PHCpack : Index

• cascade -- runs a cascade of homotopies to get witness sets for the variety
• cascade(...,StartDimension=>...) -- Option to specify the dimension to begin searching for positive dimensional components
• cascade(...,Verbose=>...) -- option to specify whether additional output is wanted
• cascade(List) -- runs a cascade of homotopies to get witness sets for the variety
• computingPrecision -- flag to switch to double double or quad double precision
• constructEmbedding -- constructs an embedding of a polynomial system
• constructEmbedding(...,Verbose=>...) -- option to specify whether additional output is wanted
• constructEmbedding(List,ZZ) -- constructs an embedding of a polynomial system
• factorWitnessSet -- applies monodromy to factor a witness set into irreducible components
• factorWitnessSet(...,Verbose=>...) -- option to specify whether additional output is wanted
• factorWitnessSet(WitnessSet) -- applies monodromy to factor a witness set into irreducible components
• gamma -- the constant in the gamma trick, optional input for trackPaths
• interactive -- flag to run phc -p or phc -m in interactive mode
• intermediateSolutions -- option of trackPaths to get all intermediate solutions on a path
• intersectSlice -- intersects a witness set by a slice
• intersectSlice(WitnessSet,List) -- intersects a witness set by a slice
• isCoordinateZero -- checks if coordinate has absolute value less than a given tolerance
• isCoordinateZero(Point,ZZ,RR) -- checks if coordinate has absolute value less than a given tolerance
• isWitnessSetMember -- tests whether a point belongs to a solution set
• isWitnessSetMember(...,Verbose=>...) -- option to specify whether additional output is wanted
• isWitnessSetMember(WitnessSet,Point) -- tests whether a point belongs to a solution set
• loadSettingsPath -- option of trackPaths to load the settings for a reproducible rerun
• mixedVolume -- computes mixed volume of a polynomial system
• mixedVolume(...,interactive=>...) -- option to switch to the interactive mode of phc -m
• mixedVolume(...,numThreads=>...) -- option to set the number of threads when solving a start system
• mixedVolume(...,StableMixedVolume=>...) -- optional input for computation of the stable mixed volume
• mixedVolume(...,StartSystem=>...) -- optional input for computation of mixed volume by solving a random coefficient system
• mixedVolume(...,Verbose=>...) -- option to specify whether additional output is wanted
• mixedVolume(List) -- computes mixed volume of a polynomial system
• nonZeroFilter -- returns solutions with coordinate larger than given tolerance
• nonZeroFilter(List,ZZ,RR) -- returns solutions with coordinate larger than given tolerance
• numericalIrreducibleDecomposition -- finds the irreducible components of the zero set of a system of polynomials
• numericalIrreducibleDecomposition(...,StartDimension=>...) -- Option to specify the dimension to begin searching for positive dimensional components
• numericalIrreducibleDecomposition(...,Verbose=>...) -- option to specify whether additional output is wanted
• numericalIrreducibleDecomposition(List) -- finds the irreducible components of the zero set of a system of polynomials
• numThreads -- the number of threads in the path tracker
• PHCpack -- a package for Polynomial Homotopy Continuation
• randomSeed -- seed for the random number generators
• realSlice1D -- computes a real slice for a one dimensional witness set
• realSlice1D(...,searchDelta=>...) -- option of realSlice1D
• realSlice1D(...,searchNpoints=>...) -- option of realSlice1D
• realSlice1D(...,searchTolerance=>...) -- option of realSlice1D
• realSlice1D(WitnessSet) -- computes a real slice for a one dimensional witness set
• realSlice2D -- computes a real slice for a two dimensional witness set
• realSlice2D(...,searchDelta=>...) -- option of realSlice2D
• realSlice2D(...,searchNpoints=>...) -- option of realSlice2D
• realSlice2D(...,searchTolerance=>...) -- option of realSlice2D
• realSlice2D(WitnessSet) -- computes a real slice for a two dimensional witness set
• refineSolutions -- refines solutions of a system by increasing working precision
• refineSolutions(...,Verbose=>...) -- option to specify whether additional output is wanted
• refineSolutions(List,List,ZZ) -- refines solutions of a system by increasing working precision
• saveSettingsPath -- option of trackPaths to save the settings for a reproducible rerun
• searchDelta -- option of realSlice1D
• searchNpoints -- option of realSlice1D
• searchTolerance -- option of realSlice1D
• seeProgress -- flag to monitor the progress of the multithreaded path tracker
• solveRationalSystem -- approximates solutions to a rational system of equations
• solveRationalSystem(...,Verbose=>...) -- option to specify whether additional output is wanted
• solveRationalSystem(List) -- approximates solutions to a rational system of equations
• solveSystem -- a numerical blackbox solver
• solveSystem(...,computingPrecision=>...) -- option to specify the working precision
• solveSystem(...,numThreads=>...) -- option to set the number of threads
• solveSystem(...,randomSeed=>...) -- option to set the seed of the random number generators
• solveSystem(...,Verbose=>...) -- option to specify whether additional output is wanted
• solveSystem(List) -- a numerical blackbox solver
• StableMixedVolume -- optional input for computation of the stable mixed volume
• StartDimension -- optional input for cascade and numericalIrreducibleDecomposition
• StartSystem -- optional input to construct and solve a random coefficient system
• tDegree -- the degree of the continuation parameter
• toLaurentPolynomial -- converts a list of rational polynomials into Laurent polynomials
• toLaurentPolynomial(List,Symbol) -- converts a list of rational polynomials into Laurent polynomials
• topWitnessSet -- returns a witness set and nonsolutions for the top dimensional solution set
• topWitnessSet(...,Verbose=>...) -- option to specify whether additional output is wanted
• topWitnessSet(List,ZZ) -- returns a witness set and nonsolutions for the top dimensional solution set
• trackPaths -- tracks paths defined by a typical homotopy between start and end systems
• trackPaths(...,gamma=>...) -- Option to specify the value of the constant in the gamma trick
• trackPaths(...,interactive=>...) -- Option to run phc -p in interactive mode.
• trackPaths(...,intermediateSolutions=>...) -- option to get all intermediate solutions on a path
• trackPaths(...,loadSettingsPath=>...) -- option to load the settings of the path trackers for a reproducible rerun
• trackPaths(...,numThreads=>...) -- Option to define the number of threads in the path tracker.
• trackPaths(...,saveSettingsPath=>...) -- option to save the settings of the path trackers for a reproducible rerun
• trackPaths(...,seeProgress=>...) -- Option to follow the progress of the multithreaded path tracker.
• trackPaths(...,tDegree=>...) -- Option to specify the degree of the continuation parameter
• trackPaths(...,Verbose=>...) -- option to specify whether additional output is wanted
• trackPaths(List,List,List) -- tracks paths defined by a typical homotopy between start and end systems
• versionNumber -- returns the version number and release date of phc
• versionNumber(...,Verbose=>...) -- option to print the output of phc --version to screen
• versionNumber(Nothing) -- returns the version number and release date of phc
• zeroFilter -- returns solutions with k-th coordinate less than the given tolerance
• zeroFilter(List,ZZ,RR) -- returns solutions with k-th coordinate less than the given tolerance