 addPtSrc | d=addPtSrc(d,flux,alpha,dra,ddec) |
| analyze_measureRfactor | [elevation,r] = analyze_measureRfactor(start,finish) |
| as_consts | AS_CONSTS: returns values of many constants used in AIR_SEA TOOLBOX |
| beamwidth | width=beamwidth(ad,beam,lev) |
| bin | function bv=bin(v,npts,dim) |
| binsearch | bsearch(x,var) |
| buffields | function [s,b]=buffields(s,fd) |
| calcAzEl2 | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
| calcAzEl2South | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
| catstruct | d=catstruct(dim,sa) |
| chisq | chi2 = chisq(pars,func,y,e,x...) |
| circle | [x,y]=circle(x0,y0,r,npts,flag) |
| correction_gen | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
| cvec | vec=cvec(x) |
| data_read | d=data_read(start, stop, regs) |
| date_axis | function date_axis |
| deriv | DERIV Column-wise derivative estimation. |
| errorbar_x | ERRORBAR Error bar plot. |
| f_nu | fnu=f_nu(nu) |
| ffto | Wrapper for the fft function. |
| findramp | function flag=findramp(v,flag,ramp) |
| findspaces | function list=findspaces(lin) |
| findstep | function flag=findstep(v,t,flag,step,maxt) |
| fit1overf | [a,A,B,fknee] = fit1overf(V,fs,popt) |
| fitsget | [x_tic,y_tic,data,key]=fitsget(filename) |
| fwhm | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
| gauss | y = gauss(p,x) |
| gauss2 | z = gauss2(p,x,y) |
| gaussfit | function that outputs a gaussian fitted value-use with nlinfit- also |
| gaussfit_sig | function that outputs a gaussian fitted value-use with nlinfit- also |
| group | function [s,e]=group(ind) |
| gtitle | function gtitle(str) |
| hfill | [bincenter,n] = hfill(vals,nbin,low,high,weight,opt) |
| hfit | [p,pe,chisq,stat]=hfit(x,n,func,inpar,lims,opt,freepar) |
| hfitgauss | [p,pe,prob,stat]=hfitgauss(x,n,lims,opt,freepar) |
| hplot | hplot(bc,n,opt,lim) |
| instability | function flag=instability(v,t,flag,spike,maxt) |
| issubfield | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
| j2000coord | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
| last | %%%%%%%%%%%%%%%%%% |
| linfit | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
| linfit2 | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
| listfields | function list=listfields(d) |
| load_cmbfast | [l,Cs_l]=load_cmbfast(filename) |
| logl | logl = logl(pars,func,n,x...) |
| lst | -------------------------------------------------------------------- |
| matmin | [par,err,gof,stat] = matmin(gof_func,inpar,freepar,func,y,...) |
| matmin2 | [par,err,gof,stat] = matmin2(gof_func,inpar,freepar,func,y,...) |
| maxmd | [maxval,maxind]=maxmd(x) |
| mergestruct | function s=mergestruct(s,b) |
| mkgif | function mkgif(filename) |
| nanmeanND | I got sick of typing: |
| nanvarc | nanvc = nanvar(x,dim) |
| notchFilter | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% |
| outlier | function flag=outlier(pt,nsig,epsil) |
| outlierDims | function flag=outlier(pt, dim, nsig,upperCut, lowerCut, epsil) |
| padarray | PADARRAY Pad an array. |
| peakdet | Peakdet |
| peakfit | PEAKFIT(signal); |
| planck | I=planck(nu,T) |
| planck_dIdT | dIdT=planck_dIdT(nu,T) |
| plotQuickSpec | |
| print_error | Print a message to stderr. By default this is a nice red |
| pyth | r=pyth(x,y) |
| query | function q=query |
| rFactorCorrection | This function calculates the r-factor correction to the data in structure d. |
| randint | RANDINT Randomly generated integral matrix. |
| rms | r=rms(x) |
| rvec | vec=rvec(x) |
| scd | z=scd(x,y) |
| schisq | x=schisq(vis,modvis,err) |
| scp | z=scp(x,y) |
| screen2jpeg | SCREEN2JPEG Generate a JPEG file of the current figure with |
| screen2png | |
| searchStruct | function f=searchStruct(d,field) |
| setwinsize | setwinsize(handle,x,y) |
| skyplot | skyplot() |
| smooth | SMOOTH Smooth data. |
| soradna1 | SORADNA1: computes no-sky solar radiation and solar altitude. |
| st_line | function y = st_line(p,x) |
| straight_lin | |
| structcut | structure=structcut(structure,i) |
| sunUpDown | %%%%%% |
| sunposmjd | %%%%%% |
| sunrise | SUNRISE: computes sunrise and sunset times for specified day and location. |
| suptitle | SUPTITLE Puts a title above all subplots. |
| sz_fx | fx=sz_fx(nu) |
| sz_relcor | f = sz_relcor(freq, kTe) |
| sza_apfield | field=sza_apfield(r,diameter) |
| sza_calc_tau | tau=sza_calc_tau(nu,za) |
| sza_calc_tsys | tau=sza_calc_tau(nu,za) |
| timeorder | function d=timeorder(d) |
| tvector | function t=tvector(dt) |
| varc | v=varc(x,flag,dim) |
| vis2ant | should convert from baselines to antennas |
| vwstat | [x,v]=vwstat(x,v,dim) |
| weighted_mean | MI Jul 2013 |
| wrap180 | function angle = wrap180(angle) |
| wrap360 | function angleMod = wrap360(angle) |
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