def crear_grafica(self, grafica=None):
if not grafica:
grafica = self.grafica
self.grafica = grafica
pasar = False
#self.cargar_colores()
if self.colores and type(self.colores[-1]) == float:
c1 = self.colores[-3]
c2 = self.colores[-2]
c3 = self.colores[-1]
self.colores.remove(self.colores[-1])
self.colores.remove(self.colores[-1])
self.colores.remove(self.colores[-1])
self.colores.insert(-1, (c1, c2, c3))
for x in self.valores.keys():
for i in self.valores[x]:
if i >= 1:
pasar = True
break
if not pasar and self.valores.keys():
self.valores[sorted(self.valores.keys())[0]] = [1]
if grafica == 'Gráfica de barras horizontales':
y_labels = sorted(self.valores.keys())
y_labels.sort()
if self.valores:
if len(self.valores[sorted(self.valores.keys())[0]]) == 1:
valores = self.transformar_a_barras()
else:
valores = self.valores
CairoPlot.horizontal_bar_plot(
self.direccion,
valores,
self.tamanyo_x,
self.tamanyo_y,
background=self.fondo,
border=self.borde,
display_values=self.display_values,
grid=self.cuadricula,
rounded_corners=self.rounded_corners,
stack=False,
three_dimension=True,
series_labels=None,
x_labels=[],
y_labels=y_labels,
x_bounds=None,
y_bounds=None,
colors=self.colores)
elif grafica == 'Gráfica de barras verticales':
x_labels = sorted(self.valores.keys()) #self.l_valores
y_labels = []
x_labels.sort()
if self.valores:
if len(self.valores[sorted(self.valores.keys())[0]]) == 1:
valores = self.transformar_a_barras()
else:
valores = self.valores
CairoPlot.vertical_bar_plot(
self.direccion,
valores,
self.tamanyo_x,
self.tamanyo_y,
background=self.fondo,
border=self.borde,
display_values=self.display_values,
grid=self.cuadricula,
rounded_corners=self.rounded_corners,
stack=False,
three_dimension=True,
series_labels=None,
x_labels=x_labels,
y_labels=y_labels,
x_bounds=None,
y_bounds=None,
colors=self.colores)
elif grafica == 'Gráfica de torta':
CairoPlot.pie_plot(
self.direccion,
self.valores,
self.tamanyo_x,
self.tamanyo_y,
background=self.fondo,
gradient=True,
shadow=False,
colors=self.colores)
elif grafica == 'Gráfica de puntos':
CairoPlot.dot_line_plot(
self.direccion,
self.valores,
self.tamanyo_x,
self.tamanyo_y,
background=self.fondo,
border=self.borde,
axis=self.axis,
dots=False,
grid=self.cuadricula,
series_legend=self.grupos,
x_labels=self.x_labels,
y_labels=self.y_labels,
x_bounds=None,
y_bounds=None,
x_title=self.titulo_x,
y_title=self.titulo_y,
series_colors=self.colores)
elif grafica == 'Gráfica de anillo':
CairoPlot.donut_plot(
self.direccion,
self.valores,
self.tamanyo_x,
self.tamanyo_y,
background=self.fondo,
gradient=True,
shadow=False,
colors=self.colores,
inner_radius=self.inner_radius)
elif grafica == 'Gráfica de ecuaciones':
valores, rectas = self.transformar_a_ecuaciones()
CairoPlot.dot_ecuations_plot(self.direccion, valores, rectas=rectas, width=self.tamanyo_x, height=self.tamanyo_y)
self.area.set_plot(self.direccion)
self.emit('save-changes')
if name == "Unincorporated Gilpin County":
name = "Uninc. Gilpin County"
else:
pass
if name == "Unincorporated Jefferson County":
name = "Uninc. Jefferson County"
else:
pass
series_labels = [name, "Region"]
colors = ["light_blue", "Navy" ]
data = [[other, reg_other], [wttw, reg_wttw], [bus, reg_bus], [man, reg_man], [perserv, reg_perserv], [ps, reg_ps], [pa, reg_pa], [retail, reg_retail], [uc, reg_uc], [exa, reg_exa]]
#x_labels = [ "line1", "line2", "line3", "line4", "line5", "line6" ]
#background = (1.0,0.0,1.0,1.0)
y_labels = [ "Other", "Wholesale Trade", "Business Services", "Manufacturing", "Personal Services", "Professional Services", "Public Administration", "Retail Trade", "Utilities & Construction", "Extractive Activities" ]
CairoPlot.horizontal_bar_plot ( '/home/michael/Documents/comm_prof/emp_by_ind/'+name+'.pdf', data, 380, 230, background = "white",border = 20, display_values = True, grid = False, y_labels = y_labels, series_labels = series_labels, colors = colors, value_formatter = lambda x: makepercent_nodata(x))
#series_labels = series_labels
#value_formatter = lambda x: addcomma(x)
#'smb://cognet%2Fmtafel@kennedy/crs/Community%20Profiles_2010_2011/charts/hh_type'+name+'hh_type.png'
# '/home/michael/Documents/comm_prof/hh_type/'
#x_labels = x_labels
# plt.savefig("/home/michael/Pictures/"+name+"_household.png")
