def DisplaySim(worldHistory, resourcesGRMaxE, displayVisualSim=True, mapFile=None):
if displayVisualSim:
if mapFile is not None:
g = Graphics(mapFile=mapFile)
else:
g = Graphics()
g.DisplaySavedMap(worldHistory, resourcesGRMaxE)
# pygame.quit()
print 'Simulation Complete.....Analysing Data'
popForStep = np.ndarray(len(worldHistory))
# bioForStep = np.ndarray(len(worldHistory))
for step in xrange(len(worldHistory)):
popForStep[step] = totPop(step, worldHistory)
# bioForStep[step] = biodiversity(step, worldHistory)
POI = np.clip(np.argmax(popForStep), 10, len(worldHistory)-16)
Analyse.plotForSteps(avgSpeed, 1, 231, len(worldHistory), "Avg Speed", 'ro-', 1, (worldHistory))
Analyse.plotForSteps(totPop, 1, 232, len(worldHistory), "Population", 'bo-', 1, (worldHistory))
#Analyse.plotForCreatures(speedVis, 1, 233, worldHistory[POI][0], 'Speed', 'Vis', 'Speed vs Vision in 914th step')
Analyse.plotForSteps(avgVis, 1, 234, len(worldHistory), "Avg Vis", 'go-', 1, (worldHistory))
Analyse.plotForSteps(totERes, 1, 235, len(worldHistory), "Resource Energy", 'yo-', 1, (worldHistory))
Analyse.plotMeanSteps(biodiversity, 1, 236, len(worldHistory), "Biodiversity", 'bo-', 8, 5, (worldHistory))
#Analyse.plotForCreatures(speedReprThreshMouth, 2, 231, worldHistory[POI-5][0], 'Speed', 'Repr Thresh', 'Mouth Size', 'Genetics Plot in %dth step'%(POI-4))
#Analyse.plotForCreatures(speedReprThreshMouth, 2, 232, worldHistory[POI][0], 'Speed', 'Repr Thresh', 'Mouth Size', 'Genetics Plot in %dth step'%(POI+1))
#Analyse.plotForCreatures(speedReprThreshMouth, 2, 233, worldHistory[POI+5][0], 'Speed', 'Repr Thresh', 'Mouth Size', 'Genetics Plot in %dth step'%(POI+6))
#Analyse.plotForCreatures(speedReprThreshMouth, 2, 234, worldHistory[POI+25][0], 'Speed', 'Repr Thresh', 'Mouth Size', 'Genetics Plot in %dth step'%(POI+26))
#Analyse.plotForCreatures(speedReprThreshMouth, 2, 235, worldHistory[POI+50][0], 'Speed', 'Repr Thresh', 'Mouth Size', 'Genetics Plot in %dth step'%(POI+51))
Analyse.plotForCreatures(speedReprThreshMouth, 2, 121, worldHistory[499][0], 'Speed', 'Repr Thresh', 'Mouth Size', 'Genetics Plot in %dth step'%(500), False)
Analyse.plotForCreatures(speedReprThreshMouth, 2, 122, worldHistory[1499][0], 'Speed', 'Repr Thresh', 'Mouth Size', 'Genetics Plot in %dth step'%(1500), False)
#Analyse.plotForCreatures(speedReprThreshMouth, 3, 111, worldHistory[POI][0], 'Speed', 'Repr Thresh', 'Mouth Size', 'Genetics Plot in %dth step'%(POI), True)
#Analyse.findSpecies(worldHistory[POI+599][0], True)
plt.show()
def DisplayFrame(worldFrame, resourcesGRMaxE, mapFile, frameNo):
creatSpec = Analyse.findSpecies(worldFrame[0])
if np.max(creatSpec[:,1])==0:
colours = np.array(creatSpec[:,1])
else:
colours = (np.array(creatSpec[:,1]))/float(np.max(creatSpec[:,1]))
Analyse.plotForCreatures(speedReprThreshMouth, 1, 111, worldFrame[0], 'Speed', 'Repr Thresh', 'Mouth Size', 'Genetics Plot in %dth step'%(frameNo+1))
plt.show()
if mapFile is not None:
Graphics(mapFile=mapFile).DisplaySavedMapFrame(worldFrame, resourcesGRMaxE, frameNo, colours, creatSpec)
else:
Graphics().DisplaySavedMapFrame(worldFrame, resourcesGRMaxE, frameNo, colours, creatSpec)