def testManageAnimals(self):
myAP = ap.AP('ap_1')
myAP._animalsProbability = 1.0
self.assertTrue(myAP._numAnimals== 0)
testConfig = ap.MyWorldConfig('testConfig.xml');
myWorld = TestMyWorld(testConfig)
myWorld.initialize()
myWorld.run()
index = Point2DInt(0,0)
for index._x in range(testConfig.size._width):
for index._y in range(testConfig.size._height):
myWorld.setValue('ground', index, ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,0), ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,0), ap.cellTypes.eInterdune)
myWorld.addAgent(myAP)
myAP.position = myWorld.getRandomDune()
myAP.manageAnimals()
myAP.manageAnimals()
myAP.manageAnimals()
self.assertTrue(myAP._numAnimals== 1)
def testSearchSuitableHome(self):
testConfig = ap.MyWorldConfig('testConfig.xml');
myWorld = TestMyWorld(testConfig)
myWorld.initialize()
myWorld.run()
index = Point2DInt(0,0)
for index._x in range(testConfig.size._width):
for index._y in range(testConfig.size._height):
myWorld.setValue('ground', index, ap.cellTypes.eWater)
myWorld.setValue('ground', Point2DInt(0,0), ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,0), ap.cellTypes.eInterdune)
myAP = ap.AP('ap_0')
myWorld.addAgent(myAP)
myWorld._yearRainfall = 444.0
myWorld.updateCalories()
myAP.searchSuitableHome()
self.assertEqual(myAP.position._x,0)
self.assertEqual(myAP.position._y,0)
self.assertEqual(len(myAP._plots), 1)
def testAbandonPlots(self):
testConfig = ap.MyWorldConfig('testConfig.xml');
myWorld = TestMyWorld(testConfig)
myWorld.initialize()
myWorld.run()
index = Point2DInt(0,0)
for index._x in range(testConfig.size._width):
for index._y in range(testConfig.size._height):
myWorld.setValue('ground', index, ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,0), ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,0), ap.cellTypes.eInterdune)
myAP = ap.AP('ap_0')
myWorld.addAgent(myAP)
myAP.position = myWorld.getRandomDune()
myAP._population.append(2)
myAP._population.append(5)
myAP._population.append(10)
myAP._population.append(13)
myWorld.stepEnvironment()
myAP._population.pop()
myAP._population.pop()
myAP._population.pop()
myAP._population.pop()
myAP.searchSuitableHome()
self.assertEqual(len(myAP._plots), 1)
def testNumberOfPlotsNeeded(self):
testConfig = ap.MyWorldConfig('testConfig.xml');
myWorld = TestMyWorld(testConfig)
myWorld.initialize()
myWorld.run()
index = Point2DInt(0,0)
for index._x in range(testConfig.size._width):
for index._y in range(testConfig.size._height):
myWorld.setValue('ground', index, ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,0), ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,0), ap.cellTypes.eInterdune)
myAP = ap.AP('ap_0')
myWorld.addAgent(myAP)
myAP.position = myWorld.getRandomDune()
myAP._population.append(2)
myAP._population.append(5)
myAP._population.append(10)
myAP._population.append(13)
myWorld._yearRainfall = 444.0
myWorld.updateCalories()
myWorld.increaseYearsUsed()
self.assertEqual(myAP.plotsNeeded(), 2)
myAP.searchSuitableHome()
self.assertEqual(len(myAP._plots), 2)
def testDisappearWhenCreatingChildren(self):
testConfig = ap.MyWorldConfig('testConfig.xml');
myWorld = TestMyWorld(testConfig)
myWorld.initialize()
myWorld.run()
index = Point2DInt(0,0)
for index._x in range(testConfig.size._width):
for index._y in range(testConfig.size._height):
myWorld.setValue('ground', index, ap.cellTypes.eWater)
myWorld.setValue('ground', Point2DInt(0,0), ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,0), ap.cellTypes.eInterdune)
myAP = ap.AP('ap_0')
myWorld.addAgent(myAP)
myAP._population[0] =-1
myAP._population[1] =-1
myAP._population.append(20)
myAP2 = ap.AP('ap_1')
myWorld.addAgent(myAP2)
myAP2._population[0] =-1
myAP2._population[1] =-1
myAP2._population.append(20)
myAP.createAgent(2)
self.assertEqual(myAP.getNumberOfIndividuals(),0)
self.assertEqual(myAP2.getNumberOfIndividuals(),0)
def testSurvival(self):
testConfig = ap.MyWorldConfig('testConfig.xml');
myWorld = TestMyWorld(testConfig)
myWorld.initialize()
myWorld.run()
index = Point2DInt(0,0)
for index._x in range(testConfig.size._width):
for index._y in range(testConfig.size._height):
myWorld.setValue('ground', index, ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,0), ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,0), ap.cellTypes.eInterdune)
myAP = ap.AP('ap_0')
myWorld.addAgent(myAP)
myAP.position = myWorld.getRandomDune()
myWorld._yearRainfall = 444
myAP.searchSuitableHome()
myWorld.updateCalories()
myAP.updateState()
self.assertEqual(myAP._starvationRate, 0)
def testCaloriesPerAge(self):
testConfig = ap.MyWorldConfig('testConfig.xml');
myWorld = TestMyWorld(testConfig)
myWorld.initialize()
myAP = ap.AP('ap_0')
myAP._population.append(2)
myAP._population.append(5)
myAP._population.append(10)
myAP._population.append(13)
myWorld.addAgent(myAP)
self.assertTrue(abs(myAP.getNeededCalories()-9175.9*365.0) < 50.0)
myWorld.run()
def testSurvivalNewPlot(self):
testConfig = ap.MyWorldConfig('testConfig.xml');
myWorld = TestMyWorld(testConfig)
myWorld.initialize()
index = Point2DInt(0,0)
for index._x in range(testConfig.size._width):
for index._y in range(testConfig.size._height):
myWorld.setValue('ground', index, ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,0), ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,1), ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(1,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,0), ap.cellTypes.eInterdune)
myAP = ap.AP('ap_0')
myWorld.addAgent(myAP)
myAP.position = myWorld.getRandomDune()
myWorld._yearRainfall = 444.0
myWorld.updateCalories()
myWorld.increaseYearsUsed()
myAP.searchSuitableHome()
myAP.manageFarmActivities()
plot = Point2DInt(myAP._plots[0]._x, myAP._plots[0]._y)
self.assertEqual(plot._y, myAP._plots[0]._y)
self.assertTrue(myAP._starvationRate < 1)
myWorld.updateCalories()
myWorld.increaseYearsUsed()
myAP.manageFarmActivities()
myWorld.updateCalories()
myWorld.increaseYearsUsed()
myAP.manageFarmActivities()
self.assertNotEqual(plot._y, myAP._plots[0]._y)
self.assertNotEqual(-1, myAP._plots[0]._y)
self.assertTrue(myAP._starvationRate < 1)
myWorld.updateCalories()
myWorld.increaseYearsUsed()
myAP.updateState()
self.assertNotEqual(plot._y, myAP._plots[0]._y)
self.assertNotEqual(-1, myAP._plots[0]._y)
self.assertTrue(myAP._starvationRate < 1)
def testDisappearNotPlot(self):
testConfig = ap.MyWorldConfig('testConfig.xml');
myWorld = TestMyWorld(testConfig)
myWorld.initialize()
myAP = ap.AP('ap_0')
myWorld.addAgent(myAP)
index = Point2DInt(0,0)
for index._x in range(testConfig.size._width):
for index._y in range(testConfig.size._height):
myWorld.setValue('ground', index, ap.cellTypes.eDune)
myAP.position = myWorld.getRandomDune()
myWorld.run()
reference = myWorld.getAgent('ap_0')
self.assertEqual(reference, None)
def testSurplus(self):
testConfig = ap.MyWorldConfig('testConfig.xml');
myWorld = TestMyWorld(testConfig)
myWorld.initialize()
myWorld.run()
index = Point2DInt(0,0)
for index._x in range(testConfig.size._width):
for index._y in range(testConfig.size._height):
myWorld.setValue('ground', index, ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,0), ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,1), ap.cellTypes.eInterdune)
myWorld.setValue('ground', Point2DInt(1,0), ap.cellTypes.eInterdune)
myAP = ap.AP('ap_0')
myWorld.addAgent(myAP)
myAP.position = myWorld.getRandomDune()
myWorld._yearRainfall = 444.0
myWorld.updateCalories()
myAP.searchSuitableHome()
myAP.manageFarmActivities()
self.assertTrue(myAP._surplus> 0)
myAP = ap.AP('ap_1')
myWorld.addAgent(myAP)
myAP.position = myWorld.getRandomDune()
myWorld._yearRainfall = 50
myWorld.updateCalories()
myAP.searchSuitableHome()
myAP.manageFarmActivities()
self.assertTrue(myAP._surplus== 0)
myAP = ap.AP('ap_2')
myWorld.addAgent(myAP)
myAP.position = myWorld.getRandomDune()
myWorld._yearRainfall = 1100.0
myWorld.updateCalories()
myAP.searchSuitableHome()
myAP.manageFarmActivities()
self.assertTrue(myAP._surplus== 0)
def testResources(self):
testConfig = ap.MyWorldConfig('testConfig.xml');
myWorld = TestMyWorld(testConfig)
myWorld.initialize()
myWorld.run()
index = Point2DInt(0,0)
for index._x in range(testConfig.size._width):
for index._y in range(testConfig.size._height):
myWorld.setValue('ground', index, ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,0), ap.cellTypes.eDune)
myWorld.setValue('ground', Point2DInt(0,1), ap.cellTypes.eInterdune)
myWorld.changeState(Point2DInt(0,1), ap.cellState.eField)
myWorld._yearRainfall = 0.0001
myWorld.updateCalories()
self.assertEqual(myWorld.getValue('calories', Point2DInt(0,1)), 0)
myWorld._yearRainfall = 444.0
myWorld.updateCalories()
self.assertTrue(abs(myWorld.getValue('calories', Point2DInt(0,1))-2703780)<10000)