#Autogenerated by ReportLab guiedit do not edit
"Line chart with area percentiles" 
from reportlab.lib.normalDate import ND
from reportlab.lib.colors import toColor
from reportlab.graphics.charts.lineplots import SimpleTimeSeriesPlot, FillPairedData
from reportlab.graphics.charts.legends import Legend
from reportlab.graphics.shapes import Drawing, _DrawingEditorMixin
from reportlab.lib.utils import recursiveSetAttr

class RollingPerformanceChart(_DrawingEditorMixin,Drawing):
	def __init__(self,width=400,height=200,*args,**kw):
		Drawing.__init__(self,width,height,*args,**kw)
		self._add(self,SimpleTimeSeriesPlot(),name='chart',validate=None,desc=None)
		self._add(self,Legend(),name='legend',validate=None,desc=None)
		self.width = 518
		self.height = int((700-3*20)/3)
		self.chart.x = 30
		self.chart.y = 40
		self.legend.columnMaximum = 2
		self.legend.x = self.chart.x
		self.legend.y = self.chart.y-20
		self.legend.alignment='right'
		self.legend.dy             = 5
		self.legend.dx             = 5
		self.legend.deltay         = 1
		self.legend.deltax         = 0
		self.legend.dxTextSpace    = 2
		self.legend.variColumn       = 1
		self.legend.strokeWidth      = 0.2
		self._data = [[ "5th percentile","25th percentile","median","75th percentile","95th percentile","Fund","Benchmark","Target Return" ],["20171231",0.0015599999999999998,0.0048,0.0092,0.011399999999999999,0.02016,0.0092,0.011200000000000002,0.0111],["20180131",0.0025599999999999998,0.006500000000000001,0.0105,0.015600000000000001,0.023099999999999996,0.004,0.0174,0.0127],["20180228",-0.00638,0.0045000000000000005,0.0055000000000000005,0.0104,0.01774,0.0197,0.0084,-0.0009],["20180331",0.00106,0.0034999999999999996,0.0126,0.0176,0.0194,0.0034999999999999996,0.0016,0.0097],["20180430",-0.005520000000000002,0.006500000000000001,0.009300000000000001,0.0216,0.03543999999999999,0.0216,0.013999999999999999,0.0007000000000000001],["20180531",0.01424,0.0189,0.024,0.0375,0.04122,0.0218,0.0381,0.0028000000000000004],["20180630",-0.01142,0.0079,0.011399999999999999,0.0131,0.021519999999999997,0.0037,0.0163,0.0083],["20180731",-0.00268,0.0025,0.0053,0.0152,0.01776,0.0105,-0.0032,0.006500000000000001],["20180831",-0.0113,-0.0074,-0.0014000000000000002,0.0011,0.005179999999999999,-0.0121,-0.0074,0.0124],["20180930",-0.0392,-0.0126,0.0043,0.013600000000000001,0.01506,0.0006,0.015700000000000002,-0.0034000000000000002],["20181031",0.0017799999999999997,0.0048,0.0129,0.013600000000000001,0.01436,0.013999999999999999,0.0037,0.011200000000000002],["20181130",-0.01304,-0.0021,0.003,0.0101,0.025779999999999997,0.0253,-0.0021,0.0005],["20181231",0.004559999999999999,0.0097,0.0106,0.0189,0.03813999999999999,0.0012,0.0106,0.0129],["20190131",-0.02942,0.0007000000000000001,0.0084,0.024,0.05398,0.0051,0.0084,0.0048],["20190228",-0.04622,0.0026,0.009300000000000001,0.0206,0.05177999999999999,0.0026,0.009300000000000001,0.0134],["20190331",-0.04394000000000001,0.0045000000000000005,0.0079,0.0115,0.026739999999999993,0.0115,0.0175,0.013999999999999999],["20190430",0.0025,0.0046,0.0069,0.012,0.018099999999999998,0.012,0.0069,0.0037],["20190531",-0.026040000000000008,0.0022,0.0124,0.0163,0.053659999999999985,0.07490000000000001,0.0066,0.0146],["20190630",-0.004540000000000001,-0.0017000000000000001,0.0115,0.0381,0.06112,0.059500000000000004,0.0138,0.013600000000000001]]
		for a in ('chart.yValueAxis.labels.fontName','chart.xValueAxis.labels.fontName','legend.fontName'): recursiveSetAttr(self,a,'Helvetica')
		for a in ('chart.yValueAxis.labels.fontSize','chart.xValueAxis.labels.fontSize','legend.fontSize'): recursiveSetAttr(self,a,10)
		self._percentileLabels = ['5th to 95th Percentile','25th to 75th Percentile']
		self._colors = [toColor(_) for _ in ('lightgrey','darkgrey','black','darkblue','brown','olive')]
		self._lineWidth = 2
		self.chart.width = self.width-self.chart.x - 5
		self.chart.height = self.height - self.chart.y - 5
		self.chart.yValueAxis.labelTextPostFormat = '%s%%'
		self.chart.yValueAxis.avoidBoundSpace = 4
		self.chart.yValueAxis.rangeRound='both'
		self.chart.yValueAxis.strokeWidth = 0.2
		self.chart.xValueAxis.strokeWidth = 0.2
		self.chart.xValueAxis.labels[0].boxAnchor='nw'
		self.chart.xValueAxis.labels[-1].boxAnchor='ne'
		self.legend.strokeWidth=0
		self.legend.strokeColor=None
		self.legend.autoXPadding     = 100
		self.chart.xValueAxis.visibleGrid = 1
		self.chart.yValueAxis.visibleGrid = 1

	def getContents(self):
		data = self._data
		names = data[0]
		names = [names[2]] + names[5:]
		data = list(zip(*data[1:]))	#transpose
		dates, data = data[0], data[1:]
		dates = [ND(int(s)) for s in dates]
		cnv = lambda x: [_*100 if isinstance(_,(int,float)) else _ for _ in x]
		data = [cnv(i) for i in data]	#convert all to float * 100
		chart = self.chart
		lines = chart.lines
		data = [list(zip(dates,i)) for i in data]	#now make normaldate,value pairs in each series
		#5 25 med 75 95 .... --> 5 95 25 75 med ....
		data = [data[0],data[4],data[1],data[3],data[2]] + data[5:]
		data[0] = FillPairedData(data[0],1)
		data[2] = FillPairedData(data[2],3)
		kolors = self._colors
		lines[0].strokeColor = lines[1].strokeColor = lines[0].fillColor = lines[1].fillColor = kolors[0]
		lines[2].strokeColor = lines[3].strokeColor = lines[2].fillColor = lines[3].fillColor = kolors[1]
		lines[0].strokeWidth = lines[1].strokeWidth = 0.2
		lines[2].strokeWidth = lines[3].strokeWidth = 0.2
		I = range(4,len(data))
		for i in I: lines[i].strokeColor = kolors[i-4+2]
		for i in I: lines[i].strokeWidth = self._lineWidth
		chart.data = data
		legend = self.legend
		legend.colorNamePairs = [(kolors[0],self._percentileLabels[0]),(kolors[1],self._percentileLabels[1])] + [(kolors[i-4+2],names[i-4]) for i in I]
		return Drawing.getContents(self)

if __name__=="__main__": #NORUNTESTS
	RollingPerformanceChart().save(formats=['pdf'],outDir='.',fnRoot=None)