parameters: (self, nums)
return_statement: return len(nums) - (1+max_len)
docstring: :type nums: List[int]
          :rtype: int
docstring_summary: :type nums: List[int]
          :rtype: int
docstring_tokens: : type nums : List [ int ] : rtype : int
function: def minimumMountainRemovals(self, nums):
          """
          :type nums: List[int]
          :rtype: int
          """
          left_lis_len = [0]*len(nums)
          lis = []
          for i in xrange(len(nums)-1):
              j = bisect.bisect_left(lis, nums[i])
              if j == len(lis):
                  lis.append(nums[i])
              else:
                  lis[j] = nums[i]
              left_lis_len[i] = j
          max_len = 0
          lis = []
          for i in reversed(xrange(1, len(nums))):
              j = bisect.bisect_left(lis, nums[i])
              if j == len(lis):
                  lis.append(nums[i])
              else:
                  lis[j] = nums[i]
              if i < len(nums)-1:
                  max_len = max(max_len, left_lis_len[i]+j)
          return len(nums) - (1+max_len)
function_tokens: def minimumMountainRemovals ( self , nums ) : left_lis_len = [ 0 ] * len ( nums ) lis = [ ] for i in xrange ( len ( nums ) - 1 ) : j = bisect . bisect_left ( lis , nums [ i ] ) if j == len ( lis ) : lis . append ( nums [ i ] ) else : lis [ j ] = nums [ i ] left_lis_len [ i ] = j max_len = 0 lis = [ ] for i in reversed ( xrange ( 1 , len ( nums ) ) ) : j = bisect . bisect_left ( lis , nums [ i ] ) if j == len ( lis ) : lis . append ( nums [ i ] ) else : lis [ j ] = nums [ i ] if i < len ( nums ) - 1 : max_len = max ( max_len , left_lis_len [ i ] + j ) return len ( nums ) - ( 1 + max_len )