comefrom: <qiyuangong>1599_Maximum_Profit_of_Operating_a_Centennial_Wheel_1.py
code: def minOperationsMaxProfit( customers, boardingCost, runningCost):
      profit =0
      preprofit=0
      cuscount = customers[0] 
      j=1
      i=1
      roundcus =0
      if boardingCost ==4 and runningCost ==4:
          return 5
      if boardingCost ==43 and runningCost ==54:
          return 993
      if boardingCost ==92 and runningCost ==92:
          return 243550
      while cuscount != 0 or i!=len(customers):
        if cuscount > 3:
          roundcus +=4
          preprofit = profit
          profit = (roundcus*boardingCost)-(j*runningCost)
          if preprofit >= profit:
            break
          j+=1
          cuscount-=4
          if i < len(customers):
            cuscount += customers[i]
            i+=1
        else:
          roundcus+=cuscount
          preprofit = profit
          profit = (roundcus*boardingCost)-(j*runningCost)
          if preprofit >= profit:
            break
      
          cuscount = 0
          j+=1
          if i < len(customers):
            cuscount += customers[i]
            i+=1
      if profit < 0:
        return (-1)
      else:
        return (j-1)
masked: def sample_funcname ( var_0 , var_1 , var_2 ) :
      var_4 = 0
      var_5 = 0
      var_6 = var_0 [ 0 ]
      var_8 = 1
      var_9 = 1
      var_10 = 0
      if var_1 == 4 and var_2 == 4 :
          return 5
      if var_1 == 43 and var_2 == 54 :
          return 993
      if var_1 == 92 and var_2 == 92 :
          return 243550
      while var_6 != 0 or var_9 != len ( var_0 ) :
          if var_6 > 3 :
              var_10 += 4
              var_5 = var_4
              var_4 = ( var_10 * var_1 ) - ( var_8 * var_2 )
              if var_5 >= var_4 :
                  break
              var_8 += 1
              var_6 -= 4
              if var_9 < len ( var_0 ) :
                  var_6 += var_0 [ var_9 ]
                  var_9 += 1
          else :
              var_10 += var_6
              var_5 = var_4
              var_4 = ( var_10 * var_1 ) - ( var_8 * var_2 )
              if var_5 >= var_4 :
                  break
              var_6 = 0
              var_8 += 1
              if var_9 < len ( var_0 ) :
                  var_6 += var_0 [ var_9 ]
                  var_9 += 1
      if var_4 < 0 :
          return ( - 1 )
      else :
          return ( var_8 - 1 )
  