def visualizeResults(self, results):
globalResult = results.getGlobalResult()
res = OrderedDict([(x, globalResult[x]) for x in globalResult
if x not in ['Assembly_gap_coverage']])
dT = dataTransformer(res)
seriesName, categories, data = dT.changeDictIntoList()
vg = visualizationGraphs()
return vg.drawPieChart(data, seriesName=categories)
def visualizeResults(self, results):
globalResult = results.getGlobalResult()
res = OrderedDict([(x, globalResult[x]) for x in globalResult
if x not in ['Assembly_gap_coverage', 'Inclusions']
])
dT = dataTransformer(res)
seriesName, categories, data = dT.changeDictIntoListsByLevel()
vg = visualizationGraphs()
res = vg.drawColumnCharts(data, categories=categories)
return vg.visualizeResults(res)
def visualizeResults(self, results):
globalResult = results.getGlobalResult()
res = OrderedDict([(x, globalResult[x]) for x in globalResult
if x not in ['Assembly_gap_coverage', 'BinSize']])
dT = dataTransformer(res)
seriesName, categories, data = dT.changeDictIntoListByTrackString(
numStart=0, numEnd=len(res))
vg = visualizationGraphs()
res = vg.drawColumnChart(data, categories=categories)
return vg.visualizeResults(res)
def visualizeResults(self, results):
globalResult = results.getGlobalResult()
res = OrderedDict([(x, globalResult[x]) for x in globalResult
if x not in ['Assembly_gap_coverage']])
dT = dataTransformer(res)
seriesName, categories, data = dT.changeDictIntoListsByNumber(
math.sqrt(len(res)))
vg = visualizationGraphs()
return vg.drawPieCharts(
data,
seriesName=categories,
addOptions='width: 50%; float:left; margin: 0 auto')
def visualizeResults(self, results):
globalResult = results.getGlobalResult()
res = OrderedDict([(x, globalResult[x]) for x in globalResult
if x not in ['Assembly_gap_coverage', 'BinSize']])
dT = dataTransformer(res)
seriesName, categories, data = dT.changeDictIntoListsByTrackString(
strNum="T", numStart=1, numEnd=int(math.sqrt(len(res) / 2)))
vg = visualizationGraphs()
res = vg.drawColumnCharts(
data,
categories=categories,
seriesName=seriesName,
addOptions='width: 50%; float:left; margin: 0 auto')
return res
def visualizeResults(self, results):
globalResult = results.getGlobalResult()
res = OrderedDict([(x, globalResult[x]) for x in globalResult
if x not in ['Assembly_gap_coverage']])
dT = dataTransformer(res)
seriesName, categories, data = dT.changeDictIntoList()
vg = visualizationGraphs()
res = vg.drawColumnChart(data,
categories=categories,
extraScriptButton=[
OrderedDict({
'Use linear scale':
'linear',
'Use log10 scale':
'logarithmic'
}), 'yAxisType'
])
return vg.visualizeResults(res)