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Alteração no padrão de cores dos gráficos do SIGI a pedido da Patrícia/Liliane

stable/1.0
Sesostris Vieira 12 years ago
parent
08b6349aa1
commit
827785eb1f
1 changed files with 8 additions and 5 deletions
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  1. 13
      sigi/apps/diagnosticos/views.py

13
sigi/apps/diagnosticos/views.py
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@ -284,6 +284,8 @@ def percentage(fraction, population):
return '' return ''
def grafico_api(request): def grafico_api(request):
colors = ['ffff00', 'cc7900', 'ff0000', '92d050', '006600', '0097cc', '002776', 'ae78d6', 'ff00ff', '430080',
'28d75c', '0000ff', 'fff200']
graph_url = "http://chart.apis.google.com/chart" graph_url = "http://chart.apis.google.com/chart"
#graph_params = QueryDict("chxt=y&chbh=a&chco=A2C180,3D7930") #graph_params = QueryDict("chxt=y&chbh=a&chco=A2C180,3D7930")
graph_params = QueryDict("") graph_params = QueryDict("")
@ -300,27 +302,28 @@ def grafico_api(request):
total = sum([r[1] for r in pergunta.group_choices()]) total = sum([r[1] for r in pergunta.group_choices()])
choices = [str(r[1]) for r in pergunta.group_choices()] choices = [str(r[1]) for r in pergunta.group_choices()]
legend = [percentage(r[1],total) + " " + str(r[0]) for r in pergunta.group_choices()] legend = [percentage(r[1],total) + " " + str(r[0]) for r in pergunta.group_choices()]
colors = ['ff0000', 'fff200', '0000ff', '28d75c'] + ["%0.6x" % (0x48d1 + (0xda74 * c))
for c in range(0,len(pergunta.group_choices()))]
graph_params.update({ graph_params.update({
'cht': 'p', 'cht': 'p',
'chd': 't:' + ",".join(choices), 'chd': 't:' + ",".join(choices),
'chdl': '' + "|".join(legend), 'chdl': '' + "|".join(legend),
'chco': '' + '|'.join(colors[:len(pergunta.group_choices())])
}) })
elif pergunta.datatype == 'many': elif pergunta.datatype == 'many':
total = sum([r[1] for r in pergunta.group_choices()]) total = sum([r[1] for r in pergunta.group_choices()])
percent = [str(float(r[1])*100/total) for r in pergunta.group_choices()] percent = [str(float(r[1])*100/total) for r in pergunta.group_choices()]
choices = [str(r[1]) for r in pergunta.group_choices()] choices = [str(r[1]) for r in pergunta.group_choices()]
legend = [str(r[0]) for r in pergunta.group_choices()] legend = [str(r[0]) for r in pergunta.group_choices()]
# colors = [reduce(lambda x,y: x + hex(y).replace('0x',''), map(lambda x: x*(100-(p*10))/100,[0xff, 0xcc,0x33]),'') colors = ['ffff00', 'cc7900', 'ff0000', '92d050', '006600', '0097cc', '002776', 'ae78d6', 'ff00ff', '430080'] + \
# for p in range(0,len(pergunta.group_choices()))] ["%0.6x" % (0x48d1 + (0xda74 * c)) for c in range(0,len(pergunta.group_choices()))]
colors = ["%0.6x" % (0x48d1 + (0xda74 * c))
for c in range(0,len(pergunta.group_choices()))]
graph_params.update({ graph_params.update({
'cht': 'bvg', 'cht': 'bvg',
'chxt': 'y', 'chxt': 'y',
'chd': 't:' + ",".join(percent), 'chd': 't:' + ",".join(percent),
'chdl': '' + "|".join(legend), 'chdl': '' + "|".join(legend),
'chl': '' + "|".join(choices), 'chl': '' + "|".join(choices),
'chco': '' + "|".join(colors) 'chco': '' + '|'.join(colors[:len(pergunta.group_choices())])
}) })
response = { response = {

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