def __init__(self, m, sp_num): '''takes in a sbml and validates it''' self.m = m self.py_dot_graph = pydot.Dot(type='digraph', graph_name='graphName', \ rankdir = "LR") self.add_edge = self.py_dot_graph.add_edge self.add_node = self.py_dot_graph.add_node DotNodes.__init__(self, m) self.sp_num = sp_num self.sp_id = self.m.getSpecies(sp_num - 1).getId()
def __init__(self, m): ''' m is a libsbml getModel file initialise a few short-cuts here ''' self.m = m self.py_dot_graph = pydot.Dot(type='digraph', graph_name='graphName', \ rankdir = "LR") self.add_edge = self.py_dot_graph.add_edge self.add_node = self.py_dot_graph.add_node DotNodes.__init__(self, m)
def __init__(self, m, sp_num): '''takes in a sbml and validates it''' self.m = m self.py_dot_graph = pydot.Dot(type='digraph', graph_name='graphName', \ rankdir = "LR") self.add_edge = self.py_dot_graph.add_edge self.add_node = self.py_dot_graph.add_node DotNodes.__init__(self, m) self.sp_num = sp_num self.sp_id = self.m.getSpecies(sp_num-1).getId()
def __init__(self, m, re_num): ''' m is libsbml.getModel re_num is the reaction to be visualised ''' self.m = m self.py_dot_graph = pydot.Dot(type='digraph', graph_name='graphName', \ rankdir = "LR") self.add_edge = self.py_dot_graph.add_edge self.add_node = self.py_dot_graph.add_node DotNodes.__init__(self, m) self.re_num = re_num self.re = self.m.getReaction(re_num - 1) DotNodes.__init__(self, m)
def __init__(self, m, re_num): ''' m is libsbml.getModel re_num is the reaction to be visualised ''' self.m = m self.py_dot_graph = pydot.Dot(type='digraph', graph_name='graphName', \ rankdir = "LR") self.add_edge = self.py_dot_graph.add_edge self.add_node = self.py_dot_graph.add_node DotNodes.__init__(self, m) self.re_num = re_num self.re = self.m.getReaction(re_num-1) DotNodes.__init__(self, m)