[QGIS Commit] r10195 - in docs: branches/1.0.0/portuguese/user_guide
branches/1.0.0/russian/user_guide tags/1.0.0_user_guide
svn_qgis at osgeo.org
svn_qgis at osgeo.org
Tue Feb 17 14:46:47 EST 2009
Author: dassau
Date: 2009-02-17 14:46:46 -0500 (Tue, 17 Feb 2009)
New Revision: 10195
Modified:
docs/branches/1.0.0/portuguese/user_guide/grass_integration.tex
docs/branches/1.0.0/russian/user_guide/grass_integration.tex
docs/tags/1.0.0_user_guide/grass_integration.tex
Log:
also fixed the wrong sample data projection on tag and translation branches
Modified: docs/branches/1.0.0/portuguese/user_guide/grass_integration.tex
===================================================================
--- docs/branches/1.0.0/portuguese/user_guide/grass_integration.tex 2009-02-17 19:30:47 UTC (rev 10194)
+++ docs/branches/1.0.0/portuguese/user_guide/grass_integration.tex 2009-02-17 19:46:46 UTC (rev 10195)
@@ -125,7 +125,7 @@
As an an example you find the instructions how the sample GRASS
\filename{LOCATION alaska}, which is projected in Albers Equal Area
-projection with unit meter was created for the QGIS sample dataset. This
+projection with unit feet was created for the QGIS sample dataset. This
sample GRASS \filename{LOCATION alaska} will be used for all examples and
exercises in the following GRASS GIS related chapters. It is useful to
download and install the dataset on your computer \ref{label_sampledata}).
@@ -155,8 +155,8 @@
\button{Next}
\item Define the projection by clicking on the radio button
\radiobuttonon{Projection} to enable the projection list
- \item We are using Albers Equal Area Alaska (meters) projection. Since we
- happen to know that it is represented by the EPSG ID 5000, we enter it in
+ \item We are using Albers Equal Area Alaska (feet) projection. Since we
+ happen to know that it is represented by the EPSG ID 2964, we enter it in
the search box. (Note: If you want to repeat this process for another
\filename{LOCATION} and projection and haven't memorized the EPSG ID,
click on the
@@ -205,7 +205,7 @@
\begin{enumerate}
\item Start QGIS and make sure the GRASS plugin is loaded
\item In the GRASS toolbar, click on the
- \toolbtntwo{grass_open_mapset}{Open mapset} icon to bring up the
+ \toolbtntwo{grass_new_mapset}{New mapset} icon to bring up the
\filename{MAPSET} wizard.
\item Select the GRASS database (GISDBASE) folder \filename{grassdata}
with the \filename{LOCATION alaska}, where we want to add a further
@@ -225,8 +225,8 @@
This Section gives an example how to import raster and vector data into the
\filename{alaska} GRASS \filename{LOCATION} provided by the QGIS alaska
-dataset. Therefore we use a landcover raster map \filename{landcover.tif}
-and a vector polygone Shape \filename{lakes.shp} from the QGIS alaska
+dataset. Therefore we use a landcover raster map \filename{landcover.img}
+and a vector GML File \filename{lakes.gml} from the QGIS alaska
dataset \ref{label_sampledata}.
\begin{enumerate}
@@ -238,29 +238,29 @@
\filename{demo} and click \button{OK}.
\item Now click the \toolbtntwo{grass_tools}{Open GRASS tools} icon. The
GRASS Toolbox (see Section \ref{subsec:grass_toolbox}) dialog appears.
- \item To import the raster map \filename{landcover.tif}, click the module
+ \item To import the raster map \filename{landcover.img}, click the module
\filename{r.in.gdal} in the \tab{Modules Tree} tab. This GRASS module
allows to import GDAL supported raster files into a GRASS
\filename{LOCATION}. The module dialog for \filename{r.in.gdal} appears.
\item Browse to the folder \filename{raster} in the QGIS alaska dataset
- and select the file \filename{landcover.tif}.
+ and select the file \filename{landcover.img}.
\item As raster output name define \filename{landcover\_grass} and click
\button{Run}. In the \tab{Output} tab you see the currently running GRASS
- command \filename{r.in.gdal -o input=/path/to/landcover.tif
+ command \filename{r.in.gdal -o input=/path/to/landcover.img
output=landcover\_grass}.
\item When it says \textbf{Succesfully finished} click \button{View output}.
The \filename{landcover\_grass} raster layer is now imported into GRASS and
will be visualized in the QGIS canvas.
- \item To import the vector shape \filename{lakes.shp}, click the module
+ \item To import the vector GML file \filename{lakes.gml}, click the module
\filename{v.in.ogr} in the \tab{Modules Tree} tab. This GRASS module allows
to import OGR supported vector files into a GRASS \filename{LOCATION}. The
module dialog for \filename{v.in.ogr} appears.
- \item Browse to the folder \filename{vmap0\_shapefiles} in the QGIS alaska
- dataset and select the file \filename{lakes.shp} as OGR file.
+ \item Browse to the folder \filename{gml} in the QGIS alaska
+ dataset and select the file \filename{lakes.gml} as OGR file.
\item As vector output name define \filename{lakes\_grass} and click
\button{Run}. You don't have to care about the other options in this
example. In the \tab{Output} tab you see the currently running GRASS
- command \filename{v.in.ogr -o dsn=/path/to/lakes.shp output=lakes\_grass}.
+ command \filename{v.in.ogr -o dsn=/path/to/lakes.gml output=lakes\_grass}.
\item When it says \textbf{Succesfully finished} click \button{View output}.
The \filename{lakes\_grass} vector layer is now imported into GRASS and will
be visualized in the QGIS canvas.
Modified: docs/branches/1.0.0/russian/user_guide/grass_integration.tex
===================================================================
--- docs/branches/1.0.0/russian/user_guide/grass_integration.tex 2009-02-17 19:30:47 UTC (rev 10194)
+++ docs/branches/1.0.0/russian/user_guide/grass_integration.tex 2009-02-17 19:46:46 UTC (rev 10195)
@@ -125,7 +125,7 @@
As an an example you find the instructions how the sample GRASS
\filename{LOCATION alaska}, which is projected in Albers Equal Area
-projection with unit meter was created for the QGIS sample dataset. This
+projection with unit feet was created for the QGIS sample dataset. This
sample GRASS \filename{LOCATION alaska} will be used for all examples and
exercises in the following GRASS GIS related chapters. It is useful to
download and install the dataset on your computer \ref{label_sampledata}).
@@ -155,8 +155,8 @@
\button{Next}
\item Define the projection by clicking on the radio button
\radiobuttonon{Projection} to enable the projection list
- \item We are using Albers Equal Area Alaska (meters) projection. Since we
- happen to know that it is represented by the EPSG ID 5000, we enter it in
+ \item We are using Albers Equal Area Alaska (feet) projection. Since we
+ happen to know that it is represented by the EPSG ID 2964, we enter it in
the search box. (Note: If you want to repeat this process for another
\filename{LOCATION} and projection and haven't memorized the EPSG ID,
click on the
@@ -205,7 +205,7 @@
\begin{enumerate}
\item Start QGIS and make sure the GRASS plugin is loaded
\item In the GRASS toolbar, click on the
- \toolbtntwo{grass_open_mapset}{Open mapset} icon to bring up the
+ \toolbtntwo{grass_new_mapset}{New mapset} icon to bring up the
\filename{MAPSET} wizard.
\item Select the GRASS database (GISDBASE) folder \filename{grassdata}
with the \filename{LOCATION alaska}, where we want to add a further
@@ -225,8 +225,8 @@
This Section gives an example how to import raster and vector data into the
\filename{alaska} GRASS \filename{LOCATION} provided by the QGIS alaska
-dataset. Therefore we use a landcover raster map \filename{landcover.tif}
-and a vector polygone Shape \filename{lakes.shp} from the QGIS alaska
+dataset. Therefore we use a landcover raster map \filename{landcover.img}
+and a vector GML File \filename{lakes.gml} from the QGIS alaska
dataset \ref{label_sampledata}.
\begin{enumerate}
@@ -238,29 +238,29 @@
\filename{demo} and click \button{OK}.
\item Now click the \toolbtntwo{grass_tools}{Open GRASS tools} icon. The
GRASS Toolbox (see Section \ref{subsec:grass_toolbox}) dialog appears.
- \item To import the raster map \filename{landcover.tif}, click the module
+ \item To import the raster map \filename{landcover.img}, click the module
\filename{r.in.gdal} in the \tab{Modules Tree} tab. This GRASS module
allows to import GDAL supported raster files into a GRASS
\filename{LOCATION}. The module dialog for \filename{r.in.gdal} appears.
\item Browse to the folder \filename{raster} in the QGIS alaska dataset
- and select the file \filename{landcover.tif}.
+ and select the file \filename{landcover.img}.
\item As raster output name define \filename{landcover\_grass} and click
\button{Run}. In the \tab{Output} tab you see the currently running GRASS
- command \filename{r.in.gdal -o input=/path/to/landcover.tif
+ command \filename{r.in.gdal -o input=/path/to/landcover.img
output=landcover\_grass}.
\item When it says \textbf{Succesfully finished} click \button{View output}.
The \filename{landcover\_grass} raster layer is now imported into GRASS and
will be visualized in the QGIS canvas.
- \item To import the vector shape \filename{lakes.shp}, click the module
+ \item To import the vector GML file \filename{lakes.gml}, click the module
\filename{v.in.ogr} in the \tab{Modules Tree} tab. This GRASS module allows
to import OGR supported vector files into a GRASS \filename{LOCATION}. The
module dialog for \filename{v.in.ogr} appears.
- \item Browse to the folder \filename{vmap0\_shapefiles} in the QGIS alaska
- dataset and select the file \filename{lakes.shp} as OGR file.
+ \item Browse to the folder \filename{gml} in the QGIS alaska
+ dataset and select the file \filename{lakes.gml} as OGR file.
\item As vector output name define \filename{lakes\_grass} and click
\button{Run}. You don't have to care about the other options in this
example. In the \tab{Output} tab you see the currently running GRASS
- command \filename{v.in.ogr -o dsn=/path/to/lakes.shp output=lakes\_grass}.
+ command \filename{v.in.ogr -o dsn=/path/to/lakes.gml output=lakes\_grass}.
\item When it says \textbf{Succesfully finished} click \button{View output}.
The \filename{lakes\_grass} vector layer is now imported into GRASS and will
be visualized in the QGIS canvas.
Modified: docs/tags/1.0.0_user_guide/grass_integration.tex
===================================================================
--- docs/tags/1.0.0_user_guide/grass_integration.tex 2009-02-17 19:30:47 UTC (rev 10194)
+++ docs/tags/1.0.0_user_guide/grass_integration.tex 2009-02-17 19:46:46 UTC (rev 10195)
@@ -125,7 +125,7 @@
As an an example you find the instructions how the sample GRASS
\filename{LOCATION alaska}, which is projected in Albers Equal Area
-projection with unit meter was created for the QGIS sample dataset. This
+projection with unit feet was created for the QGIS sample dataset. This
sample GRASS \filename{LOCATION alaska} will be used for all examples and
exercises in the following GRASS GIS related chapters. It is useful to
download and install the dataset on your computer \ref{label_sampledata}).
@@ -155,8 +155,8 @@
\button{Next}
\item Define the projection by clicking on the radio button
\radiobuttonon{Projection} to enable the projection list
- \item We are using Albers Equal Area Alaska (meters) projection. Since we
- happen to know that it is represented by the EPSG ID 5000, we enter it in
+ \item We are using Albers Equal Area Alaska (feet) projection. Since we
+ happen to know that it is represented by the EPSG ID 2964, we enter it in
the search box. (Note: If you want to repeat this process for another
\filename{LOCATION} and projection and haven't memorized the EPSG ID,
click on the
@@ -205,7 +205,7 @@
\begin{enumerate}
\item Start QGIS and make sure the GRASS plugin is loaded
\item In the GRASS toolbar, click on the
- \toolbtntwo{grass_open_mapset}{Open mapset} icon to bring up the
+ \toolbtntwo{grass_new_mapset}{New mapset} icon to bring up the
\filename{MAPSET} wizard.
\item Select the GRASS database (GISDBASE) folder \filename{grassdata}
with the \filename{LOCATION alaska}, where we want to add a further
@@ -225,8 +225,8 @@
This Section gives an example how to import raster and vector data into the
\filename{alaska} GRASS \filename{LOCATION} provided by the QGIS alaska
-dataset. Therefore we use a landcover raster map \filename{landcover.tif}
-and a vector polygone Shape \filename{lakes.shp} from the QGIS alaska
+dataset. Therefore we use a landcover raster map \filename{landcover.img}
+and a vector GML File \filename{lakes.gml} from the QGIS alaska
dataset \ref{label_sampledata}.
\begin{enumerate}
@@ -238,29 +238,29 @@
\filename{demo} and click \button{OK}.
\item Now click the \toolbtntwo{grass_tools}{Open GRASS tools} icon. The
GRASS Toolbox (see Section \ref{subsec:grass_toolbox}) dialog appears.
- \item To import the raster map \filename{landcover.tif}, click the module
+ \item To import the raster map \filename{landcover.img}, click the module
\filename{r.in.gdal} in the \tab{Modules Tree} tab. This GRASS module
allows to import GDAL supported raster files into a GRASS
\filename{LOCATION}. The module dialog for \filename{r.in.gdal} appears.
\item Browse to the folder \filename{raster} in the QGIS alaska dataset
- and select the file \filename{landcover.tif}.
+ and select the file \filename{landcover.img}.
\item As raster output name define \filename{landcover\_grass} and click
\button{Run}. In the \tab{Output} tab you see the currently running GRASS
- command \filename{r.in.gdal -o input=/path/to/landcover.tif
+ command \filename{r.in.gdal -o input=/path/to/landcover.img
output=landcover\_grass}.
\item When it says \textbf{Succesfully finished} click \button{View output}.
The \filename{landcover\_grass} raster layer is now imported into GRASS and
will be visualized in the QGIS canvas.
- \item To import the vector shape \filename{lakes.shp}, click the module
+ \item To import the vector GML file \filename{lakes.gml}, click the module
\filename{v.in.ogr} in the \tab{Modules Tree} tab. This GRASS module allows
to import OGR supported vector files into a GRASS \filename{LOCATION}. The
module dialog for \filename{v.in.ogr} appears.
- \item Browse to the folder \filename{vmap0\_shapefiles} in the QGIS alaska
- dataset and select the file \filename{lakes.shp} as OGR file.
+ \item Browse to the folder \filename{gml} in the QGIS alaska
+ dataset and select the file \filename{lakes.gml} as OGR file.
\item As vector output name define \filename{lakes\_grass} and click
\button{Run}. You don't have to care about the other options in this
example. In the \tab{Output} tab you see the currently running GRASS
- command \filename{v.in.ogr -o dsn=/path/to/lakes.shp output=lakes\_grass}.
+ command \filename{v.in.ogr -o dsn=/path/to/lakes.gml output=lakes\_grass}.
\item When it says \textbf{Succesfully finished} click \button{View output}.
The \filename{lakes\_grass} vector layer is now imported into GRASS and will
be visualized in the QGIS canvas.
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