def __table__(self, master):
try:
if self.rule_win.state() == 'normal':
pass
except:
data = {}
colnums = ['Rule', 'Node', 'Question', 'Yes', 'No']
rule_dict = self.df.ix[:, 'Rule':'No']
for r in range(len(rule_dict.index)):
plice = {}
for c in range(len(rule_dict.columns)):
if rule_dict.iloc[r, c] == 'nan':
plice[rule_dict.columns[c]] = ' '
else:
plice[rule_dict.columns[c]] = rule_dict.iloc[r, c]
data[str(r)] = plice
self.rule_win = Toplevel(master)
frame = Frame(self.rule_win)
frame.pack()
model = TableModel()
for key in colnums:
model.addColumn(key) #sort the columns
model.importDict(data)
table = TableCanvas(frame,
model=model,
width=800,
height=500,
rowheight=20,
editable=False,
cellbackgr='#E3F6CE',
reverseorder=1,
rowselectedcolor='yellow')
table.createTableFrame()
table.sortTable(columnName='Rule')
def set_columns(self, columns, main_column=None):
self.deleteColumns()
for col in columns:
TableModel.addColumn(self, col)
self.main_column = columns[0] if main_column is None else main_column
def set_columns(self, columns, main_column=None):
self.deleteColumns()
for col in columns:
TableModel.addColumn(self, col)
self.main_column = columns[0] if main_column is None else main_column
from tkintertable.Tables import TableCanvas
from tkintertable.TableModels import TableModel
from Tkinter import *
master = Tk()
tframe = Frame(master)
tframe.pack()
model = TableModel()
model.addColumn('c1')
model.addColumn('c2')
model.addRow('1')
model.addRow('2')
row= 1
column = 1
table = TableCanvas(tframe,model=model)
table.model.data['1']['c1']= 10
table.createTableFrame()
#table.pack()
master.mainloop()
class my_graph(object):
def __init__(self, frame, usable_width, direction):
self.deleted = False
self.directed = direction
self.ftable = Frame(frame.ftables)
self.ft = Frame(self.ftable)
self.fnp = Frame(self.ftable)
#frame network properties
if(usable_width > 1500) :
button_width=17
button_width_plot=7
font=('Verdana',9)
image_button = 23
list_fonts = list( tkFont.families() )
elif(usable_width > 1200):
button_width=15
button_width_plot=6
image_button = 28
font=('Verdana',10)
else:
button_width=14
button_width_plot=5
image_button = 28
font=('Verdana',8)
if(usable_width > 1500):
self.save_img = PhotoImage(file="save.gif")
self.load_img = PhotoImage(file="load.gif")
self.delete_img = PhotoImage(file="delete.gif")
elif(usable_width > 1200):
self.save_img = PhotoImage(file="save22.gif")
self.load_img = PhotoImage(file="load22.gif")
self.delete_img = PhotoImage(file="delete.gif")
else:
self.save_img = PhotoImage(file="save20.gif")
self.load_img = PhotoImage(file="load20.gif")
self.delete_img = PhotoImage(file="delete.gif")
labelfnp_width = 10
pos = 0
# buttons area for the right panel of each graph
self.buttonSave = Button(master=self.fnp, image=self.save_img, command=lambda num=frame.number_table: save_network(frame, num), relief=FLAT, width=image_button)
self.buttonSave.image = self.save_img
self.buttonSave.grid(row=0, column=0, pady=1, padx=1)
self.buttonDelete = Button(master=self.fnp, image=self.delete_img, command=lambda num=frame.number_table: delete_network(frame, num), relief=FLAT, width=image_button)
self.buttonDelete.image = self.delete_img
self.buttonDelete.grid(row=pos, column=1, pady=1, padx=1)
pos += 1
self.plot_button = Button(master=self.fnp, text='Plot', command=lambda num=frame.number_table: plot_graph(frame, num), width=button_width)
self.plot_button.grid(row=pos, column=0, columnspan=2, pady=2, padx=5)
pos += 1
self.netPro_label = Label(self.fnp, text="Network properties:", width=3*labelfnp_width, anchor=CENTER)
self.netPro_label.grid(row=pos, column=0, columnspan=2, pady=2, padx=5)
pos += 1
self.number_nodesLabel = Label(self.fnp, text="Nodes: ", width=labelfnp_width, anchor=W)
self.number_nodesLabel.grid(row=pos, column=0, pady=2, padx=5)
self.number_nodes_str = StringVar()
self.number_nodes_l = Label(self.fnp, textvariable=self.number_nodes_str, width=labelfnp_width, anchor=W)
self.number_nodes_l.grid(row=pos, column=1, pady=2, padx=5)
pos += 1
self.number_arcsLabel = Label(self.fnp, text="Arcs: ", width=labelfnp_width, anchor=W)
self.number_arcsLabel.grid(row=pos, column=0, pady=2, padx=5)
self.number_arcs_str = StringVar()
self.number_arcs_l = Label(self.fnp, textvariable=self.number_arcs_str, width=labelfnp_width, anchor=W)
self.number_arcs_l.grid(row=pos, column=1, pady=2, padx=5)
pos += 1
self.number_diameterLabel = Label(self.fnp, text="Diameter: ", width=labelfnp_width, anchor=W)
self.number_diameterLabel.grid(row=pos, column=0, pady=2, padx=5)
self.diameter_str = StringVar()
self.diameter_l = Label(self.fnp, textvariable=self.diameter_str, width=labelfnp_width, anchor=W)
self.diameter_l.grid(row=pos, column=1, pady=2, padx=5)
pos += 1
self.assortativityLabel = Label(self.fnp, text="Assortativity: ", width=labelfnp_width, anchor=W)
self.assortativityLabel.grid(row=pos, column=0, pady=2, padx=5)
self.assortativity_str = StringVar()
self.assortativity_l = Label(self.fnp, textvariable=self.assortativity_str, width=labelfnp_width, anchor=W)
self.assortativity_l.grid(row=pos, column=1, pady=2, padx=5)
pos += 1
self.entropyLabel = Label(self.fnp, text="Entropy: ", width=labelfnp_width, anchor=W)
self.entropyLabel.grid(row=pos, column=0, pady=2, padx=5)
self.entropy_str = StringVar()
self.entropy_l = Label(self.fnp, textvariable=self.entropy_str, width=labelfnp_width, anchor=W)
self.entropy_l.grid(row=pos, column=1, pady=2, padx=5)
pos += 1
self.subgraph_ind_sub = Button(master=self.fnp, text='Induced subgraph', font=font, command=lambda num=frame.number_table: induced_subgraph(frame, num, usable_width), width=button_width)
self.subgraph_ind_sub.grid(row=pos, column=0, pady=2, padx=5)
pos+=1
self.subgraph_ind_sub_lev = Button(master=self.fnp, text='Subgraph level', font=font, command=lambda num=frame.number_table: subgraph_levels(frame, num, usable_width), width=button_width)
self.subgraph_ind_sub_lev.grid(row=pos, column=0, pady=2, padx=5)
self.frame_but = Frame(self.fnp)
#table part, create and fill columns
self.columnNames = columnNames
self.model = TableModel()
self.model.data = {}
for i in xrange(len(self.columnNames)):
if(direction):
if(columnNames[i] != "Information centrality"):
self.model.addColumn(self.columnNames[i])
else:
if(columnNames[i] != 'Eccentricity in'):
if(columnNames[i] != 'Vibrational centrality in'):
if(columnNames[i] != 'In degree'):
if(columnNames[i] != 'Total degree'):
self.model.addColumn(self.columnNames[i].replace(" out", "").replace("Out degree", "Degree"))
if(usable_width > 1500):
thefont=30
rowheight=22
else:
thefont=5
rowheight=20
self.table = TableCanvas(self.ft, model=self.model, rows=0, cols=0, rowheaderwidth=0, rowheight=rowheight,
cellbackgr='#ffffff', thefont=thefont, editable=False, showkeynamesinheader=True,
autoresizecols=True, fill=X)
self.model.addRow()
self.table.createTableFrame()
self.file_name = StringVar()
self.file_name_label = Label(self.ftable, textvariable=self.file_name)
self.file_name_label.pack(side=TOP)
self.ft.pack(side=LEFT, expand=True, fill=X)
self.fnp.pack(side=RIGHT)
self.ftable.pack(expand=True, fill=X)
#create the centrality list
self.centrality = [[] for x in xrange(len(self.columnNames))]
self.table.fontsize=thefont
self.table.setFontSize()
self.adj_matrix = None
self.laplacian_psinv = None
frame.canvas.config(scrollregion=frame.canvas.bbox("all"))
from tkintertable.Tables import TableCanvas
from tkintertable.TableModels import TableModel
from Tkinter import *
master = Tk()
tframe = Frame(master)
tframe.pack()
model = TableModel()
model.addColumn('c1')
model.addColumn('c2')
model.addRow('1')
model.addRow('2')
row = 1
column = 1
table = TableCanvas(tframe, model=model)
table.model.data['1']['c1'] = 10
table.createTableFrame()
#table.pack()
master.mainloop()