Initial Conditions and Climatology Scripts - Revision history

Robertson at 12:49, 4 May 2012

2012-05-04T12:49:02Z

@@ Line 14: / Line 14: @@
 ::<span class="green">V</span> = <span class="red">roms2roms</span> &nbsp;(<span class="green">ncname</span>, <span class="green">D</span>, <span class="green">R</span>, <span class="green">Vname</span>, <span class="green">Tindex</span>, <span class="green">Rvector</span>, <span class="green">method</span>, <span class="green">offset</span>, <span class="green">RemoveNaN</span>)
 :'''On Input:'''
-::<span class="green">ncname</span>: &nbsp;  Donor grid NetCDF file name containing variable to process (string)
+::{| class="matlab"
-::<span class="green">D</span>: &nbsp;  Donor grid structure containing all horizontal and vertical variables (struct array)
+|-
-::<span class="green">R</span>: &nbsp;  Receiver grid structure containing all horizontal and vertical variables (struct array)
+|<span class="green">ncname</span>:
-::<span class="green">Vname</span>: &nbsp;  Field variable name to process (string)
+|Donor grid NetCDF file name containing variable to process (string)
-::<span class="green">Tindex</span>: &nbsp;  Time record index to process (scalar)
+|-
-::<span class="green">Rvector</span>: &nbsp;  Switch to Interpolate U- and V-points variables to RHO-points to facilitate rotation in curvilinear grid applications elsewhere (logical)
+|<span class="green">D</span>:
-::<span class="green">method</span>: &nbsp;   Interpolation method in <span class="blue">TriScatteredInterp</span> (string):
+|Donor grid structure containing all horizontal and vertical variables (struct array)
-:::<span class="red">natural</span> - &nbsp;  natural neighbor interpolation
+|-
-:::<span class="red">linear </span> - &nbsp;  linear interpolation (default)
+|<span class="green">R</span>:
-:::<span class="red">nearest</span> - &nbsp;  nearest-neighbor interpolation
+|Receiver grid structure containing all horizontal and vertical variables (struct array)
-::<span class="green">offset</span>: &nbsp;  Number of extra points to use when sampling the donor grid so it is large enough to contain the receiver grid  (default 5)
+|-
-::<span class="green">RemoveNaN</span>: &nbsp;  Switch to remove '''NaN''' values from the interpolated variable with a second interpolation step using the nearest-neighbor method (default false)
+|<span class="green">Vname</span>:
 :'''On Output:'''
-::<span class="green">V</span>: &nbsp; Interpolated requested 2D or 3D variable<section end=roms2roms.m />
+::{| class="matlab"

Arango at 19:23, 2 May 2012

2012-05-02T19:23:35Z

← Older revision		Revision as of 19:23, 2 May 2012
Line 24:		Line 24:
	:::<span class="red">linear </span> -   linear interpolation (default)		:::<span class="red">linear </span> -   linear interpolation (default)
	:::<span class="red">nearest</span> -   nearest-neighbor interpolation		:::<span class="red">nearest</span> -   nearest-neighbor interpolation
	::<span class="green">offset</span>:   Number of extra points ~~used~~ to ~~sample~~ the donor grid so it is large enough to contain the receiver grid (default 5)		::<span class="green">offset</span>:   Number of extra points to use when sampling the donor grid so it is large enough to contain the receiver grid (default 5)
	::<span class="green">RemoveNaN</span>:   Switch to remove '''NaN''' values from the interpolated variable with a second interpolation step using the nearest-neighbor method (default false)		::<span class="green">RemoveNaN</span>:   Switch to remove '''NaN''' values from the interpolated variable with a second interpolation step using the nearest-neighbor method (default false)
	:'''On Output:'''		:'''On Output:'''
	::<span class="green">V</span>:   Interpolated requested 2D or 3D variable<section end=roms2roms.m />		::<span class="green">V</span>:   Interpolated requested 2D or 3D variable<section end=roms2roms.m />

Arango at 19:11, 2 May 2012

2012-05-02T19:11:54Z

← Older revision		Revision as of 19:11, 2 May 2012
Line 24:		Line 24:
	:::<span class="red">linear </span> -   linear interpolation (default)		:::<span class="red">linear </span> -   linear interpolation (default)
	:::<span class="red">nearest</span> -   nearest-neighbor interpolation		:::<span class="red">nearest</span> -   nearest-neighbor interpolation
	::<span class="green">offset</span>:   Number of extra points ~~to use~~ to sample the donor grid so it is large enough to contain the receiver grid (default 5)		::<span class="green">offset</span>:   Number of extra points used to sample the donor grid so it is large enough to contain the receiver grid (default 5)
	::<span class="green">RemoveNaN</span>:   Switch to remove '''NaN''' values from the interpolated variable with a second interpolation step using the nearest-neighbor method (default false)		::<span class="green">RemoveNaN</span>:   Switch to remove '''NaN''' values from the interpolated variable with a second interpolation step using the nearest-neighbor method (default false)
	:'''On Output:'''		:'''On Output:'''
	::<span class="green">V</span>:   Interpolated requested 2D or 3D variable<section end=roms2roms.m />		::<span class="green">V</span>:   Interpolated requested 2D or 3D variable<section end=roms2roms.m />

Robertson at 12:49, 2 May 2012

2012-05-02T12:49:32Z

← Older revision		Revision as of 12:49, 2 May 2012
Line 11:		Line 11:

	<section begin=roms2roms.m />;;<span id="roms2roms"></span><span class="blue">roms2roms.m</span>		<section begin=roms2roms.m />;;<span id="roms2roms"></span><span class="blue">roms2roms.m</span>
	:Interpolates requested 2D or 3D variable between two ROMS application grids. The receiver grid must be inside of the donor grid. This function is intended for down-scaling or nesting applications. The horizontal/vertical coordinates for the donor and the ~~and~~ receiver grids are specified with array structures <span class="green">D</span> and <span class="green">R</span>, which are built elsewhere using script [[Grid_Processing_Scripts#get_roms_grid\|get_roms_grid.m]] for efficiency and functionality. <br />		:Interpolates requested 2D or 3D variable between two ROMS application grids. The receiver grid must be inside of the donor grid. This function is intended for down-scaling or nesting applications. The horizontal/vertical coordinates for the donor and the receiver grids are specified with array structures <span class="green">D</span> and <span class="green">R</span>, which are built elsewhere using the script [[Grid_Processing_Scripts#get_roms_grid\|get_roms_grid.m]] for efficiency and functionality. <br />
	::<span class="green">V</span> = <span class="red">roms2roms</span>  (<span class="green">ncname</span>, <span class="green">D</span>, <span class="green">R</span>, <span class="green">Vname</span>, <span class="green">Tindex</span>, <span class="green">Rvector</span>, <span class="green">method</span>, <span class="green">offset</span>, <span class="green">RemoveNaN</span>)		::<span class="green">V</span> = <span class="red">roms2roms</span>  (<span class="green">ncname</span>, <span class="green">D</span>, <span class="green">R</span>, <span class="green">Vname</span>, <span class="green">Tindex</span>, <span class="green">Rvector</span>, <span class="green">method</span>, <span class="green">offset</span>, <span class="green">RemoveNaN</span>)
	:'''On Input:'''		:'''On Input:'''
Line 24:		Line 24:
	:::<span class="red">linear </span> -   linear interpolation (default)		:::<span class="red">linear </span> -   linear interpolation (default)
	:::<span class="red">nearest</span> -   nearest-neighbor interpolation		:::<span class="red">nearest</span> -   nearest-neighbor interpolation
	::<span class="green">offset</span>:   Number of extra points to ~~used~~ to sample the donor grid so is large enough to contain the receiver grid (default 5)		::<span class="green">offset</span>:   Number of extra points to use to sample the donor grid so it is large enough to contain the receiver grid (default 5)
	::<span class="green">RemoveNaN</span>:   Switch to remove '''NaN''' values from interpolated variable with a second interpolation step using the nearest-neighbor method (default false)		::<span class="green">RemoveNaN</span>:   Switch to remove '''NaN''' values from the interpolated variable with a second interpolation step using the nearest-neighbor method (default false)
	:'''On Output:'''		:'''On Output:'''
	::<span class="green">V</span>:   Interpolated requested 2D or 3D variable<section end=roms2roms.m />		::<span class="green">V</span>:   Interpolated requested 2D or 3D variable<section end=roms2roms.m />

Arango at 04:10, 24 April 2012

2012-04-24T04:10:27Z

← Older revision		Revision as of 04:10, 24 April 2012
Line 11:		Line 11:

	<section begin=roms2roms.m />;;<span id="roms2roms"></span><span class="blue">roms2roms.m</span>		<section begin=roms2roms.m />;;<span id="roms2roms"></span><span class="blue">roms2roms.m</span>
	:Interpolates requested 2D or 3D variable between two ROMS application grids. The receiver grid must be inside of the donor grid. This function is intended for down-scaling or nesting applications. The horizontal/vertical coordinates for the donor and the and receiver grids are specified with array structures <span class="green">D</span> and <span class="green">R</span>, which are built elsewhere using script [[~~Matlab_Processing_Scripts~~#get_roms_grid\|get_roms_grid.m]] for efficiency and functionality. <br />		:Interpolates requested 2D or 3D variable between two ROMS application grids. The receiver grid must be inside of the donor grid. This function is intended for down-scaling or nesting applications. The horizontal/vertical coordinates for the donor and the and receiver grids are specified with array structures <span class="green">D</span> and <span class="green">R</span>, which are built elsewhere using script [[Grid_Processing_Scripts#get_roms_grid\|get_roms_grid.m]] for efficiency and functionality. <br />
	::<span class="green">V</span> = <span class="red">roms2roms</span>  (<span class="green">ncname</span>, <span class="green">D</span>, <span class="green">R</span>, <span class="green">Vname</span>, <span class="green">Tindex</span>, <span class="green">Rvector</span>, <span class="green">method</span>, <span class="green">offset</span>, <span class="green">RemoveNaN</span>)		::<span class="green">V</span> = <span class="red">roms2roms</span>  (<span class="green">ncname</span>, <span class="green">D</span>, <span class="green">R</span>, <span class="green">Vname</span>, <span class="green">Tindex</span>, <span class="green">Rvector</span>, <span class="green">method</span>, <span class="green">offset</span>, <span class="green">RemoveNaN</span>)
	:'''On Input:'''		:'''On Input:'''

Arango: moved Initial conditions and Climatology Scripts to Initial Conditions and Climatology Scripts

2012-04-23T19:27:27Z

moved Initial conditions and Climatology Scripts to Initial Conditions and Climatology Scripts

← Older revision	Revision as of 19:27, 23 April 2012
(No difference)

Arango at 19:19, 23 April 2012

2012-04-23T19:19:02Z

← Older revision		Revision as of 19:19, 23 April 2012
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	This page describes several Matlab scripts to process ROMS initial conditions and climatology data.		This page describes several Matlab scripts to process ROMS initial conditions and climatology data.


			<!-- Edit Template:Matlab_Scripts_TOC to modify this Table of Contents-->
			<div style="float: left;margin: 0 20px 0 0;">{{Matlab Scripts TOC}}</div>__NOTOC__

			<div style="clear: both"></div>

Arango: Created page with "
Matlab: Initial Conditions and Climatology Scripts
NOTOC This page describes several Matlab scripts to process ROMS initial conditions and climatolog…"

2012-04-23T19:14:41Z

Created page with "<div class="title">Matlab: Initial Conditions and Climatology Scripts</div>__NOTOC__ This page describes several Matlab scripts to process ROMS initial conditions and climatolog…"

New page

<div class="title">Matlab: Initial Conditions and Climatology Scripts</div>__NOTOC__

This page describes several Matlab scripts to process ROMS initial conditions and climatology data.

<section begin=roms2roms.m />;;roms2roms.m
:Interpolates requested 2D or 3D variable between two ROMS application grids. The receiver grid must be inside of the donor grid. This function is intended for down-scaling or nesting applications. The horizontal/vertical coordinates for the donor and the and receiver grids are specified with array structures D and R, which are built elsewhere using script [[Matlab_Processing_Scripts#get_roms_grid|get_roms_grid.m]] for efficiency and functionality. 
::V = roms2roms  (ncname, D, R, Vname, Tindex, Rvector, method, offset, RemoveNaN)
:'''On Input:'''
::ncname:   Donor grid NetCDF file name containing variable to process (string)
::D:   Donor grid structure containing all horizontal and vertical variables (struct array)
::R:   Receiver grid structure containing all horizontal and vertical variables (struct array)
::Vname:   Field variable name to process (string)
::Tindex:   Time record index to process (scalar)
::Rvector:   Switch to Interpolate U- and V-points variables to RHO-points to facilitate rotation in curvilinear grid applications elsewhere (logical)
::method:   Interpolation method in TriScatteredInterp (string):
:::natural -   natural neighbor interpolation
:::linear -   linear interpolation (default)
:::nearest -   nearest-neighbor interpolation
::offset:   Number of extra points to used to sample the donor grid so is large enough to contain the receiver grid (default 5)
::RemoveNaN:   Switch to remove '''NaN''' values from interpolated variable with a second interpolation step using the nearest-neighbor method (default false)
:'''On Output:'''
::V:   Interpolated requested 2D or 3D variable<section end=roms2roms.m />