elif quickNameSuffix == 'Steele': user='******' runLocation = 'steele' quickName = quickNamePrefix + '-' + quickNameSuffix numberOfJobs = [simsPerRep, simsPerRep*repsPerProc*procsPerNode*nodes] # Match incoming quickName against that from the settings file: if not jobQuickNameIn == quickName: print 'Quicknames from input file and settings file dont match; aborting' sys.exit() # Grab the name of the settings for the run: settings, FD, numberOfJobs, gitVersion = pt.unpickle(os.path.join(os.getcwd(),saveResultDir,settingsFile)) # Save the day: resultList = pt.getFromPickleJar(loadDir = outputDir, fileNameSubString = 'simResults.dat') print resultList arrayLength = len(resultList[0][0]) resultsArray = numpy.zeros(arrayLength, dtype=float) crossTimesArray = numpy.zeros(arrayLength, dtype=float) for i in range(len(resultList)): resultsArray = resultsArray + resultList[i][0] crossTimesArray = crossTimesArray + resultList[i][1] crossTimesArray = crossTimesArray/numberOfJobs[1] resultsArray = resultsArray/numberOfJobs[1] # Reshape results and save to output: params = settings.keys() params.sort()
# # DDMCube_Slave.py # DDMCubeTeraGrid # # Created by nicain on 4/29/10. # Copyright (c) 2010 __MyCompanyName__. All rights reserved. # ################################################################################ # Preamble ################################################################################ # Import packages: import DDMCube import analysisTools as at import pbsTools as pt # Grab the name of the settings for the run: settings, FD, numberOfJobs, gitVersion = pt.getFromPickleJar(loadDir = './', fileNameSubString = '.settings')[0] # Run the sims: (resultsArray, crossTimesArray) = DDMCube.DDMOU(settings, FD, numberOfJobs[0]) # Save output: pt.pickle((resultsArray, crossTimesArray),saveFileName = 'simResults.dat')
# Copyright (c) 2010 __MyCompanyName__. All rights reserved. # ################################################################################ # Preamble ################################################################################ # Import packages: from cythonOvershootSIP import getOvershootDist import pbsTools as pt import pylab as pl import sys import time # Grab the settings from the file: settingsDict = pt.getFromPickleJar(loadDir = './', fileNameSubString = '.settings')[0] # Grab the index for the current job: thetaInd = int(sys.argv[1]) # Write down the settings for the job: rP, rN, corr, N, theta, dt, nSims, maxY = settingsDict[thetaInd] # Run the sim, recovering monte carlo data: tic = time.time() overShootTemp = getOvershootDist(rP, rN, corr, N, theta-.01, dt, nSims) print time.time()-tic, 'sec Elapsed' # Make the histogram: bins = range(0,maxY) overShootPref = overShootTemp[overShootTemp>0]-theta
