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()
