heevr - multiple declarations

Function heevr

void heevr (
  char jobz,
  char range,
  char uplo,
  int n,
  std.complex.Complex!(double)* a,
  int lda,
  double vl,
  double vu,
  int il,
  int iu,
  double abstol,
  out int m,
  double* w,
  std.complex.Complex!(double)* z,
  int ldz,
  int* isuppz,
  std.complex.Complex!(double)* work,
  int lwork,
  double* rwork,
  int lrwork,
  int* iwork,
  int liwork,
  ref int info
);

Function heevr

Computes selected eigenvalues, and optionally, eigenvectors of a complex Hermitian matrix. Eigenvalues are computed by the dqds algorithm, and eigenvectors are computed from various "good" LDL^T representations (also known as Relatively Robust Representations).

void heevr (
  char jobz,
  char range,
  char uplo,
  int n,
  std.complex.Complex!(float)* a,
  int lda,
  float vl,
  float vu,
  int il,
  int iu,
  float abstol,
  out int m,
  float* w,
  std.complex.Complex!(float)* z,
  int ldz,
  int* isuppz,
  std.complex.Complex!(float)* work,
  int lwork,
  float* rwork,
  int lrwork,
  int* iwork,
  int liwork,
  ref int info
);