def motion(self, widget, event):
super(Pie, self).motion(widget, event)
if not getattr(self, 'area', None):
return
d = (event.x - self.centerx)**2 + (event.y - self.centery)**2
if d > self.radius**2:
self.popup.hide()
for slice in self.slices:
if slice.highlight:
self.queue_draw()
slice.highlight = False
return
self.popup.show()
if event.y == self.centery:
angle = math.pi / 2
else:
angle = math.atan(
(event.x - self.centerx) / (self.centery - event.y))
if event.x >= self.centerx:
if event.y <= self.centery:
pass
else:
angle += math.pi
else:
if event.y < self.centery:
angle += 2 * math.pi
else:
angle += math.pi
for slice in self.slices:
if slice.startAngle <= angle <= slice.endAngle:
if not slice.highlight:
slice.highlight = True
if self.yfields[0].get('widget') == 'float_time':
conv = None
if self.yfields[0].get('float_time'):
conv = rpc.CONTEXT.get(
self.yfields[0]['float_time'])
value = float_time_to_text(slice.fraction * self.sum,
conv)
sum = float_time_to_text(self.sum, conv)
else:
value = locale.format('%.2f',
slice.fraction * self.sum)
sum = locale.format('%.2f', self.sum)
label = '%s (%s%%)\n%s/%s' % (self.labels[slice.xname],
locale.format(
'%.2f', slice.fraction *
100), value, sum)
self.popup.set_text(label)
self.queue_draw()
else:
if slice.highlight:
slice.highlight = False
self.queue_draw()
def motion(self, widget, event):
super(Pie, self).motion(widget, event)
d = (event.x - self.centerx) ** 2 + (event.y - self.centery) ** 2
if d > self.radius ** 2:
self.popup.hide()
for slice in self.slices:
if slice.highlight:
self.queue_draw()
slice.highlight = False
return
self.popup.show()
if event.y == self.centery:
angle = math.pi / 2
else:
angle = math.atan((event.x - self.centerx)
/ (self.centery - event.y))
if event.x >= self.centerx:
if event.y <= self.centery:
pass
else:
angle += math.pi
else:
if event.y < self.centery:
angle += 2 * math.pi
else:
angle += math.pi
for slice in self.slices:
if slice.startAngle <= angle <= slice.endAngle:
if not slice.highlight:
slice.highlight = True
if self.yfields[0].get('widget') == 'float_time':
conv = None
if self.yfields[0].get('float_time'):
conv = rpc.CONTEXT.get(
self.yfields[0]['float_time'])
value = float_time_to_text(slice.fraction * self.sum,
conv)
sum = float_time_to_text(self.sum, conv)
else:
value = locale.format('%.2f',
slice.fraction * self.sum)
sum = locale.format('%.2f', self.sum)
label = '%s (%s%%)\n%s/%s' % (self.labels[slice.xname],
locale.format('%.2f', slice.fraction * 100),
value, sum)
self.popup.set_text(label)
self.queue_draw()
else:
if slice.highlight:
slice.highlight = False
self.queue_draw()
def motion(self, widget, event):
super(Bar, self).motion(widget, event)
def intersect(bar, event):
x = self.area.w * bar.x + self.area.x
y = self.area.h * bar.y + self.area.y
w = self.area.w * bar.w
h = self.area.h * bar.h
if x <= event.x <= x + w and y <= event.y <= y + h:
return True
return False
highlight = False
draw_bars = []
yfields_float_time = dict(
(x.get('key', x['name']), x.get('float_time'))
for x in self.yfields if x.get('widget'))
for bar in self.bars:
if intersect(bar, event):
if not bar.highlight:
bar.highlight = True
if bar.yname in yfields_float_time:
conv = None
if yfields_float_time[bar.yname]:
conv = rpc.CONTEXT.get(
yfields_float_time[bar.yname])
label = float_time_to_text(bar.yval, conv)
else:
label = locale.format('%.2f', bar.yval, True)
label += '\n'
label += str(self.labels[bar.xname])
self.popup.set_text(label)
draw_bars.append(bar)
else:
if bar.highlight:
bar.highlight = False
draw_bars.append(bar)
if bar.highlight:
highlight = True
if highlight:
self.popup.show()
else:
self.popup.hide()
if draw_bars:
minx = self.area.w + self.area.x
miny = self.area.h + self.area.y
maxx = maxy = 0.0
for bar in draw_bars:
x = self.area.w * bar.x + self.area.x
y = self.area.h * bar.y + self.area.y
minx = int(min(x, minx))
miny = int(min(y, miny))
maxx = int(max(x + self.area.w * bar.w, maxx))
maxy = int(max(y + self.area.h * bar.h, maxy))
self.queue_draw_area(minx - 1, miny - 1,
maxx - minx + 2, maxy - miny + 2)
def display(self, record, field):
super(FloatTime, self).display(record, field)
if not field:
self.entry.set_text('')
return False
val = field.get(record)
self.entry.set_text(common.float_time_to_text(val, self.conv))
def display(self, record, field):
super(FloatTime, self).display(record, field)
if not field:
self.entry.set_text('')
return False
val = field.get(record)
self.entry.set_text(common.float_time_to_text(val, self.conv))
def XLabels(self):
ylabels = super(HorizontalBar, self).YLabels()
if len([x.get('key', x['name']) for x in self.yfields
if x.get('widget')]) == len(self.yfields):
conv = None
float_time = reduce(lambda x, y: x == y and x or False,
[x.get('float_time') for x in self.yfields])
if float_time:
conv = rpc.CONTEXT.get(float_time)
return [(x[0], float_time_to_text(locale.atof(x[1]), conv))
for x in ylabels]
return [(x[0], x[1]) for x in ylabels]
def XLabels(self):
ylabels = super(HorizontalBar, self).YLabels()
if len([x.get('key', x['name']) for x in self.yfields
if x.get('widget')]) == len(self.yfields):
conv = None
float_time = reduce(lambda x, y: x == y and x or False,
[x.get('float_time') for x in self.yfields])
if float_time:
conv = rpc.CONTEXT.get(float_time)
return [(x[0], float_time_to_text(locale.atof(x[1]), conv))
for x in ylabels]
return [(x[0], x[1]) for x in ylabels]
def modified(self):
if self.record and self.field:
value = self.entry.get_text()
return common.float_time_to_text(self.field.get(self.record),
self.conv) != value
return False
def get_textual_value(self, record):
val = record[self.field_name].get(record)
return common.float_time_to_text(val, self.conv)
def motion(self, widget, event):
super(Bar, self).motion(widget, event)
if not getattr(self, 'area', None):
return
def intersect(bar, event):
x = self.area.w * bar.x + self.area.x
y = self.area.h * bar.y + self.area.y
w = self.area.w * bar.w
h = self.area.h * bar.h
if x <= event.x <= x + w and y <= event.y <= y + h:
return True
return False
highlight = False
draw_bars = []
yfields_float_time = dict(
(x.get('key', x['name']), x.get('float_time'))
for x in self.yfields if x.get('widget'))
for bar in self.bars:
if intersect(bar, event):
if not bar.highlight:
bar.highlight = True
if bar.yname in yfields_float_time:
conv = None
if yfields_float_time[bar.yname]:
conv = rpc.CONTEXT.get(
yfields_float_time[bar.yname])
label = float_time_to_text(bar.yval, conv)
else:
label = locale.format('%.2f', bar.yval, True)
label += '\n'
label += str(self.labels[bar.xname])
self.popup.set_text(label)
draw_bars.append(bar)
else:
if bar.highlight:
bar.highlight = False
draw_bars.append(bar)
if bar.highlight:
highlight = True
if highlight:
self.popup.show()
else:
self.popup.hide()
if draw_bars:
minx = self.area.w + self.area.x
miny = self.area.h + self.area.y
maxx = maxy = 0.0
for bar in draw_bars:
x = self.area.w * bar.x + self.area.x
y = self.area.h * bar.y + self.area.y
minx = int(min(x, minx))
miny = int(min(y, miny))
maxx = int(max(x + self.area.w * bar.w, maxx))
maxy = int(max(y + self.area.h * bar.h, maxy))
self.queue_draw_area(minx - 1, miny - 1,
maxx - minx + 2, maxy - miny + 2)
def modified(self):
if self.record and self.field:
value = self.entry.get_text()
return common.float_time_to_text(self.field.get(self.record),
self.conv) != value
return False
def motion(self, widget, event):
nearest = None
for point in self.points:
x = point.x * self.area.w + self.area.x
y = point.y * self.area.h + self.area.y
l = (event.x - x) ** 2 + (event.y - y) ** 2
if not nearest or l < nearest[1]:
nearest = (point, l)
dia = self.area.w ** 2 + self.area.h ** 2
keys2txt = {}
for yfield in self.yfields:
keys2txt[yfield.get('key', yfield['name'])] = yfield['string']
highlight = False
draw_points = []
yfields_float_time = dict(
(x.get('key', x['name']), x.get('float_time'))
for x in self.yfields if x.get('widget'))
for point in self.points:
if point == nearest[0] and nearest[1] < dia / 100:
if not point.highlight:
point.highlight = True
label = keys2txt[point.yname]
label += '\n'
if point.yname in yfields_float_time:
conv = None
if yfields_float_time[point.yname]:
conv = rpc.CONTEXT.get(
yfields_float_time[point.yname])
label += float_time_to_text(point.yval, conv)
else:
label += locale.format('%.2f', point.yval, True)
label += '\n'
label += str(self.labels[point.xname])
self.popup.set_text(label)
draw_points.append(point)
else:
if point.highlight:
point.highlight = False
draw_points.append(point)
if point.highlight:
self.popup.set_position(self,
point.x * self.area.w + self.area.x,
point.y * self.area.h + self.area.y)
highlight = True
if highlight:
self.popup.show()
else:
self.popup.hide()
if draw_points:
minx = self.area.w + self.area.x
miny = self.area.h + self.area.y
maxx = maxy = 0.0
for point in draw_points:
x = self.area.w * point.x + self.area.x
y = self.area.h * point.y + self.area.y
minx = min(x - 5, minx)
miny = min(y - 5, miny)
maxx = max(x + 5, maxx)
maxy = max(y + 5, maxy)
self.queue_draw_area(int(minx - 1), int(miny - 1),
int(maxx - minx + 1), int(maxy - miny + 1))
def get_textual_value(self, record):
val = record[self.field_name].get(record)
return common.float_time_to_text(val, self.conv)
def motion(self, widget, event):
if not getattr(self, 'area', None):
return
nearest = None
for point in self.points:
x = point.x * self.area.w + self.area.x
y = point.y * self.area.h + self.area.y
l = (event.x - x)**2 + (event.y - y)**2
if not nearest or l < nearest[1]:
nearest = (point, l)
dia = self.area.w**2 + self.area.h**2
keys2txt = {}
for yfield in self.yfields:
keys2txt[yfield.get('key', yfield['name'])] = yfield['string']
highlight = False
draw_points = []
yfields_float_time = dict(
(x.get('key', x['name']), x.get('float_time'))
for x in self.yfields if x.get('widget'))
for point in self.points:
if point == nearest[0] and nearest[1] < dia / 100:
if not point.highlight:
point.highlight = True
label = keys2txt[point.yname]
label += '\n'
if point.yname in yfields_float_time:
conv = None
if yfields_float_time[point.yname]:
conv = rpc.CONTEXT.get(
yfields_float_time[point.yname])
label += float_time_to_text(point.yval, conv)
else:
label += locale.format('%.2f', point.yval, True)
label += '\n'
label += str(self.labels[point.xname])
self.popup.set_text(label)
draw_points.append(point)
else:
if point.highlight:
point.highlight = False
draw_points.append(point)
if point.highlight:
self.popup.set_position(self,
point.x * self.area.w + self.area.x,
point.y * self.area.h + self.area.y)
highlight = True
if highlight:
self.popup.show()
else:
self.popup.hide()
if draw_points:
minx = self.area.w + self.area.x
miny = self.area.h + self.area.y
maxx = maxy = 0.0
for point in draw_points:
x = self.area.w * point.x + self.area.x
y = self.area.h * point.y + self.area.y
minx = min(x - 5, minx)
miny = min(y - 5, miny)
maxx = max(x + 5, maxx)
maxy = max(y + 5, maxy)
self.queue_draw_area(int(minx - 1), int(miny - 1),
int(maxx - minx + 1), int(maxy - miny + 1))
