def addComboBox(self, **kwargs):
dropdown = ComboBox(description=getValue(kwargs, 'description', ""))
dropdown.options = getValue(kwargs, 'options', [])
dropdown.editable = getValue(kwargs, 'editable', False)
self.children += (dropdown, )
return dropdown
def addTextArea(self, *args, **kwargs):
textarea = TextArea(description=self.getDescription(args, kwargs))
textarea.layout.width = str(getValue(kwargs, 'width', 380)) + "px"
height = getValue(kwargs, 'height', -1)
if height != -1:
textarea.layout.height = str(height) + "px"
self.children += (textarea, )
return textarea
def __init__(self, **kwargs):
super(XYChart, self).__init__(**kwargs)
self.graphics_list = getValue(kwargs, 'graphics', [])
self.constant_lines = getValue(kwargs, 'constantLines', [])
self.constant_bands = getValue(kwargs, 'constantBands', [])
self.texts = getValue(kwargs, 'texts', [])
self.x_auto_range = getValue(kwargs, 'xAutoRange', True)
self.x_lower_bound = getValue(kwargs, 'xLowerBound', 0)
self.x_upper_bound = getValue(kwargs, 'xUpperBound', 0)
self.log_x = getValue(kwargs, 'logX', False)
self.x_log_base = getValue(kwargs, 'xLogBase', 10)
self.lodThreshold = getValue(kwargs, 'lodThreshold')
def __init__(self, **kwargs): super(XYChart, self).__init__(**kwargs) self.graphics_list = getValue(kwargs, 'graphics', []) self.constant_lines = getValue(kwargs, 'constantLines', []) self.constant_bands = getValue(kwargs, 'constantBands', []) self.texts = getValue(kwargs, 'texts', []) self.x_auto_range = getValue(kwargs, 'xAutoRange', True) self.x_lower_bound = getValue(kwargs, 'xLowerBound', 0) self.x_upper_bound = getValue(kwargs, 'xUpperBound', 0) self.log_x = getValue(kwargs, 'logX', False) self.x_log_base = getValue(kwargs, 'xLogBase', 10) self.lodThreshold = getValue(kwargs, 'lodThreshold')
def addRadioButtons(self, **kwargs):
orientation = getValue(kwargs, 'orientation', EasyForm.VERTICAL)
radio_buttons = RadioButtons(options=getValue(kwargs, 'options', []),
description=getValue(kwargs, 'value', ""))
if orientation == EasyForm.VERTICAL:
self.children += (radio_buttons, )
else:
box = HBox()
box.children += (radio_buttons, )
self.children += (box, )
return radio_buttons
def addList(self, **kwargs):
multi_select = getValue(kwargs, 'multi', True)
if multi_select:
list = SelectMultipleWithRows(
description=getValue(kwargs, 'description', ""))
else:
list = SelectMultipleSingle(
description=getValue(kwargs, 'description', ""))
list.options = getValue(kwargs, 'options', [])
list.size = getValue(kwargs, 'rows', 2)
self.children += (list, )
return list
def addList(self, *args, **kwargs):
multi_select = getValue(kwargs, 'multi', True)
if multi_select:
list = SelectMultipleWithRows(
description=self.getDescription(args, kwargs))
else:
list = SelectMultipleSingle(
description=self.getDescription(args, kwargs))
list.options = self.getOptions(args, kwargs)
list.size = getValue(kwargs, 'rows', 2)
self.children += (list, )
return list
def addButton(self, *args, **kwargs):
button = Button(description=self.getDescription(args, kwargs))
button.tag = getValue(kwargs, 'tag', "")
button.on_click(self.buttonCallback)
self.children += (button, )
return button
def addComboBox(self, *args, **kwargs):
dropdown = ComboBox(description=self.getDescription(args, kwargs))
dropdown.options = self.getOptions(args, kwargs)
dropdown.original_options = self.getOptions(args, kwargs)
dropdown.editable = getValue(kwargs, 'editable', False)
self.children += (dropdown, )
return dropdown
def addCheckBoxes(self, *args, **kwargs):
layout = HBox()
orientation = getValue(kwargs, 'orientation', 2)
if orientation == EasyForm.HORIZONTAL:
box = HBox()
else:
box = VBox()
for checkBoxItem in self.getOptions(args, kwargs):
checkbox = Checkbox(description=checkBoxItem)
box.children += (checkbox, )
layout.children += (
Label(value=getValue(kwargs, 'value', "")),
box,
)
self.children += (layout, )
return layout
def __init__(self, **kwargs): BaseObject.__init__(self) self.init_width = getValue(kwargs, 'initWidth', 640) self.init_height = getValue(kwargs, 'initHeight', 480) self.chart_title = getValue(kwargs, 'title') self.show_legend = getValue(kwargs, 'showLegend') self.use_tool_tip = getValue(kwargs, 'useToolTip', True) self.legend_position = getValue(kwargs, 'legendPosition', LegendPosition()) self.legend_layout = getValue(kwargs, 'legendLayout', LegendLayout.VERTICAL)
def __init__(self, **kwargs): super(Chart, self).__init__(**kwargs) self.init_width = getValue(kwargs, 'initWidth', 640) self.init_height = getValue(kwargs, 'initHeight', 480) self.chart_title = getValue(kwargs, 'title') self.show_legend = getValue(kwargs, 'showLegend') self.use_tool_tip = getValue(kwargs, 'useToolTip', True) self.legend_position = getValue(kwargs, 'legendPosition', LegendPosition()) self.legend_layout = getValue(kwargs, 'legendLayout', LegendLayout.VERTICAL)
def __init__(self, **kwargs): BaseObject.__init__(self) self.init_width = getValue(kwargs, 'initWidth', 640) self.init_height = getValue(kwargs, 'initHeight', 480) self.title = getValue(kwargs, 'title') self.x_label = getValue(kwargs, 'xLabel') self.plots = getValue(kwargs, 'plots', []) self.weights = getValue(kwargs, 'weights', []) self.version = 'groovy'
def __init__(self, **kwargs): super(CombinedChart, self).__init__(**kwargs) self.init_width = getValue(kwargs, 'initWidth', 640) self.init_height = getValue(kwargs, 'initHeight', 480) self.title = getValue(kwargs, 'title') self.x_label = getValue(kwargs, 'xLabel', 'Linear') self.plots = getValue(kwargs, 'plots', []) self.weights = getValue(kwargs, 'weights', []) self.version = 'groovy' self.type= 'CombinedPlot' self.y_tickLabels_visible = True self.x_tickLabels_visible = True self.plot_type = 'Plot'
def __init__(self, **kwargs):
super(CombinedChart, self).__init__(**kwargs)
self.init_width = getValue(kwargs, 'initWidth', 640)
self.init_height = getValue(kwargs, 'initHeight', 480)
self.title = getValue(kwargs, 'title')
self.x_label = getValue(kwargs, 'xLabel', 'Linear')
self.plots = getValue(kwargs, 'plots', [])
self.weights = getValue(kwargs, 'weights', [])
self.version = 'groovy'
self.type = 'CombinedPlot'
self.y_tickLabels_visible = True
self.x_tickLabels_visible = True
self.plot_type = 'Plot'
def __init__(self, **kwargs):
super(AbstractChart, self).__init__(**kwargs)
self.rangeAxes = getValue(kwargs, 'yAxes', [])
if len(self.rangeAxes) == 0:
self.rangeAxes.append(YAxis(**kwargs))
self.domain_axis_label = getValue(kwargs, 'xLabel')
self.y_label = getValue(kwargs, 'yLabel')
self.x_lower_margin = getValue(kwargs, 'xLowerMargin', 0.05)
self.x_upper_margin = getValue(kwargs, 'xUpperMargin', 0.05)
self.y_auto_range = getValue(kwargs, 'yAutoRange')
self.y_auto_range_includes_zero = getValue(kwargs, 'yAutoRangeIncludesZero')
self.y_lower_margin = getValue(kwargs, 'yLowerMargin')
self.y_upper_margin = getValue(kwargs, 'yUpperMargin')
self.y_lower_bound = getValue(kwargs, 'yLowerBound')
self.y_upper_bound = getValue(kwargs, 'yUpperBound')
self.log_y = getValue(kwargs, 'logY', False)
self.omit_checkboxes = getValue(kwargs, 'omitCheckboxes', False)
self.crosshair = getValue(kwargs, 'crosshair')
self.timezone = getValue(kwargs, 'timeZone')
def addTextArea(self, **kwargs):
textarea = TextArea(description=getValue(kwargs, 'description', ""))
textarea.width = str(getValue(kwargs, 'width', 200)) + "px"
textarea.height = str(getValue(kwargs, 'height', 200)) + "px"
self.children += (textarea, )
return textarea
def addButton(self, **kwargs):
button = Button(description=getValue(kwargs, 'description', ""))
button.tag = getValue(kwargs, 'tag', "")
self.children += (button, )
return button
def addTextField(self, *args, **kwargs):
text = Text(description=self.getDescription(args, kwargs))
text.layout.width = str(getValue(kwargs, 'width', 380)) + 'px'
self.children += (text, )
return text
def __init__(self, *args, **kwargs):
super(EasyForm, self).__init__(**kwargs)
self.easyFormName = getValue(kwargs, 'title', "")
if self.easyFormName == "" and len(args) > 0:
self.easyFormName = args[0]
def addDatePicker(self, **kwargs):
data_picker = DatePicker(
description=getValue(kwargs, 'description', ""))
self.children += (data_picker, )
return data_picker
def __init__(self, **kwargs):
super(AbstractChart, self).__init__(**kwargs)
self.rangeAxes = getValue(kwargs, 'yAxes', [])
if len(self.rangeAxes) == 0:
self.rangeAxes.append(YAxis(**kwargs))
self.domain_axis_label = getValue(kwargs, 'xLabel')
self.y_label = getValue(kwargs, 'yLabel')
self.x_lower_margin = getValue(kwargs, 'xLowerMargin', 0.05)
self.x_upper_margin = getValue(kwargs, 'xUpperMargin', 0.05)
self.y_auto_range = getValue(kwargs, 'yAutoRange')
self.y_auto_range_includes_zero = getValue(kwargs,
'yAutoRangeIncludesZero')
self.y_lower_margin = getValue(kwargs, 'yLowerMargin')
self.y_upper_margin = getValue(kwargs, 'yUpperMargin')
self.y_lower_bound = getValue(kwargs, 'yLowerBound')
self.y_upper_bound = getValue(kwargs, 'yUpperBound')
self.log_y = getValue(kwargs, 'logY', False)
self.omit_checkboxes = getValue(kwargs, 'omitCheckboxes', False)
self.crosshair = getValue(kwargs, 'crosshair')
self.timezone = getValue(kwargs, 'timeZone')
def __init__(self, *args, **kwargs):
super(SimpleTimePlot, self).__init__(**kwargs)
self.chart.type = 'TimePlot'
self.use_tool_tip = True
self.show_legend = True
self.domain_axis_label = 'Time'
displayNames = getValue(kwargs, 'displayNames')
displayLines = getValue(kwargs, 'displayLines', True)
displayPoints = getValue(kwargs, 'displayPoints', False)
timeColumn = getValue(kwargs, 'timeColumn', 'time')
colors = getValue(kwargs, 'colors')
if len(args) > 0:
tableData = args[0]
else:
tableData = []
if len(args) == 2:
columnNames = args[1]
else:
columnNames = []
xs = []
yss = []
dataColumnsNames = []
if tableData is not None and columnNames is not None:
dataColumnsNames.extend(list(tableData[0]))
for row in tableData:
x = row[timeColumn]
x = date_time_2_millis(x)
xs.append(x)
for idx in range(len(columnNames)):
column = columnNames[idx]
if (idx >= len(yss)):
yss.append([])
yss[idx].append(row[column])
colors = self.getChartColors(columnNames, colors)
for i in range(len(yss)):
ys = yss[i]
if displayLines is True:
line = Line(x=xs, y=ys)
if displayNames is not None and i < len(displayNames):
line.display_name = displayNames[i]
else:
line.display_name = columnNames[i]
if i < len(colors):
line.color = colors[i]
self.add(line)
if displayPoints is True:
points = Points(x=xs, y=ys)
if displayNames is not None and i < len(displayNames):
points.display_name = displayNames[i]
else:
points.display_name = columnNames[i]
if i < len(colors):
points.color = colors[i]
self.add(points)
def getDescription(args, kwargs):
if len(args) > 0:
return args[0]
else:
return getValue(kwargs, 'description', "")
def addTextField(self, **kwargs):
text = Text(description=getValue(kwargs, 'description', ""))
text.width = getValue(kwargs, 'width', "")
self.children += (text, )
return text
def addCheckBox(self, **kwargs):
checkbox = Checkbox(description=getValue(kwargs, 'description', ""))
self.children += (checkbox, )
return checkbox
def getOptions(args, kwargs):
if len(args) > 1:
return args[1][:]
else:
return getValue(kwargs, 'options', [])
def __init__(self, *args, **kwargs):
super(SimpleTimePlot, self).__init__(**kwargs)
self.chart.type = 'TimePlot'
self.use_tool_tip = True
self.show_legend = True
self.domain_axis_label = 'Time'
displayNames = getValue(kwargs, 'displayNames')
displayLines = getValue(kwargs, 'displayLines', True)
displayPoints = getValue(kwargs, 'displayPoints', False)
timeColumn = getValue(kwargs, 'timeColumn', 'time')
colors = getValue(kwargs, 'colors')
if len(args) > 0:
tableData = args[0]
else:
tableData = []
if len(args) == 2:
columnNames = args[1]
else:
columnNames = []
xs = []
yss = []
dataColumnsNames = []
if tableData is not None and columnNames is not None:
dataColumnsNames.extend(list(tableData[0]))
for row in tableData:
x = row[timeColumn]
x = date_time_2_millis(x)
xs.append(x)
for idx in range(len(columnNames)):
column = columnNames[idx]
if (idx >= len(yss)):
yss.append([])
yss[idx].append(row[column])
colors = self.getChartColors(columnNames, colors)
for i in range(len(yss)):
ys = yss[i]
if displayLines is True:
line = Line(x=xs, y=ys)
if displayNames is not None and i < len(displayNames):
line.display_name = displayNames[i]
else:
line.display_name = columnNames[i]
if i < len(colors):
line.color = colors[i]
self.add(line)
if displayPoints is True:
points = Points(x=xs, y=ys)
if displayNames is not None and i < len(displayNames):
points.display_name = displayNames[i]
else:
points.display_name = columnNames[i]
if i < len(colors):
points.color = colors[i]
self.add(points)
