NeuralIdeals : Index

• == -- determines whether two NeuralCodes are equal
• allCodeWords (missing documentation)
• canonicalForm -- computes the canonical form of a neural ideal
• canonicalForm(Ideal) -- computes the canonical form of a neural ideal
• canonicalForm(Ideal,SharedIndex=>...) -- computes the canonical form of a neural ideal
• canonicalForm(NeuralCode) -- computes the canonical form of a neural ideal
• canonicalForm(NeuralCode,Iterative=>...) -- computes the canonical form of a neural ideal
• canonicalResolution -- canonical resolution of a neural code
• canonicalResolution(NeuralCode) -- canonical resolution of a neural code
• codeSupport -- lists which neurons fire together
• codeSupport(NeuralCode) -- lists which neurons fire together
• codeWords -- of a neural code
• depolarizationMap -- creates the depolarization map
• depolarizationMap(Ring,Ring) -- creates the depolarization map
• dim -- dimension of a NeuralCode
• dim(NeuralCode) -- dimension of a NeuralCode
• isCanonical -- determines whether a neural ideal is in canonical form
• isCanonical(...,Polarized=>...) -- determines whether a neural ideal is in canonical form
• isCanonical(Ideal) -- determines whether a neural ideal is in canonical form
• isWellDefined -- determines whether a NeuralCode is well-defined
• isWellDefined(NeuralCode) -- determines whether a NeuralCode is well-defined
• Iterative -- the default method for computing the canonical form of a neural code
• NeuralCode -- type of a neural code
• neuralCode -- creates a NeuralCode object
• NeuralCode == NeuralCode -- determines whether two NeuralCodes are equal
• neuralCode(Ideal) -- creates a NeuralCode object
• neuralCode(Ideal,Polarized=>...) -- creates a NeuralCode object
• neuralCode(List) -- creates a NeuralCode object
• neuralCode(List,Ring) -- creates a NeuralCode object
• neuralCode(List,Ring,Ring) -- creates a NeuralCode object
• neuralCode(List,String,String) -- creates a NeuralCode object
• neuralIdeal -- computes the neural ideal of a neural code.
• neuralIdeal(NeuralCode) -- computes the neural ideal of a neural code.
• NeuralIdeals -- canonical forms of neural ideals
• Polar (missing documentation)
• Polarized -- determine whether a polarized ideal is in canonical form
• polarizedCanonicalForm -- computes the polarized canonical form
• polarizedCanonicalForm(Ideal) -- computes the polarized canonical form
• polarizedCanonicalForm(Ideal,Ring) -- computes the polarized canonical form
• polarizedCanonicalForm(NeuralCode) -- computes the polarized canonical form
• polarizedCanonicalIdeal -- polarized ideal generated by the canonical form
• polarizedCanonicalIdeal(Ideal) -- polarized ideal generated by the canonical form
• polarizedCanonicalIdeal(Ideal,Ring) -- polarized ideal generated by the canonical form
• polarizedCanonicalIdeal(NeuralCode) -- polarized ideal generated by the canonical form
• polarizedCanonicalResolution -- computes the polarized canonical resolution
• polarizedCanonicalResolution(NeuralCode) -- computes the polarized canonical resolution
• polarizedRing -- returns the polarized ring of a NeuralCode
• polarizedRing(NeuralCode) -- returns the polarized ring of a NeuralCode
• polarizeList -- polarizes a list of ring elements
• polarizeList(List) -- polarizes a list of ring elements
• polarizeList(List,Ring) -- polarizes a list of ring elements
• polarizePseudomonomial -- polarizes a pseudomonomial
• polarizePseudomonomial(RingElement) -- polarizes a pseudomonomial
• polarizePseudomonomial(RingElement,Ring) -- polarizes a pseudomonomial
• receptiveFieldRelation -- gives the receptive field relation corresponding ot a pseudomonomial
• receptiveFieldRelation(RingElement) -- gives the receptive field relation corresponding ot a pseudomonomial
• ring -- ring of a NeuralCode
• ring(NeuralCode) -- ring of a NeuralCode
• SharedIndex -- the default method for computing the canonical form of a neural ideal