def htg2image(htg: networkx.DiGraph,
fname_image: str,
layout_engine: str = "dot"):
"""
Creates an image file from the *HTG*.
**arguments**:
* *HTG*: HTG
* *fname_image*: name of output file
* *layout_engine*: one of "dot", "neato", "fdp", "sfdp", "circo", "twopi"
**example**::
>>> htg2image(cgraph, "mapk_htg.pdf")
"""
graph = htg.copy()
convert_nodes_to_anonymous_strings(graph)
digraph2image(graph, fname_image, layout_engine)
def condensationgraph2image(cgraph: networkx.DiGraph,
fname_image: str,
layout_engine: str = "dot"):
"""
Creates an image file from the condensation graph.
**arguments**:
* *cgraph*: condensation graph
* *fname_image*: name of output file
* *layout_engine*: one of "dot", "neato", "fdp", "sfdp", "circo", "twopi"
**example**::
>>> condensationgraph2image(cgraph, "dot", "mapk_cgraph.pdf")
"""
graph = cgraph.copy()
convert_nodes_to_anonymous_strings(graph)
digraph2image(graph, fname_image, layout_engine)
def htg2dot(htg: networkx.DiGraph, fname_dot: str = None) -> str:
"""
Creates a *dot* file of the *HTG*.
**arguments**:
* *HTG*: HTG
* *fname_dot*: name of *dot* file or *None*
**returns**:
* *text_dot*: text content of dot file
**example**::
>>> htg2dot(cgraph, "mapk_htg.dot")
"""
graph = htg.copy()
convert_nodes_to_anonymous_strings(graph)
return digraph2dot(graph, fname_dot)
def condensationgraph2dot(cgraph: networkx.DiGraph, fname_dot: str = None):
"""
Creates a *dot* file from a condensation graph.
**arguments**:
* *cgraph*: state transition graph
* *fname_dot*: name of *dot* file or *None*
**returns**:
* *text_dot*: file as string if not *FnameDOT is None*, otherwise it returns *None*
**example**::
>>> condensationgraph2dot(cgraph, "mapk_cgraph.dot")
"""
graph = cgraph.copy()
convert_nodes_to_anonymous_strings(graph)
return digraph2dot(graph, fname_dot)