#USER INPUT# -> :"t"
#USER INPUT# -> :"fmla"
#USER INPUT# -> :"qp"
#USER INPUT# -> :"new"
#USER INPUT# -> :"#ml#import numpy as np "
#USER INPUT# -> :"import pandas as pd "
#USER INPUT# -> :"import sympy as sp "
#USER INPUT# -> :"import os,sys "
#USER INPUT# -> :"import random "
#USER INPUT# -> :"def randomFloat():"
#USER INPUT# -> :"    n=random.random()"
#USER INPUT# -> :"    multiplier=random.randint(0,100)"
#USER INPUT# -> :"    resolution=random.randint(0,8)"
#USER INPUT# -> :""
#USER INPUT# -> :"    r=float(f'{(n*multiplier):.{resolution}f}')"
#USER INPUT# -> :"    return r"
#USER INPUT# -> :""
#USER INPUT# -> :"c_fmla=sp.symbols('c_fmla')"
#USER INPUT# -> :"equals_fmla=randomFloat()"
#USER INPUT# -> :""
#USER INPUT# -> :"rf1=randomFloat()"
#USER INPUT# -> :"rf2=randomFloat()"
#USER INPUT# -> :""
#USER INPUT# -> :"exp_human_fmla=f'({rf1}*({rf2}+c_fmla))={equals_fmla}'"
#USER INPUT# -> :"expression_fmla_hide=sp.Eq(rf1*(rf2+c_fmla),equals_fmla)"
#USER INPUT# -> :""
#USER INPUT# -> :"solution_fmla_hide=sp.solve(expression_fmla_hide)#ml#"
#USER INPUT# -> :"ff"
#USER INPUT# -> :"ff"
#USER INPUT# -> :"n"
#USER INPUT# -> :"b"
#USER INPUT# -> :""
#USER INPUT# -> :"cashqna"
#USER INPUT# -> :"1"
#USER INPUT# -> :"1"
#USER INPUT# -> :"n"
#USER INPUT# -> :"cashqna"
#USER INPUT# -> :"1"
#USER INPUT# -> :"2"
#USER INPUT# -> :"qp"
#USER INPUT# -> :"qp"
#USER INPUT# -> :"0"
#USER INPUT# -> :"t"
#USER INPUT# -> :"now"
#USER INPUT# -> :"bypass"
#USER INPUT# -> :"new"
#USER INPUT# -> :"#ml#import numpy as np "
#USER INPUT# -> :"import pandas as pd "
#USER INPUT# -> :"import sympy as sp "
#USER INPUT# -> :"import os,sys "
#USER INPUT# -> :"import random "
#USER INPUT# -> :"def randomFloat():"
#USER INPUT# -> :"    n=random.random()"
#USER INPUT# -> :"    multiplier=random.randint(0,100)"
#USER INPUT# -> :"    resolution=random.randint(0,8)"
#USER INPUT# -> :""
#USER INPUT# -> :"    r=float(f'{(n*multiplier):.{resolution}f}')"
#USER INPUT# -> :"    return r"
#USER INPUT# -> :""
#USER INPUT# -> :"c_fmla=sp.symbols('c_fmla')"
#USER INPUT# -> :"equals_fmla=randomFloat()"
#USER INPUT# -> :""
#USER INPUT# -> :"rf1=randomFloat()"
#USER INPUT# -> :"rf2=randomFloat()"
#USER INPUT# -> :""
#USER INPUT# -> :"exp_fmla=f'({rf1}*({rf2}+c_fmla))={equals_fmla}'"
#USER INPUT# -> :"expression_fmla_hide=sp.Eq(rf1*(rf2+c_fmla),equals_fmla)"
#USER INPUT# -> :""
#USER INPUT# -> :"solution_fmla_hide=sp.solve(expression_fmla_hide)#ml#"
#USER INPUT# -> :"ff"
#USER INPUT# -> :"ff"
#USER INPUT# -> :"b"
#USER INPUT# -> :"b"
#USER INPUT# -> :"cashqna"
#USER INPUT# -> :"cashqna"
#USER INPUT# -> :"1"
#USER INPUT# -> :"2"
#USER INPUT# -> :"qq"
#USER INPUT# -> :"0.1.68"
#USER INPUT# -> :"0.1.69"
#USER INPUT# -> :"0.1.70"
#USER INPUT# -> :"0.1.71"
