def generateJS(self, rep, entries, clampTime, step):
# Create the list of techniques filenames
listCSVFiles = []
for e in entries:
if(e.time == ""):
listCSVFiles.append(e.technique)
else:
listCSVFiles.append(e.technique+","+e.time)
print(listCSVFiles)
# Read all associated CSV
useLog = self.log
if self.csv == "time":
# Special case when we need to display rendering time
useLog = False
techniques = showResults.readAllTechniques(listCSVFiles, rep, step, useLog, basey='_'+self.csv+'.csv')
# Generate JS file
totalText = '$(function() { $.plot("#'+self.getName()+'",['
for i in range(len(techniques)):
t = techniques[i]
if(clampTime != -1):
if not self.log:
t.clampTime(clampTime)
else:
t.clampTime(math.log10(float(clampTime)))
print(entries[i].name, t.name)
# Data row
totalText += "{data: "
if self.csv == "time":
if self.log:
totalText += str(t.generateConstantDataXLog())
else:
totalText += str(t.generateConstantDataX())
else:
totalText += str(t.generatePairData())
totalText += ', label: "' + entries[i].name + '"'
if(entries[i].dashed):
totalText += ', dashes: { show: true }'
totalText += '}'
if(t != techniques[-1]):
totalText += ",\n"
totalText += "]"
# Color dicts
totalText += ",{colors: ["
for e in entries:
totalText += '"' + e.color + '", '
totalText += ']'
totalText += """, xaxis: {
axisLabel: '"""+self.xlabel+"""',
axisLabelUseCanvas: true,
axisLabelFontSizePixels: 14,
axisLabelFontFamily: 'Ubuntu, Calibri, Lucida Grande',
axisLabelPadding: 10,
},
yaxis: {
ticks: 10,
tickDecimals: 3,
axisLabel: '"""+self.ylabel+"""',
axisLabelUseCanvas: true,
axisLabelFontSizePixels: 14,
axisLabelFontFamily: 'Ubuntu, Calibri, Lucida Grande',
axisLabelPadding: 10,
}});\n"""
# Close the end JS
totalText += '});'
return totalText
]
extractedData = {}
maxLenghtData = 0
print(opts.input)
# Construct techniques names
requestedTech = []
for alg in algorithms:
requestedTech.append(alg.metricBaseName)
# Read all the requested techniques
# And copy the data values
techniques = showResults.readAllTechniques(requestedTech,
opts.input,
5,
False,
basey='_' + errorName + '.csv')
for alg in algorithms:
currentTech = None
for tech in techniques:
if tech.name == alg.metricBaseName.split(",")[0]:
currentTech = tech
(times, values) = (currentTech.x, currentTech.y)
name = alg.name
extractedData[name] = (times, values)
#maxLenghtData = max(len(data), maxLenghtData)
# Change the font option