code: def Triangular(low, peak, high, tag=None):
      
      assert low <= peak <= high, 'Triangular "peak" must lie between "low" and "high"'
      low, peak, high = [float(x) for x in [low, peak, high]]
      return uv(
          ss.triang((1.0 * peak - low) / (high - low), loc=low, scale=(high - low)),
          tag=tag,
      )
docs: A triangular random variate
      
      Parameters
      ----------
      low : scalar
          Lower bound of the distribution support
      peak : scalar
          The location of the triangle's peak (low <= peak <= high)
      high : scalar
          Upper bound of the distribution support