NAG CL Interface
e04wbc (nlp1_​init)

1 Purpose

2 Specification

3 Description

4 References

5 Arguments

1: $\mathbf{rname}$ – const char * Input

On entry: the name of the function to be initialized.

Constraint: rname must be called with $\mathbf{rname}='\mathrm{e04ufc}'$.

2: $\mathbf{cwsav}\left[\mathbf{lcwsav}\times 80\right]$ – char Communication Array

3: $\mathbf{lcwsav}$ – Integer Input

On entry: the dimension of the array cwsav.

Constraint: $\mathbf{lcwsav}\ge 5$.

4: $\mathbf{lwsav}\left[\mathbf{llwsav}\right]$ – Nag_Boolean Communication Array

5: $\mathbf{llwsav}$ – Integer Input

On entry: the dimension of the array lwsav.

Constraint: $\mathbf{llwsav}\ge 120$.

6: $\mathbf{iwsav}\left[\mathbf{liwsav}\right]$ – Integer Communication Array

7: $\mathbf{liwsav}$ – Integer Input

On entry: the dimension of the array iwsav.

Constraint: $\mathbf{liwsav}\ge 610$.

8: $\mathbf{rwsav}\left[\mathbf{lrwsav}\right]$ – double Communication Array

9: $\mathbf{lrwsav}$ – Integer Input

On entry: the dimension of the array rwsav.

Constraint: $\mathbf{lrwsav}\ge 475$.

10: $\mathbf{fail}$ – NagError * Input/Output

The NAG error argument (see Section 7 in the Introduction to the NAG Library CL Interface).

6 Error Indicators and Warnings

NE_ALLOC_FAIL

Dynamic memory allocation failed.

NE_BAD_PARAM

On entry, argument value had an illegal value.

NE_CHARACTER

On entry, $\mathbf{rname}=〈\mathit{\text{value}}〉$.
Constraint: rname must be called with $\mathbf{rname}='\mathrm{e04ufc}'$.

NE_INTERNAL_ERROR

An internal error has occurred in this function. Check the function call and any array sizes. If the call is correct then please contact NAG for assistance.

NE_NO_LICENCE

Your licence key may have expired or may not have been installed correctly.
See Section 8 in the Introduction to the NAG Library CL Interface for further information.

NE_TOO_SMALL

One or more of the save array lengths is too small. Supplied values are: $\mathbf{lcwsav}=〈\mathit{\text{value}}〉$, $\mathbf{llwsav}=〈\mathit{\text{value}}〉$, $\mathbf{liwsav}=〈\mathit{\text{value}}〉$ and $\mathbf{lrwsav}=〈\mathit{\text{value}}〉$.

7 Accuracy

8 Parallelism and Performance

9 Further Comments

10 Example