public interface simps
Integrates sampled values using Simpson's rule
(Specification)
Functions
private pure recursive module function simps_dx_dp(y, dx, even) result(integral)
Arguments
| Type | Intent | Optional | Attributes | | Name | |
|---|
| real(kind=dp), |
intent(in), |
| dimension(:) | :: |
y | |
| real(kind=dp), |
intent(in) |
| | :: |
dx | |
| integer, |
intent(in), |
optional | | :: |
even | |
Return Value real(kind=dp)
private pure recursive module function simps_dx_sp(y, dx, even) result(integral)
Arguments
| Type | Intent | Optional | Attributes | | Name | |
|---|
| real(kind=sp), |
intent(in), |
| dimension(:) | :: |
y | |
| real(kind=sp), |
intent(in) |
| | :: |
dx | |
| integer, |
intent(in), |
optional | | :: |
even | |
Return Value real(kind=sp)
private recursive module function simps_x_dp(y, x, even) result(integral)
Arguments
| Type | Intent | Optional | Attributes | | Name | |
|---|
| real(kind=dp), |
intent(in), |
| dimension(:) | :: |
y | |
| real(kind=dp), |
intent(in), |
| dimension(:) | :: |
x | |
| integer, |
intent(in), |
optional | | :: |
even | |
Return Value real(kind=dp)
private recursive module function simps_x_sp(y, x, even) result(integral)
Arguments
| Type | Intent | Optional | Attributes | | Name | |
|---|
| real(kind=sp), |
intent(in), |
| dimension(:) | :: |
y | |
| real(kind=sp), |
intent(in), |
| dimension(:) | :: |
x | |
| integer, |
intent(in), |
optional | | :: |
even | |
Return Value real(kind=sp)
