jLM.TexFmt Namespace Reference

Functions
	_texHeader (net, f)
	regionTable (net, regions=None, file=None)
	parameterTable (net, params=None, file=None)
	reactionTable (net, rxns=None, file=None)
	modelTables (net, file=None)

Detailed Description

Dump simulation parameters as LaTeX

Function Documentation

_texHeader()

jLM.TexFmt._texHeader ( net, f )

protected

Here is the caller graph for this function:

modelTables()

jLM.TexFmt.modelTables	(		net,
			file = None )

Write a TeX formated description of the model

Args:
    net (:py:class:`~jLM.RDME.SpatialModel`):
        Model
    file (file-like):
        File object of output

Here is the call graph for this function:

parameterTable()

jLM.TexFmt.parameterTable	(		net,
			params = None,
			file = None )

Write a TeX formated table of parameters

Args:
    net (:py:class:`~jLM.RDME.SpatialModel`):
        Model
    parameters ([:py:class:`~jLM.Types.RateConst`]):
        Parameters to report
    file (file-like):
        File object of output

Here is the call graph for this function:

reactionTable()

jLM.TexFmt.reactionTable	(		net,
			rxns = None,
			file = None )

Write a TeX formated table of reactions

Args:
    net (:py:class:`~jLM.RDME.SpatialModel`):
        Model
    rxns ([:py:class:`~jLM.Types.Reaction`]):
        Reactions to report
    file (file-like):
        File object of output

Here is the call graph for this function:

regionTable()

jLM.TexFmt.regionTable	(		net,
			regions = None,
			file = None )

Write a TeX formated table of regions

Args:
    net (:py:class:`~jLM.RDME.SpatialModel`):
        Model
    regions ([:py:class:`~jLM.Types.Region`]):
        Regions to report
    file (file-like):
        File object of output

Here is the call graph for this function: