def on_set_value(self):
row, col = self.clickcell
dlg = gui.Dialog(None)
box = gui.Box(dlg, 'vertical', stretch=1)
editor = gui.PythonEditor(box)
auto = gui.Checkbox(box, 'Auto', stretch=0)
btnbox = gui.Box(box, 'horizontal', stretch=0)
ok = gui.Button(btnbox, 'OK', stretch=0)
cancel = gui.Button(btnbox, 'Cancel', stretch=0)
cancel.connect('clicked', dlg.close)
ok.connect('clicked', dlg.close)
expr = self.worksheet[col].expr
auto.state = not expr == ''
editor.text = expr
dlg._widget.ShowModal()
Worksheet.record = set()
if auto.state:
self.worksheet[col].expr = editor.text
else:
self.worksheet[col].expr = ''
if editor.text.strip() != '':
self.worksheet[col] = self.worksheet.evaluate(editor.text)
Worksheet.record = None
dlg._widget.Destroy()
def on_add_term(self, term):
box = gui.Box(self.box, 'vertical', expand=True, stretch=0)
bpx = gui.Box(box, 'horizontal', expand=True, stretch=0)
term._butt = gui.Button(bpx, term.name, toggle=True)
term._butt.connect('toggled', lambda on: self.on_toggled(term, on),
True)
term._butt.connect('double-clicked',
lambda: self.on_btn_doubleclicked(term), True)
t = gui.Toolbar(bpx, expand=False, stretch=0)
term._act = gui.Command('x',
'',
lambda checked: self.on_use(term, checked),
'16/down.png',
type='check')
t.append(term._act)
t.append(gui.Command('x', '', lambda: self.on_close(term),
'close.png'))
t._widget.Realize()
term._box = box
term._tx = None
self.create_parambox(term)
if sum((hasattr(t, '_butt') and t._butt.state)
for t in self.function.terms) == 0:
self.function.terms[0]._butt.state = True
self.graph.selected_function = self.function.terms[0]
term._act.state = True
def __init__(self, func, graph, parent, **place):
gui.Box.__init__(self, parent, 'vertical', **place)
self.graph = graph
self.toolbar = gui.Toolbar(self, stretch=0)
self.scroll = gui.Scrolled(self)
self.box = gui.Box(self.scroll, 'vertical')
self.toolbar.append(
gui.Command('Add term', '', self.do_add, 'function.png'))
self.toolbar.append(
gui.Command('Fit properties', '', self.do_configure,
'properties.png'))
self.toolbar.append(gui.Command('Fit', '', self.do_fit,
'manibela.png'))
self.toolbar.append(
gui.Command('Save parameters', '', self.do_fit, 'pencil.png'))
self.toolbar._widget.Realize()
self.set_function(func)
def __init__(self, parent, graph, **place):
gui.Box.__init__(self, parent, 'horizontal', **place)
self.graph = graph
tbbox = gui.Box(self, 'horizontal', stretch=0)
def set_graph_mode(mode):
def _set():
self.graph.prev_mode = self.graph.mode
self.graph.mode = mode
cur = {
'arrow': wx.CURSOR_ARROW,
'hand': wx.CURSOR_HAND,
'zoom': wx.CURSOR_MAGNIFIER,
'range': wx.CURSOR_SIZEWE,
'd-reader': wx.CURSOR_CROSS,
's-reader': wx.CURSOR_CROSS,
'draw-text': wx.CURSOR_IBEAM,
'draw-line': wx.CURSOR_PENCIL,
'none': wx.CURSOR_NONE
}[mode]
self.glwidget._widget.SetCursor(wx.StockCursor(cur))
self.graph.emit('redraw')
return _set
graph.show()
self.toolbar = gui.Toolbar(tbbox, orientation='vertical', stretch=1)
self.toolbar.append(
gui.Command('Arrow',
'',
set_graph_mode('arrow'),
'arrow.png',
type='radio'))
self.toolbar.append(
gui.Command('Hand',
'',
set_graph_mode('hand'),
'hand.png',
type='radio'))
self.toolbar.append(
gui.Command('Zoom',
'',
set_graph_mode('zoom'),
'zoom.png',
type='radio'))
self.toolbar.append(
gui.Command('Range',
'',
set_graph_mode('range'),
'range.png',
type='radio'))
self.toolbar.append(
gui.Command('Data reader',
'',
set_graph_mode('d-reader'),
'dreader.png',
type='radio'))
self.toolbar.append(
gui.Command('Screen reader',
'',
set_graph_mode('s-reader'),
'sreader.png',
type='radio'))
self.toolbar.append(None)
self.toolbar.append(
gui.Command('Line', '', set_graph_mode('draw-line'),
'stock_draw-line.png'))
self.toolbar.append(
gui.Command('Text', '', set_graph_mode('draw-text'),
'stock_draw-text.png'))
self.toolbar.append(None)
self.toolbar.append(
gui.Command('Select all datasets', '', self.on_selectall,
'stock_select-all.png'))
self.toolbar._widget.Realize()
# self.closebar = gui.Toolbar(tbbox, stretch=0)
# self.closebar.append(gui.Command('Close', 'Close this worksheet',
# self.on_close, 'close.png'))
# self.closebar._widget.Realize()
self.panel = gui.MainPanel(self)
self.box = gui.Splitter(self.panel, 'vertical', proportion=0.8)
self.scrolled = gui.Scrolled(self.box)
self.glwidget = gui.OpenGLWidget(self.scrolled)
self.glwidget.min_size = (400, 200)
self.glwidget.connect('initialize-gl', self.graph.init)
self.glwidget.connect('resize-gl', self.graph.reshape)
self.glwidget.connect('paint-gl', self.graph.display)
self.glwidget.connect('button-pressed', self.graph.button_press)
self.glwidget.connect('button-released', self.graph.button_release)
self.glwidget.connect('button-doubleclicked',
self.graph.button_doubleclick)
self.glwidget.connect('mouse-moved', self.graph.button_motion)
self.glwidget.connect('key-down', self.graph.key_down)
self.graph.connect('redraw', self.glwidget.redraw)
self.graph.connect('object-doubleclicked',
self.on_object_doubleclicked)
self.graph.connect('right-clicked', self.on_right_clicked)
self.legend = gui.List(self.box,
model=LegendModel(self.graph)) #, stretch=0)
self.legend.connect('selection-changed', self.on_legend_select)
self.graphdata = GraphDataPanel(self.graph,
self,
self.panel.right_panel,
page_label='Data',
page_pixmap='worksheet.png')
self.style = GraphStylePanel(self.graph,
self,
self.panel.right_panel,
page_label='Style',
page_pixmap='style.png')
self.axes = GraphAxesPanel(self.graph,
self,
self.panel.right_panel,
page_label='Axes',
page_pixmap='axes.png')
self.fit = GraphFunctionsPanel(self.graph.functions[0].func,
self.graph,
self.panel.right_panel,
page_label='Fit',
page_pixmap='function.png')
self.panel.right_panel._widget.toolbar.Realize()
self.graph.connect('request-cursor', self.on_request_cursor)
self.object = self.graph
self.graph.connect('rename', self.on_rename)
self.legend.connect('right-click', self.on_legend_right_click)
def __init__(self, graph, view, parent, **place):
gui.Box.__init__(self, parent, 'vertical', **place)
self.graph = graph
self.view = view
# Symbol
self.symbol = gui.Frame(self, 'vertical', title='Symbol', stretch=0.)
grid = self.symbol_grid = gui.Grid(
self.symbol, 3, 3, expand=False) #, expand=True, stretch=1.)
grid.layout.AddGrowableCol(2)
# symbol type
self.symbol = gui.PixmapChoice(grid, pos=(0, 2))
self.symbol.label = gui.Label(grid, 'Symbol', pos=(0, 1))
self.symbol.check = gui.Checkbox(grid, pos=(0, 0))
self.symbol.min_size = (10, self.symbol.min_size[1])
for symbol in Style.symbols:
self.symbol.append(symbol + '.png')
self.symbol.value = 0
self.symbol.connect(
'select', lambda value: self.on_select_property('symbol', value),
True)
# symbol color
self.color = gui.PixmapChoice(grid, pos=(1, 2))
self.color.label = gui.Label(grid, 'Color', pos=(1, 1))
self.color.check = gui.Checkbox(grid, pos=(1, 0))
self.color.min_size = (10, self.color.min_size[1])
for color in Style.colors:
self.color.append(self.color.create_colored_bitmap((20, 10),
color))
self.color.value = 0
self.color.connect(
'select', lambda value: self.on_select_property('color', value),
True)
# symbol size
self.symbol_size = gui.Spin(grid, pos=(2, 2))
self.symbol_size.label = gui.Label(grid, 'Size', pos=(2, 1))
self.symbol_size.check = gui.Checkbox(grid, pos=(2, 0))
self.symbol_size.min_size = (10, self.symbol_size.min_size[1])
self.symbol_size.value = 5
self.symbol_size.connect(
'modified',
lambda value: self.on_select_property('symbol_size', value), True)
# Line
self.line = gui.Frame(self, 'vertical', title='Line', stretch=0.)
grid = self.line_grid = gui.Grid(self.line, 3,
3) #, expand=True, stretch=1.)
grid.layout.AddGrowableCol(2)
# Line type
self.line_type = gui.Choice(grid, pos=(0, 2))
self.line_type.label = gui.Label(grid, 'Type', pos=(0, 1))
self.line_type.check = gui.Checkbox(grid, pos=(0, 0))
self.line_type.min_size = (10, self.line_type.min_size[1])
for t in Style.line_types:
self.line_type.append(t)
self.line_type.value = 0
self.line_type.connect(
'select',
lambda value: self.on_select_property('line_type', value), True)
# Line style
self.line_style = gui.Choice(grid, pos=(1, 2))
self.line_style.label = gui.Label(grid, 'Style', pos=(1, 1))
self.line_style.check = gui.Checkbox(grid, pos=(1, 0))
self.line_style.min_size = (10, self.line_style.min_size[1])
for p in Style.line_styles:
self.line_style.append(p)
self.line_style.value = 0
self.line_style.connect(
'select',
lambda value: self.on_select_property('line_style', value), True)
# Line width
self.line_width = gui.Spin(grid, pos=(2, 2))
self.line_width.label = gui.Label(grid, 'Width', pos=(2, 1))
self.line_width.check = gui.Checkbox(grid, pos=(2, 0))
self.line_width.min_size = (10, self.line_width.min_size[1])
self.line_width.value = 1
self.line_width.connect(
'modified',
lambda value: self.on_select_property('line_width', value), True)
self.settings_widgets = [
self.symbol, self.color, self.symbol_size, self.line_type,
self.line_style, self.line_width
]
self.show_checks(False)
self.symbol.prop = 'symbol'
self.symbol_size.prop = 'symbol_size'
self.color.prop = 'color'
self.line_width.prop = 'line_width'
self.line_type.prop = 'line_type'
self.line_style.prop = 'line_style'
b = gui.Box(self, 'horizontal', expand=True, stretch=0)
gui.Label(b, 'Group', stretch=0)
self.multi = gui.Choice(b, stretch=1)
self.multi.append('identical')
self.multi.append('series')
self.multi.value = 0
self.multi.connect('select', self.on_select_multi)
maxminw = max(
[w.label._widget.GetBestSize()[0] for w in self.settings_widgets])
for widget in self.settings_widgets:
widget.check.connect(
'modified',
lambda state, widget=widget: self.on_check(widget, state),
True)
widget.label.min_size = (maxminw, widget.label.min_size[1])