 Contents | Ocean Modeling Vizualization Tools (OMVIZ) |
| Readme | This is a collection of m-files to manipulate, |
| allmean | function allmean(cdf1,cdf2,tind,tout); |
| arrows | function [h]=arrows(x,y,w,fac,color) |
| clegend4 | CLEGEND4 Plot color bar legend below a plot. |
| cmean | function cmean(cdfin,cdfout,varin,tind,tout) |
| contents.1 | Extracting scalar data from NetCDF model output |
| ctotal | CTOTAL computes to total amount of tracer present in a given time |
| depave | DEPAVE computes the depth-averaged value of a 4D variable at |
| depaveuv | DEPAVEUV computes the depth-averaged value of velocity at |
| depmax | DEPmax computes the depth-maxraged value of a 4D variable at |
| dolandscape | |
| doportrait | |
| ecom_depaveuv | ECOM_DEPAVEUV computes the depth-averaged value of velocity at |
| ecom_islice | ECOM_ISLICE returns a vertical slice along i=iindex |
| ecom_jslice | ECOM_JSLICE: returns a vertical slice along j=jindex, ECOM file |
| ecom_kslice | ECOM_KSLICE: returns horizontal slice at particular layer. |
| ecom_zslice | ECOM_ZSLICE Returns a matrix containing a horizontal slice at a specified depth |
| ecom_zsliceuv | ZSLICEUV Returns a matrix containing a horizontal slice at a specified depth |
| ecomdemo | m-file to show a few examples of extracting data |
| ecomelev | function [e,jd]=ecomelev(cdf,i,j) |
| ecomhf | function [e,jd]=ecomelev(cdf,i,j) |
| ecomtau | ECOMTAU returns wind stress from 4D ecomsi.cdf type files. |
| ecomtime | ECOMTIME Julian time data from POM.CDF or ECOM.CDF type file |
| ecomts | ecomts extracts a velocity time series from a 4D netCDF ECOM output file. |
| ecomvel | ECOMVEL extracts a velocity time series from a 4D netCDF ECOM output file. |
| emean | function emean(cdfin,cdfout,tind,tout) |
| fiddlegrid | script for fiddling model_grid |
| freshthick | function [f,x,y]=freshthick(cdf,tind,s0); |
| freshtot | FRESHTOT computes to total amount of fresh water present in a given time |
| get_tsdata | FUNCTION: Get_TSData() |
| gmax | function xnew=gmax(x) |
| gmin | function xnew=gmix(x) |
| greg2str | GREG2STR Converts Gregorian time array to String |
| gregaxd | GREGAXD Labels the current x-axis with Gregorian labels in units of days, |
| gregaxh | GREGAXH Labels the current x-axis with Gregorian labels in units of hours, |
| gregaxis | GREGAXIS Convert numeric XTickLabels to date strings. |
| gregaxm | GREGAXM Labels the current x-axis with Gregorian labels in units of months, |
| gregaxy | GREGAXY Labels the current x-axis with Gregorian labels in units of years. |
| gregorian | GREGORIAN Converts digital Julian days to Gregorian calendar dates. |
| hfmean | HFMEAN averages the heat flux over time steps TIND |
| hms2h | HMS2H converts hours, minutes, and seconds to hours |
| islice | ISLICE: returns horizontal slice at particular layer. |
| jslice | JSLICE: returns horizontal slice at particular layer. |
| julian | JULIAN Converts Gregorian calendar dates to corresponding |
| kslice | KSLICE: returns horizontal slice at particular layer. |
| ksliceuv | KSLICEUV |
| mcagt | MCAGT Get the values of a NetCDF attribute. |
| mcdinq | MCDINQ Inquire about a NetCDF dimension. |
| mcdump | MCDUMP is a more terse form of the NetCDF utility 'ncdump'. |
| mcvgt | MCVGT Get a NetCDF hyperslab. |
| near | NEAR finds the indices of x that are closest to the point x0. |
| nearxy | NEARXY finds the indices of (x,y) that are closest to the point (x0,y0). |
| plotsta | PLOTSTA Plots time series output locations on map |
| pomdemo | POMDEMO an m-file to show a few examples of extracting data |
| pslice | PSLICE Like Pcolor, but centered on grid cells, and includes a legend. |
| pslice2 | PSLICE2 Just like pslice, but no color legend bar is drawn |
| psliceuv | |
| readgrid | READGRID reads the ECOM "model_grid" file |
| replace | FUNCTION REPLACE finds all the elements of matrix X that are equal to A, and |
| s2hms | S2HMS converts seconds to integer hour,minute,seconds |
| scrum_ctotal | CTOTAL computes to total amount of tracer present in a given time |
| scrum_depaveuv | ECOM_DEPAVEUV computes the depth-averaged value of velocity at |
| scrum_ftotal | ftotAL computes to total amount of fresh water present in a given time |
| scrum_islice | ISLICE returns a vertical slice along i=iindex from a SCRUM file |
| scrum_jslice | SCRUM_JSLICE: returns a vertical slice along j=jindex, SCRUM file. |
| scrum_kslice | SCRUM_KSLICE: returns horizontal slice at particular layer. |
| scrum_zslice | SCRUM_ZSLICE: Returns horizontal slice from SCRUM Netcdf file. |
| scrum_zsliceuv | SCRUM_ZSLICE Returns a matrix containing a horizontal slice of velocity |
| sp2gc | SP2GC State Plane (or whatever coordinates the model |
| sp2gc2 | SP2GC State Plane (or whatever coordinates the model |
| stacklbl | function stacklbl(axhandle,titl,ylab,[x,y]); |
| swstate | SWSTATE State equation for seawater |
| taumean | function taumean(cdfin,cdfout,tind,tout) |
| tind | TIND finds index of Julian day array closest to the specified Gregorian time |
| tmean | function tmean(cdfin,cdfout,tind,tout) |
| ts | TS Reads a scalar variable at a particular station from TSEPIC.CDF files. |
| ts2 | TS Reads a scalar variable at a particular station from TSEPIC.CDF files. |
| tselev | TSELEV reads elevation time series from TSEPIC.CDF style files |
| tshf | TSELEV reads elevation time series from TSEPIC.CDF style files |
| tsloc | TSLOC shows locations of time series stations on map of bathymetry |
| tsrich | TSRICH calculates gradient Richardson Number from TSEPIC.CDF files |
| tstau | TSTAU Reads time series of wind from TSEPIC style files |
| tsvel | TSVEL Reads velocity variable at a particular station from TSEPIC.CDF files. |
| tsvel2 | TS Reads a scalar variable at a particular station from TSEPIC.CDF files. |
| uvp_masks | function [umask,vmask,pmask]=uvp_masks(rmask) % |
| vmean | function vmean(cdfin,cdfout,tind,tout) |
| w100 | W100 calculates bottom velocity at 1 m above bottom from ECOM.cdf files |
| zslice | ZSLICE: Returns horizontal slice from SCRUM or ECOM Netcdf file. |
| zsliceuv | ZSLICEUV: Returns horizontal velocity slice from SCRUM or ECOM Netcdf file. |
Master index