def singleRun():
params = transmission.Params()
params.transmissionType = 'prestige'
params.nAgents = 30
params.nSteps = 10
params.output = 'output_tr_0.csv'
transmission.run(params)
def experiment():
numRuns = 100
transmissionTypeSweep = ['vertical','encounter','prestige','conformist']
params = transmission.Params()
params.xDim = 10
params.yDim = 10
params.replacementRate = 0.1
params.moveDistance = 1.0
params.interactionRadius = 1.0
params.innovationRate = 0.01
params.nTraits = 3
params.nTraitRange = 5
params.prestigeIndex = 1
params.nSteps = 1000
params.storeAllSteps = True
params.oneFile = False
totalRuns = 0
# perform numRuns of each type, randomly sampling from nAgents 10 to 500
for i in transmissionTypeSweep:
for j in range(0, numRuns):
print('run:',totalRuns+1,'of:',numRuns*len(transmissionTypeSweep))
params.numRun = totalRuns
params.transmissionType = i
params.nAgents = random.randint(50,500)
params.output = 'output_tr_'+str(params.numRun)+'.csv'
totalRuns += 1
transmission.run(params)
def singleRun():
params = transmission.Params()
params.transmissionType = 'prestige'
params.nAgents = 30
params.nSteps = 10
params.output = 'output_tr_0.csv'
transmission.run(params)
def singleRun():
params = transmission.Params()
params.transmissionType = 'prestige'
params.nAgents = 30
params.nSteps = 100
params.output = 'output.csv'
params.oneFile = False
transmission.run(params)
def multiple():
numRuns = 30
params = transmission.Params()
params.transmissionType = 'prestige'
params.nAgents = 100
params.nSteps = 1000
params.output = 'output_tr_0.csv'
for j in range(0, numRuns):
print('run:', j + 1, 'of:', numRuns)
params.numRun = j
params.output = 'output_tr_' + str(j) + '.csv'
transmission.run(params)
def multiple():
numRuns = 30
params = transmission.Params()
params.transmissionType = 'prestige'
params.nAgents = 100
params.nSteps = 1000
params.output = 'output_tr_0.csv'
for j in range(0, numRuns):
print('run:',j+1,'of:',numRuns)
params.numRun = j
params.output = 'output_tr_'+str(j)+'.csv'
transmission.run(params)
def exploreNumberOfAgents():
numRuns = 4
transmissionTypeSweep = ['vertical','encounter','prestige','conformist']
params = transmission.Params()
totalRuns = 0
# perform numRuns of each type, randomly sampling from nAgents 10 to 500
for i in transmissionTypeSweep:
for j in range(0, numRuns):
print('run:',totalRuns+1,'of:',numRuns*len(transmissionTypeSweep))
params.numRun = totalRuns
params.transmissionType = i
params.nAgents = random.randint(10,500)
params.output = 'output_tr_'+str(params.numRun)+'.csv'
totalRuns += 1
transmission.run(params)
def exploreNumberOfAgents():
numRuns = 50
transmissionTypeSweep = ['vertical','encounter','prestige','conformist']
params = transmission.Params()
params.nSteps = 1000
totalRuns = 0
# perform numRuns of each type, randomly sampling from nAgents 10 to 500
for i in transmissionTypeSweep:
for j in range(0, numRuns):
print('run:',totalRuns+1,'of:',numRuns*len(transmissionTypeSweep))
params.numRun = totalRuns
params.transmissionType = i
params.nAgents = random.randint(50,500)
params.output = 'output_tr_'+str(params.numRun)+'.csv'
totalRuns += 1
transmission.run(params)
