double *bernstein_to_legendre01 ( int n, double bcoef[] );
double *bernstein_to_legendre01_matrix ( int n );
double *bernstein_to_monomial ( int n, double bcoef[] );
double *bernstein_to_monomial_matrix ( int n );
double *chebyshev_to_monomial ( int n, double ccoef[] );
double *chebyshev_to_monomial_matrix ( int n );
double *gegenbauer_to_monomial ( int n, double alpha, double gcoef[] );
double *gegenbauer_to_monomial_matrix ( int n, double alpha );
double *hermite_to_monomial ( int n, double hcoef[] );
double *hermite_to_monomial_matrix ( int n );
int i4_max ( int i1, int i2 );
int i4_min ( int i1, int i2 );
double *laguerre_to_monomial ( int n, double lcoef[] );
double *laguerre_to_monomial_matrix ( int n );
double *legendre_to_monomial ( int n, double lcoef[] );
double *legendre_to_monomial_matrix ( int n );
double *legendre01_to_bernstein ( int n, double lcoef[] );
double *legendre01_to_bernstein_matrix ( int n );
double *monomial_to_bernstein ( int n, double mcoef[] );
double *monomial_to_bernstein_matrix ( int n );
double *monomial_to_chebyshev ( int n, double mcoef[] );
double *monomial_to_chebyshev_matrix ( int n );
double *monomial_to_gegenbauer ( int n, double alpha, double mcoef[] );
double *monomial_to_gegenbauer_matrix ( int n, double alpha );
double *monomial_to_hermite ( int n, double mcoef[] );
double *monomial_to_hermite_matrix ( int n );
double *monomial_to_laguerre ( int n, double lcoef[] );
double *monomial_to_laguerre_matrix ( int n );
double *monomial_to_legendre ( int n, double mcoef[] );
double *monomial_to_legendre_matrix ( int n );
double r8_choose ( int n, int k );
double r8_factorial ( int n );
double r8_mop ( int i );
double *r8mat_mv_new ( int m, int n, double a[], double x[] );