def __draw_y_axis_for_time_value(self, axis, axis_position, reverse):
start_point = Point(axis_position, self.top_margin + self.height)
end_point = Point(axis_position, self.top_margin)
self.svg_contents += svg_monkey.write_line(start_point, end_point,
'Black', 'axis')
if axis.markers != None:
for counter in range(0, len(axis.markers)):
start_point = Point(
axis_position, (self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height))
end_point = Point(
self.__handle_reverse(reverse, axis_position, 15),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height))
self.svg_contents += svg_monkey.write_line(
start_point, end_point, 'Black', 'axis')
label_point = Point(
self.__handle_reverse(reverse, axis_position, 20),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height) + 5)
self.svg_contents += svg_monkey.write_text(
label_point, str(axis.markers[counter].marker.label), 0,
'y_axis_label')
self.__draw_y_axis_title(axis, 150)
def __build_legend_contents(self, left, primary_colours_palete,
secondary_colours_palete):
contents = ''
#colours_palete = ColoursPalete(3)
spacer = 20
#left = self.left_margin + self.width + 50
if self.additional_axis_meta_data is not None:
left += 50
#this is now handled with a separate method call (title and legend now different)
#contents += svg_monkey.write_text(Point(left, self.top_margin), 'Legend', 0, 'legend_item_title')
for data_set in self.data_sets: #sorted(self.data_sets):
if data_set.axis_type == AxisType.PRIMARY:
colours_palete = primary_colours_palete
else:
colours_palete = secondary_colours_palete
colour = colours_palete.get_next_colour()
contents += svg_monkey.write_line(Point(left - 30, spacer - 3),
Point(left - 10, spacer - 3),
colour, None, str(data_set.id))
contents += svg_monkey.write_text(
Point(left, spacer), data_set.name, 0, 'legend_item', colour,
str(data_set.id),
'onclick="highlight_lines(\'' + str(data_set.id) + '\');"')
spacer += 20
return contents
def __draw_y_axis_for_int(self, axis, axis_position, reverse):
start_point = Point(axis_position, self.top_margin + self.height)
end_point = Point(axis_position, self.top_margin)
self.svg_contents += svg_monkey.write_line(start_point, end_point,
'Black', 'axis')
#REFACTOR AHOY!!
css_label = 'y_axis_label'
if reverse == True:
css_label = css_label + '_reverse'
if axis.markers != None:
for counter in range(0, len(axis.markers)): #-1
start_point = Point(
axis_position, (self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height))
end_point = Point(
self.__handle_reverse(reverse, axis_position, 15),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height))
#print(axis.markers[counter].marker.label,axis.markers[counter].percentile, start_point.x, start_point.y)
self.svg_contents += svg_monkey.write_line(
start_point, end_point, 'Black', 'axis')
label_point = Point(
self.__handle_reverse(reverse, axis_position, 20),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height) + 5)
self.svg_contents += svg_monkey.write_text(
label_point, str((axis.markers[counter].marker.label)), 0,
css_label)
self.__draw_y_axis_title(axis)
def __translate_data_to_points(self, data_set):
y_axis = None
if self.additional_axis_meta_data is None:
y_axis = self.y_primary_axis
else:
if self.additional_axis_meta_data.get_axis_meta_data_item(
data_set.name).axis_type == AxisType.PRIMARY:
y_axis = self.y_primary_axis
else:
y_axis = self.y_secondary_axis
points = []
for data_item in data_set:
if data_item.value != None:
x = self.left_margin + round(
(((data_item.key - self.x_axis.low) /
(self.x_axis.high - self.x_axis.low)) * self.width), 2)
y = self.top_margin + round(
self.height -
((((data_item.value - y_axis.low) /
(y_axis.high - y_axis.low)) * self.height)), 2)
point = Point(x, y)
# if data_item.value == 942104:
# print(data_item.value, str(point), self.height, self.top_margin)
points.append(point)
return points
def __draw_y_axis_title(self, axis, offset=75):
offset = self.__determine_y_axis_title_offset(axis)
if axis.title != '' and axis.title != None:
point = Point(self.left_margin - offset,
self.top_margin + (self.height / 2))
self.svg_contents += svg_monkey.write_text(point, axis.title, 270,
'axis_title')
def __draw_x_axis_title(self, rotated_labels=False):
if self.x_axis.title != '':
y_buffer = 60
if rotated_labels == True:
y_buffer += 95
point = Point(self.left_margin + (self.width / 2),
self.top_margin + self.height + y_buffer)
self.svg_contents += svg_monkey.write_text(point,
self.x_axis.title, 0,
'axis_title')
def __draw_x_axis(self):
start_point = Point(self.left_margin, self.top_margin + self.height)
end_point = Point(self.left_margin + self.width,
self.top_margin + self.height)
self.svg_contents += svg_monkey.write_line(start_point, end_point,
'Black', 'axis')
rotated_labels = False
if self.x_axis.markers != None:
for counter in range(0, len(self.x_axis.markers) - 1): #-1
start_point = Point(
self.left_margin +
(self.x_axis.markers[counter].percentile * self.width),
self.top_margin + self.height)
end_point = Point(
self.left_margin +
(self.x_axis.markers[counter].percentile * self.width),
self.top_margin + self.height + 15)
self.svg_contents += svg_monkey.write_line(
start_point, end_point, 'Black', 'axis')
start_point = Point(
self.left_margin + 5 +
(self.x_axis.markers[counter].percentile * self.width),
self.top_margin + self.height + 30)
rotation = 0
y_position = self.top_margin + self.height + 30
if str(self.x_axis.markers[counter].marker.label).find(
' ') > -1:
if rotated_labels == False:
rotated_labels = True
rotation = 90
y_position = y_position + 45
self.svg_contents += svg_monkey.write_text(
start_point,
str(self.x_axis.markers[counter].marker.label), rotation,
'x_axis_label')
self.__draw_x_axis_title(rotated_labels)
def __write_point_markers(self,
points,
display_markers=True,
display_labels=True,
color="",
label=""):
point = None
for point in points:
if display_markers == True:
self.svg_contents += svg_monkey.write_circle(point, 4, color)
if display_labels == True:
self.svg_contents += svg_monkey.write_text(
Point(point.x + 10, point.y + 5), label, 0, 'legend_item',
color)
def __draw_y_axis_for_float(self, axis, axis_position, reverse):
# print(axis.low, axis.high)
# print(len(axis.markers))
start_point = Point(axis_position, self.top_margin + self.height)
end_point = Point(axis_position, self.top_margin)
self.svg_contents += svg_monkey.write_line(start_point, end_point,
'Black', 'axis')
#refactor AHOY!
css_label = 'y_axis_label'
if reverse == True:
css_label = css_label + '_reverse'
if axis.markers != None:
for counter in range(0, len(axis.markers)): #-1
start_point = Point(
axis_position, (self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height))
end_point = Point(
self.__handle_reverse(reverse, axis_position, 15),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height))
# print(str(start_point.x) + ',' + str(start_point.y) + ',' + str(axis.markers[counter].percentile) + ',"' + str(axis.markers[counter].marker.value) + '"')
self.svg_contents += svg_monkey.write_line(
start_point, end_point, 'Black', 'axis')
label_point = Point(
self.__handle_reverse(reverse, axis_position, 20),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height) + 5)
self.svg_contents += svg_monkey.write_text(
label_point, str(axis.markers[counter].marker.label), 0,
css_label)
self.__draw_y_axis_title(axis, 150)
def draw_legend_title(self):
self.svg_legend_title_contents = svg_monkey.write_svg_start(100, 60)
self.svg_legend_title_contents += svg_monkey.write_text(
Point(30, 50), 'Legend', 0, 'legend_item_title')
self.svg_legend_title_contents += svg_monkey.write_svg_end()
def __draw_graph_title(self):
if self.title != '':
point = Point(self.left_margin + (self.width / 2),
self.top_margin - (self.top_margin / 3))
self.svg_contents += svg_monkey.write_text(point, self.title, 0,
'title')
def __new_draw_y_axis(self, axis, axis_position, reverse):
start_point = Point(axis_position, self.top_margin + self.height)
end_point = Point(axis_position, self.top_margin)
self.svg_contents += svg_monkey.write_line(start_point, end_point,
'Black', 'axis')
#REFACTOR AHOY!!
css_label = 'y_axis_label'
if reverse == True:
css_label = css_label + '_reverse'
if axis.markers != None:
for counter in range(0, len(axis.markers) - 1):
start_point = Point(
axis_position, (self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height))
end_point = Point(
self.__handle_reverse(reverse, axis_position, 15),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height))
self.svg_contents += svg_monkey.write_line(
start_point, end_point, 'Black', 'axis')
#int
label_point = Point(
self.__handle_reverse(reverse, axis_position, 20),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height) + 5)
self.svg_contents += svg_monkey.write_text(
label_point, str((axis.markers[counter].marker.label)), 0,
css_label)
#date
label_point = Point(
self.__handle_reverse(reverse, axis_position, 65),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height) + 5)
self.svg_contents += svg_monkey.write_text(
label_point,
self.__format_axis_label_for_date(
axis.markers[counter].marker.value,
self.x_axis_format), 0, 'y_axis_label')
#datetime
label_point = Point(
self.__handle_reverse(reverse, axis_position, 65),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height) + 5)
self.svg_contents += svg_monkey.write_text(
label_point, str(axis.markers[counter].marker.label), 0,
'y_axis_label')
#timevalue
label_point = Point(
self.__handle_reverse(reverse, axis_position, 20),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height) + 5)
self.svg_contents += svg_monkey.write_text(
label_point, str(axis.markers[counter].marker.label), 0,
'y_axis_label')
#float
label_point = Point(
self.__handle_reverse(reverse, axis_position, 20),
(self.top_margin + self.height) -
(axis.markers[counter].percentile * self.height) + 5)
self.svg_contents += svg_monkey.write_text(
label_point, str(axis.markers[counter].marker.label), 0,
css_label)
self.__draw_y_axis_title(axis)