fsimkovic / rvapi Goto Github PK

>>> from rvapi import NewDocument
>>> main = NewDocument("GUI", "jsrview", "Main")

>>> from rvapi import Tab
>>> tab = Tab(main, "Summary Tab", opened=True)
>>> tab.add_text("hello World")

>>> from rvapi import Section
>>> section = Section(tab, "Summary Section", opened=True)
>>> section.add_text("Hello World")

>>> from rvapi import Table
>>> table = Table(tab, "Summary Table")
>>> table.add_col_header("one,two,three".split(","))
>>> table.add_row("1,2,3".split(","))
>>> table.add_row("3,4,5".split(","))

>>> section2 = Section(tab, "Summary Section 2", opened=True)
>>> table2 = Table(section2, "Summary Table 2")
>>> table2.add_col_header("one,two,three".split(","))
>>> table2.add_row("1,2,3".split(","))
>>> table2.add_row("3,4,5".split(","))

>>> import time
>>> time.sleep(5)
>>> table.add_row("10,11,12".split(","))

>>> from rvapi import Data
>>> data = Data(section2, "Example File")
>>> data.add_data("foobar.txt", "text")

>>> data2 = Data(tab, "Some Structure", opened=True)
>>> data2.add_data("structure.pdb", "xyz")

>>> from rvapi import Tree
>>> tree = Tree(section2, "Tree Example", opened=True)
>>> Section(tree, "Section 1").set_tree_node()
>>> tree_section2 = Section(tree, "Section 2")
>>> tree_section2.set_tree_node()
>>> tree_section2a = Section(tree, "Section 2a")
>>> tree_section2a.set_tree_node(parent_node=tree_section2)
>>> tree_section2b = Section(tree, "Section 2b")
>>> tree_section2b.set_tree_node(parent_node=tree_section2)

>>> for i, section in enumerate(tree):
...     section.add_text("Hello World {}".format(i))

>>> from rvapi import Radar
>>> tab2 = Tab(main, "Figure Tab")
>>> radar = Radar(tab2, "What's the best?", opened=True)
>>> radar.add_property("Option 1", 0.1)
>>> radar.add_property("Option 2", 0.2)
>>> radar.add_property("Option 3", 1.0)

>>> from rvapi import Graph, GraphData, GraphDataset
>>> graph = Graph(tab2)
>>> graph_data = GraphData(graph, "Trigonometry")
>>> dataset1 = GraphDataset(graph_data, "x", "argument")
>>> dataset2 = GraphDataset(graph_data, "sin(x)", "Sine")
>>> dataset3 = GraphDataset(graph_data, "cos(x)", "Cosine")

>>> from math import sin, cos
>>> for i in range(1, 21):
...     dataset1.add_int(i)
...     dataset2.add_real(sin(i*6.28/19.0))
...     dataset3.add_real(cos(i*6.28/19.0))