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TestWorldFixed_findOutStateOfCell.py
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TestWorldFixed_findOutStateOfCell.py
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import unittest
from classes.World import *
from classes.Cell import *
### --- description --- ###
# TESTING:
# - fixed boundary codition
# - each rule of changing states by cells
# - grid 5x5x5
class TestWorldFixed_findOutStateOfCell(unittest.TestCase):
def setUp(self):
self.healthy = 0
self.infected1 = 1
self.infected2 = 2
self.dead = 3
def worldSetUp(self, cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV):
testWorld = World(rows = cellsNumberInAxis,
cols = cellsNumberInAxis,
layers = cellsNumberInAxis,
pHIV = pHIV,
boundaryCondition = BoundaryConditions.fixed,
numberOfIterationsInI1State = numberOfIterationsInI1State,
numberOfIterationsInI2State = numberOfIterationsInI2State)
return testWorld
### --- HEALTHY --> INFECTED 1 --- ###
### --- coditions for I1 cells --- ###
def cellSetUp_I1Cell(self, listOfNumberOfCellInNeighborhood, testWorld, zTestingCell, xTestingCell, yTestingCell):
centerCell = testWorld.cellsList[zTestingCell][xTestingCell][yTestingCell]
centerCell.myState = self.healthy
wallMatesOfCell = centerCell.wallMates
lineMatesOfCell = centerCell.lineMates
pointMatesOfCell = centerCell.pointMates
numberOfI1CellbyWall = listOfNumberOfCellInNeighborhood[0]
numberOfI1CellbyLine = listOfNumberOfCellInNeighborhood[1]
numberOfI1CellbyPoint = listOfNumberOfCellInNeighborhood[2]
for i in range(0, numberOfI1CellbyWall):
wallMatesOfCell[i].myState = self.infected1
for i in range(0, numberOfI1CellbyLine):
lineMatesOfCell[i].myState = self.infected1
for i in range(0, numberOfI1CellbyPoint):
pointMatesOfCell[i].myState = self.infected1
return centerCell
### --- coditions for I2 cells --- ###
def cellSetUp_I2Cell(self, listOfNumberOfCellInNeighborhood, testWorld, zTestingCell, xTestingCell, yTestingCell):
centerCell = testWorld.cellsList[zTestingCell][xTestingCell][yTestingCell]
centerCell.myState = self.healthy
wallMatesOfCell = centerCell.wallMates
lineMatesOfCell = centerCell.lineMates
pointMatesOfCell = centerCell.pointMates
numberOfI2CellbyWall = listOfNumberOfCellInNeighborhood[0]
numberOfI2CellbyLine = listOfNumberOfCellInNeighborhood[1]
numberOfI2CellbyPoint = listOfNumberOfCellInNeighborhood[2]
for i in range(0, numberOfI2CellbyWall):
wallMatesOfCell[i].myState = self.infected2
for i in range(0, numberOfI2CellbyLine):
lineMatesOfCell[i].myState = self.infected2
for i in range(0, numberOfI2CellbyPoint):
pointMatesOfCell[i].myState = self.infected2
return centerCell
### --- tests for conditions for I1 cells --- ###
def testCase1_fromHtoI1byI1Cells(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
listOfNumberOfCellInNeighborhood = [1, 0, 0]; testWorld = testWorld
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
centerCell = self.cellSetUp_I1Cell(listOfNumberOfCellInNeighborhood, testWorld,
zTestingCell, xTestingCell, yTestingCell)
testWorld.findOutStateOfCell(centerCell)
centerCell.myState = centerCell.newState
stateOfCenterCell = centerCell.myState
self.assertEqual(stateOfCenterCell, self.infected1)
def testCase2_fromHtoI1byI1Cells(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
listOfNumberOfCellInNeighborhood = [1, 1, 0]; testWorld = testWorld
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
centerCell = self.cellSetUp_I1Cell(listOfNumberOfCellInNeighborhood, testWorld,
zTestingCell, xTestingCell, yTestingCell)
testWorld.findOutStateOfCell(centerCell)
centerCell.myState = centerCell.newState
stateOfCenterCell = centerCell.myState
self.assertEqual(stateOfCenterCell, self.infected1)
def testCase3_fromHtoI1byI1Cells(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
listOfNumberOfCellInNeighborhood = [1, 1, 1]; testWorld = testWorld
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
centerCell = self.cellSetUp_I1Cell(listOfNumberOfCellInNeighborhood, testWorld,
zTestingCell, xTestingCell, yTestingCell)
testWorld.findOutStateOfCell(centerCell)
centerCell.myState = centerCell.newState
stateOfCenterCell = centerCell.myState
self.assertEqual(stateOfCenterCell, self.infected1)
def testCase4_fromHtoI1byI1Cells(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
listOfNumberOfCellInNeighborhood = [0, 1, 1]; testWorld = testWorld
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
centerCell = self.cellSetUp_I1Cell(listOfNumberOfCellInNeighborhood, testWorld,
zTestingCell, xTestingCell, yTestingCell)
testWorld.findOutStateOfCell(centerCell)
centerCell.myState = centerCell.newState
stateOfCenterCell = centerCell.myState
self.assertEqual(stateOfCenterCell, self.infected1)
def testCase5_fromHtoI1byI1Cells(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
listOfNumberOfCellInNeighborhood = [0, 0, 1]; testWorld = testWorld
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
centerCell = self.cellSetUp_I1Cell(listOfNumberOfCellInNeighborhood, testWorld,
zTestingCell, xTestingCell, yTestingCell)
testWorld.findOutStateOfCell(centerCell)
centerCell.myState = centerCell.newState
stateOfCenterCell = centerCell.myState
self.assertEqual(stateOfCenterCell, self.healthy)
def testCase1_fromHtoI1byI2Cells(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
listOfNumberOfCellInNeighborhood = [5, 9, 4]; testWorld = testWorld
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
centerCell = self.cellSetUp_I2Cell(listOfNumberOfCellInNeighborhood, testWorld,
zTestingCell, xTestingCell, yTestingCell)
testWorld.findOutStateOfCell(centerCell)
centerCell.myState = centerCell.newState
stateOfCenterCell = centerCell.myState
self.assertEqual(stateOfCenterCell, self.infected1)
def testCase2_fromHtoI1byI2Cells(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
listOfNumberOfCellInNeighborhood = [4, 9, 4]; testWorld = testWorld
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
centerCell = self.cellSetUp_I2Cell(listOfNumberOfCellInNeighborhood, testWorld,
zTestingCell, xTestingCell, yTestingCell)
testWorld.findOutStateOfCell(centerCell)
centerCell.myState = centerCell.newState
stateOfCenterCell = centerCell.myState
self.assertEqual(stateOfCenterCell, self.healthy)
def testCase3_fromHtoI1byI2Cells(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
listOfNumberOfCellInNeighborhood = [5, 9, 2]; testWorld = testWorld
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
centerCell = self.cellSetUp_I2Cell(listOfNumberOfCellInNeighborhood, testWorld,
zTestingCell, xTestingCell, yTestingCell)
testWorld.findOutStateOfCell(centerCell)
centerCell.myState = centerCell.newState
stateOfCenterCell = centerCell.myState
self.assertEqual(stateOfCenterCell, self.healthy)
def testCase4_fromHtoI1byI2Cells(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
listOfNumberOfCellInNeighborhood = [4, 8, 3]; testWorld = testWorld
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
centerCell = self.cellSetUp_I2Cell(listOfNumberOfCellInNeighborhood, testWorld,
zTestingCell, xTestingCell, yTestingCell)
testWorld.findOutStateOfCell(centerCell)
centerCell.myState = centerCell.newState
stateOfCenterCell = centerCell.myState
self.assertEqual(stateOfCenterCell, self.healthy)
def testCase5_fromHtoI1byI2Cells(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
listOfNumberOfCellInNeighborhood = [6, 11, 7]; testWorld = testWorld
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
centerCell = self.cellSetUp_I2Cell(listOfNumberOfCellInNeighborhood, testWorld,
zTestingCell, xTestingCell, yTestingCell)
testWorld.findOutStateOfCell(centerCell)
centerCell.myState = centerCell.newState
stateOfCenterCell = centerCell.myState
self.assertEqual(stateOfCenterCell, self.infected1)
# ### --- INFECTED 1 --> INFECTED 2 --- ###
def testCase1_fromI1toI2(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
testingCell = testWorld.cellsList[zTestingCell][xTestingCell][yTestingCell] # center cell
testingCell.myState = self.infected1
testingCell.numberOfI1Iterations = 1
for i in range(0, numberOfIterationsInI1State):
testWorld.findOutStateOfCell(testingCell)
testingCell.myState = testingCell.newState
stateOfCenterCell = testingCell.myState
self.assertEqual(stateOfCenterCell, self.infected2)
def testCase2_fromI1toI2(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
testingCell = testWorld.cellsList[zTestingCell][xTestingCell][yTestingCell] # center cell
testingCell.myState = self.infected1
testingCell.newState = self.infected1
testingCell.numberOfI1Iterations = 1
for i in range(0, numberOfIterationsInI1State):
testWorld.findOutStateOfCell(testingCell)
testingCell.myState = testingCell.newState
stateOfCenterCell = testingCell.myState
self.assertEqual(stateOfCenterCell, self.infected2)
def testCase3_fromI1toI2(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 5; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
testingCell = testWorld.cellsList[zTestingCell][xTestingCell][yTestingCell] # center cell
testingCell.myState = self.infected1
testingCell.newState = self.infected1
testingCell.numberOfI1Iterations = 1
for i in range(0, numberOfIterationsInI1State):
testWorld.findOutStateOfCell(testingCell)
testingCell.myState = testingCell.newState
stateOfCenterCell = testingCell.myState
self.assertEqual(stateOfCenterCell, self.infected2)
### --- INFECTED --> DEAD --- ###
def testCase1_fromI2toD(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
testingCell = testWorld.cellsList[zTestingCell][xTestingCell][yTestingCell] # center cell
testingCell.myState = self.infected2
testingCell.newState = self.infected2
testingCell.numberOfI2Iterations = 1
for i in range(0, numberOfIterationsInI2State):
testWorld.findOutStateOfCell(testingCell)
testingCell.myState = testingCell.newState
stateOfCenterCell = testingCell.myState
self.assertEqual(stateOfCenterCell, self.dead)
def testCase2_fromI2toD(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 3; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
testingCell = testWorld.cellsList[zTestingCell][xTestingCell][yTestingCell] # center cell
testingCell.myState = self.infected2
testingCell.newState = self.infected2
testingCell.numberOfI2Iterations = 1
for i in range(0, numberOfIterationsInI2State):
testWorld.findOutStateOfCell(testingCell)
testingCell.myState = testingCell.newState
stateOfCenterCell = testingCell.myState
self.assertEqual(stateOfCenterCell, self.dead)
def testCase3_fromI2toD(self):
cellsNumberInAxis = 5; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 5; pHIV = [0, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
zTestingCell = xTestingCell = yTestingCell = round(cellsNumberInAxis/2)
testingCell = testWorld.cellsList[zTestingCell][xTestingCell][yTestingCell] # center cell
testingCell.myState = self.infected2
testingCell.newState = self.infected2
testingCell.numberOfI2Iterations = 1
for i in range(0, numberOfIterationsInI2State):
testWorld.findOutStateOfCell(testingCell)
testingCell.myState = testingCell.newState
stateOfCenterCell = testingCell.myState
self.assertEqual(stateOfCenterCell, self.dead)
### --- CHECKING IF THE BORDER CELLS DO NOT CHANGE --- ###
def test_borderCellDoNotChangeState(self):
cellsNumberInAxis = 3; numberOfIterationsInI1State = 1; numberOfIterationsInI2State = 2; pHIV = [1, 1]
testWorld = self.worldSetUp(cellsNumberInAxis, numberOfIterationsInI1State, numberOfIterationsInI2State, pHIV)
listOfNumberOfCellInNeighborhood = [1,1,1]; testWorld = testWorld
zTestingCell = xTestingCell = yTestingCell = 0
testingCell = self.cellSetUp_I1Cell(listOfNumberOfCellInNeighborhood, testWorld,
zTestingCell, xTestingCell, yTestingCell)
testWorld.findOutStateOfCell(testingCell)
testingCell.myState = testingCell.newState
self.assertEqual(testingCell.myState, self.healthy)
if __name__ == '__main__':
unittest.main()