Global Index (all files) (short | long) | Local Index (files in subdir) (short | long)
| Name | Description |
|---|---|
A | |
| area_mean | [a2, lat2, lon2] = area_mean(in1, inc, lat, lon); |
B | |
| back | |
C | |
| cdir | |
| clean | keep('XAX', 'YAX', 'FRAME', 'CURDIR'); |
| clf | CLF Clear current figure. |
| clo | CLO Clear object |
| convert_sigma_to_pres | out = convert_sigma_to_pres(in, ps, newlevs); |
| convert_sigma_to_pres2 | out = convert_sigma_to_pres(in, ps, newlevs); |
| csirod | |
| csirodi | |
D | |
| default_global | xk = 1:length(lon); |
| default_global1 | xk = 1:length(lon); |
| default_global2 | xk = 1:length(lon); |
| define_global | |
| dg | dg(lat, lon); |
| dg2 | dg(lat, lon); |
F | |
| findmax | maxind = findmax(x); |
| findmin | minind = findmin(x); |
G | |
| get_cdtem | |
| get_global | |
| get_month1 | outcell = get_month_name1(monind); |
| get_month2 | outcell = get_month_name1(monind); |
| global_xy | global_xy(lat, lon); |
| globll | |
| go2d | [out, dims] = go2d(in); |
I | |
| isscalar | function iss = isscalar ( u ) ; |
| ismatrix | function ism = ismatrix ( u ) ; |
| isnum | function out1 = isnum( in1 ) |
| isvector | function isv = isvector ( u ) ; |
K | |
| keep_var | [xkeep, ykeep] = keep_var(lim, x, y); |
| keep | out = keep(varargin); |
| keep_latlon | [lat, lon] = keep_latlon(lim, x, y); |
| keep_latlon2 | [lat, lon] = keep_latlon(lim, y, x); |
| keep_var2 | [xkeep, ykeep] = keep_var(lim, x, y); |
| keep_var3 | [xkeep, ykeep] = keep_var(lim, x, y); |
| keep_varm | [xkeep, ykeep] = keep_var(lim, x, y); |
M | |
| maxmin | [maxind, minind] = maxmin(x); |
N | |
| ncep | |
P | |
| pd | |
| pop_stack | function [ stack, var ] = pop_stack ( stack ) ; |
| pop_temp | function var = pop_temp ( arg1 ) ; |
| popd | function popd ( silent ) ; |
| push_stack | function stack = push_stack ( val, stack ) ; |
| push_temp | function push_temp ( var ) |
| pushd | function pushd ( directory, silent ) ; |
R | |
| range | function [ minval, maxval ] = range( array ); |
| reshape_ann_to_mon | [outdat, ntim, nlat, nlon] = reshape_ann_to_mon(indat); |
S | |
| subset | x = subset2(y, lat, lon, lims); |
| subset_old | x = subset(y, nxa, nya, frame); |
T | |
| thes | |
| thin | out1 = thin(in1, inc); |