parameters: (radix, max_exp)
docstring: Print pre-computed small powers as f32.
docstring_summary: Print pre-computed small powers as f32.
docstring_tokens: Print pre - computed small powers as f32 .
function: def print_f32(radix, max_exp):
      '''Print pre-computed small powers as f32.'''
  
      print(f'/// Pre-computed, small powers-of-{radix}.')
      print(f'pub const SMALL_F32_POW{radix}: [f32; {max_exp + 1}] = [')
      for exponent in range(0, max_exp + 1):
          print(f'    {float(radix)**exponent},')
      print('];')
      print(f'const_assert!(SMALL_F32_POW{radix}.len() > f32_exponent_limit({radix}).1 as usize);')
      print('')
function_tokens: def print_f32 ( radix , max_exp ) : print ( f'/// Pre-computed, small powers-of-{radix}.' ) print ( f'pub const SMALL_F32_POW{radix}: [f32; {max_exp + 1}] = [' ) for exponent in range ( 0 , max_exp + 1 ) : print ( f'    {float(radix)**exponent},' ) print ( '];' ) print ( f'const_assert!(SMALL_F32_POW{radix}.len() > f32_exponent_limit({radix}).1 as usize);' ) print ( '' )