pyLM
v1.1
A Python Problem Solving Environment for the simulation of stochastic biological systems
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pySTDLM.CellArranger.CellArranger | A base class for laying out cells in a 3D space |
pySTDLM.CellArranger.LooseGridArranger | An arranger that orients cells in square grid with padding in between |
pySTDLM.CellArranger.RandomArranger | An arranger that randomly orients a number of cells in a regin until either a count or a volume fraction target is met |
pySTDLM.CellArranger.RandomSphericalArranger | An arranger that randomly orients a number of cells in a sphere inside a regin until either a count or a volume fraction target is met |
pySTDLM.CellArranger.TightGridArranger | An arranger that orients cells in square grid |
pySTDLM.Cells.CellShape | Base class for a particular cell type for use in CellArranger (and later more) |
pySTDLM.Cells.BoxCell | A representation for a spherical cell |
pySTDLM.Cells.CapsuleCell | A representation for a spherical cell |
pySTDLM.Cells.CapsuleShellCell | A representation for a spherical cell |
pySTDLM.Cells.SphereCell | A representation for a spherical cell |
pyLM.CME.CMESimulation | A CME simulation that contains reactions and species |
pyLM.RDME.CMESimulation | A CME simulation that contains reactions and species |
pySTDLM.Fitting.Comparator | |
pySTDLM.Fitting.MomentComparator | |
pySTDLM.Fitting.TraceComparator | |
pySTDLM.Fitting.Fitter | |
pySTDLM.Fitting.SimulatedAnnealingFitter | |
pySTDLM.Fitting.SweepFitter | |
Handler | |
pyLM.LMLogger.NullHandler | |
pySTDLM.Distributions.ParticleGenerator | A particle generator that adds particles to a particular region of a simulation |
pyLM.RDME.RDMERegion | A class that represents a type region of an RDME simulation |
pyLM.RDME.RDMESimulation | A class that contains all regions, reactions, diffusions and rules for a RDME simulation |