def get_data(self):
result = {}
ctx = rpc.get_session().context.copy()
res = super(PieChart, self).get_graph_data()
if len(res) > 1:
values = res[0]
domain = res[1]
model = res[2]
label_x = res[3]
axis = res[4]
else:
return res
dataset = result.setdefault('dataset', [])
value = values.values()[0]
url = []
for dom in domain:
u = url_plus('/openerp/form/find', _terp_view_type='tree', _terp_view_mode=ustr(self.view_mode),
_terp_domain=ustr(dom), _terp_model=self.model, _terp_context=ustr(ctx))
url.append(u)
allvalues = []
total_val = 0
for i, x in enumerate(label_x):
total_val += value[i]
for i, x in enumerate(label_x):
val = {'value': value[i], 'text': x, 'label': x}
if not ctx.get('report_id', False):
val['on-click'] = "function(){onChartClick('" + url[i] + "')}"
# completely randomly selected epsilon
if abs(total_val) > .0001:
field_key = (100 * value[i])/total_val
field_key = '%.2f' % (field_key)
val["tip"] = x + ' (' + field_key + ' %)'
else:
val["tip"] = x
allvalues.append(val)
ChartColors = choice_colors(len(allvalues))
dataset.append({'type': 'pie',
"colours": ChartColors,
"animate": "true",
"gradient-fill": 'true',
"no-labels": 'true',
"values": allvalues})
result = {"legend": {"bg_colour": "#FFFFFF",
"border": 'true',
"position": "top",
"shadow": 'true',
"visible": 'true'
},
"elements": [d for d in dataset],
"bg_colour": "#FFFFFF"}
return result
def get_data(self):
result = {}
ctx = rpc.get_session().context.copy()
ctx.update(self.context)
res = super(BarChart, self).get_graph_data()
if len(res) > 1:
values = res[0]
domain = res[1]
model = res[2]
label_x = res[3]
axis = res[4]
axis_group = res[5]
stack_list = res[6]
stack_labels = res[7]
axis_data = res[8]
stack_id_list = res[9]
else:
return res
def minmx_ticks(values):
x_data = []
for st in stack_list:
range = 0
for s in st:
range = range + s
x_data.append(range)
mx = 0
mn = 0
if values:
values.sort()
if x_data:
x_data.sort()
mx = x_data[-1]
else:
mn = 0
mx = values[-1]
if mx != 0:
if mx < 0:
mx = mx - (10 + mx % 10)
else:
mx = mx + (10 - (mx % 10))
total = mx + mn
tk = round(total/10)
return {'y_max': mx, 'y_min': mn, 'y_steps': tk}
temp_lbl = []
stack_labels = []
dataset = result.setdefault('dataset', [])
for i in label_x:
i = re.sub(ur'[êéèë]', 'e', i)
i = re.sub(ur'[ïî]', 'i', i)
i = re.sub(ur'[àâáâãä]', 'a', i)
i = re.sub(ur'[ç]', 'c', i)
i = re.sub(ur'[òóôõö]', 'o', i)
i = re.sub(ur'[ýÿ]', 'y', i)
i = re.sub(ur'[ñ]', 'n', i)
i = re.sub(ur'[ÁÂÃÄ]', 'A', i)
i = re.sub(ur'[ÈÉÊË]', 'E', i)
i = re.sub(ur'[ÌÍÎÏ]', 'I', i)
i = re.sub(ur'[ÒÓÔÕÖ]', 'O', i)
i = re.sub(ur'[ÙÚÛÜ]', 'U', i)
i = re.sub(ur'[Ý]', 'Y', i)
i = re.sub(ur'[Ñ]', 'N', i)
lbl = {'text': i, 'colour': "#432BAF"}
if len(axis_group) > 1:
stack_labels.append(lbl)
else:
temp_lbl.append(lbl)
url = []
for x in axis[1:]:
if len(axis_group) > 1:
for st in stack_id_list:
for s in st:
if s.find('/') != -1:
ids = s.split('/')[1]
ids = eval(ids)
dom = [('id', 'in', ids)]
u = url_plus('/openerp/form/find', _terp_view_type='tree', _terp_view_mode=ustr(self.view_mode),
_terp_domain=ustr(dom), _terp_model=self.model, _terp_context=ustr(ctx))
url.append(u)
else:
for dom in domain:
u = url_plus('/openerp/form/find', _terp_view_type='tree', _terp_view_mode=ustr(self.view_mode),
_terp_domain=ustr(dom), _terp_model=self.model, _terp_context=ustr(ctx))
url.append(u)
allvalues = []
ChartColors = choice_colors(len(axis))
for i, x in enumerate(axis[1:]):
data = values[x]
for j, d in enumerate(data):
allvalues.append(d)
yopts = minmx_ticks(allvalues)
y_grid_color = True
if yopts['y_steps'] == 0.0:
yopts['y_steps'] = 1
yopts['y_max'] = 9
yopts['y_min'] = 0
y_grid_color = False
if y_grid_color:
axis_y = {"steps": yopts['y_steps'], "max": yopts['y_max'], "min": yopts['y_min'],
"stroke": 2 , "grid-colour": "#F0EEEE"}
else:
axis_y = {"steps": yopts['y_steps'], "max": yopts['y_max'], "min": yopts['y_min'],
'stroke': 2 , "grid-colour": "#F0EEEE"}
if len(axis_group) > 1:
ChartColors = choice_colors(len(axis_group))
all_keys = []
for i, x in enumerate(axis_group):
data = {'text': x, 'colour': ChartColors[i], 'font-size': 12}
all_keys.append(data)
stack_val = []
cnt = 0
for j, stk in enumerate(stack_list):
sval = []
for x, s in enumerate(stk):
stack = {'val': s}
if s != 0.0 and not ctx.get('report_id', False) and url:
stack["on-click"]= "function(){onChartClick('" + url[cnt] + "')}"
cnt += 1
stack['tip'] = s
sval.append(stack)
stack_val.append(sval)
result = { "elements": [{"type": "bar_stack",
"colours": ChartColors,
"values": [s for s in stack_val],
"keys": [key for key in all_keys]}],
"x_axis": {"colour": "#909090",
"labels": { "labels": [ lbl for lbl in stack_labels ], "rotate": "diagonal", "colour": "#ff0000"},
"3d": 3, "grid-colour": "#F0EEEE"},
"y_axis": axis_y,
"bg_colour": "#FFFFFF",
"tooltip": {"mouse": 2 }}
else:
for i, x in enumerate(axis[1:]):
datas = []
data = values[x]
for j, d in enumerate(data):
dt = {}
if not ctx.get('report_id', False):
dt["on-click"]= "function(){onChartClick('" + url[j] + "')}"
dt['top'] = d
datas.append(dt)
allvalues.append(d)
dataset.append({"text": axis_data[x]['string'],
"type": "bar_3d",
"colour": ChartColors[i],
"values": datas,
"font-size": 10})
result = {"y_axis": axis_y,
"title": {"text": ""},
"elements": [i for i in dataset],
"bg_colour": "#FFFFFF",
"x_axis": {"colour": "#909090",
"stroke": 1,
"tick-height": 5,
"steps": 1, "labels": { "rotate": "diagonal", "colour": "#ff0000", "labels": [l for l in temp_lbl]},
"3d": 3,
"grid-colour": "#F0EEEE"
}
}
return result