/netlib/go

• file: go/gaussq.f
  gams: H2c
  for: weights for Gaussian quadrature rules
  prec: double
• file: go/sgausq.f
  gams: H2c
  for: weights for Gaussian quadrature rules
  prec: single
• file: go/zeroin.f
  gams: F1b
  for: univariate zero-finding
  by: Brent
  prec: double
• file: go/seroin.f
  gams: F1b
  for: univariate zero-finding
  by: Brent
  prec: single
• file: go/fmin.f
  gams: G1a1a
  for: univariate minimization
  by: Brent
  prec: double
• file: go/sfmin.f
  gams: G1a1a
  for: univariate minimization
  by: Brent
  prec: single
• file: go/ibmblas
  gams: D1a
  for: IBM assembly language level-1 BLAS
• file: go/lowess.f
  gams: L8h
  for: smoothing scatterplots by locally weighted regression
  by: Bill Cleveland
• file: go/fft.f
  gams: J1b
  for: complex FFT 1D, 2D, 3D
  prec: single
  by: Singleton 1968
• file: go/realtr.f
  gams: J1a1
  for: real FFT
  prec: single
  by: Singleton 1968
• file: go/ffts.b
  gams: J1b
  for: complex FFT 1D, 2D, 3D
  lang: Limbo
  by: Singleton 1968, trans. Eric Grosse
• file: go/ffts.m
  for: header file for ffts.b
• file: go/fft-olesen.tar.gz
  gams: J1b
  for: complex FFT 1D, 2D, 3D
  lang: C, Fortran90
  by: Singleton 1968, trans. Mark Olesen, Michael Steffens
• file: go/pfort
  title: PFORT Verifier
  gams: S2
  for: checking adherence to the 1966 standard.
  size: 283 kB
• file: go/underwood.f
  for: sparse symmetric eigenproblems
  alg: iterative block Lanczos
  by: Richard Ray Underwood retyped by Cheryl M. M. Carey
  prec: double actually REAL*8 but maybe your compiler can cope
• file: go/underwood-out
  for: sample output of go/underwood.f
• file: go/accuracy

• index help

Eric and Jack

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