#! /usr/bin/env python
#
def legendre_polynomial_test ( ):

#*****************************************************************************80
#
## LEGENDRE_POLYNOMIAL_TEST tests the LEGENDRE_POLYNOMIAL library.
#
#  Licensing:
#
#    This code is distributed under the GNU LGPL license.
#
#  Modified:
#
#    17 March 2016
#
#  Author:
#
#    John Burkardt
#
  import platform

  from imtqlx                      import imtqlx_test

  from p_exponential_product       import p_exponential_product_test
  from p_integral                  import p_integral_test
  from p_polynomial_coefficients   import p_polynomial_coefficients_test
  from p_polynomial_prime          import p_polynomial_prime_test
  from p_polynomial_prime2         import p_polynomial_prime2_test
  from p_polynomial_value          import p_polynomial_value_test
  from p_polynomial_values         import p_polynomial_values_test
  from p_polynomial_zeros          import p_polynomial_zeros_test
  from p_power_product             import p_power_product_test
  from p_quadrature_rule           import p_quadrature_rule_test
  from pm_polynomial_value         import pm_polynomial_value_test
  from pm_polynomial_values        import pm_polynomial_values_test
  from pmn_polynomial_value        import pmn_polynomial_value_test
  from pmn_polynomial_values       import pmn_polynomial_values_test
  from pmns_polynomial_value       import pmns_polynomial_value_test
  from pmns_polynomial_values      import pmns_polynomial_values_test
  from pn_pair_product             import pn_pair_product_test
  from pn_polynomial_coefficients  import pn_polynomial_coefficients_test
  from pn_polynomial_value         import pn_polynomial_value_test
  from pn_polynomial_values        import pn_polynomial_values_test

  from r8_epsilon                  import r8_epsilon_test
  from r8_factorial                import r8_factorial_test
  from r8_sign                     import r8_sign_test

  from r8mat_print                 import r8mat_print_test
  from r8mat_print_some            import r8mat_print_some_test

  from r8vec_print                 import r8vec_print_test

  from r8vec2_print                import r8vec2_print_test

  print ( '' )
  print ( 'LEGENDRE_POLYNOMIAL_TEST:' )
  print ( '  Python version: %s' % ( platform.python_version ( ) ) )
  print ( '  Test the LEGENDRE_POLYNOMIAL library.' )

  imtqlx_test ( )

  p = 5
  b = 0.0
  p_exponential_product_test ( p, b )

  p = 5
  b = 1.0
  p_exponential_product_test ( p, b )

  p_integral_test ( )

  p_polynomial_coefficients_test ( )
  p_polynomial_prime_test ( )
  p_polynomial_prime2_test ( )
  p_polynomial_value_test ( )
  p_polynomial_values_test ( )
  p_polynomial_zeros_test ( )

  p = 5
  e = 0
  p_power_product_test ( p, e )

  p = 5
  e = 1
  p_power_product_test ( p, e )

  p_quadrature_rule_test ( )

  pm_polynomial_value_test ( )
  pm_polynomial_values_test ( )

  pmn_polynomial_value_test ( )
  pmn_polynomial_values_test ( )

  pmns_polynomial_value_test ( )
  pmns_polynomial_values_test ( )

  p = 5
  pn_pair_product_test ( p )
  pn_polynomial_coefficients_test ( )
  pn_polynomial_value_test ( )
  pn_polynomial_values_test ( )

  r8_epsilon_test ( )
  r8_factorial_test ( )
  r8_sign_test ( )

  r8mat_print_test ( )
  r8mat_print_some_test ( )

  r8vec_print_test ( )

  r8vec2_print_test ( )
#
#  Terminate.
#
  print ( '' )
  print ( 'LEGENDRE_POLYNOMIAL_TEST:' )
  print ( '  Normal end of execution.' )
  return

if ( __name__ == '__main__' ):
  from timestamp import timestamp
  timestamp ( )
  legendre_polynomial_test ( )
  timestamp ( )