def onSaveMat(self):
printCode = True
filename = asksaveasfilename(filetypes=[('Matlab mat files', '*.mat')])
if not filename:
return
def linkFunc(filename):
printCode = True
clipboard = Application.instance.clipboard
clipboard.clear()
clipboard.append(autoSubs('load $filename'))
self.__topwin.saveMat(filename)
tip = [
{
'type':'text',
'content':autoSubs('''The correlation matrix has been saved in the mat file "$filename" successully.
You can extract the data in Matlab using the following command:''')
},
{
'type':'link',
'content':autoSubs('>> load $filename'),
'command':lambda dumb: linkFunc(filename=filename)
},
{
'type':'text',
'content':'''and variable named "R" will appear in your Matlab workspace.
(Click the underlined Matlab command and copy it to the clipboard)'''
}
]
self._app.printTip(tip)
def onSaveMat(self):
printCode = True
filename = asksaveasfilename(filetypes=[('Matlab mat files', '*.mat')])
if not filename:
return
def linkFunc(filename):
printCode = True
clipboard = Application.instance.clipboard
clipboard.clear()
clipboard.append(autoSubs('load $filename'))
self.__topwin.saveMat(filename)
tip = [{
'type':
'text',
'content':
autoSubs(
'''The correlation matrix has been saved in the mat file "$filename" successully.
You can extract the data in Matlab using the following command:''')
}, {
'type': 'link',
'content': autoSubs('>> load $filename'),
'command': lambda dumb: linkFunc(filename=filename)
}, {
'type':
'text',
'content':
'''and variable named "R" will appear in your Matlab workspace.
(Click the underlined Matlab command and copy it to the clipboard)'''
}]
self._app.printTip(tip)
def onSolveClick(self):
t1 = time.clock()
if self.__bParallel.get():
self.parallelRun()
else:
self.serialRun()
deltaT = time.clock() - t1
print(autoSubs('Total time consumption: $deltaT (s)'))
def onExportMatlabScript(self):
printCode = True
filename = asksaveasfilename(filetypes=[('Matlab script files',
'*.m')])
if not filename:
return
self.__topwin.figureBook.exportMatlabScript(filename)
self._app.printTip(
autoSubs('''A Matlab script file has been saved as $filename.
By running this script, Matlab will literally "re-plot" the curves shown here.'''
))
def __setattr__(self, key, val):
if '_attributeLock' not in self.__dict__:
# This circumstance happens when __setattr__ called before __init__ being called.
object.__setattr__(self, '_attributeLock', set())
if 'autoLockAttribute' not in self.__dict__:
object.__setattr__(self, 'autoLockAttribute', False)
if key in self._attributeLock:
raise AttributeError, autoSubs('Attribute "$key" is unchangeable.')
if isinstance(val, ModelNode) and not val.isRoot and val.parentNode==None:
val.nodeName = val.nodeName if val.nodeName else key
object.__setattr__(val, 'parentNode', self)
# The autolock mechanism will lock the node after you attach it to the model tree.
# A child node cannot change its parent
val.lockAttribute('parentNode')
# and the parent node's child node cannot be re-assinged.
self.lockAttribute(key)
object.__setattr__(self, key, val)
if self.autoLockAttribute and key != 'autoLockAttribute': # autoLockAttribute cannot be locked
self.lockAttribute(key)
def onExportMatlabScript(self):
printCode = True
filename = asksaveasfilename(filetypes=[("Matlab script files", "*.m")])
if not filename:
return
self.__topwin.figureBook.exportMatlabScript(filename)
self._app.printTip(
autoSubs(
"""A Matlab script file has been saved as $filename.
By running this script, Matlab will literally "re-plot" the curves shown here."""
)
)
def __setattr__(self, key, val):
if '_attributeLock' not in self.__dict__:
# This circumstance happens when __setattr__ called before __init__ being called.
object.__setattr__(self, '_attributeLock', set())
if 'autoLockAttribute' not in self.__dict__:
object.__setattr__(self, 'autoLockAttribute', False)
if key in self._attributeLock:
raise AttributeError, autoSubs('Attribute "$key" is unchangeable.')
if isinstance(val,
ModelNode) and not val.isRoot and val.parentNode == None:
val.nodeName = val.nodeName if val.nodeName else key
object.__setattr__(val, 'parentNode', self)
# The autolock mechanism will lock the node after you attach it to the model tree.
# A child node cannot change its parent
val.lockAttribute('parentNode')
# and the parent node's child node cannot be re-assinged.
self.lockAttribute(key)
object.__setattr__(self, key, val)
if self.autoLockAttribute and key != 'autoLockAttribute': # autoLockAttribute cannot be locked
self.lockAttribute(key)
def linkFunc(filename):
printCode = True
clipboard = Application.instance.clipboard
clipboard.clear()
clipboard.append(autoSubs('load $filename'))
def onKeyPress(self, evt, codeList=[]):
# Experimenting with idlelib's AutoComplete
##############################################################
keysym = evt.keysym
if self.__autoComplete.autocompletewindow and \
self.__autoComplete.autocompletewindow.is_active():
if self.__autoComplete.autocompletewindow.keypress_event(evt) == 'break':
return 'break'
else:
if keysym == 'Tab':
return 'break'
if evt.keysym == 'Tab':
return self.__autoComplete.autocomplete_event(evt)
##############################################################
if evt.keycode not in range(16, 19) and evt.keycode not in range(33, 41):
r, c = self.getCursorPos()
prompt = self.text.get(autoSubs('$r.0'), autoSubs('$r.4'))
if prompt != '>>> ' and prompt != '... ':
return 'break'
if evt.keycode==8 and c <= 4:
return 'break'
if c < 4:
return 'break'
rend, cend = self.getCursorPos('end-1c')
if r < rend:
return 'break'
if evt.keycode == 13:
app = Application.instance
code = self.text.get(autoSubs('$r.4'), autoSubs('$r.end'))
try:
strippedCode = code.strip()
if strippedCode and strippedCode[0] == '!':
# Execute a system command
app.execute(code)
self.promptSymbol = '>>> '
self.updateContent(tag='', content='\n')
return 'break'
if strippedCode == '':
code = '\n'.join(codeList)
del codeList[:]
strippedCode = code.strip()
if strippedCode == '':
self.promptSymbol = '>>> '
self.updateContent(tag='', content='\n')
elif strippedCode[-1] in (':', '\\') or codeList:
codeList.append(code)
self.promptSymbol = '... '
self.updateContent(tag='', content='\n')
else:
self.promptSymbol = '>>> '
self.updateContent(tag='', content='\n')
try:
ret = app.execute(code)
except:
traceback.print_exc()
if ret != None:
self.updateContent(tag='RETVAL', content=repr(ret)+'\n')
finally:
self.text.mark_set(INSERT, END)
self.text.see(END)
return 'break'
def createWindow(self, moduleName, className):
'''Create a tool window.'''
mod = __import__(autoSubs('wavesynlib.toolwindows.$moduleName'), globals(), locals(), [className], -1)
return self.windows.add(node=getattr(mod, className)())
def linkFunc(filename):
printCode = True
clipboard = Application.instance.clipboard
clipboard.clear()
clipboard.append(autoSubs('load $filename'))
