def on_roses(self, event):
"""TO DO"""
season = wx.GetSingleChoice("Select a season to analyze:",
"Select season",
["Winter", "Summer", "Spring", "Fall"])
if season:
ms = MONTHS[season]
str_coords = wx.GetTextFromUser("Coordinates (lon, lat):",
default_value="-74.85,11.11")
str_lon, str_lat = str_coords.split(",")
lon = float(str_lon)
lat = float(str_lat)
if lon < 0:
lon = 360 + lon
progress_dlg = wx.ProgressDialog(
"Read and analyze", "Reading and analyzing wave data...")
progress_dlg.Pulse()
fname = f"tmp/dp-hs-{season}-{lon}-{lat}.tmp"
try:
dp_hs = load_obj(fname)
except FileNotFoundError:
dp_hs = joint_distribution(["dp", "hs"], ms, lon, lat)
save_obj(dp_hs, fname)
progress_dlg.Update(100)
frm_canvas = FrameCanvas(None, title="Wave Rose")
ax = frm_canvas.fig.add_subplot(projection="windrose")
dp, hs = dp_hs
ax.bar(dp, hs, normed=True)
ax.set_title("Significant Wave Height Rose")
ax.set_legend(title="$H_s$ (m)")
frm_canvas.Show()
def 组件_单选列表对话框(提示="", 标题="请选择", 选择项=['未设置'], 初始选中=0, 父窗口=None):
"弹出一个单选列表对话框,选择后返回选中的文本内容,取消返回空,选择项必须是文本型列表,初始选中从0开始"
return wx.GetSingleChoice(message=提示,
caption=标题,
choices=选择项,
initialSelection=初始选中,
parent=父窗口)
def InitLanguage(self):
langsAvail = {
"System default": self.sysLng,
"English": wx.LANGUAGE_ENGLISH,
"French": wx.LANGUAGE_FRENCH,
"German": wx.LANGUAGE_GERMAN,
"Italian": wx.LANGUAGE_ITALIAN,
}
sel = wx.GetSingleChoice("Please choose language:", "Language",
list(langsAvail.keys()))
if sel == "":
sel = "System default"
lang = langsAvail[sel]
# We don't have to do anything if the selected language is english
# As the strings of this app have been written in this lang
if lang == wx.LANGUAGE_ENGLISH:
return
wx.Locale.AddCatalogLookupPathPrefix("../langs")
self.locale = wx.Locale()
if not self.locale.Init(lang):
wx.LogWarning("This language is not supported by the system.")
if not self.locale.AddCatalog("internat"):
wx.LogError(
"Couldn't find/load the 'internat' catalog for locale '" +
self.locale.GetCanonicalName() + "'.")
def EvtSelTmplist(self, event):
lt = "/home/mb/Desktop/GECKO/wellchild/%s.txt"
at = ""
wt = "C:\Documents and Settings\mbarron\My Documents\GECKO\wellchild\%s.txt"
if event.GetString() == 'generic':
gen_note = EMR_formats.note(self.PtID)
if wx.GetTopLevelParent(self).nb.GetPage(2).reviewed == 1:
gen_note = gen_note.replace('Meds', 'Meds(reviewed today)')
gen_note = gen_note.replace('Allergies', 'Allergies(reviewed today)')
self.newsoapNote.SetValue(gen_note)
self.not_billable = 0
elif event.GetString() == 'prenatal':
self.newsoapNote.SetValue(EMR_formats.prenatal(self.PtID))
elif event.GetString() == 'procedure':
self.newsoapNote.SetValue(EMR_formats.procedure(self.PtID))
elif event.GetString() == 'phonecon':
self.newsoapNote.SetValue(EMR_formats.phonecon(self.PtID))
self.not_billable = 1
elif event.GetString() == 'well child':
choice = wx.GetSingleChoice('What age child?', "", ['Wt Check', '2 month', '4 month', '6 month', '9 month',
'12 month', '15 month', '18 month', '2 year', '3-4 year', '6-7_yr_old', '7-8 year', '10-11_yr_old',
'12-13_yr_old', '9-12 year', '13-15 year'])
string = open(EMR_utilities.platformText(lt, at, wt) % choice, 'r')
s = string.read()
string.close()
result = s % (EMR_utilities.getAge(self.PtID), EMR_utilities.getSex(self.PtID),
EMR_formats.getVitals(self.PtID, baby=1))
self.newsoapNote.SetValue(result)
self.not_billable = 0
else: pass
def on_period_exceedance(self, event):
"""Plots Probability of Exceedance Estimates of mean peak period for a season."""
season = wx.GetSingleChoice("Select a season to analyze:",
"Select season",
["Winter", "Summer", "Spring", "Fall"])
if season:
ms = MONTHS[season]
str_coords = wx.GetTextFromUser("Coordinates (lon, lat):",
default_value="-74.85,11.11")
str_lon, str_lat = str_coords.split(",")
lon = float(str_lon)
lat = float(str_lat)
if lon < 0:
lon = 360 + lon
progress_dlg = wx.ProgressDialog(
"Read and analyze", "Reading and analyzing wave data...")
progress_dlg.Pulse()
fname = f"tmp/tp-{season}-{lon}-{lat}.tmp"
try:
x, p = load_obj(fname)
except FileNotFoundError:
data = frequency_curve("tp", ms, lon, lat)
save_obj(data, fname)
x, p = data
progress_dlg.Update(100)
frm_canvas = FrameCanvas(
None, title="Probability of Exceedance for Peak Period")
ax = frm_canvas.fig.add_subplot()
ax.semilogy(x, p, "o")
ax.set_xlabel("Peak Period (s)")
ax.set_ylabel("Probability of Exceedance")
ax.set_title(season)
ax.grid(True)
frm_canvas.Show()
def on_weibull(self, event):
"""Extreme value analysis - Maximum Weibull distribution"""
season = wx.GetSingleChoice("Select a season to analyze:",
"Select season",
["Winter", "Summer", "Spring", "Fall"])
if season:
ms = MONTHS[season]
str_coords = wx.GetTextFromUser("Coordinates (lon, lat):",
default_value="-74.85,11.11")
str_lon, str_lat = str_coords.split(",")
lon = float(str_lon)
lat = float(str_lat)
if lon < 0:
lon = 360 + lon
progress_dlg = wx.ProgressDialog(
"Read and analyze", "Reading and analyzing wave data...")
progress_dlg.Pulse()
fname = f"tmp/hs-peaks-{season}-{lon}-{lat}.tmp"
try:
peaks_hs = load_obj(fname)
except FileNotFoundError:
peaks_hs = weibull_data("hs", ms, lon, lat)
save_obj(peaks_hs, fname)
progress_dlg.Update(100)
analysis = weibull.Analysis(peaks_hs, unit="m")
analysis.fit()
analysis.probplot()
def selectBibDeskFile(self, event):
docnames = [ d.name.get() for d in bibdesk.documents.get() ]
assert len(docnames) > 0, 'Please open a bibliography document in BibDesk first.'
docnames.sort()
bibfile = wx.GetSingleChoice('Please select the BibDesk document to use:', caption='BibDesk to Word', parent=self, choices=docnames)
if bibfile != '':
self.wxbibfile.SetLabel(bibfile)
def _onLoadLayout(self, event):
choice = wx.GetSingleChoice(message='Select layout to load',
caption='Load Layout',
parent=self,
choices=self._layoutCfgs.keys())
if 0 != len(choice):
self._loadLayout(self._layoutCfgs[choice])
def DoShowDialog(self, propGrid, property):
s = wx.GetSingleChoice("Choose Smoother", "Smoother...", self.choices)
if s:
self.SetValue(s)
return True
return False
def DoShowDialog(self, propGrid, property):
s = wx.GetSingleChoice("Message", "Caption", self.choices)
if s:
self.SetValue(s)
return True
return False
def onClick_GetSingleChoice(self, event):
code = ["Python", "Shell", "Java"]
choice = wx.GetSingleChoice(message="Which do you like best ?",
caption="GetSingleChoice",
aChoices=code) # 可选择的列表
if choice is "":
print("Nothing.")
else:
print("Your choice is", choice)
def OnAlign(self, evt):
reference = wx.GetSingleChoice(
"Select a reference track",
self.m_alignBtn.GetLabel(),
TrackList.track_names(),
parent=self
)
if reference:
tracks = self.GetSelectedTrackNames() or TrackList.track_names()
for path in tracks:
TrackList.align_track(reference, path)
def OnRemoveChannel(self, event: wx.CommandEvent) -> None:
"""Remove one channel."""
if not wx.GetApp().Channels.Names:
wx.MessageBox('There are no channels to be removed.',
caption='Failed to remove channel', style=wx.OK)
return
name = wx.GetSingleChoice('Choose channel to be removed:',
caption='Remove a channel',
aChoices=wx.GetApp().Channels.Names)
if not name:
return
wx.GetApp().Channels.Remove(name)
def OnPerspectiveMenu(self, evt):
"""Handles menu events generated by the managers control menu.
@param evt: event that called this handler
"""
e_id = evt.GetId()
if e_id == ID_SAVE_PERSPECTIVE:
name = wx.GetTextFromUser(_("Perspective Name"), \
_("Save Perspective"))
if name:
self.AddPerspective(name, p_data=None)
self.SavePerspectives()
Profile_Set('DEFAULT_VIEW', name)
# It may make sense to update all windows to use this
# perspective at this point but it may be an unexpected
# event to happen when there is many windows open. Will
# leave this to future consideration.
for mainw in wx.GetApp().GetMainWindows():
mainw.AddPerspective(name, self._viewset[name])
elif e_id == ID_DELETE_PERSPECTIVE:
views = [
view for view in self._viewset.keys()
if view != AUTO_PERSPECTIVE
]
name = wx.GetSingleChoice(_("Perspective to Delete"),
_("Delete Perspective"), views)
if name:
self.RemovePerspective(name)
self.SavePerspectives()
for mainw in wx.GetApp().GetMainWindows():
mainw.RemovePerspective(name)
else:
pass
# Update all windows data sets
for mainw in wx.GetApp().GetMainWindows():
mainw.LoadPerspectives()
elif e_id in self._ids + [ID_AUTO_PERSPECTIVE]:
if e_id == ID_AUTO_PERSPECTIVE:
Profile_Set('DEFAULT_VIEW', AUTO_PERSPECTIVE)
self.SetAutoPerspective()
else:
self.SetPerspectiveById(e_id)
else:
evt.Skip()
def _onDeleteLayout(self, event):
choice = wx.GetSingleChoice(message='Select layout to delete',
caption='Delete Layout',
parent=self,
choices=self._layoutCfgs.keys())
if 0 != len(choice):
# Remove item from menu
mb = self.GetMenuBar()
menu = mb.GetMenu(mb.FindMenu("Layouts"))
menuItemId = menu.FindItem(choice)
menu.Delete(menuItemId)
mb.Refresh()
# Remove from cfgs
del self._layoutCfgs[choice]
def on_height_joint(self, event):
"""TO DO"""
season = wx.GetSingleChoice("Select a season to analyze:",
"Select season",
["Winter", "Summer", "Spring", "Fall"])
if season:
ms = MONTHS[season]
str_coords = wx.GetTextFromUser("Coordinates (lon, lat):",
default_value="-74.85,11.11")
str_lon, str_lat = str_coords.split(",")
lon = float(str_lon)
lat = float(str_lat)
if lon < 0:
lon = 360 + lon
progress_dlg = wx.ProgressDialog(
"Read and analyze", "Reading and analyzing wave data...")
progress_dlg.Pulse()
fname = f"tmp/dp-hs-{season}-{lon}-{lat}.tmp"
try:
dp_hs = load_obj(fname)
except FileNotFoundError:
dp_hs = joint_distribution(["dp", "hs"], ms, lon, lat)
save_obj(dp_hs, fname)
progress_dlg.Update(100)
frm_canvas = FrameCanvas(None, title="Joint Probability of Hs - θ")
ax = frm_canvas.fig.add_subplot()
kernel = stats.gaussian_kde(dp_hs)
dp, hs = dp_hs
dp, hs = np.meshgrid(np.linspace(dp.min(), dp.max(), N),
np.linspace(hs.min(), hs.max(), N // 2))
p = np.reshape(kernel(np.vstack([dp.flatten(),
hs.flatten()])), (N // 2, N))
im = ax.imshow(p,
origin="lower",
extent=(0, 360, hs.min(), hs.max()),
aspect="auto",
cmap="jet")
cbar = frm_canvas.fig.colorbar(im)
cbar.ax.set_ylabel("Probability")
cs = ax.contour(dp, hs, p, colors="k", levels=4, linewidths=1)
ax.clabel(cs, inline_spacing=0.1)
ax.set_xlabel("Average direction at the peak period (deg)")
ax.set_ylabel("Significant Wave Height (m)")
ax.set_title(season)
ax.grid(True)
frm_canvas.Show()
def OnRemoveChannel(self, event: wx.CommandEvent) -> None:
"""Remove one channel."""
if not self._channels:
wx.MessageBox('There are no channels to be removed.',
caption='Failed to remove channel',
parent=self,
style=wx.OK)
return
name = wx.GetSingleChoice('Choose channel to be removed:',
caption='Remove a channel',
aChoices=list(self._channels.keys()),
parent=self)
if not name:
return
menu = event.GetEventObject()
menu.DestroyItem(menu.FindItemById(menu.FindItem(name)))
self._channels.pop(name)
def OnPerspectiveMenu(self, evt):
"""Handles menu events generated by the managers control
menu.
@param evt: event that called this handler
"""
e_id = evt.GetId()
if e_id in [ID_SAVE_PERSPECTIVE, ID_DELETE_PERSPECTIVE]:
if e_id == ID_SAVE_PERSPECTIVE:
name = wx.GetTextFromUser(_("Perspective Name"), \
_("Save Perspective"))
if name:
self.AddPerspective(name, p_data=None)
self.SavePerspectives()
for mainw in wx.GetApp().GetMainWindows():
mainw.AddPerspective(name, self._viewset[name])
elif e_id == ID_DELETE_PERSPECTIVE:
name = wx.GetSingleChoice(_("Perspective to Delete"),
_("Delete Perspective"),
self._viewset.keys())
if name:
self.RemovePerspective(name)
self.SavePerspectives()
for mainw in wx.GetApp().GetMainWindows():
mainw.RemovePerspective(name)
else:
pass
# Update all windows data sets
for mainw in wx.GetApp().GetMainWindows():
mainw.LoadPerspectives()
elif e_id in self._ids:
self.SetPerspectiveById(e_id)
else:
evt.Skip()
#! /usr/bin/env python
# coding:utf-8
import wx
if __name__ == "__main__":
app = wx.PySimpleApp()
app.MainLoop()
choices = ['Alpha', 'Beker', 'Charlie', 'Delta']
dialog = wx.SingleChoiceDialog(None, 'Pick A Work', 'Choices', choices)
dialog.SetSelection(1)
if dialog.ShowModal() == wx.ID_OK:
print 'You selected: %s\n' % dialog.GetStringSelection()
dialog.Destroy()
# 函数 两类：一个返回所选字符串，一个返回索引值
ret = []
ret.append(wx.GetSingleChoice('Pick A Work', 'Choices', choices))
ret.append(wx.GetSingleChoiceIndex('Pick A Work', 'Choices', choices))
print(ret)
def on_serial_port(self, event):
sp = wx.GetSingleChoice('Select a serial port', 'Serial port', [x for x, y, z in list_ports.comports()])
if sp:
self.serial_reader.open(sp, 115200)
self.status_bar.SetStatusText(sp, 1)
def OnRemoveWatch(self, evt):
ch = wx.GetSingleChoice("Select watch dir to remove", "Remove Watch",
self.ftree.WatchDirs, self)
if ch:
self.ftree.RemoveWatchDirectory(ch)
def fetchExamResults(self, event):
if not self.examsOLV.GetSelectedObject():
dlg = wx.MessageDialog(
None, "Click on a row first in order to view exam results.",
'Error Message.', wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
dlg.Destroy()
else:
rowObj = self.examsOLV.GetSelectedObject()
form = getFormsInExam(rowObj['exam_id'])
if form == "All":
choices = [u"Form 1", u"Form 2", u"Form 3", u"Form 4"]
formChosen = wx.GetSingleChoice(
message="Select Form to View Results",
caption="Exam Results.",
choices=choices,
parent=None)
else:
formChosen = form
if formChosen == "Form 1" or formChosen == "One":
formChosen = 1
elif formChosen == "Form 2" or formChosen == "Two":
formChosen = 2
elif formChosen == "Form 3" or formChosen == "Three":
formChosen = 3
elif formChosen == "Form 4" or formChosen == "Four":
formChosen = 4
subjectChoices = getActiveSubjectAliases()
subjectChoices = subjectChoices['aliases']
subjectChoices.insert(0, "All Subjects")
subjectChosen = wx.GetSingleChoice(message="Select Subject.",
caption="Exam Results.",
choices=subjectChoices,
parent=None)
if subjectChosen == "All Subjects":
alias = "All"
subjects = getActiveSubjectAliases()
subjects = subjects['aliases']
else:
alias = subjectChosen
subjects = [subjectChosen]
self.exam_data = {
"exam_id": rowObj['exam_id'],
"class_id": 0,
"form": formChosen,
"subject_alias": alias,
"year": rowObj['year'],
"term": rowObj['term'],
"exam_name": rowObj['exam_name'],
}
data = getExamResults(self.exam_data, subjects)
if data:
self.edit_exam_panel.Hide()
# self.show_results.Hide()
#
# self.show_results = ViewResults(self, self.exam_data)
# self.show_results.setExamResults()
# self.show_results.updateResultsOLV("")
# self.show_results.Show()
#
# self.Layout()
if self.show_results_panel_added == 0:
self.show_results = ViewResults(self, self.exam_data)
self.right_sizer.Add(self.show_results, 1, wx.EXPAND)
self.Layout()
self.show_results_panel_added = 1
else:
self.show_results.Destroy()
self.show_results = ViewResults(self, self.exam_data)
self.right_sizer.Add(self.show_results, 1, wx.EXPAND)
self.Layout()
else:
dlg = wx.MessageDialog(None, "No results for selected exam.",
'Error Message.', wx.OK | wx.ICON_ERROR)
dlg.ShowModal()
dlg.Destroy()
self.show_results.Hide()
self.edit_exam_panel.Show()
self.Layout()
def five_play(self, event):
list1 = ('1', '2', '3', '4', '9')
data2 = wx.GetSingleChoice("what do you what:", "12345", list1)
print data2
