netlib/quadpack/index

• file: quadpack/dqc25s.f
  gams: H2a2a2
• file: quadpack/qc25s.f
  gams: H2a2a2
• file: quadpack/qage.f
  gams: H2a1a1
  for: same as (quadpack/qag) but provides more information and control
• file: quadpack/dqage.f
  gams: H2a1a1
  for: same as (quadpack/dqag) but provides more information and control
• file: quadpack/qagie.f
  gams: H2a3a1,H2a4a1
  for: same as (quadpack/qagi) but provides more information and control
• file: quadpack/dqagie.f
  gams: H2a3a1,H2a4a1
  for: same as (quadpack/dqagi) but provides more information and control
• file: quadpack/qagpe.f
  gams: H2a2a1
  for: same as (quadpack/qagp) but provides more information and control
• file: quadpack/dqagpe.f
  gams: H2a2a1
  for: same as (quadpack/dqagp) but provides more information and control
• file: quadpack/qagse.f
  gams: H2a1a1
  for: same as (quadpack/qags) but provides more information and control
• file: quadpack/dqagse.f
  gams: H2a1a1
  for: same as (quadpack/dqags) but provides more information and control
• file: quadpack/qawoe.f
  gams: H2a2a1
  for: same as (quadpack/qawo) but provides more information and control
• file: quadpack/dqawoe.f
  gams: H2a2a1
  for: same as (quadpack/dqawo) but provides more information and control
• file: quadpack/qawse.f
  gams: H2a2a1
  for: same as (quadpack/qaws) but provides more information and control
• file: quadpack/dqawse.f
  gams: H2a2a1
  for: same as (quadpack/dqaws) but provides more information and control
• file: quadpack/qawce.f
  gams: H2a2a1,J4
  for: same as (quadpack/qawc) but provides more information and control
• file: quadpack/dqawce.f
  gams: H2a2a1,J4
  for: same as (quadpack/dqawc) but provides more information and control
• file: quadpack/qawfe.f
  gams: H2a3a1
  for: same as (quadpack/qawf) but provides more information and control
• file: quadpack/dqawfe.f
  gams: H2a3a1
  for: same as (quadpack/dqawf) but provides more information and control
• file: quadpack/qag.f
  gams: H2a1a1
  for: 1D globally adaptive integrator using Gauss-Kronrod quadrature, oscillating integrand
  prec: single
• file: quadpack/dqag.f
  gams: H2a1a1
  for: 1D globally adaptive integrator using Gauss-Kronrod quadrature, oscillating integrand
  prec: double
• file: quadpack/qagi.f
  gams: H2a3a1,H2a4a1
  for: 1D globally adaptive integrator, infinite intervals
  prec: single
• file: quadpack/dqagi.f
  gams: H2a3a1,H2a4a1
  for: 1D globally adaptive integrator, infinite intervals
  prec: double
• file: quadpack/qagp.f
  gams: H2a2a1
  for: 1D globally adaptive integrator, singularities or discontinuities
  prec: single
• file: quadpack/dqagp.f
  gams: H2a2a1
  for: 1D globally adaptive integrator, singularities or discontinuities
  prec: double
• file: quadpack/qags.f
  gams: H2a1a1
  for: 1D globally adaptive integrator using interval subdivision and extrapolation
  prec: single
• file: quadpack/dqags.f
  gams: H2a1a1
  for: 1D globally adaptive integrator using interval subdivision and extrapolation
  prec: double
• file: quadpack/qawo.f
  gams: H2a2a1
  for: 1D integration of cos(omega*x)*f(x) or sin(omega*x)*f(x) over a finite interval, adaptive subdivision with extrapolation
  prec: single
• file: quadpack/dqawo.f
  gams: H2a2a1
  for: 1D integration of cos(omega*x)*f(x) or sin(omega*x)*f(x) over a finite interval, adaptive subdivision with extrapolation
  prec: double
• file: quadpack/qaws.f
  gams: H2a2a1
  for: 1D integration of functions with powers and or logs over a finite interval
  prec: single
• file: quadpack/dqaws.f
  gams: H2a2a1
  for: 1D integration of functions with powers and or logs over a finite interval
  prec: double
• file: quadpack/qawc.f
  gams: H2a2a1,J4
  for: compute Cauchy principal value of f(x)/(x-c) over a finite interval
  prec: single
• file: quadpack/dqawc.f
  gams: H2a2a1,J4
  for: compute Cauchy principal value of f(x)/(x-c) over a finite interval
  prec: double
• file: quadpack/qng.f
  gams: H2a1a1
  for: 1D non-adaptive automatic integrator
  prec: single
• file: quadpack/dqng.f
  gams: H2a1a1
  for: 1D non-adaptive automatic integrator
  prec: double
• file: quadpack/qawf.f
  gams: H2a3a1
  for: Fourier sine/cosine transform for user supplied interval a to infinity
  prec: single
• file: quadpack/dqawf.f
  gams: H2a3a1
  for: Fourier sine/cosine transform for user supplied interval a to infinity
  prec: double
• file: quadpack/qk15.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 15 point rule and give error estimate, non-automatic
  prec: single
• file: quadpack/dqk15.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 15 point rule and give error estimate, non-automatic
  prec: double
• file: quadpack/qk21.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 21 point rule and give error estimate, non-automatic
  prec: single
• file: quadpack/dqk21.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 21 point rule and give error estimate, non-automatic
  prec: double
• file: quadpack/qk31.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 31 point rule and give error estimate, non-automatic
  prec: single
• file: quadpack/dqk31.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 31 point rule and give error estimate, non-automatic
  prec: double
• file: quadpack/qk41.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 41 point rule and give error estimate, non-automatic
  prec: single
• file: quadpack/dqk41.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 41 point rule and give error estimate, non-automatic
  prec: double
• file: quadpack/qk51.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 51 point rule and give error estimate, non-automatic
  prec: single
• file: quadpack/dqk51.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 51 point rule and give error estimate, non-automatic
  prec: double
• file: quadpack/qk61.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 61 point rule and give error estimate, non-automatic
  prec: single
• file: quadpack/dqk61.f
  gams: H2a1a2
  for: estimate 1D integral on finite interval using a 61 point rule and give error estimate, non-automatic
  prec: double
• file: quadpack/qk15i.f
  gams: H2a3a2,H2a4a2
  for: estimate 1D integral on (semi)infinite interval using a 15 point quadrature rule,non-automatic
  prec: single
• file: quadpack/dqk15i.f
  gams: H2a3a2,H2a4a2
  for: estimate 1D integral on (semi)infinite interval using a 15 point quadrature rule,non-automatic
  prec: double
• file: quadpack/qk15w.f
  gams: H2a2a2
  for: estimate 1D integral with special singular weight functions using a 15 point quadrature rule
  prec: single
• file: quadpack/dqk15w.f
  gams: H2a2a2
  for: estimate 1D integral with special singular weight functions using a 15 point quadrature rule
  prec: double
• file: quadpack/qc25c.f
  gams: H2a2a2,J4
  for: 1D integral for Cauchy principal values using a 25 point quadrature rule
  prec: single
• file: quadpack/dqc25c.f
  gams: H2a2a2,J4
  for: 1D integral for Cauchy principal values using a 25 point quadrature rule
  prec: double
• file: quadpack/qmomo.f
  gams: H2a2a1,C3a2
  for: 1D integration of k-th degree Chebyshev polynomial times a function with singularities
  prec: single
• file: quadpack/dqmomo.f
  gams: H2a2a1,C3a2
  for: 1D integration of k-th degree Chebyshev polynomial times a function with singularities
  prec: double
• file: quadpack/qc25f.f
  gams: H2a2a2
  for: 1D integral for sin/cos integrand using a 25 point quadrature rule
  prec: single
• file: quadpack/dqc25f.f
  gams: H2a2a2
  for: 1D integral for sin/cos integrand using a 25 point quadrature rule
  prec: double
• lib: quadpack/Old (index) (tar)
• file: quadpack/changes
• file: quadpack/doc
• file: quadpack/dqcheb.f
• file: quadpack/dqelg.f
• file: quadpack/dqpsrt.f
• file: quadpack/dqwgtc.f
• file: quadpack/dqwgtf.f
• file: quadpack/dqwgts.f
• file: quadpack/qcheb.f
• file: quadpack/qelg.f
• file: quadpack/qpsrt.f
• file: quadpack/qwgtc.f
• file: quadpack/qwgtf.f
• file: quadpack/qwgts.f
• lib: quadpack/test (index) (tar)
• file: quadpack/readme

• index help

Eric and Jack