Index

Symbols

1piy() (in module sf)

A

abs() (in module complex) acos() (in module complex) acosh() (in module complex) acot() (in module complex) acoth() (in module complex) acsc() (in module complex) acsch() (in module complex) add() (graph.Plot method) addline() (graph.Plot method) airyAi() (in module sf) airyAi_deriv() (in module sf) airyAi_deriv_scaled() (in module sf) airyAi_deriv_zero() (in module sf) airyAi_scaled() (in module sf) airyAi_zero() (in module sf) airyBi() (in module sf) airyBi_deriv() (in module sf)

airyBi_deriv_scaled() (in module sf) airyBi_deriv_zero() (in module sf) airyBi_scaled() (in module sf) airyBi_zero() (in module sf) alloc() (in module gdt) angle (graph.Text attribute) append() (gdt.Gdt method) arc_to() (graph.Path method) asec() (in module complex) asech() (in module complex) asin() (in module complex) asinh() (in module complex) atan() (in module complex) atanh() (in module complex) atanint() (in module sf), [1] attach() (graph.Window method)

B

barplot() (in module gdt) besselI() (in module sf) besseli_scaled() (in module sf) besselI_scaled() (in module sf) besselInu() (in module sf) besselInu_scaled() (in module sf) besselj() (in module sf) besselJ() (in module sf) besselJ_zero() (in module sf) besselk() (in module sf) besselK() (in module sf) besselK_scaled() (in module sf) besselKnu() (in module sf) besselKnu_scaled() (in module sf) bessellnKnu() (in module sf) bessely() (in module sf)

besselY() (in module sf) besselYnu() (in module sf) beta() (in module rnd) (in module sf) beta_inc() (in module sf) beta_P() (in module randist) beta_pdf() (in module randist) beta_Pinv() (in module randist) beta_Q() (in module randist) beta_Qinv() (in module randist) binomial() (in module rnd) binomial_P() (in module randist) binomial_pdf() (in module randist) binomial_Q() (in module randist) BSpline (built-in class) bspline() (built-in function)

C

canvas() (in module graph) cauchy() (in module rnd) cauchy_P() (in module randist) cauchy_pdf() (in module randist) cauchy_Pinv() (in module randist) cauchy_Q() (in module randist) cauchy_Qinv() (in module randist) cdilog() (in module sf) Chi() (in module sf), [1] chisq() (in module rnd) chisq_P() (in module randist) chisq_pdf() (in module randist) chisq_Pinv() (in module randist) chisq_Q() (in module randist) chisq_Qinv() (in module randist) choose() (in module sf) Ci() (in module sf), [1] clausen() (in module sf) clear() (graph.Plot method) clip (graph.Plot attribute) close() (graph.Path method) cnew() (in module matrix) col() (Matrix method) col_append() (gdt.Gdt method) col_define() (gdt.Gdt method) col_index() (gdt.Gdt method)

col_insert() (gdt.Gdt method) column() (gdt.Gdt method) complex (module) conicalP() (in module sf) conicalPcylreg() (in module sf) conicalPsphreg() (in module sf) conj() (in module complex) contour (module) copy() (in module matrix) (Matrix method) cos() (in module complex) cosh() (in module complex) cot() (in module complex) coth() (in module complex) coulomb_CL() (in module sf) coulomb_wave_FG() (in module sf) coupling_3j() (in module sf) coupling_6j() (in module sf) coupling_9j() (in module sf) create() (in module gdt) csc() (in module complex) csch() (in module complex) csv (module) cursor() (gdt.Gdt method) curve3() (graph.Path method) curve4() (graph.Path method)

D

dawson() (in module sf) debye() (in module sf) def() (in module matrix) diag() (in module matrix)

dilog() (in module sf) dim() (gdt.Gdt method) (Matrix method) (in module matrix) doublefact() (in module sf)

E

eigen (module) ellint_D() (in module sf) ellint_E() (in module sf) ellint_F() (in module sf) ellint_P() (in module sf) ellint_RC() (in module sf) ellint_RD() (in module sf) ellint_RF() (in module sf) ellint_RJ() (in module sf) elljac() (in module sf) erf() (in module sf) erf_Q() (in module sf) erf_Z() (in module sf) erfc() (in module sf) eta() (in module sf) eval() (BSpline method) (gdt.LMFit method) evolve() (num.ODE method) exp() (in module complex) (in module sf) exp_err() (in module sf) exp_mult() (in module sf)

exp_mult_err() (in module sf) expint_3() (in module sf) expint_E() (in module sf) expint_Ei() (in module sf) expm1() (in module sf) exponential() (in module rnd) exponential_P() (in module randist) exponential_pdf() (in module randist) exponential_Pinv() (in module randist) exponential_Q() (in module randist) exponential_Qinv() (in module randist) exppow() (in module rnd) exppow_P() (in module randist) exppow_pdf() (in module randist) exppow_Pinv() (in module randist) exppow_Q() (in module randist) exppow_Qinv() (in module randist) exprel() (in module sf) exprel_2() (in module sf) exprel_n() (in module sf)

F

f (num.NLinFit attribute) fact() (in module sf) fdist() (in module rnd) fdist_P() (in module randist) fdist_pdf() (in module randist) fdist_Pinv() (in module randist) fdist_Q() (in module randist) fdist_Qinv() (in module randist) fermi_dirac() (in module sf) fermi_dirac_inc() (in module sf)

fft() (in module num) fftinv() (in module num) fibars() (in module graph) filine() (in module graph) filter() (in module gdt) fiplot() (in module graph) flush() (graph.Plot method) fset() (in module matrix) fxline() (in module graph) fxplot() (in module graph)

G

gamma() (in module rnd) (in module sf) gamma_inc() (in module sf) gamma_inc_P() (in module sf) gamma_inc_Q() (in module sf) gamma_P() (in module randist) gamma_pdf() (in module randist) gamma_Pinv() (in module randist) gamma_Q() (in module randist) gamma_Qinv() (in module randist) gammainv() (in module sf) gammastar() (in module sf) gaussian() (in module rnd) gaussian_P() (in module randist) gaussian_pdf() (in module randist) gaussian_Pinv() (in module randist) gaussian_Q() (in module randist) gaussian_Qinv() (in module randist) gaussian_tail() (in module rnd)

gaussian_tail_P() (in module randist) gaussian_tail_pdf() (in module randist) gaussian_tail_Pinv() (in module randist) gaussian_tail_Q() (in module randist) gaussian_tail_Qinv() (in module randist) Gdt (class in gdt) gdt (module) gegenpoly() (in module sf) gen() (in module eigen) genherm() (in module eigen) gensymm() (in module eigen) get() (gdt.Gdt method) (Matrix method) (rng.Rng method) get_legend() (graph.Plot method) getint() (rng.Rng method) graph (module) gsl (module) gsl_type() (built-in function)

H

hazard() (in module sf) hc() (in module matrix) header() (gdt.Gdt method) headers() (gdt.Gdt method) help() (built-in function) hydrogenicR() (in module sf) hydrogenicR_1() (in module sf)

hyperg0F1() (in module sf) hyperg1F1() (in module sf) hyperg2F1() (in module sf) hyperg2F1conj() (in module sf) hypergU() (in module sf) hzeta() (in module sf)

I

i (in module complex) ibars() (in module graph) ilist() (in module iter) imag() (in module complex) init() (num.ODE method) insert() (gdt.Gdt method) integ() (in module num) interp() (in module gdt)

inv() (in module matrix) ipath() (in module graph) ipathp() (in module graph) isample() (in module iter) isum() (in module iter) iter (module) iterate() (num.NLinFit method)

J

justif() (graph.Text method)

L

laguerre() (in module sf) lambertW0() (in module sf) lambertWm1() (in module sf) laplace() (in module rnd) laplace_P() (in module randist) laplace_pdf() (in module randist) laplace_Pinv() (in module randist) laplace_Q() (in module randist) laplace_Qinv() (in module randist) layout() (graph.Window method) legend() (graph.Plot method) legendre_H3d() (in module sf) legendreP() (in module sf) legendrePlm() (in module sf) legendreQ() (in module sf) legendresphPlm() (in module sf) levels() (gdt.Gdt method) limits() (graph.Plot method) line() (in module csv) line_to() (graph.Path method) linfit() (built-in function) list() (in module rng)

lm() (in module gdt) LMFit (class in gdt) lnbeta() (in module sf) lnchoose() (in module sf) lndoublefact() (in module sf) lnfact() (in module sf) lngamma() (in module sf) lngammac() (in module sf) lnpoch() (in module sf) log() (in module complex) (in module sf) log10() (in module complex) log_1plusx() (in module sf) log_1plusx_mx() (in module sf) log_abs() (in module sf) log_erfc() (in module sf) lognormal() (in module rnd) lognormal_P() (in module randist) lognormal_pdf() (in module randist) lognormal_Pinv() (in module randist) lognormal_Q() (in module randist) lognormal_Qinv() (in module randist)

M

marker() (in module graph) Matrix (built-in class) matrix (module)

model() (BSpline method) (gdt.LMFit method) move_to() (graph.Path method)

N

new() (in module complex) (in module gdt) (in module matrix) (in module rng) NLinFit (class in num) nlinfit() (in module num) non_symm() (in module eigen)

norm() (Matrix method) norm2() (in module complex) num (module), [1]

O

ODE (class in num)

ODE.ode() (in module num)

P

pad (graph.Plot attribute) Path (class in graph) path() (in module graph) Plot (class in graph) plot() (in module contour) (in module gdt) (in module graph) plot3d() (in module graph) poch() (in module sf) pochrel() (in module sf) poisson() (in module rnd) poisson_P() (in module randist)

poisson_pdf() (in module randist) poisson_Q() (in module randist) polar_plot() (in module contour) poplayer() (graph.Plot method) pow() (in module complex) predict() (gdt.LMFit method) psi() (in module sf) psi_1() (in module sf) psi_n() (in module sf) pushlayer() (graph.Plot method)

Q

quad_prepare() (in module num)

R

R2 (gdt.LMFit attribute) R2_adj (gdt.LMFit attribute) rainbow() (in module graph) randist (module) rayleigh() (in module rnd) rayleigh_P() (in module randist) rayleigh_pdf() (in module randist) rayleigh_Pinv() (in module randist) rayleigh_Q() (in module randist) rayleigh_Qinv() (in module randist) read() (in module csv) read_csv() (in module gdt)

real() (in module complex) rect() (in module complex) reduce() (in module gdt) restore_env() (built-in function) rgb() (in module graph) rgba() (in module graph) rnd (module) Rng (class in rng) rng (module) row() (Matrix method) rows() (gdt.Gdt method)

S

sample() (in module iter) save() (graph.Plot method) save_svg() (graph.Plot method) (graph.Window method) SE (gdt.LMFit attribute) sec() (in module complex) sech() (in module complex) sequence() (in module iter) set() (gdt.Gdt method) (Matrix method) (graph.Text method) (in module matrix) (num.NLinFit method) (rng.Rng method) set_categories() (graph.Plot method) set_header() (gdt.Gdt method) set_legend() (graph.Plot method) sf (module) Shi() (in module sf), [1] show() (graph.Plot method)

Si() (in module sf), [1] sin() (in module complex) sinh() (in module complex) slice() (Matrix method) solve() (in module matrix) sqrt() (in module complex) step() (num.ODE method) summary() (gdt.LMFit method) surfplot() (in module graph) svd() (in module matrix) symm() (in module eigen) sync (graph.Plot attribute) synchrotron1() (in module sf) synchrotron2() (in module sf)

T

tan() (in module complex) tanh() (in module complex) taylorcoeff() (in module sf) tdist() (in module rnd) tdist_P() (in module randist) tdist_pdf() (in module randist) tdist_Pinv() (in module randist) tdist_Q() (in module randist) tdist_Qinv() (in module randist)

test() (num.NLinFit method) Text (class in graph) text() (in module graph) TextShape (class in graph) textshape() (in module graph) title (graph.Plot attribute) transport() (in module sf) transpose() (in module matrix)

U

unit() (in module matrix) units (graph.Plot attribute)

use() (built-in function)

V

vec() (in module matrix) vegas_integ() (in module num)

vegas_prepare() (in module num)

W

webcolor() (in module graph) Window (class in graph)

Window.window() (in module graph) write_csv() (in module gdt)

X

x (num.NLinFit attribute) xlab_angle (graph.Plot attribute) xlab_format (graph.Plot attribute)

xtitle (graph.Plot attribute) xyline() (in module graph)

Y

ylab_angle (graph.Plot attribute) ylab_format (graph.Plot attribute)

ytitle (graph.Plot attribute)

Z

zeta() (in module sf)

zetam1() (in module sf)