def render(self, chart_data):
chart_data.sampling(common.settings.chart_resolution)
# adjust timezone if needed
mode = ''
if chart_data.mode == 'time':
mode = 'xaxis: { mode: "time" }, yaxis: { tickFormatter: tickFunc, min: 0 }, lines: { fillOpacity:1.0, show: true, lineWidth:1 },'
chart_data.adjust_timezone()
# convert python array to js array
raw_data = ''
if len(chart_data.items) == 1: # one item
raw_data = chart_data.items[0].data.__repr__().replace(
'None', 'null')
else: # multi item (display label)
for item in chart_data.items:
tmp = item.data.__repr__().replace('None', 'null')
if len(chart_data.items) > 7:
raw_data += '%s,' % tmp
else:
raw_data += '{ label: "%s", data: %s },' % (item.title,
tmp)
idx = flot_line_renderer.idx + id(chart_data) # to get unique idx
flot_line_renderer.idx += 1
#print (raw_data)
js_template = self.get_js_template()
return js_template % ('[ %s ]' % raw_data, idx, mode, chart_data.title,
idx)
def render(self, chart_data):
chart_data.sampling(common.settings.chart_resolution)
# adjust timezone if needed
mode = ''
if chart_data.mode == 'time':
mode = 'xaxis: { mode: "time" }, yaxis: { tickFormatter: tickFunc, min: 0 }, lines: { fillOpacity:1.0, show: true, lineWidth:1 },'
chart_data.adjust_timezone()
# convert python array to js array
raw_data = ''
if len(chart_data.items) == 1: # one item
raw_data = chart_data.items[0].data.__repr__().replace('None', 'null')
else: # multi item (display label)
for item in chart_data.items:
tmp = item.data.__repr__().replace('None', 'null')
if len(chart_data.items) > 7:
raw_data += '%s,' % tmp
else:
raw_data += '{ label: "%s", data: %s },' % (item.title, tmp)
idx = flot_line_renderer.idx + id(chart_data) # to get unique idx
flot_line_renderer.idx += 1
#print (raw_data)
js_template = self.get_js_template()
return js_template % ('[ %s ]' % raw_data, idx, mode, chart_data.title, idx)
def render(self, chart_data):
chart_data.sampling(common.settings.chart_resolution)
# adjust timezone if needed
mode = 'series: {pie: {show: true, radius:1, label: {show:true, radius:2/3, formatter:labelFormatter, threshold:0.1}}}, legend: {show:false}'
if chart_data.mode == 'time':
chart_data.adjust_timezone()
# convert python array to js array
raw_data = ''
if len(chart_data.items) == 1: # one item
item = chart_data.items[-1]
last_data = list(filter(None.__ne__, item.data))[-1][1]
raw_data = '{ label: "%s", data: %s }'% (item.title , last_data)
else: # multi item (display label)
for item in chart_data.items:
tmp = list(filter(None.__ne__, item.data))
if len(chart_data.items) > 7:
if (item.title != "total"):
raw_data += '{ label: "%s", data: %s },' % (item.title, tmp[-1][1])
else:
if (item.title != "total"):
raw_data += '{ label: "%s", data: %s },' % (item.title, tmp[-1][1])
idx = flot_line_renderer.idx + id(chart_data) # to get unique idx
flot_line_renderer.idx += 1
js_template = self.get_js_template()
return js_template % ('[ %s ]' % raw_data, idx, mode, chart_data.title, idx)
def render(self, chart_data):
chart_data.sampling(common.settings.chart_resolution)
# adjust timezone if needed
mode = ''
if chart_data.mode == 'time':
mode = 'xaxis: { mode: "time" }, yaxis: { tickFormatter: tickFunc, min: 0 }, lines: { fillOpacity:1.0, show: true, lineWidth:1 },'
chart_data.adjust_timezone()
mode = mode + "cursors: [ { mode: 'x', showIntersections: true, showLabel: false,snapToPlot: 0, symbol: 'diamond', position: { relativeX: 0, relativeY:0} }], grid: {hoverable: true, autoHighlight: false },"
# convert python array to js array
raw_data = ''
if len(chart_data.items) == 1: # one item
item = chart_data.items[0]
tmp = list(filter(None.__ne__, item.data))
tmp = tmp.__repr__()
raw_data = '{ label: "%s", data: %s}' % (item.title, tmp)
else: # multi item (display label)
for item in chart_data.items:
tmp = list(filter(None.__ne__, item.data))
tmp = tmp.__repr__()
if len(chart_data.items) > 7:
raw_data += '%s,' % tmp
else:
raw_data += '{ label: "%s", data: %s },' % (item.title,
tmp)
idx = flot_line_renderer.idx + id(chart_data) # to get unique idx
flot_line_renderer.idx += 1
#print (raw_data)
js_template = self.get_js_template()
return js_template % ('%s' % idx, raw_data, idx, idx, mode, idx, idx,
idx, idx, idx, idx, idx, chart_data.title, idx,
idx, idx, chart_data.title, idx)
def render(self, chart_data):
chart_data.sampling(common.settings.chart_resolution)
# adjust timezone if needed
mode = ''
if chart_data.mode == 'time':
mode = 'xaxis: { mode: "time" }, yaxis: { tickFormatter: tickFunc, min: 0 }, lines: { fillOpacity:1.0, show: true, lineWidth:1 },'
chart_data.adjust_timezone()
mode = mode + "cursors: [ { mode: 'x', showIntersections: true, showLabel: false,snapToPlot: 0, symbol: 'diamond', position: { relativeX: 0, relativeY:0} }], grid: {hoverable: true, autoHighlight: false },"
# convert python array to js array
raw_data = ''
if len(chart_data.items) == 1: # one item
item = chart_data.items[0];
tmp = list(filter(None.__ne__, item.data))
tmp = tmp.__repr__()
raw_data = '{ label: "%s", data: %s}' %(item.title, tmp)
else: # multi item (display label)
for item in chart_data.items:
tmp = list(filter(None.__ne__, item.data))
tmp = tmp.__repr__()
if len(chart_data.items) > 7:
raw_data += '%s,' % tmp
else:
raw_data += '{ label: "%s", data: %s },' % (item.title, tmp)
idx = flot_line_renderer.idx + id(chart_data) # to get unique idx
flot_line_renderer.idx += 1
#print (raw_data)
js_template = self.get_js_template()
return js_template % ('%s' %idx, raw_data,idx, idx, mode,idx,idx,idx,idx,idx, idx,idx,chart_data.title, idx,idx,idx, chart_data.title, idx)
def render(self, chart_data):
chart_data.sampling(common.settings.chart_resolution)
# adjust timezone if needed
mode = ''
if chart_data.mode == 'time':
# add click event listener to label
labelFormatter = '''
function(label, series){
var idx = %s;
var labelList = %s;
return "<a name=" + "'" + idx + " " + label + " " + labelList + "'" + " onclick='(function(elem){\
var data = elem.name.split(/ /);\
var id = data[0];\
var label = data[1];\
var labelList = data[2].split(/,/);\
var bars = dic_plot[id].getData()[labelList.indexOf(label)].bars;\
bars.show ? bars.show=false : bars.show=true;\
dic_plot[id].draw();\
})(this)'>" + label + "</a>";
}
'''
#set bar width
#push num1(time in millisecond) which matches '[num1, num2]'
tmp_data = re.findall('\d+(?=, \d+)',
chart_data.items[0].data.__repr__())
if len(tmp_data) >= 2:
start_time = int(tmp_data[0])
end_time = int(tmp_data[-1])
time_gap = end_time - start_time
#unit of barWidth = unit of x axis(1 millisecond)
barWidth = time_gap / len(chart_data.items[0].data) * 0.8
else:
barWidth = 1
mode = 'xaxis: { mode: "time" }, yaxis: { tickFormatter: tickFunc, min: 0 }, bars: { fill: 0.8, show: true, lineWidth: 0, barWidth: %d, fillColors: false}, legend: { labelFormatter: %s }, ' % (
barWidth, labelFormatter)
chart_data.adjust_timezone()
# convert python array to js array
raw_data = ''
labelList = [] # list of all label
if len(chart_data.items) == 1: # one item
raw_data = chart_data.items[0].data.__repr__().replace(
'None', 'null')
else: # multi item (display label)
for item in chart_data.items:
tmp = item.data.__repr__().replace('None', 'null')
if len(chart_data.items) > 7:
raw_data += '%s,' % tmp
else:
labelList.append(item.title)
raw_data += '{ label: "%s", data: %s, },' % (item.title,
tmp)
idx = flot_bar_renderer.idx + id(chart_data) # to get unique idx
flot_bar_renderer.idx += 1
#print (raw_data)
js_template = self.get_js_template()
return js_template % ('[ %s ]' % raw_data, idx, mode %
(idx, labelList), idx, chart_data.title, idx)
def render(self, chart_data):
chart_data.sampling(common.settings.chart_resolution)
# adjust timezone if needed
mode = ''
if chart_data.mode == 'time':
# add click event listener to label
labelFormatter = '''
function(label, series){
var idx = %s;
var labelList = %s;
return "<a name=" + "'" + idx + " " + label + " " + labelList + "'" + " onclick='(function(elem){\
var data = elem.name.split(/ /);\
var id = data[0];\
var label = data[1];\
var labelList = data[2].split(/,/);\
var bars = dic_plot[id].getData()[labelList.indexOf(label)].bars;\
bars.show ? bars.show=false : bars.show=true;\
dic_plot[id].draw();\
})(this)'>" + label + "</a>";
}
'''
#set bar width
#push num1(time in millisecond) which matches '[num1, num2]'
tmp_data = re.findall('\d+(?=, \d+)', chart_data.items[0].data.__repr__())
if len(tmp_data) >= 2:
start_time = int(tmp_data[0])
end_time = int(tmp_data[-1])
time_gap = end_time - start_time
#unit of barWidth = unit of x axis(1 millisecond)
barWidth = time_gap / len(chart_data.items[0].data) * 0.8
else:
barWidth = 1
mode = 'xaxis: { mode: "time" }, yaxis: { tickFormatter: tickFunc, min: 0 }, bars: { fill: 0.8, show: true, lineWidth: 0, barWidth: %d, fillColors: false}, legend: { labelFormatter: %s }, ' %(barWidth, labelFormatter)
chart_data.adjust_timezone()
# convert python array to js array
raw_data = ''
labelList = [] # list of all label
if len(chart_data.items) == 1: # one item
raw_data = chart_data.items[0].data.__repr__().replace('None', 'null')
else: # multi item (display label)
for item in chart_data.items:
tmp = item.data.__repr__().replace('None', 'null')
if len(chart_data.items) > 7:
raw_data += '%s,' % tmp
else:
labelList.append(item.title)
raw_data += '{ label: "%s", data: %s, },' % (item.title, tmp)
idx = flot_bar_renderer.idx + id(chart_data) # to get unique idx
flot_bar_renderer.idx += 1
#print (raw_data)
js_template = self.get_js_template()
return js_template % ('[ %s ]' % raw_data, idx, mode %(idx, labelList), idx, chart_data.title, idx)