print('DROPOUT = 0')
print('0_1')
execfile('Run_0_1.py')
print('0_2')
execfile('Run_0_2.py')
print('0_3')
execfile('Run_0_3.py')
print('0_4')
execfile('Run_0_4.py')
print('0_5')
execfile('Run_0_5.py')

print('DROPOUT = 0.4')
print('4_1')
execfile('Run_4_1.py')
print('4_2')
execfile('Run_4_2.py')
print('4_3')
execfile('Run_4_3.py')
print('4_4')
execfile('Run_4_4.py')
print('4_5')
execfile('Run_4_5.py')

print('DROPOUT = 0.7')
print('7_1')
execfile('Run_7_1.py')
print('7_2')
execfile('Run_7_2.py')
print('7_3')
execfile('Run_7_3.py')
print('7_4')
execfile('Run_7_4.py')
print('7_5')
execfile('Run_7_5.py')

print('DROPOUT = 0.9')
print('9_1')
execfile('Run_9_1.py')
print('9_2')
execfile('Run_9_2.py')
print('9_3')
execfile('Run_9_3.py')
print('9_4')
execfile('Run_9_4.py')
print('9_5')
execfile('Run_9_5.py')

###......DROPOUT = 0......................
print('**************DROPOUT_0*************')

###......CM..............................
print('Confusion Matrix Manipulation')
print('OG CM_0_1')
print(cf_0_1)
print('OG CM_0_2')
print(cf_0_2)
print('OG CM_0_3')
print(cf_0_3)
print('OG CM_0_4')
print(cf_0_4)
print('OG CM_0_5')
print(cf_0_5)

add = (cf_0_1)+(cf_0_2)+(cf_0_3)+(cf_0_4)+(cf_0_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)

###.....ACC...............................
print('Accuracy Manipulaion')
print('OG ACC_0_1')
print(acc_0_1)
print('OG ACC_0_2')
print(acc_0_2)
print('OG ACC_0_3')
print(acc_0_3)
print('OG ACC_0_4')
print(acc_0_4)
print('OG ACC_0_5')
print(acc_0_5)

add = (acc_0_1)+(acc_0_2)+(acc_0_3)+(acc_0_4)+(acc_0_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)

###......AUC..............................
print('Area Under ROC Curve Manipulation')
print('OG AUC_0_1')
print(auc_0_1)
print('OG AUC_0_2')
print(auc_0_2)
print('OG AUC_0_3')
print(auc_0_3)
print('OG AUC_0_4')
print(auc_0_4)
print('OG AUC_0_5')
print(auc_0_5)

add = (auc_0_1)+(auc_0_2)+(auc_0_3)+(auc_0_4)+(auc_0_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)




###......DROPOUT = 0.4......................
print('**************DROPOUT_4*************')

###......CM..............................
print('Confusion Matrix Manipulation')
print('OG CM_4_1')
print(cf_4_1)
print('OG CM_4_2')
print(cf_4_2)
print('OG CM_4_3')
print(cf_4_3)
print('OG CM_4_4')
print(cf_4_4)
print('OG CM_4_5')
print(cf_4_5)

add = (cf_4_1)+(cf_4_2)+(cf_4_3)+(cf_4_4)+(cf_4_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)

###.....ACC...............................
print('Accuracy Manipulaion')
print('OG ACC_4_1')
print(acc_4_1)
print('OG ACC_4_2')
print(acc_4_2)
print('OG ACC_4_3')
print(acc_4_3)
print('OG ACC_4_4')
print(acc_4_4)
print('OG ACC_4_5')
print(acc_4_5)

add = (acc_4_1)+(acc_4_2)+(acc_4_3)+(acc_4_4)+(acc_4_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)

###......AUC..............................
print('Area Under ROC Curve Manipulation')
print('OG AUC_4_1')
print(auc_4_1)
print('OG AUC_4_2')
print(auc_4_2)
print('OG AUC_4_3')
print(auc_4_3)
print('OG AUC_4_4')
print(auc_4_4)
print('OG AUC_4_5')
print(auc_4_5)

add = (auc_4_1)+(auc_4_2)+(auc_4_3)+(auc_4_4)+(auc_4_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)


###......DROPOUT = 0.7......................
print('**************DROPOUT_7*************')

###......CM..............................
print('Confusion Matrix Manipulation')
print('OG CM_7_1')
print(cf_7_1)
print('OG CM_7_2')
print(cf_7_2)
print('OG CM_7_3')
print(cf_7_3)
print('OG CM_7_4')
print(cf_7_4)
print('OG CM_7_5')
print(cf_7_5)

add = (cf_7_1)+(cf_7_2)+(cf_7_3)+(cf_7_4)+(cf_7_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)

###.....ACC...............................
print('Accuracy Manipulaion')
print('OG ACC_7_1')
print(acc_7_1)
print('OG ACC_7_2')
print(acc_7_2)
print('OG ACC_7_3')
print(acc_7_3)
print('OG ACC_7_4')
print(acc_7_4)
print('OG ACC_7_5')
print(acc_7_5)

add = (acc_7_1)+(acc_7_2)+(acc_7_3)+(acc_7_4)+(acc_7_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)

###......AUC..............................
print('Area Under ROC Curve Manipulation')
print('OG AUC_7_1')
print(auc_7_1)
print('OG AUC_7_2')
print(auc_7_2)
print('OG AUC_7_3')
print(auc_7_3)
print('OG AUC_7_4')
print(auc_7_4)
print('OG AUC_7_5')
print(auc_7_5)

add = (auc_7_1)+(auc_7_2)+(auc_7_3)+(auc_7_4)+(auc_7_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)


###......DROPOUT = 0.9......................
print('**************DROPOUT_9*************')

###......CM..............................
print('Confusion Matrix Manipulation')
print('OG CM_9_1')
print(cf_9_1)
print('OG CM_9_2')
print(cf_9_2)
print('OG CM_9_3')
print(cf_9_3)
print('OG CM_9_4')
print(cf_9_4)
print('OG CM_9_5')
print(cf_9_5)

add = (cf_9_1)+(cf_9_2)+(cf_9_3)+(cf_9_4)+(cf_9_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)

###.....ACC...............................
print('Accuracy Manipulaion')
print('OG ACC_9_1')
print(acc_9_1)
print('OG ACC_9_2')
print(acc_9_2)
print('OG ACC_9_3')
print(acc_9_3)
print('OG ACC_9_4')
print(acc_9_4)
print('OG ACC_9_5')
print(acc_9_5)

add = (acc_9_1)+(acc_9_2)+(acc_9_3)+(acc_9_4)+(acc_9_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)

###......AUC..............................
print('Area Under ROC Curve Manipulation')
print('OG AUC_9_1')
print(auc_9_1)
print('OG AUC_9_2')
print(auc_9_2)
print('OG AUC_9_3')
print(auc_9_3)
print('OG AUC_9_4')
print(auc_9_4)
print('OG AUC_9_5')
print(auc_9_5)

add = (auc_9_1)+(auc_9_2)+(auc_9_3)+(auc_9_4)+(auc_9_5)
print('add')
print(add)
avg = add/5
print('avg')
print(avg)



