Using Python as the third GIS: entry procedure-stargui.py

"""
GUI start file for space-time analysis of regional Systems
#STARS的图形用户界面入口 (advanced users can operate directly by using the command line method)
----------------------------------------------------------------------
AUTHOR (S): Serge Rey
Mark v. Janikas
Boris Dev
----------------------------------------------------------------------
Copyright (c) 2000-2006 Sergio J. Rey
======================================================================
This source code was licensed under the GNU general public License,
Version 2. See the file COPYING for more details.
======================================================================

Overview:

Top module for stars GUI. All modules should is imported into the This module.
Methods can attached to menu callbacks.
#顶层程序, the file needs to be run in a unified directory with other calling files

"""

Import sys, OS, string
From Tkinter Import * # widget Classes
From guimixin Import * # mix-in methods
From guimaker Import * # frame, plus Menu/toolbar Builder
From Numeric Import *
Import Pickle
Import Os.path
Import version
Import time

Version = version. VERSION
Versiondate = version. DATE
#以上为系统自带的包

From Stars Import *

Import ESDA
Import Markov
Import inequality
Import Mobility
Import Data
Import Markov
Import EDA
From table Import table as Rtable
From the history import *
From Sdialog Import *
From PDF Import *
Import Help
Import Dataviewer as DV
From Kmean import Kmeans
Import Sdialogue as SD
Import Utility
Import starssmoothing as Smooth
#以上为stars目录下的包

Starshome=options.getstarshome ()
Platform=options.getplatform ()
Sstop = Tk ()
Sstop.title ("Welcome to Stars!")

Ss=splashscreen (Master=sstop)
#启动欢迎界面

# view Modules
From Gview Import *

Class Sproject (Project):
...

Class Sbroadcast:
...

Class SMap (Map,sbroadcast):
...

Class STable (Table,sbroadcast):
...

Class Smoranscatter (Moranscatter,sbroadcast):
...

Class Sdensity (Density,sbroadcast):
...

Class SCDF (Cdf,sbroadcast):
...

Class Shistogram (Histogram,sbroadcast):
...

Class Stimeseries (Timeseries,sbroadcast):
...

Class Sboxplot (Boxplot,sbroadcast):
...

Class Spacetimebuttonmatrix (View):
...

Class Stimepath (Timepath):
...

Class SPCP (PCP):
...

Class App (Guimixin, Guimaker): # or Guimakerframemenu
"" "Application Level Class" "
#其中包含菜单定义与操作
...

if __name__ = = ' __main__ ':
Import Tkinter
Import Sys
main = APP ()
Main.disablemenus ()
If Len (sys.argv) = = 1:
Main.mainloop ()
Sys.exit ()
Else
# below here is wrapper functions for Shell
Def openproject ():
Main.openproject ()

def example ():
Main.example ()
DEF catalogue ():
Print Main.project.catalogue ()
Def matrixnames ():
Print Main.getmatrixnames ()
Def openproject ():
Main.openproject ()
def getvariable (name):
return main.project.getVariable (name)
def map (Variable,t=[0]):
T=T[0]
title = "%s%s"% (Variable.name,variable.timestring[t])
coords = Main.project.coords
Poly2cs = Main.project.poly2cs
Cs2poly = Main.project.cs2poly
Main.drawmap (Title,coords,variable[:,t],variable.name,t,
Poly2cs,cs2poly)

        def boxplot (variable,timeperiod = [0]):
             t = timeperiod[0]
             x = variable[:,t]
            Sboxplot (Variable.name,main.project,main.master,
                     x= x,
                     csids = Range (len (x)),
                     tsids = [t ],
                     allx = variable)

def density (variable,timeperiod = [0]):
T=TIMEPERIOD[0]
yall = variable
Tsids = [t] * yall.t
Sdensity ("Density", Main.master,
Main.project,y.name,y[:,t],csid=range (len (y)),
TSID = Tsids,
title = "Dtitle", Xlabel=yall.name,
Xmin = None,
Xmax = None)
def quit ():
Main.master.destroy ()
Sys.exit (0)
Def disablemenus ():
Main.disablemenus ()

Using Python as the third GIS: Entry procedure-stargui.py