def _add_mean_indicator(self, g, line, bins, probs, pid):
# maxp = max(probs)
wm, we, mswd, valid_mswd = self._calculate_stats(self.xs, self.xes,
bins, probs)
#ym = maxp * percentH + offset
#set ym in screen space
#convert to data space
ogid = self.group_id
gid = ogid + 1
# sgid = ogid * 2
text = ''
if self.options.display_mean:
text = self._build_label_text(wm, we, mswd, valid_mswd, len(self.xs))
m = MeanIndicatorOverlay(component=line,
x=wm,
y=20 * gid,
error=we,
nsgima=self.options.nsigma,
color=line.color,
text=text,
visible=self.options.display_mean_indicator)
line.overlays.append(m)
line.tools.append(OverlayMoveTool(component=m,
constrain='x'))
m.on_trait_change(self._handle_overlay_move, 'altered_screen_point')
return m
def _add_mean_indicator(self, g, line, bins, probs, pid):
# maxp = max(probs)
wm, we, mswd, valid_mswd = self._calculate_stats(
self.xs, self.xes, bins, probs)
#ym = maxp * percentH + offset
#set ym in screen space
#convert to data space
ogid = self.group_id
gid = ogid + 1
# sgid = ogid * 2
text = ''
if self.options.display_mean:
text = self._build_label_text(wm, we, mswd, valid_mswd,
len(self.xs))
m = MeanIndicatorOverlay(component=line,
x=wm,
y=20 * gid,
error=we,
nsgima=self.options.nsigma,
color=line.color,
text=text,
visible=self.options.display_mean_indicator)
line.overlays.append(m)
line.tools.append(OverlayMoveTool(component=m, constrain='x'))
m.on_trait_change(self._handle_overlay_move, 'altered_screen_point')
return m
def _add_mean_indicator(self, g, line, po, bins, probs, pid):
wm, we, mswd, valid_mswd = self._calculate_stats(bins, probs)
ogid = self.group_id
gid = ogid + 1
text = ''
if self.options.display_mean:
n = self.xs.shape[0]
mswd_args = (mswd, valid_mswd, n)
text = self._build_label_text(
wm,
we,
n,
mswd_args=mswd_args,
sig_figs=self.options.mean_sig_figs,
percent_error=self.options.display_percent_error)
group = self.options.get_group(self.group_id)
color = group.color
m = MeanIndicatorOverlay(component=line,
x=wm,
y=20 * gid,
error=we,
nsgima=self.options.nsigma,
color=color,
visible=self.options.display_mean_indicator,
id='mean_{}'.format(self.group_id))
font = self.options.get_formatting_value('label_font',
'mean_indicator_font')
m.font = font
m.text = text
line.overlays.append(m)
line.tools.append(OverlayMoveTool(component=m, constrain='x'))
m.on_trait_change(self._handle_overlay_move, 'altered_screen_point')
if m.id in po.overlay_positions:
ap = po.overlay_positions[m.id]
m.y = ap[1]
if m.label:
m.label.on_trait_change(self._handle_label_move,
'altered_screen_point')
if m.label.id in po.overlay_positions:
ap = po.overlay_positions[m.label.id]
m.label.altered_screen_point = (ap[0], ap[1])
m.label.trait_set(x=ap[0], y=ap[1])
return m
def _add_mean_indicator(self, g, line, po, bins, probs, pid):
wm, we, mswd, valid_mswd = self._calculate_stats(bins, probs)
ogid = self.group_id
gid = ogid + 1
text = ''
if self.options.display_mean:
n = self.xs.shape[0]
mswd_args = (mswd, valid_mswd, n)
text = self._build_label_text(wm, we, n,
mswd_args=mswd_args,
sig_figs=self.options.mean_sig_figs,
percent_error=self.options.display_percent_error)
group = self.options.get_group(self.group_id)
color = group.color
m = MeanIndicatorOverlay(component=line,
x=wm,
y=20 * gid,
error=we,
nsgima=self.options.nsigma,
color=color,
visible=self.options.display_mean_indicator,
id='mean_{}'.format(self.group_id))
font = self.options.get_formatting_value('label_font', 'mean_indicator_font')
m.font = font
m.text = text
line.overlays.append(m)
line.tools.append(OverlayMoveTool(component=m,
constrain='x'))
m.on_trait_change(self._handle_overlay_move, 'altered_screen_point')
if m.id in po.overlay_positions:
ap = po.overlay_positions[m.id]
m.y = ap[1]
if m.label:
m.label.on_trait_change(self._handle_label_move, 'altered_screen_point')
if m.label.id in po.overlay_positions:
ap = po.overlay_positions[m.label.id]
m.label.altered_screen_point = (ap[0], ap[1])
m.label.trait_set(x=ap[0], y=ap[1])
return m
def _add_mean_indicator(self, g, line, po, bins, probs, pid):
# maxp = max(probs)
wm, we, mswd, valid_mswd = self._calculate_stats(bins, probs)
#ym = maxp * percentH + offset
#set ym in screen space
#convert to data space
ogid = self.group_id
gid = ogid + 1
# sgid = ogid * 2
text = ''
if self.options.display_mean:
text = self._build_label_text(wm, we, mswd, valid_mswd, len(self.xs),
sig_figs=self.options.mean_sig_figs,
percent_error=self.options.display_percent_error)
m = MeanIndicatorOverlay(component=line,
x=wm,
y=20 * gid,
error=we,
nsgima=self.options.nsigma,
color=line.color,
visible=self.options.display_mean_indicator,
id='mean_{}'.format(self.group_id))
m.font = self.options.mean_indicator_font
m.text = text
line.overlays.append(m)
line.tools.append(OverlayMoveTool(component=m,
constrain='x'))
m.on_trait_change(self._handle_overlay_move, 'altered_screen_point')
if m.id in po.overlay_positions:
ap = po.overlay_positions[m.id]
m.y = ap[1]
if m.label:
m.label.on_trait_change(self._handle_label_move, 'altered_screen_point')
if m.label.id in po.overlay_positions:
ap = po.overlay_positions[m.label.id]
m.label.altered_screen_point = (ap[0], ap[1])
m.label.trait_set(x=ap[0], y=ap[1])
return m
