- b - Variable in class Jcg.geometry.Line_2
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- b - Variable in class Jcg.geometry.Plane_3
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- barycenter(Point_[]) - Method in interface Jcg.geometry.Point_
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Set the current point as the barycenter of an array of points
- barycenter(Point_[]) - Method in class Jcg.geometry.Point_2
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Set the current point as the barycenter of an array of points
- barycenter(Point_[]) - Method in class Jcg.geometry.Point_3
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Set the current point as the barycenter of an array of points
- barycenter(Point_[]) - Method in class Jcg.geometry.Point_d
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- bench4n() - Method in class compactTriangulations.test.TestVertexDegree
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Evaluate the performance of the vertex degree computation, for the CDS4n (Isaac 2011 implementation)
- bench4n() - Method in class compactTriangulations.test.TestVertexNormals
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Evaluate the performance of the vertex degree computation, for the CDS4n (Isaac 2011 implementation)
- bench5n() - Method in class compactTriangulations.test.TestVertexDegree
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Evaluate the performance of the vertex degree computation, for the CDS5n (Isaac 2011 implementation)
- bench5n() - Method in class compactTriangulations.test.TestVertexNormals
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Evaluate the performance of the vertex degree computation, for the CDS5n (Isaac 2011 implementation)
- bench6n() - Method in class compactTriangulations.test.TestVertexDegree
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Evaluate the performance of the vertex degree computation, for the CDS6n (Isaac 2011 implementation)
- bench6n() - Method in class compactTriangulations.test.TestVertexNormals
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Evaluate the performance of the vertex degree computation, for the CDS6n (Isaac 2011 implementation)
- bench6nNew() - Method in class compactTriangulations.test.TestVertexDegree
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Evaluate the performance of the vertex degree computation, for the CDS6n (new implementation)
- bench6nNew() - Method in class compactTriangulations.test.TestVertexNormals
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Evaluate the performance of the vertex degree computation, for the CDS6n (new implementation)
- benchHE() - Method in class compactTriangulations.test.TestVertexDegree
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Evaluate the performance of the vertex degree computation, for the Half-edge data structure
- benchmark(int, int) - Static method in class arrays.test.Test
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- benchmarkArrays(int) - Static method in class arrays.test.Test
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- benchWE() - Method in class compactTriangulations.test.TestVertexDegree
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Evaluate the performance of the vertex degree computation, for the Winged-edge data structure
- benchWE() - Method in class compactTriangulations.test.TestVertexNormals
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Evaluate the performance of the vertex degree computation, for the Winged-edge data structure
- BinaryEncoding - Class in compactTriangulations.encoding
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This class provides methods for reading and writing binary files, and for converting Integers/Floats from/to byte[]
- BinaryEncoding() - Constructor for class compactTriangulations.encoding.BinaryEncoding
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Warning: this method is not supported
- BinaryEncoding(int) - Constructor for class compactTriangulations.encoding.BinaryEncoding
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Create a binary encoding of a given size
- BinaryEncoding(String) - Constructor for class compactTriangulations.encoding.BinaryEncoding
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Read the binary encoding from file
- binaryFormat - Variable in class compactTriangulations.encoding.MeshDecoder
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- BinaryOFF - Class in compactTriangulations.encoding
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- BinaryOFF() - Constructor for class compactTriangulations.encoding.BinaryOFF
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- bits - Variable in class Jcg.util.BitSet32
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- bits2words(int) - Static method in class Jcg.util.BitSet64
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returns the number of 64 bit words it would take to hold numBits
- BitSet32 - Class in Jcg.util
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An implementation of a bit-vector (using memory words on 32 bits)
- BitSet32(int) - Constructor for class Jcg.util.BitSet32
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Constructs a BitSet large enough to hold numBits.
- BitSet32(int[], int) - Constructor for class Jcg.util.BitSet32
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Constructs a BitSet, from an array already initialized
- BitSet64 - Class in Jcg.util
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An implementation of a bit-vector (using memory words on 64 bits)
- BitSet64(int) - Constructor for class Jcg.util.BitSet64
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Constructs an OpenBitSet large enough to hold numBits.
- BitSetInterface - Interface in Jcg.util
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- bitSize() - Method in class Jcg.util.BitSet32
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Returns the size in term of bits
- bitSize() - Method in class Jcg.util.BitSet64
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Returns the size of the bitset (number of words)
- bitSize() - Method in interface Jcg.util.BitSetInterface
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- blackWord - Variable in class compactTriangulations.encoding.StringEncoderTwoWords
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Bit string encoding the black word
- booleanToString(boolean[]) - Static method in class arrays.test.Test
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- boundingBox() - Method in class Jcg.geometry.PointCloud
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Compute the bounding box (enclosing all points)
- boundingBox() - Method in class Jcg.geometry.PointCloud_2
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Compute the bounding box (enclosing all points)
- boundingBox() - Method in class Jcg.geometry.PointCloud_3
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Compute the bounding box (enclosing all points)
- boundingBox() - Method in class Jcg.geometry.PointCloud_d
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Compute the bounding box (enclosing all points)
- buildCDS4n() - Method in class compactTriangulations.test.TestVertexDegree
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Construct the CDS4n (Isaac 2011 implementation)
- buildCDS4n() - Method in class compactTriangulations.test.TestVertexNormals
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Construct the CDS4n (Isaac 2011 implementation)
- buildCDS5n() - Method in class compactTriangulations.test.TestVertexDegree
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Construct the CDS5n (Isaac 2011 implementation)
- buildCDS5n() - Method in class compactTriangulations.test.TestVertexNormals
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Construct the CDS5n (Isaac 2011 implementation)
- buildCDS6n() - Method in class compactTriangulations.test.TestVertexDegree
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Construct the CDS6n (Isaac 2011 implementation)
- buildCDS6n() - Method in class compactTriangulations.test.TestVertexNormals
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Construct the CDS6n (Isaac 2011 implementation)
- buildCDS6nFromBinaryOFF() - Method in class compactTriangulations.test.TestBuildingFromOFF
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Construct the CDS6n (new implementation), from a mesh stored in binary OFF format
- buildCDS6nFromOFF() - Method in class compactTriangulations.test.TestBuildingFromOFF
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Construct the CDS6n (new implementation), from a mesh stored in standard OFF format (text file)
- buildCDS6nNew() - Method in class compactTriangulations.test.TestVertexDegree
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Construct the CDS6n (new implementation)
- buildCDS6nNew() - Method in class compactTriangulations.test.TestVertexNormals
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Construct the CDS6n (new implementation)
- buildFromPolyhedron() - Method in class compactTriangulations.building.CompactMeshBuilder_4n
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Construct the compact array based data structure requiring 4 references per vertex
Half-edges must be oriented.
- buildFromPolyhedron() - Method in class compactTriangulations.building.CompactMeshBuilder_5n
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Construct the compact array based data structure requiring 5 reference per vertex
Half-edges must be oriented.
- buildFromPolyhedron() - Method in class compactTriangulations.building.CompactMeshBuilder_6n
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Construct an compact array based data structure requiring 6 reference per vertex
Half-edges must be oriented.
- buildFromPolyhedron() - Method in class compactTriangulations.building.CompactMeshBuilder_6nNew
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Construct an compact array based data structure requiring 6 reference per vertex
Half-edges must be oriented.
- buildHE() - Method in class compactTriangulations.test.TestVertexDegree
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Construct the Half-edge data structure
- buildWE() - Method in class compactTriangulations.test.TestVertexDegree
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Construct the Winged-edge data structure
- buildWE() - Method in class compactTriangulations.test.TestVertexNormals
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Construct the Winged-edge data structure
- bytesToMegabytes(long) - Static method in class compactTriangulations.test.MemoryBenchmark
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