parameters: (t, sz, z0=0)
return_statement: return Shape(stdlib.scale_z(
          args[0].ptr,
          args[1].ptr,
          args[2].ptr))
docstring: Scales a shape by sx on the x axis about 0 or an optional offset
docstring_summary: Scales a shape by sx on the x axis about 0 or an optional offset
docstring_tokens: Scales a shape by sx on the x axis about 0 or an optional offset
function: def scale_z(t, sz, z0=0):
      """ Scales a shape by sx on the x axis about 0 or an optional offset
      """
      args = [Shape.wrap(t), Shape.wrap(sz), Shape.wrap(z0)]
      return Shape(stdlib.scale_z(
          args[0].ptr,
          args[1].ptr,
          args[2].ptr))
function_tokens: def scale_z ( t , sz , z0 = 0 ) : args = [ Shape . wrap ( t ) , Shape . wrap ( sz ) , Shape . wrap ( z0 ) ] return Shape ( stdlib . scale_z ( args [ 0 ] . ptr , args [ 1 ] . ptr , args [ 2 ] . ptr ) )