutStartTriangle(CorneredTriangle<? extends V>) - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Set the triangle to be layed out first.

setMaxIterations(int) - Method in class net.von_gagern.martin.confoo.opt.Newton

Set maximum number of iterations.

setNorm(Newton.ExitCondition, Vector.Norm) - Method in class net.von_gagern.martin.confoo.opt.Newton

Set the norm used to compare a vector with an error bound.

setOutputGeometry(Geometry) - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Set the geometry of the output mesh.

SimpleTriangle<V> - Class in net.von_gagern.martin.confoo.mesh

Simple implementation for triangles of a mesh.

SimpleTriangle(V, V, V) - Constructor for class net.von_gagern.martin.confoo.mesh.SimpleTriangle

size() - Method in class net.von_gagern.martin.confoo.mesh.SimpleTriangle

Count corners.

T

throwInterceptedExceptions() - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Re-throw exceptions intercepted by call.

throwInterceptedExceptions() - Method in class net.von_gagern.martin.confoo.opt.Newton

Re-throw exceptions intercepted by run.

transform() - Method in class net.von_gagern.martin.confoo.conformal.Conformal

Perform transformation.

Triangle2D - Class in net.von_gagern.martin.confoo.mesh.flat

A 2D triangle which is also a shape.

Triangle2D(Vertex2D, Vertex2D, Vertex2D) - Constructor for class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Construct triangle from three vertices.

Triangle2D(Point2D, Point2D, Point2D) - Constructor for class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Construct triangle from three corner points.

Triangle2D(double, double, double, double, double, double) - Constructor for class net.von_gagern.martin.confoo.mesh.flat.Triangle2D

Construct triangle from corner coordinates.

TriangleInequalityException - Exception in net.von_gagern.martin.confoo.mesh

Violation of triangle inequality.

TriangleInequalityException(Object, Object, Object) - Constructor for exception net.von_gagern.martin.confoo.mesh.TriangleInequalityException

V

value() - Method in interface net.von_gagern.martin.confoo.opt.Functional

Calculate function value.

valueChange() - Method in interface net.von_gagern.martin.confoo.opt.Functional

Calculate change in function value.

valueOf(String) - Static method in enum net.von_gagern.martin.confoo.conformal.Geometry

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum net.von_gagern.martin.confoo.opt.Newton.ExitCondition

Returns the enum constant of this type with the specified name.

values() - Static method in enum net.von_gagern.martin.confoo.conformal.Geometry

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum net.von_gagern.martin.confoo.opt.Newton.ExitCondition

Returns an array containing the constants of this enum type, in the order they are declared.

Vertex2D - Class in net.von_gagern.martin.confoo.mesh.flat

A 2D point with equality comparison.

Vertex2D(Point2D) - Constructor for class net.von_gagern.martin.confoo.mesh.flat.Vertex2D

Construct vertex from given point.

Vertex2D(double, double) - Constructor for class net.von_gagern.martin.confoo.mesh.flat.Vertex2D

Construct vertex from given coordinates.

W

write(Appendable) - Method in class net.von_gagern.martin.confoo.mesh.ObjFormat

Write out object file text.

write(OutputStream) - Method in class net.von_gagern.martin.confoo.mesh.ObjFormat

Write out object file stream.

A C E F G H I L M N O R S T V W