def DoctorPrescription(self):
#self.params['IOPReduction'] = 0.12
tracenode = node(0)
tracenode = TreatmentTree
if self.medicalRecords['MedicationPath'][0] == 0:
self.medicalRecords['MedicationPath'][0] = 1
self.operations(TreatmentTree)
self.medicalRecords['TreatmentOverallStatus'] = 0
self.medicalRecords['MedicationIntake'] = 0
else:
i = 1
#this would shortcut CurrentMedicationType ==10, so when if-else evaluate below, we sure this is not because
#the new treatment is
if self.medicalRecords['CurrentMedicationType'] == 10 and self.params['FirstProgression'] == 1:
#self.medicalRecords['TreatmentBlock'] += 1
self.medicalRecords['ExitCode'] = True
self.ResetMedicationPath()
while i < 5 and self.medicalRecords['MedicationPath'][i] <> 0 and self.medicalRecords['CurrentMedicationType'] <> 10:
#add condition of i in here
if self.medicalRecords['MedicationPath'][i] == 1:
tracenode = tracenode.left
i = i +1
elif self.medicalRecords['MedicationPath'][i] == 2:
tracenode = tracenode.right
i = i+1
if i < 5 and self.medicalRecords['CurrentMedicationType'] <> 10 :
self.medicalRecords['MedicationPath'][i] = self.medicalRecords['TreatmentOverallStatus']
if self.medicalRecords['TreatmentOverallStatus'] == 1:
tracenode = tracenode.left
self.operations(tracenode)
if self.medicalRecords['TreatmentOverallStatus'] == 2:
#print('shit')
tracenode = tracenode.right
self.operations(tracenode)
#This is the only way to get out of the treatment block
# Here after every medication indication, patients need to
self.medicalRecords['TreatmentOverallStatus'] = 0
self.medicalRecords['MedicationIntake'] = 0
#exit the block if i == 5
if i == 5 and self.params['FirstProgression'] == 1:
#self.medicalRecords['TreatmentBlock'] += 1
self.medicalRecords['ExitCode'] = True
self.ResetMedicationPath()
def DoctorPrescription(self):
"""Reassign/assign medication to patient when unusual event/no medication yet """
tracenode = node(0)
tracenode = TreatmentTree
# .medicalRecords['MedicationPath'][0] == 0 means no medication assigned yet
if self.medicalRecords['MedicationPath'][0] == 0:
#assign first medication and block
self.medicalRecords['MedicationPath'][0] = 1
self.operations(TreatmentTree)
self.medicalRecords['TreatmentOverallStatus'] = 0
self.medicalRecords['MedicationIntake'] = 0
else:
#already on some medication
i = 1
#special case (premature exit), if current medication type (before reassigning)
#is 10, Exit
#because there is no more medication node to take.
if self.medicalRecords['CurrentMedicationType'] == 10 and self.params['FirstProgression'] == 1:
self.medicalRecords['ExitCode'] = True
self.ResetMedicationPath()
#now, trace to the current medication block
#while not exhaust all medication nodes on the path or not medication type == 10
while i < 5 and self.medicalRecords['MedicationPath'][i] <> 0 and self.medicalRecords['CurrentMedicationType'] <> 10:
if self.medicalRecords['MedicationPath'][i] == 1:
tracenode = tracenode.left
i = i +1
elif self.medicalRecords['MedicationPath'][i] == 2:
tracenode = tracenode.right
i = i+1
#if current medication type (before reassigning) is not the terminal node
#first, trace to the next medication node depending on overall status
#then reassign .operations(tracenode)
if i < 5 and self.medicalRecords['CurrentMedicationType'] <> 10 :
self.medicalRecords['MedicationPath'][i] = self.medicalRecords['TreatmentOverallStatus']
if self.medicalRecords['TreatmentOverallStatus'] == 1:
tracenode = tracenode.left
self.operations(tracenode)
if self.medicalRecords['TreatmentOverallStatus'] == 2:
tracenode = tracenode.right
self.operations(tracenode)
#if current medication type (before reassigning) is the terminal node
if i == 5 and self.params['FirstProgression'] == 1:
self.medicalRecords['ExitCode'] = True
self.ResetMedicationPath()
#Reset status variables
self.medicalRecords['TreatmentOverallStatus'] = 0
self.medicalRecords['MedicationIntake'] = 0
def __init__(self, input_matrix):
if len(input_matrix) != len(input_matrix[0]):
print("Please enter a valid n x n sized matrix")
else:
self.__size = len(input_matrix)
print("You have entered a valid ", self.__size, "x", self.__size,
"matrix")
#create 2d list of nxn nodes
self.__node_matrix = [[node() for i in range(self.__size)]
for j in range(self.__size)]
#user input of nxn matrix values
for row in range(self.__size):
for column in range(self.__size):
#cost = eval(input("Enter a value and press Enter: "))
self.__node_matrix[row][column].setCost(
input_matrix[row][column])
temp_matrix = input_matrix
self.__printMatrix() #print original matrix
self.__Execute()
self.__printMatrix()
TreatmentTree = node ([ [511,1381] ,1, [10,109] , [1,0,0,0,0] ],
node([ [589,1407] ,2, [22,258] , [0,1,0,0,0] ],
node([ [294,1231] ,3, [2,12] ,[0,0,1,0,0] ],
node([ [148,559] ,4, [5,17] , [0,0,0,1,0]],
node([ [763,1480] ,5, 0 , [0,0,0,0,1]]),
node([ [763,1480] ,23,[5,17],[0,0,0,1,1] ])),
node([ [148,559] ,21,[5,17] , [0,0,1,1,0] ],
node([ [763,1480] ,5, 0 , [0,0,0,0,1]]),
node([ [763,1480] ,22,[5,17],[0,0,1,1,1] ]))),
node([ [294,1231] , 16 , [2,12] , [0,1,0,1,0] ],
node([ [148,559] ,17,[5,17] , [0,1,0,1,0] ],
node([ [763,1480] ,5, 0 , [0,0,0,0,1]]),
node([ [763,1480] ,20,[5,17],[0,1,0,1,1] ])),
node([ [148,559] ,18,[5,17] , [0,1,1,1,0] ],
node([ [763,1480] ,5, 0 , [0,0,0,0,1]]),
node([ [763,1480] ,19,[5,17],[0,1,1,1,1] ])))
),
node([ [589,1407] , 6 , [22,258] , [1,1,0,0,0] ],
node([ [294,1231] , 7 , [2,12] , [1,0,1,0,0] ],
node([ [148,559] ,12,[5,17] , [1,0,0,1,0] ],
node([ [763,1480] ,5, 0 , [0,0,0,0,1]]),
node([ [763,1480] ,15,[5,17],[1,0,0,1,1] ])),
node([ [148,559] ,13,[5,17] , [0,1,0,1,0] ],
node([ [763,1480] ,5, 0 , [0,0,0,0,1]]),
node([ [763,1480] ,14,[5,17],[1,0,1,1,1] ]))),
node([ [294,1231] , 8 , [2,12] , [1,1,1,0,0] ],
node([ [148,559] ,9,[5,17] , [1,1,0,1,0] ],
node([ [763,1480] ,5, 0 , [0,0,0,0,1]]),
node([ [763,1480] ,11,[5,17],[1,1,0,1,1] ])),
node([ [148,559] ,10,[5,17] , [1,1,1,0,1] ]))
)
)
