pyfan.graph.generic.allpurpose

Created on Sep 24, 2013

@author: fan

Module Contents

Classes

graphFunc

Functions

contourAnd3D(xData, yData, zData, xLabStr, yLabStr, zLabStr, graphTitleDisp, graphTitleSave, savedpi=125, angleType=[1, [1, 2, 3]], drawContour=False, draw3D=True, draw3DSurf=False, contourXres=100, contourYres=100, s=20, alpha=0.6, subplot=None, fig=None)
tripleAngle3dSave(ax, graphTitleDisp, xLabStr, yLabStr, zLabStr, graphTitleSave, savedpi=125, angleType=[1, [1, 2, 3]])
grid(x, y, z, resX=100, resY=100)	Convert 3 column data to matplotlib grid
graph_emaxKCash_Value(soluSupObj, resources, k_vec, emaxValsCur, emaxChoicesCur, emaxChoiceOfMaxCollCur, predictUtil)
OLSEmaxValAndChoicesGraphs(allDataY, allDataX, saveFileSuffix='', yLabelNames=['Emax', 'Choice'], xLabelNames=['Height', 'Weight', 'Income'], saveDirectory='default', saveFileName='default')
OLSEmaxGraphs(saveFileSuffix, yVal, allDataX, saveDirectory='default', saveFileName='default', yLabelName='yLabelName', xLabelNames=['Height', 'Weight', 'Income'])
guassian_kde_graph(data_fordensity, graph_xgrid=False, xgridpoints=1000, color='b', label=False, showOnScreen=False)
subplot_square_counter(totalimages=15)
sampleDataGraphs()

pyfan.graph.generic.allpurpose.logger

pyfan.graph.generic.allpurpose.contourAnd3D(xData, yData, zData, xLabStr, yLabStr, zLabStr, graphTitleDisp, graphTitleSave, savedpi=125, angleType=[1, [1, 2, 3]], drawContour=False, draw3D=True, draw3DSurf=False, contourXres=100, contourYres=100, s=20, alpha=0.6, subplot=None, fig=None)

pyfan.graph.generic.allpurpose.tripleAngle3dSave(ax, graphTitleDisp, xLabStr, yLabStr, zLabStr, graphTitleSave, savedpi=125, angleType=[1, [1, 2, 3]])

pyfan.graph.generic.allpurpose.grid(x, y, z, resX=100, resY=100)

Convert 3 column data to matplotlib grid

pyfan.graph.generic.allpurpose.toGraphHere = False

pyfan.graph.generic.allpurpose.graph_emaxKCash_Value(soluSupObj, resources, k_vec, emaxValsCur, emaxChoicesCur, emaxChoiceOfMaxCollCur, predictUtil)

pyfan.graph.generic.allpurpose.OLSEmaxValAndChoicesGraphs(allDataY, allDataX, saveFileSuffix='', yLabelNames=['Emax', 'Choice'], xLabelNames=['Height', 'Weight', 'Income'], saveDirectory='default', saveFileName='default')

pyfan.graph.generic.allpurpose.OLSEmaxGraphs(saveFileSuffix, yVal, allDataX, saveDirectory='default', saveFileName='default', yLabelName='yLabelName', xLabelNames=['Height', 'Weight', 'Income'])

class pyfan.graph.generic.allpurpose.graphFunc(showOrNot=False, saveDirectory=saveDirectory, saveDPI=saveDPI)

points = 200

xData

xData

xData

yData1

yData2

yDataMat

labelLoc1t0 = best

labelColCount = 1

labelArray = ['line y1', 'line y2']

basicTitle = Image Name

basicXLabel = X Title Name

basicYLabel = Y Title Name

showOrNot = False

saveDirectory = C:/Users/fan/Pictures

saveFileName = temp.png

saveDPI = 125

colorCounter = 0

xyPlotMultiYOneX(self, xData=xData, yDataMat=yDataMat, colorVar=None, labelArray=labelArray, noLabel=True, basicTitle=basicTitle, basicXLabel=basicXLabel, basicYLabel=basicYLabel, labelLoc1t0=labelLoc1t0, labelColCount=labelColCount, line45Deg=False, showOrNot=False, saveOrNot=True, graphType='plot', saveDirectory=saveDirectory, saveFileName=saveFileName, saveDPI=1000, toScale=True, pylabUse=None, ylim=None, xlim=None, sequential_color=False, subplot=None, clear_first=False, **keywords)

Graph general

yDataMat each column corresponds to x

graphingEachType(self, graphType, xSingleArrayData, ySingleArrayata, keywords, colorVar=None, label=False, color='b', pylabUse=None)

If do not use basic pylab, but have external axis

savingFig(self, saveDirectory=saveDirectory, saveFileName=saveFileName, saveDPI=saveDPI, saveOrNot=True, showOrNot=False, pylabUse=None, toScale=True, subplots_adjust=True)

sampleGraphs(self, graphSampleType, graphType='plot')

pyfan.graph.generic.allpurpose.guassian_kde_graph(data_fordensity, graph_xgrid=False, xgridpoints=1000, color='b', label=False, showOnScreen=False)

pyfan.graph.generic.allpurpose.subplot_square_counter(totalimages=15)

pyfan.graph.generic.allpurpose.sampleDataGraphs()

pyfan.graph.generic.allpurpose.grapher