BP0x0abc

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## Helper Tools
## Made by BoboCoin
## (t)ime to claim
## writing in python on Android
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##
## Calculate the Fungible Tokens get per hour to day week month year and see the Output…This program is used to estimate the proportion of Guild_Token_Tools which give Guild Tokens ROCK SCISSOR PAPER per hour for Fixed Rate …
## Feel free to modify and use it yourself
##
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##
## See this Code on Blockchain #bp0x0
## Collection: bobopixeloxo
## Schemes: rock.oxo – scissor.oxo – paper.oxo
## Stake at waxdao.io: rock.oxo – scissor.oxo – paper.oxo – bobopixeloxo
##
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##DELETE (#) TO ACTIVE LINE!!!
##DO NOT DELETE (##) Info Lines!!!
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print(‘Fungible Token Per Hour To 50 Years Generation…1\n’)
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## 1oo FTs in 24h 4.1667 – 8.3334 – 16.6668
##DELETE (#) TO ACTIVE LINE!!!######
## or let it as it is with standard Value ##
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#print(“How many FTs for Lv_1 per Hour “)
#lv1 = int(input())
#print(“How many FTs for Lv_2 per Hour “)
#lv2 = int(input())
#print(“How many FTs for Lv_3 per Hour “)
#lv3 = int(input())
#
try:
lv1 = lv1
except:
lv1 = 4.1667
try:
lv2 = LV2
except:
lv2 = 8.3334
try:
lv3 = lv3
except:
lv3 = 16.6668
print(f’___Calc___1h\n\n1 h\nlv1 = {lv1}\nlv2 = {lv2}\nlv3 = {lv3}\n’)
lv1 *= 24
lv2 *= 24
lv3 *= 24
print(f’___Calc___24h\n\n24 h\nlv1 = {lv1}\nlv2 = {lv2}\nlv3 = {lv3}\n’)
lv1 *= 7
lv2 *= 7
lv3 *= 7
print(f’___Calc___7d\n\n7 d\nlv1 = {lv1}\nlv2 = {lv2}\nlv3 = {lv3}\n’)
lv1 *= 4
lv2 *= 4
lv3 *= 4
print(f’___Calc___1m\n\n1 m\nlv1 = {lv1}\nlv2 = {lv2}\nlv3 = {lv3}\n’)
lvv1 = lv1 * 2
lvv2 = lv2 * 2
lvv3 = lv3 * 2
print(f’___Calc___2m\n\n2 m\nlv1 = {lvv1}\nlv2 = {lvv2}\nlv3 = {lvv3}\n’)
lvv1 = lv1 * 3
lvv2 = lv2 * 3
lvv3 = lv3 * 3
print(f’___Calc___3m\n\n3 m\nlv1 = {lvv1}\nlv2 = {lvv2}\nlv3 = {lvv3}\n’)
lvv1 = lv1 * 4
lvv2 = lv2 * 4
lvv3 = lv3 * 4
print(f’___Calc___4m\n\n4 m\nlv1 = {lvv1}\nlv2 = {lvv2}\nlv3 = {lvv3}\n’)
lvv1 = lv1 * 5
lvv2 = lv2 * 5
lvv3 = lv3 * 5
print(f’___Calc___5m\n\n5 m\nlv1 = {lvv1}\nlv2 = {lvv2}\nlv3 = {lvv3}\n’)
lvv1 = lv1 * 6
lvv2 = lv2 * 6
lvv3 = lv3 * 6
print(f’___Calc___6m\n\n6 m\nlv1 = {lvv1}\nlv2 = {lvv2}\nlv3 = {lvv3}\n’)
lvv1 = lv1 * 7
lvv2 = lv2 * 7
lvv3 = lv3 * 7
print(f’___Calc___7m\n\n7 m\nlv1 = {lvv1}\nlv2 = {lvv2}\nlv3 = {lvv3}\n’)
lvv1 = lv1 * 8
lvv2 = lv2 * 8
lvv3 = lv3 * 8
print(f’___Calc___8m\n\n8 m\nlv1 = {lvv1}\nlv2 = {lvv2}\nlv3 = {lvv3}\n’)
lvv1 = lv1 * 9
lvv2 = lv2 * 9
lvv3 = lv3 * 9
print(f’___Calc___9m\n\n9 m\nlv1 = {lvv1}\nlv2 = {lvv2}\nlv3 = {lvv3}\n’)
lvv1 = lv1 * 10
lvv2 = lv2 * 10
lvv3 = lv3 * 10
print(f’___Calc___10m\n\n10 m\nlv1 = {lvv1}\nlv2 = {lvv2}\nlv3 = {lvv3}\n’)
lvv1 = lv1 * 11
lvv2 = lv2 * 11
lvv3 = lv3 * 11
print(f’___Calc___11m\n\n11 m\nlv1 = {lvv1}\nlv2 = {lvv2}\nlv3 = {lvv3}\n’)
lvv1 = lv1 * 12
lvv2 = lv2 * 12
lvv3 = lv3 * 12
print(f’___Calc___1y\n\n1 y\nlv1 = {lvv1}\nlv2 = {lvv2}\nlv3 = {lvv3}\n’)
lvvv1 = lvv1 * 2
lvvv2 = lvv2 * 2
lvvv3 = lvv3 * 2
print(f’___Calc___2y\n\n2 y\nlv1 = {lvvv1}\nlv2 = {lvvv2}\nlv3 = {lvvv3}\n’)
lvvv1 = lvv1 * 3
lvvv2 = lvv2 * 3
lvvv3 = lvv3 * 3
print(f’___Calc___3y\n\n3 y\nlv1 = {lvvv1}\nlv2 = {lvvv2}\nlv3 = {lvvv3}\n’)
lvvv1 = lvv1 * 4
lvvv2 = lvv2 * 4
lvvv3 = lvv3 * 4
print(f’___Calc___4y\n\n4 y\nlv1 = {lvvv1}\nlv2 = {lvvv2}\nlv3 = {lvvv3}\n’)
lvvv1 = lvv1 * 5
lvvv2 = lvv2 * 5
lvvv3 = lvv3 * 5
print(f’___Calc___5y\n\n5 y\nlv1 = {lvvv1}\nlv2 = {lvvv2}\nlv3 = {lvvv3}\n’)
lvvv1 = lvv1 * 6
lvvv2 = lvv2 * 6
lvvv3 = lvv3 * 6
print(f’___Calc___6y\n\n6 y\nlv1 = {lvvv1}\nlv2 = {lvvv2}\nlv3 = {lvvv3}\n’)
lvvv1 = lvv1 * 7
lvvv2 = lvv2 * 7
lvvv3 = lvv3 * 7
print(f’___Calc___7y\n\n7 y\nlv1 = {lvvv1}\nlv2 = {lvvv2}\nlv3 = {lvvv3}\n’)
lvvv1 = lvv1 * 8
lvvv2 = lvv2 * 8
lvvv3 = lvv3 * 8
print(f’___Calc___8y\n\n8 y\nlv1 = {lvvv1}\nlv2 = {lvvv2}\nlv3 = {lvvv3}\n’)
lvvv1 = lvv1 * 9
lvvv2 = lvv2 * 9
lvvv3 = lvv3 * 9
print(f’___Calc___9y\n\n9 y\nlv1 = {lvvv1}\nlv2 = {lvvv2}\nlv3 = {lvvv3}\n’)
lvvv1 = lvv1 * 10
lvvv2 = lvv2 * 10
lvvv3 = lvv3 * 10
print(f’___Calc___10y\n\n10 y\nlv1 = {lvvv1}\nlv2 = {lvvv2}\nlv3 = {lvvv3}\n’)
lvvv1 = lvv1 * 11
lvvv2 = lvv2 * 11
lvvv3 = lvv3 * 11
print(f’___Calc___20y\n\n20 y\nlv1 = {lvvv1}\nlv2 = {lvvv2}\nlv3 = {lvvv3}\n’)
lvvv1 = lvv1 * 50
lvvv2 = lvv2 * 50
lvvv3 = lvv3 * 50
print(f’___Calc___50y\n\n50 y\nlv1 = {lvvv1}\nlv2 = {lvvv2}\nlv3 = {lvvv3}\n’)
print (‘…’)