def bar(self):
plot = Bar(text = "bar1", values = range(9, 0, -1))
chart = openFlashChart.template("Bar chart")
chart.add_element(plot)
return chart.encode()
def bar_stack(self):
plot = Bar_Stack(colours=['#C4D318', '#50284A', '#7D7B6A'])
plot.set_tooltip(
'X label [#x_label#], Value [#val#]<br>Total [#total#]')
plot.append_keys('#C4D318', 'job1', 13)
plot.append_keys('#50284A', 'job2', 13)
plot.append_keys('#7D7B6A', 'job3', 13)
plot.append_keys('#ff0000', 'job4', 13)
plot.append_keys('#ff00ff', 'job5', 13)
plot.append_stack([2.5, 5, 2.5])
plot.append_stack([2.5, 5, 1.25, 1.25])
plot.append_stack([5, bar_stack_value(5, '#ff0000')])
plot.append_stack([2, 2, 2, 2, bar_stack_value(2, '#ff00ff')])
chart = openFlashChart.template(
"Bar_Stack chart",
style='{font-size: 20px; color: #F24062; text-align: center;}')
chart.set_tooltip(behaviour='hover')
chart.set_x_axis(labels=x_axis_labels(
labels=['Winter', 'Spring', 'Summer', 'Autumn']))
chart.set_y_axis(min=0, max=14, steps=2)
chart.add_element(plot)
return chart.encode()
def line_hollow(self, search_result, y_legend, line_text):
#定义chart
chart = openFlashChart.template(u'折线图')
chart.set_y_legend(y_legend, style='{font-size: 12px}') #设置y轴
#横坐标
x_labels = []
for row in search_result:
x_labels.append(row[0])
chart.set_x_axis(colour='#736AFF',
three_d=5,
labels=x_axis_labels(labels=x_labels))
row_num = len(search_result) #共多少条记录
column_num = len(search_result[0]) #每条记录有几列
#取值
mymax = 0
for column_i in range(1, column_num):
plot = Line()
values = []
for row in search_result:
if int(row[column_i]) > mymax:
mymax = int(row[column_i])
values.append(int(row[column_i]))
plot.set_values(values=values)
plot.set_colour(colorArr[column_i - 1])
plot['on-show'] = dict([['type', 'shrink-in'], ['cascade', 1],
['delay', 0.5]]) #api中没有on-show 手动加上
plot['dot-style'] = dict([['type', 'star'], ['colour', '#a44a80'],
['dot-size', 5]]) #api中没有dot-style 手动加上
plot['text'] = line_text[column_i - 1]
chart.add_element(plot)
values = []
chart.set_y_axis(min=0, max=mymax)
return chart.encode()
def bar_3d(self, search_result, y_legend, column_text, org, time):
#定义chart
chart = openFlashChart.template(u'' + time + '年' + org + '公司费用统计柱状图')
chart.set_y_legend(y_legend, style='{font-size: 12px}') #设置y轴
#横坐标
x_labels = []
for row in search_result:
x_labels.append(row[0])
chart.set_x_axis(colour='#736AFF',
three_d=5,
labels=x_axis_labels(labels=x_labels))
row_num = len(search_result) #共多少条记录
column_num = len(search_result[0]) #每条记录有几列
#取值
mymax = 0
for column_i in range(1, column_num):
plot = Bar_3d()
values = []
for row in search_result:
if int(row[column_i]) > mymax:
mymax = int(row[column_i])
values.append(
bar_3d_value(int(row[column_i]), colorArr[column_i - 1]))
plot.set_values(values=values)
plot.set_colour(colorArr[column_i - 1])
plot['on-show'] = dict([['type', 'pop-up'], ['cascade', 1],
['delay', 0.5]]) #api中没有on-show 手动加上
plot['text'] = column_text[column_i - 1]
chart.add_element(plot)
values = []
chart.set_y_axis(min=0, max=mymax)
return chart.encode()
def bar_3d(self,search_result,y_legend,column_text,org,time):
#定义chart
chart = openFlashChart.template(u''+time+'年'+org+'公司费用统计柱状图')
chart.set_y_legend(y_legend, style = '{font-size: 12px}')#设置y轴
#横坐标
x_labels = []
for row in search_result:
x_labels.append(row[0])
chart.set_x_axis(colour = '#736AFF', three_d = 5, labels = x_axis_labels(labels = x_labels))
row_num = len(search_result)#共多少条记录
column_num = len(search_result[0])#每条记录有几列
#取值
mymax = 0
for column_i in range(1,column_num):
plot = Bar_3d()
values = []
for row in search_result:
if int(row[column_i]) > mymax:
mymax = int(row[column_i])
values.append(bar_3d_value(int(row[column_i]), colorArr[column_i-1]))
plot.set_values(values=values)
plot.set_colour(colorArr[column_i-1])
plot['on-show'] = dict([['type','pop-up'],['cascade',1],['delay',0.5]])#api中没有on-show 手动加上
plot['text'] = column_text[column_i-1]
chart.add_element(plot)
values = []
chart.set_y_axis(min = 0, max = mymax)
return chart.encode()
def line_hollow(self,search_result,y_legend,line_text):
#定义chart
chart = openFlashChart.template(u'折线图')
chart.set_y_legend(y_legend, style = '{font-size: 12px}')#设置y轴
#横坐标
x_labels = []
for row in search_result:
x_labels.append(row[0])
chart.set_x_axis(colour = '#736AFF', three_d = 5, labels = x_axis_labels(labels = x_labels))
row_num = len(search_result)#共多少条记录
column_num = len(search_result[0])#每条记录有几列
#取值
mymax = 0
for column_i in range(1,column_num):
plot = Line()
values = []
for row in search_result:
if int(row[column_i]) > mymax:
mymax = int(row[column_i])
values.append(int(row[column_i]))
plot.set_values(values=values)
plot.set_colour(colorArr[column_i-1])
plot['on-show'] = dict([['type','shrink-in'],['cascade',1],['delay',0.5]])#api中没有on-show 手动加上
plot['dot-style'] = dict([['type','star'],['colour','#a44a80'],['dot-size',5]])#api中没有dot-style 手动加上
plot['text'] = line_text[column_i-1]
chart.add_element(plot)
values = []
chart.set_y_axis(min = 0, max = mymax)
return chart.encode()
def ajax(self, count):
if int(count) % 3 is 0:
plot = Line_Dot(text = "line1", fontsize = 20, values = [None, 5, dot_value(1, '#D02020', '#val#<br>Text'), 2, 4, None, None, 2, 7, 5])
elif int(count) % 3 is 1:
plot = Line(text = "line2", fontsize = 12, values = range(-4, 7, 1))
else:
plot = Bar_Glass(text = "bar1", values = [4, None, -4, 3, bar_glass_value((5, -2), '#333333', 'Special:<br>Top = #top#<br>Bottom = #bottom#'), 7, None, None, -5, 5])
plot.set_tooltip('Title1:<br>Amount = #val#')
plot.set_on_click('plot1')
plot.set_line_style(4, 3)
plot.set_colour('#D4C345')
chart = openFlashChart.template("Testing chart: %s" %count, style = '{font-size: 40px; font-family: Times New Roman; color: #A2ACBA; text-align: right;}')
chart.set_x_axis(stroke = 10, colour = '#165132', tick_height = 30, grid_colour = '#AAEE00', offset = True, steps = 2, labels = x_axis_labels(labels = list('sfwertr56w') + [x_axis_label('custom!!', '#2683CF', 24, 210)], steps = 2))
chart.set_y_axis(stroke = 5, colour = '#1E33FF', tick_length = 15, grid_colour = '#090305', offset = True, steps = 4, min = -6)
chart.set_y_axis_right(stroke = 5, colour = '#44FF22', tick_length = 20, grid_colour = '#55ff55', offset = True, steps = 1)
chart.set_x_legend("x-axis legend", style = '{font-size: 20px; color: #778877}')
chart.set_y_legend("y-axis legend", style = '{font-size: 22px; color: #778877}')
chart.set_tooltip(shadow = True, stroke = 4, colour = '#909090', bg_colour = '#FAFAFA', title_style = '{font-size: 14px; color: #CC2A43;}', body_style = '{font-size: 10px; font-weight: bold; color: #000000;}')
chart.add_element(plot)
return chart.encode()
def line_hollow(self):
plot1 = Line_Hollow(values=[
math.sin(float(x) / 10) * 1.9 + 4 for x in range(0, 62, 2)
])
plot2 = Line_Hollow(values=[
math.sin(float(x) / 10) * 1.9 + 7 for x in range(0, 62, 2)
])
plot3 = Line_Hollow(values=[
math.sin(float(x) / 10) * 1.9 + 10 for x in range(0, 62, 2)
])
plot1.set_halo_size(3)
plot2.set_halo_size(1)
plot3.set_halo_size(0)
plot1.set_width(1)
plot2.set_width(2)
plot3.set_width(3)
plot1.set_dot_size(4)
plot2.set_dot_size(4)
plot3.set_dot_size(6)
chart = openFlashChart.template("Line_Hollow chart")
chart.set_y_axis(min=0, max=15, steps=5)
chart.add_element(plot1)
chart.add_element(plot2)
chart.add_element(plot3)
return chart.encode()
def bar(self):
plot = Bar(text="bar1", values=range(9, 0, -1))
chart = openFlashChart.template("Bar chart")
chart.add_element(plot)
return chart.encode()
def ajax(self, count):
if int(count) % 3 is 0:
plot = Line_Dot(text = "line1", fontsize = 20, values = [None, 5, dot_value(1, '#D02020', '#val#<br>Text'), 2, 4, None, None, 2, 7, 5])
elif int(count) % 3 is 1:
plot = Line(text = "line2", fontsize = 12, values = range(-4, 7, 1))
else:
plot = Bar_Glass(text = "bar1", values = [4, None, -4, 3, bar_glass_value((5, -2), '#333333', 'Special:<br>Top = #top#<br>Bottom = #bottom#'), 7, None, None, -5, 5])
plot.set_tooltip('Title1:<br>Amount = #val#')
plot.set_on_click('plot1')
plot.set_line_style(4, 3)
plot.set_colour('#D4C345')
chart = openFlashChart.template("Testing chart: %s" %count, style = '{font-size: 40px; font-family: Times New Roman; color: #A2ACBA; text-align: right;}')
chart.set_x_axis(stroke = 10, colour = '#165132', tick_height = 30, grid_colour = '#AAEE00', offset = True, steps = 2, labels = x_axis_labels(labels = list('sfwertr56w') + [x_axis_label('custom!!', '#2683CF', 24, 210)], steps = 2))
chart.set_y_axis(stroke = 5, colour = '#1E33FF', tick_length = 15, grid_colour = '#090305', offset = True, steps = 4, min = -6)
chart.set_y_axis_right(stroke = 5, colour = '#44FF22', tick_length = 20, grid_colour = '#55ff55', offset = True, steps = 1)
chart.set_x_legend("x-axis legend", style = '{font-size: 20px; color: #778877}')
chart.set_y_legend("y-axis legend", style = '{font-size: 22px; color: #778877}')
chart.set_tooltip(shadow = True, stroke = 4, colour = '#909090', bg_colour = '#FAFAFA', title_style = '{font-size: 14px; color: #CC2A43;}', body_style = '{font-size: 10px; font-weight: bold; color: #000000;}')
chart.add_element(plot)
return chart.encode()
def bar_filled(self):
plot = Bar_Filled(values = range(9, 0, -1) + [bar_value((5, 3), '#AAAAAA', 'Special:<br>Top = #top#<br>Bottom = #bottom#')], colour = '#E2D66A', outline = '#577261')
chart = openFlashChart.template("Bar_Filled chart",)
chart.add_element(plot)
chart.set_bg_colour('#FFFFFF')
return chart.encode()
def bar_filled(self):
plot = Bar_Filled(values = range(9, 0, -1) + [bar_value((5, 3), '#AAAAAA', 'Special:<br>Top = #top#<br>Bottom = #bottom#')], colour = '#E2D66A', outline = '#577261')
chart = openFlashChart.template("Bar_Filled chart",)
chart.add_element(plot)
chart.set_bg_colour('#FFFFFF')
return chart.encode()
def bar_glass(self):
plot = Bar_Glass(values = range(-5, 5, 2) + [bar_glass_value(5, '#333333', 'Special:<br>Top = #top#<br>Bottom = #bottom#')])
chart = openFlashChart.template("Bar_Glass chart")
chart.set_y_axis(min = -6, max = 6)
chart.add_element(plot)
return chart.encode()
def bar_glass(self):
plot = Bar_Glass(values = range(-5, 5, 2) + [bar_glass_value(5, '#333333', 'Special:<br>Top = #top#<br>Bottom = #bottom#')])
chart = openFlashChart.template("Bar_Glass chart")
chart.set_y_axis(min = -6, max = 6)
chart.add_element(plot)
return chart.encode()
def bar_sketch(self):
plot1 = Bar_Sketch(values = range(10, 0, -1) + [bar_sketch_value(5, '#333333', 'Special:<br>Top = #top#')], colour = '#81AC00', outline = '#567300')
plot2 = Bar_Sketch(values = [bar_sketch_value(5, '#333333', 'Special:<br>Top = #top#')] + range(10, 0, -1), colour = '#81ACFF', outline = '#5673FF')
chart = openFlashChart.template("Bar_Sketch chart", style = '{color: #567300; font-size: 14px}')
chart.add_element(plot1)
chart.add_element(plot2)
return chart.encode()
def bar_sketch(self):
plot1 = Bar_Sketch(values = range(10, 0, -1) + [bar_sketch_value(5, '#333333', 'Special:<br>Top = #top#')], colour = '#81AC00', outline = '#567300')
plot2 = Bar_Sketch(values = [bar_sketch_value(5, '#333333', 'Special:<br>Top = #top#')] + range(10, 0, -1), colour = '#81ACFF', outline = '#5673FF')
chart = openFlashChart.template("Bar_Sketch chart", style = '{color: #567300; font-size: 14px}')
chart.add_element(plot1)
chart.add_element(plot2)
return chart.encode()
def bar_3d(self):
plot = Bar_3d(values = range(-8, 8, 2) + [bar_3d_value(5, '#333333', 'Special:<br>Top = #top#<br>Bottom = #bottom#')])
plot.set_colour('#D54C78')
chart = openFlashChart.template("Bar_3d chart")
chart.set_y_axis(min = -8, max = 8)
chart.set_x_axis(colour = '#909090', three_d = 5, labels = list('qp#m^fur'))
chart.add_element(plot)
return chart.encode()
def bar_3d(self):
plot = Bar_3d(values = range(-8, 8, 2) + [bar_3d_value(5, '#333333', 'Special:<br>Top = #top#<br>Bottom = #bottom#')])
plot.set_colour('#D54C78')
chart = openFlashChart.template("Bar_3d chart")
chart.set_y_axis(min = -8, max = 8)
chart.set_x_axis(colour = '#909090', three_d = 5, labels = list('qp#m^fur'))
chart.add_element(plot)
return chart.encode()
def get_chart(request,style,date_start,date_end):
raw_data = get_chart_vars(request,date_start,date_end)
var1 = []
var2 = []
dates = []
if raw_data['variable1'] != None:
var_legend = raw_data['variable1_name']
for items in raw_data['variable1']:
var1.append(int(items[1]))
dates.append(str(items[0]))
if raw_data['variable2'] != None:
var_legend = raw_data['variable2_name']
for items in raw_data['variable2']:
var2.append(int(items[1]))
chart = openFlashChart.template('')
chart.set_bg_colour(colour='#ffffff')
if len(var1) > 0:
range_y1_min = round(min(var1)*0.95,0)
range_y1_max = round(max(var1)*1.05,0)
range_y1_steps = round(round(max(var1)*1.05,0)/10,0)
else:
range_y1_min = 0
range_y1_max = 0
range_y1_steps = 0
if len(var2) > 0:
range_y2_min = round(min(var2)*0.95,0)
range_y2_max = round(max(var2)*1.05,0)
range_y2_steps = round(round(max(var2)*1.05,0)/10,0)
else:
range_y2_min = 0
range_y2_max = 0
range_y2_steps = 0
chart.set_y_axis(min = range_y1_min, max = range_y1_max, steps = range_y1_steps)
chart.set_x_axis(labels = {'labels':dates, 'rotate':'vertical'})
if style == 'lines':
plot1 = Line(text = raw_data['variable1_name'], fontsize = 20, values = var1)
plot2 = Line(text = raw_data['variable2_name'], fontsize = 20, values = var2)
plot2['axis'] = "right"
plot2.set_colour('#54b928')
chart.set_y_axis_right(min = range_y2_min, max = range_y2_max, steps = range_y2_steps)
if request.GET.get('onevar',None) == None:
chart.add_element(plot2)
elif style == 'pie':
plot1 = Pie(text = raw_data['variable1_name'], fontsize = 20, values = var1, colours = ['#4f8dbc','#54b928'])
elif style == 'columns':
plot1 = Bar_Filled(text = raw_data['variable1_name'], fontsize = 20, values = var1)
plot2 = Bar_Filled(text = raw_data['variable2_name'], fontsize = 20, values = var2)
plot2['axis'] = "right"
plot2.set_colour('#54b928')
chart.set_y_axis_right(min = range_y2_min, max = range_y2_max, steps = range_y2_steps)
if request.GET.get('onevar',None) == None:
chart.add_element(plot2)
plot1.set_colour('#4f8dbc')
chart.add_element(plot1)
return HttpResponse(chart.encode())
def pie(self):
plot = Pie(start_angle = 35, animate = True, values = [2, 3, pie_value(6.5, ('hello (6.5)', '#FF33C9', 24))], colours = ['#D01F3C', '#356AA0', '#C79810'], label_colour = '#432BAF')
plot.set_tooltip('#val# of #total#<br>#percent# of 100%')
plot.set_gradient_fill(True)
plot.set_on_click('plot1')
plot.set_no_labels(False)
chart = openFlashChart.template("Pie chart")
chart.add_element(plot)
return chart.encode()
def pie(self):
plot = Pie(start_angle = 35, animate = True, values = [2, 3, pie_value(6.5, ('hello (6.5)', '#FF33C9', 24))], colours = ['#D01F3C', '#356AA0', '#C79810'], label_colour = '#432BAF')
plot.set_tooltip('#val# of #total#<br>#percent# of 100%')
plot.set_gradient_fill(True)
plot.set_on_click('plot1')
plot.set_no_labels(False)
chart = openFlashChart.template("Pie chart")
chart.add_element(plot)
return chart.encode()
def area_line(self):
plot = Area_Line(colour = '#C4B86A', fill = '#C4B86A', fill_alpha = 0.7, values = [math.sin(float(x)/10) * 1.9 for x in range(0, 62, 2)])
plot.set_halo_size(1)
plot.set_width(2)
plot.set_dot_size(4)
chart = openFlashChart.template("Area_Line chart")
chart.set_y_axis(min = -2, max = 2, steps = 2, offset = True)
chart.set_x_axis(labels = x_axis_labels(labels = ['%d' %i for i in range(0, 62, 2)], steps = 4, rotate = 'vertical'), steps = 2)
chart.add_element(plot)
return chart.encode()
def area_hollow(self):
plot = Area_Hollow(colour = '#838A96', fill = '#E01B49', fill_alpha = 0.4, values = [math.sin(float(x)/10) * 1.9 for x in range(0, 62, 2)])
plot.set_halo_size(1)
plot.set_width(2)
plot.set_dot_size(4)
chart = openFlashChart.template("Area_Hollow chart")
chart.set_y_axis(min = -2, max = 2, steps = 2, offset = False)
chart.set_x_axis(labels = x_axis_labels(rotate = 'diagonal'), steps = 2)
chart.add_element(plot)
return chart.encode()
def area_hollow(self):
plot = Area_Hollow(colour = '#838A96', fill = '#E01B49', fill_alpha = 0.4, values = [math.sin(float(x)/10) * 1.9 for x in range(0, 62, 2)])
plot.set_halo_size(1)
plot.set_width(2)
plot.set_dot_size(4)
chart = openFlashChart.template("Area_Hollow chart")
chart.set_y_axis(min = -2, max = 2, steps = 2, offset = False)
chart.set_x_axis(labels = x_axis_labels(rotate = 'diagonal'), steps = 2)
chart.add_element(plot)
return chart.encode()
def area_line(self):
plot = Area_Line(colour = '#C4B86A', fill = '#C4B86A', fill_alpha = 0.7, values = [math.sin(float(x)/10) * 1.9 for x in range(0, 62, 2)])
plot.set_halo_size(1)
plot.set_width(2)
plot.set_dot_size(4)
chart = openFlashChart.template("Area_Line chart")
chart.set_y_axis(min = -2, max = 2, steps = 2, offset = True)
chart.set_x_axis(labels = x_axis_labels(labels = ['%d' %i for i in range(0, 62, 2)], steps = 4, rotate = 'vertical'), steps = 2)
chart.add_element(plot)
return chart.encode()
def radar(self):
plot = Area_Hollow(colour = '#45909F', fill = '#45909F', fill_alpha = 0.4, values = [3, 4, 5, 4, 3, 3, 2.5])
plot.set_width(1)
plot.set_dot_size(4)
plot.set_halo_size(1)
plot.set_loop()
chart = openFlashChart.template("Radar chart")
chart.set_bg_colour('#DFFFEC')
chart.set_radar_axis(max = 5, colour = '#EFD1EF', grid_colour = '#EFD1EF', labels = list('012345'), spoke_labels = list('1234567'))
chart.set_tooltip(behaviour = 'proximity')
chart.add_element(plot)
return chart.encode()
def radar(self):
plot = Area_Hollow(colour = '#45909F', fill = '#45909F', fill_alpha = 0.4, values = [3, 4, 5, 4, 3, 3, 2.5])
plot.set_width(1)
plot.set_dot_size(4)
plot.set_halo_size(1)
plot.set_loop()
chart = openFlashChart.template("Radar chart")
chart.set_bg_colour('#DFFFEC')
chart.set_radar_axis(max = 5, colour = '#EFD1EF', grid_colour = '#EFD1EF', labels = list('012345'), spoke_labels = list('1234567'))
chart.set_tooltip(behaviour = 'proximity')
chart.add_element(plot)
return chart.encode()
def hbar(self):
months = ['Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun', 'Jul', 'Aug', 'Sep', 'Oct', 'Nov', 'Dec']
plot = HBar(colour = '#86BBEF')
plot.set_tooltip('Months: #val#')
plot.append_values(hbar_value((0, 4), colour = '#909090'))
plot.append_values(hbar_value((4, 8), colour = '#909009'))
plot.append_values(hbar_value((8, 11), tooltip = '#left# to #right#<br>%s to %s (#val# months)' %(months[8], months[11])))
chart = openFlashChart.template("HBar chart")
chart.set_x_axis(offset = False, labels = x_axis_labels(labels = months))
chart.set_y_axis(offset = True, labels = ['one', 'two', 'three'])
chart.add_element(plot)
return chart.encode()
def hbar(self):
months = ['Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun', 'Jul', 'Aug', 'Sep', 'Oct', 'Nov', 'Dec']
plot = HBar(colour = '#86BBEF')
plot.set_tooltip('Months: #val#')
plot.append_values(hbar_value((0, 4), colour = '#909090'))
plot.append_values(hbar_value((4, 8), colour = '#909009'))
plot.append_values(hbar_value((8, 11), tooltip = '#left# to #right#<br>%s to %s (#val# months)' %(months[8], months[11])))
chart = openFlashChart.template("HBar chart")
chart.set_x_axis(offset = False, labels = x_axis_labels(labels = months))
chart.set_y_axis(offset = True, labels = ['one', 'two', 'three'])
chart.add_element(plot)
return chart.encode()
def scatter(self):
radians = [math.radians(degree) for degree in xrange(0, 360, 5)]
values = [scatter_value(('%.2f' %math.sin(radian), '%.2f' %math.cos(radian))) for radian in radians]
plot1 = Scatter(colour = '#FFD600', values = [scatter_value((0, 0))])
plot2 = Scatter(colour = '#D600FF', values = values)
plot1.set_dot_size(10)
plot2.set_dot_size(3)
chart = openFlashChart.template("Scatter chart")
chart.set_x_axis(min = -2, max = 3)
chart.set_y_axis(min = -2, max = 2)
chart.add_element(plot1)
chart.add_element(plot2)
return chart.encode()
def scatter(self):
radians = [math.radians(degree) for degree in xrange(0, 360, 5)]
values = [scatter_value(('%.2f' %math.sin(radian), '%.2f' %math.cos(radian))) for radian in radians]
plot1 = Scatter(colour = '#FFD600', values = [scatter_value((0, 0))])
plot2 = Scatter(colour = '#D600FF', values = values)
plot1.set_dot_size(10)
plot2.set_dot_size(3)
chart = openFlashChart.template("Scatter chart")
chart.set_x_axis(min = -2, max = 3)
chart.set_y_axis(min = -2, max = 2)
chart.add_element(plot1)
chart.add_element(plot2)
return chart.encode()
def scatter_line(self):
from random import randint
x_values = [0]
while x_values[-1] < 25:
x_values.append(x_values[-1] + float(randint(5, 15))/10)
values = [scatter_value((x, float(randint(-15, 15))/10)) for x in x_values]
plot = Scatter_Line(colour = '#FFD600', values = values)
plot.set_dot_size(3)
chart = openFlashChart.template("Scatter_Line chart")
chart.set_x_axis(min = 0, max = 25)
chart.set_y_axis(min = -10, max = 10)
chart.add_element(plot)
return chart.encode()
def scatter_line(self):
from random import randint
x_values = [0]
while x_values[-1] < 25:
x_values.append(x_values[-1] + float(randint(5, 15))/10)
values = [scatter_value((x, float(randint(-15, 15))/10)) for x in x_values]
plot = Scatter_Line(colour = '#FFD600', values = values)
plot.set_dot_size(3)
chart = openFlashChart.template("Scatter_Line chart")
chart.set_x_axis(min = 0, max = 25)
chart.set_y_axis(min = -10, max = 10)
chart.add_element(plot)
return chart.encode()
def line(self):
plot1 = Line(text="line1", fontsize=20, values=range(0, 10))
plot2 = Line(text="line2", fontsize=06, values=range(10, 0, -1))
plot3 = Line(text="line3", fontsize=12, values=range(-5, 5))
plot1.set_line_style(4, 3)
plot2.set_line_style(5, 5)
plot3.set_line_style(4, 8)
plot1.set_colour('#D4C345')
plot2.set_colour('#C95653')
plot3.set_colour('#8084FF')
chart = openFlashChart.template("Line chart")
chart.set_y_axis(min=-6, max=10)
chart.add_element(plot1)
chart.add_element(plot2)
chart.add_element(plot3)
return chart.encode()
def line(self):
plot1 = Line(text = "line1", fontsize = 20, values = range(0,10))
plot2 = Line(text = "line2", fontsize = 06, values = range(10,0, -1))
plot3 = Line(text = "line3", fontsize = 12, values = range(-5,5))
plot1.set_line_style(4, 3)
plot2.set_line_style(5, 5)
plot3.set_line_style(4, 8)
plot1.set_colour('#D4C345')
plot2.set_colour('#C95653')
plot3.set_colour('#8084FF')
chart = openFlashChart.template("Line chart")
chart.set_y_axis(min = -6, max = 10)
chart.add_element(plot1)
chart.add_element(plot2)
chart.add_element(plot3)
return chart.encode()
def bar_stack(self):
plot = Bar_Stack(colours = ['#C4D318', '#50284A', '#7D7B6A'])
plot.set_tooltip('X label [#x_label#], Value [#val#]<br>Total [#total#]')
plot.append_keys('#C4D318', 'job1', 13)
plot.append_keys('#50284A', 'job2', 13)
plot.append_keys('#7D7B6A', 'job3', 13)
plot.append_keys('#ff0000', 'job4', 13)
plot.append_keys('#ff00ff', 'job5', 13)
plot.append_stack([2.5, 5, 2.5])
plot.append_stack([2.5, 5, 1.25, 1.25])
plot.append_stack([5, bar_stack_value(5, '#ff0000')])
plot.append_stack([2, 2, 2, 2, bar_stack_value(2, '#ff00ff')])
chart = openFlashChart.template("Bar_Stack chart", style = '{font-size: 20px; color: #F24062; text-align: center;}')
chart.set_tooltip(behaviour = 'hover')
chart.set_x_axis(labels = x_axis_labels(labels = ['Winter', 'Spring', 'Summer', 'Autumn']))
chart.set_y_axis(min = 0, max = 14, steps = 2)
chart.add_element(plot)
return chart.encode()
def pie(self, search_result, title):
plot = Pie(start_angle=35, animate=True, label_colour='#432BAF')
values = []
colours = []
count = 0
for row in search_result:
count += 1
values.append(pie_value(int(row[1]), (row[0], None, None)))
colours.append(colorArr[count / len(colorArr)])
if not search_result:
values.append(pie_value(1, ("None", None, None)))
colours.append(colorArr[count / len(colorArr)])
plot.set_values(values=values)
plot.colours = colours
plot.set_tooltip('#val# of #total#<br>#percent# of 100%')
plot.set_gradient_fill(True)
plot.set_on_click('plot1')
plot.set_no_labels(False)
chart = openFlashChart.template(u'' + title + '')
chart.add_element(plot)
return chart.encode()
def pie(self,search_result,title):
plot = Pie(start_angle = 35, animate = True, label_colour = '#432BAF')
values = []
colours = []
count = 0
for row in search_result:
count+=1
values.append(pie_value(int(row[1]),(row[0],None,None)))
colours.append(colorArr[count/len(colorArr)])
if not search_result:
values.append(pie_value(1,("None",None,None)))
colours.append(colorArr[count/len(colorArr)])
plot.set_values(values=values)
plot.colours = colours
plot.set_tooltip('#val# of #total#<br>#percent# of 100%')
plot.set_gradient_fill(True)
plot.set_on_click('plot1')
plot.set_no_labels(False)
chart = openFlashChart.template(u''+title+'')
chart.add_element(plot)
return chart.encode()
def line_hollow(self):
plot1 = Line_Hollow(values = [math.sin(float(x)/10) * 1.9 + 4 for x in range(0, 62, 2)])
plot2 = Line_Hollow(values = [math.sin(float(x)/10) * 1.9 + 7 for x in range(0, 62, 2)])
plot3 = Line_Hollow(values = [math.sin(float(x)/10) * 1.9 + 10 for x in range(0, 62, 2)])
plot1.set_halo_size(3)
plot2.set_halo_size(1)
plot3.set_halo_size(0)
plot1.set_width(1)
plot2.set_width(2)
plot3.set_width(3)
plot1.set_dot_size(4)
plot2.set_dot_size(4)
plot3.set_dot_size(6)
chart = openFlashChart.template("Line_Hollow chart")
chart.set_y_axis(min = 0, max = 15, steps = 5)
chart.add_element(plot1)
chart.add_element(plot2)
chart.add_element(plot3)
return chart.encode()
def data(request, xen_id):
from random import randint
print "chamado para o id", xen_id
xenHost = XenHost.objects.filter(id=xen_id)[0]
data = "{ elements : ["
# Obtem na base estatisticas por host
querySetByHost = XenHostStatistic.objects.filter(xenHost=xenHost)
#querySetByHostAndTime = querySetByHost.filter(date__range=(horaLimite, horaAtual))
virtualMachinesStatistics = querySetByHost.order_by('-date')[:10]
values = []
x_max = 0
data = data + "type: 'line', values: ["
hora_referencia = timegm(virtualMachinesStatistics[len(virtualMachinesStatistics)-1].date.timetuple())
for guestStat in virtualMachinesStatistics:
#vm_guest = VirtualMachine(realMachine=host, vm_id=guestStat['vm_id'], weight=guestStat['cpu_average'])
y = guestStat.cpu
x = timegm(guestStat.date.timetuple())-hora_referencia
values.append(value((y)))
if x > x_max:
x_max = x
data = data + "], title : { text: 'Three lines example' }, y_axis: { min: 0, max: 20, steps: 5 }}"
plot = Line(colour = '#FFD600', values = values)
plot.set_dot_size(3)
chart = openFlashChart.template(str(xenHost.name))
#chart.set_x_axis(min = 0, max = x_max, steps=x_max/10)
chart.set_y_axis(min = 0, max = 100, steps=10)
chart.add_element(plot)
return HttpResponse(chart.encode())
def getjsondata(context, records=10, type=None):
site_encoding = context.plone_utils.getSiteEncoding()
strpath = "/".join(context.getPhysicalPath())
portal = context.portal_url.getPortalObject()
try:
from ubify.policy.config import contentroot_details
rootid = contentroot_details['id']
objRoot = getattr(portal, rootid)
if context == objRoot:
strpath = "/".join(portal.getPhysicalPath())
else:
strpath = "/".join(context.getPhysicalPath())
except AttributeError:
strpath = "/".join(context.getPhysicalPath())
if type is None:
raise "No chart type was passed"
elif type.lower() == "topcontributors":
chart = template('')
plot = HBar()
results = getTopContributors(context, strpath)[:records]
results.sort(lambda x, y: cmp(x['count'], y['count']), reverse=True)
objvalues = [k['count'] for k in results if k['count'] > 0]
users = [j['userid'] for j in results if j['count'] > 0]
users.reverse()
xlabels = x_axis_labels()
xlabels.set_colour("#666666")
chartsteps = 1.0
if len(objvalues) > 0:
chartsteps = getchartsteps(objvalues[-1], objvalues[0])
chart.set_x_axis(offset=False,
labels=xlabels,
steps=chartsteps,
colour="#cccccc",
grid_colour="#f1f1f1")
chart.set_y_axis(offset=True,
labels=users,
colour="#666666",
grid_colour="#f1f1f1")
for val in objvalues:
plot.append_values(
hbar_value((0, val),
tooltip='#right# contributions',
colour='#4092D8'))
chart.add_element(plot)
chart.set_tooltip(
stroke=1,
colour="#1f1f1f",
bg_colour="#292929",
title_style="font-size:12px;color:#ffffff;font-weight:bold",
body_style="font-size:12px;color:#ffffff",
behaviour="hover")
chart.set_bg_colour("#FFFFFF")
return chart.encode()
elif type.lower() == "topcommenters":
chart = template('')
plot = HBar()
results = getTopCommenter(context, strpath)[:records]
results.sort(lambda x, y: cmp(x['count'], y['count']), reverse=True)
objvalues = [k['count'] for k in results if k['count'] > 0]
users = [j['userid'] for j in results if j['count'] > 0]
users.reverse()
xlabels = x_axis_labels()
xlabels.set_colour("#666666")
chartsteps = 1.0
if len(objvalues) > 0:
chartsteps = getchartsteps(objvalues[-1], objvalues[0])
chart.set_x_axis(offset=False,
labels=xlabels,
steps=chartsteps,
colour="#cccccc",
grid_colour="#f1f1f1")
chart.set_y_axis(offset=True,
labels=users,
colour="#666666",
grid_colour="#f1f1f1")
for val in objvalues:
plot.append_values(
hbar_value((0, val),
tooltip='#right# comments',
colour='#57AC0B'))
chart.add_element(plot)
chart.set_tooltip(
stroke=1,
colour="#1f1f1f",
bg_colour="#292929",
title_style="font-size:12px;color:#ffffff;font-weight:bold",
body_style="font-size:12px;color:#ffffff",
behaviour="hover")
chart.set_bg_colour("#FFFFFF")
return chart.encode()
elif type.lower() == "contentstats":
#For pie chart
results = [
k for k in getContentItemsCount(context, strpath) if k['count'] > 0
]
results.sort(lambda x, y: cmp(x['count'], y['count']), reverse=True)
chart = template('')
plot = Pie(start_angle=35,
animate=True,
values=[
pie_value(val=k['count'], label=(k['id'], None, None))
for k in results
],
colours=[
'#4092D8',
'#57AC0B',
'#CC0000',
'#862DFF',
'#FF6600',
'#00FFF6',
'#FF37D2',
'#5251ff',
'#F0EA80',
'#abff00',
],
label_colour='#666666')
plot.set_tooltip('#label#: #val# of #total#<br>#percent# of 100%')
plot.set_gradient_fill(True)
plot.set_no_labels(False)
chart.add_element(plot)
chart.set_tooltip(
stroke=1,
colour="#1f1f1f",
bg_colour="#292929",
title_style="font-size:12px;color:#ffffff;font-weight:bold",
body_style="font-size:12px;color:#ffffff",
behaviour="hover")
chart.set_bg_colour("#FFFFFF")
return chart.encode()
else:
raise "Unknown chart type was passed"
def _create_chart(title, *elements):
chart = openFlashChart.template(title)
for element in elements:
chart.add_element(element)
return chart
def getjsondata(context,records=10,type=None):
site_encoding = context.plone_utils.getSiteEncoding()
strpath = "/".join(context.getPhysicalPath())
portal = context.portal_url.getPortalObject()
try:
from ubify.policy.config import contentroot_details
rootid = contentroot_details['id']
objRoot = getattr(portal,rootid)
if context == objRoot:
strpath = "/".join(portal.getPhysicalPath())
else:
strpath = "/".join(context.getPhysicalPath())
except AttributeError:
strpath = "/".join(context.getPhysicalPath())
if type is None:
raise "No chart type was passed"
elif type.lower() == "topcontributors":
chart = template('')
plot = HBar()
results = getTopContributors(context,strpath)[:records]
results.sort(lambda x,y: cmp(x['count'],y['count']),reverse=True)
objvalues = [k['count'] for k in results if k['count'] > 0]
users = [j['userid'] for j in results if j['count'] > 0]
users.reverse()
xlabels = x_axis_labels()
xlabels.set_colour("#666666")
chartsteps = 1.0
if len(objvalues) > 0:
chartsteps = getchartsteps(objvalues[-1],objvalues[0])
chart.set_x_axis(offset = False, labels = xlabels,steps = chartsteps,colour="#cccccc",grid_colour="#f1f1f1")
chart.set_y_axis(offset=True,labels = users,colour="#666666",grid_colour="#f1f1f1")
for val in objvalues:
plot.append_values(hbar_value((0, val), tooltip = '#right# contributions', colour = '#4092D8'))
chart.add_element(plot)
chart.set_tooltip(stroke=1,colour="#1f1f1f",bg_colour="#292929",title_style="font-size:12px;color:#ffffff;font-weight:bold",body_style="font-size:12px;color:#ffffff",behaviour="hover")
chart.set_bg_colour("#FFFFFF")
return chart.encode()
elif type.lower() == "topcommenters":
chart = template('')
plot = HBar()
results = getTopCommenter(context,strpath)[:records]
results.sort(lambda x,y: cmp(x['count'],y['count']),reverse=True)
objvalues = [k['count'] for k in results if k['count'] > 0]
users = [j['userid'] for j in results if j['count'] > 0]
users.reverse()
xlabels = x_axis_labels()
xlabels.set_colour("#666666")
chartsteps = 1.0
if len(objvalues) > 0:
chartsteps = getchartsteps(objvalues[-1],objvalues[0])
chart.set_x_axis(offset = False, labels = xlabels,steps = chartsteps,colour="#cccccc",grid_colour="#f1f1f1")
chart.set_y_axis(offset=True,labels = users,colour="#666666",grid_colour="#f1f1f1")
for val in objvalues:
plot.append_values(hbar_value((0, val), tooltip = '#right# comments', colour = '#57AC0B'))
chart.add_element(plot)
chart.set_tooltip(stroke=1,colour="#1f1f1f",bg_colour="#292929",title_style="font-size:12px;color:#ffffff;font-weight:bold",body_style="font-size:12px;color:#ffffff",behaviour="hover")
chart.set_bg_colour("#FFFFFF")
return chart.encode()
elif type.lower() == "contentstats":
#For pie chart
results = [k for k in getContentItemsCount(context,strpath) if k['count'] > 0]
results.sort(lambda x,y: cmp(x['count'],y['count']),reverse=True)
chart = template('')
plot = Pie(start_angle = 35, animate = True, values = [pie_value(val = k['count'],label = (k['id'],None, None)) for k in results],colours = ['#4092D8', '#57AC0B', '#CC0000', '#862DFF', '#FF6600', '#00FFF6','#FF37D2', '#5251ff', '#F0EA80', '#abff00',], label_colour = '#666666')
plot.set_tooltip('#label#: #val# of #total#<br>#percent# of 100%')
plot.set_gradient_fill(True)
plot.set_no_labels(False)
chart.add_element(plot)
chart.set_tooltip(stroke=1,colour="#1f1f1f",bg_colour="#292929",title_style="font-size:12px;color:#ffffff;font-weight:bold",body_style="font-size:12px;color:#ffffff",behaviour="hover")
chart.set_bg_colour("#FFFFFF")
return chart.encode()
else:
raise "Unknown chart type was passed"
def ilp_filtered_bar_stack_0(self):
event_codes = {'GPU_Arrival': '#FF6600',
'Handler_Deposites_Chocks': '#50284A',
'Aircraft_Arrival': '#339900',
'Jet_Bridge_Positioning': '#6699CC',
#'Container_Front_Unloading':'#660000',
#'Container_Front_Loading': '#CC3333',
'Push_Back_Positioning': '#FFF000',
#'Container_Back_Loading': '#FF3333',
'Jet_Bridge_Parking': '#0066CC',
'Aircraft_Departure': '#99FF33',
'VRAC_Back_Unloading': '#FF99FF',
#'Refuelling': '#FF6600',
'VRAC_Back_Loading': '#9933FF',
'No_Event': '#FFFFFF'
}
plot = Bar_Stack(colours = ['#C4D318', '#50284A', '#7D7B6A','#ff0000','#ff00ff'])
for eve in event_codes:
plot.append_keys(event_codes[eve], eve, 13)
vid = 0
# Get ground truth
gt_file = '/usr/not-backed-up/cofriend/data/progol/clean_qtc/global_model_ILP/' + 'ground_truth.p';
gt = pickle.load(open(gt_file))
gt_event_lists = gt['event_lists']
# Only add first video ground truth
videos = [gt_event_lists[vid]]
# Now the retrieved events
ilp_file = '/usr/not-backed-up/cofriend/data/progol/clean_qtc/new_gt_with_zone_1protos_oct/' + 'retrieved_ins_ILP_vis_filtered_events_0.p';
re = pickle.load(open(ilp_file))
re_event_ins_lists = re['event_lists']
ind = 0
for e in re_event_ins_lists:
videos.append(e)
ind += 1
if ind > 7:
break
ind = 0
for e in videos:
e.sort()
# val for each strip in a stack is just the length of the strip.
# So just keep on laying strips in the stack with length equal to length of interval
# First start with empty event
stack = []
val = e[0][0]
colour = event_codes['No_Event']
tooltip = '(%d, %d)' %(0, e[0][0])
stack.append(bar_stack_value(val, colour, tooltip))
for i in range(len(e)):
val = e[i][1] - e[i][0]
colour = event_codes.get(e[i][2],'#FFFFFF')
tooltip = '%s <br> Intv: (%d, %d)' %(e[i][2], e[i][0], e[i][1])
stack.append(bar_stack_value(val, colour, tooltip))
if i != len(e) - 1:
# Add empty event after every event
val = e[i+1][0] - e[i][1]
colour = event_codes['No_Event']
tooltip = '(%d, %d)' %(e[i][1], e[i+1][0])
stack.append(bar_stack_value(val, colour, tooltip))
ind += 1
plot.append_stack(stack)
chart = openFlashChart.template("ILP Video One", style = '{font-size: 20px; color: #F24062; text-align: center;}')
chart.set_tooltip(behaviour = 'hover')
chart.set_bg_colour('#FFFFFF')
# Prepare x_lables
xlabels = []
for i in xrange(len(videos)):
if i == 0:
xlabels.append('GT')
else:
xlabels.append('ins_' + repr(i))
chart.set_x_axis(labels = x_axis_labels(labels = xlabels))
chart.set_y_axis(min = 0, max = 35000, steps = 500)
chart.add_element(plot)
return chart.encode()
def my_bar_stack(self):
event_codes = {'GPU_Arrival': '#FF6600',
'Handler_Deposites_Chocks': '#50284A',
'Aircraft_Arrival': '#339900',
'Jet_Bridge_Positioning': '#6699CC',
'Container_Front_Unloading':'#660000',
'Container_Front_Loading': '#CC3333',
'Push_Back_Positioning': '#FFF000',
'Container_Back_Loading': '#FF3333',
'Jet_Bridge_Parking': '#0066CC',
'Aircraft_Departure': '#99FF33',
'VRAC_Back_Unloading': '#FF99FF',
'Refuelling': '#FF6600',
'VRAC_Back_Loading': '#9933FF',
'No_Event': '#CCCCCC'
}
gt_file = '/usr/not-backed-up/cofriend/data/progol/clean_qtc/global_model/' + 'ground_truth.p';
gt = pickle.load(open(gt_file))
gt_event_lists = gt['event_lists']
plot = Bar_Stack(colours = ['#C4D318', '#50284A', '#7D7B6A','#ff0000','#ff00ff'])
for eve in event_codes:
plot.append_keys(event_codes[eve], eve, 13)
videos = gt_event_lists
for e in videos:
# val for each strip in a stack is just the length of the strip.
# So just keep on laying strips in the stack with length equal to length of interval
# First start with empty event
stack = []
val = e[0][0]
colour = event_codes['No_Event']
tooltip = '(%d, %d)' %(0, e[0][0])
stack.append(bar_stack_value(val, colour, tooltip))
for i in range(len(e)):
val = e[i][1] - e[i][0]
colour = event_codes[e[i][2]]
tooltip = '%s <br> Intv: (%d, %d)' %(e[i][2], e[i][0], e[i][1])
stack.append(bar_stack_value(val, colour, tooltip))
if i != len(e) - 1:
# Add empty event after every event
val = e[i+1][0] - e[i][1]
colour = event_codes['No_Event']
tooltip = '(%d, %d)' %(e[i][1], e[i+1][0])
stack.append(bar_stack_value(val, colour, tooltip))
plot.append_stack(stack)
chart = openFlashChart.template("Ground Truth", style = '{font-size: 20px; color: #F24062; text-align: center;}')
chart.set_tooltip(behaviour = 'hover')
chart.set_bg_colour('#FFFFFF')
# Prepare x_lables
xlabels = []
for i in xrange(len(videos)):
xlabels.append('vid_' + repr(i))
chart.set_x_axis(labels = x_axis_labels(labels = xlabels))
chart.set_y_axis(min = 0, max = 35000, steps = 500)
chart.add_element(plot)
return chart.encode()
def _create_chart(title, *elements):
chart = openFlashChart.template(title)
for element in elements:
chart.add_element(element)
return chart
