def graph_bisect_1():
graph = mod_graph.Graph()
graph.add_branch(
mod_graph.Branch(nodes=[
'a', 'b',
mod_graph.Node(label='c', color=BLUE), 'd', 'e', '1.0', 'f', 'g',
'h', 'i', '2.0', 'j',
mod_graph.Node(label='k', color=RED)
]))
return graph
def graph_linearni_model_za_reset():
graph = mod_graph.Graph()
graph.add_branch(
mod_graph.Branch(nodes=[
'a', 'b', 'c', 'd', 'e',
mod_graph.Node(label='f', color=RED),
mod_graph.Node(label='g', color=RED),
mod_graph.Node(label='h', color=RED),
mod_graph.Node(label='i', color=RED),
mod_graph.Node(label='...', color=RED)
]))
return graph
def graph_kreiranje_grane_2():
graph = mod_graph.Graph(column=6)
graph.add_branch(
mod_graph.Branch(
label='master',
nodes=['a', 'b', 'c',
mod_graph.Node(label='', color=WHITE)]))
graph.add_branch(
mod_graph.Branch(label='eksperimentalna-grana',
branch_from=graph.find_node('c'),
row=1,
nodes=[mod_graph.Node(label='', color=WHITE)]))
return graph
def graph_linearni_model_za_reset_HEAD_1():
graph = mod_graph.Graph()
graph.add_branch(
mod_graph.Branch(reverse_arrows=True,
nodes=[
'a',
'b',
'c',
'd',
'e',
mod_graph.Node(label='f', color=RED),
mod_graph.Node(label='g', color=RED),
mod_graph.Node(label='h', color=RED),
mod_graph.Node(label='i(HEAD)', color=RED),
]))
return graph
def graph_kreiranje_grane_1():
graph = mod_graph.Graph()
graph.add_branch(
mod_graph.Branch(
nodes=['a', 'b', 'c',
mod_graph.Node(label='', color=WHITE)]))
return graph
def graph_linearni_sa_zadnjim_cvorom():
graph = mod_graph.Graph()
graph.add_branch(
mod_graph.Branch(
nodes=['a', 'b', 'c',
mod_graph.Node(label='d', color=BLUE)]))
return graph
def graph_linearni_bez_zadnjeg_cvora_1():
graph = mod_graph.Graph()
graph.add_branch(
mod_graph.Branch(
nodes=['a', 'b', 'c',
mod_graph.Node(label=' ', color=WHITE)]))
return graph
def graph_linearni_model_za_revert_2_revertano():
graph = mod_graph.Graph()
graph.add_branch(
mod_graph.Branch(nodes=[
'a', 'b', 'c', 'd', 'e',
mod_graph.Node(label='f', color=RED), 'g', 'h', 'i', 'j'
]))
return graph
def graph_git_merge_01():
graph = mod_graph.Graph(column=6)
graph.add_branch(mod_graph.Branch(label='master', color=BLUE, nodes='abc'))
graph.add_branch(
mod_graph.Branch(label='eksperimentalna-grana',
branch_from=graph.find_node('c'),
row=1,
nodes=[mod_graph.Node(' ', color=WHITE)]))
return graph