Mercurial > public > sccdocs / changeset

--- a/docs/tutorial/adding_channels.rst	Fri May 11 14:14:42 2012 +0200
+++ b/docs/tutorial/adding_channels.rst	Fri May 11 14:20:47 2012 +0200
@@ -3,14 +3,14 @@
 
 After adding a system, a telescope and a laser to the database, you need to add a new channel. 
 To do this, click on the **HOI channels** in the *System settings* panel.
-This will take you to a page with a list of all availabe channels that are connected with your lidar systems. 
+This will take you to a page with a list of all available channels that are connected with your lidar systems. 
 This list should be empty if this is the first time you add a system. 
 
 To add a new channel to the database click on **Add HOI channel** at the top right of the screen.
 This will take you to a new page were you can fill in the needed information. As before, the fields in **bold**
 are mandatory and you will need to fill them before you can save you new system. 
 
-The fileds you have to fill here are more, as many of these are used during the processing of measurements.
+The fields you have to fill here are more, as many of these are used during the processing of measurements.
 
 .. warning::
 
@@ -43,7 +43,7 @@
    The emission wavelength of the laser used for this channel
    
 Field of view
-   The field of view realated to this channel in mrad
+   The field of view related to this channel in mrad
 
 Raw range resolution
    The raw range resolution of the measured data in m
@@ -62,11 +62,11 @@
    The dead time correction type to be applied. Select *Not defined* if none needs to be defined.
 
 Background mode
-   The way to calculate the singal background. Select *Not defined* if none needs to be defined.
+   The way to calculate the signal background. Select *Not defined* if none needs to be defined.
 
 Signal type
-   The type of the singal that is measured, ex. "elT" for total elastic, "vrRN2" for vibrational-rotational
-   Raman signal from Nitrogen melecules etc. See :ref:`signal-types` for details.
+   The type of the signal that is measured, ex. "elT" for total elastic, "vrRN2" for vibrational-rotational
+   Raman signal from Nitrogen molecules etc. See :ref:`signal-types` for details.
    
 Detection mode
    The detection mode of this channel.

--- a/docs/tutorial/adding_station.rst	Fri May 11 14:14:42 2012 +0200
+++ b/docs/tutorial/adding_station.rst	Fri May 11 14:20:47 2012 +0200
@@ -6,7 +6,7 @@
 
 .. note::
 
-   You will need to have an account with admin access privilages to access this part of the site. 
+   You will need to have an account with admin access privileges to access this part of the site. 
    See :ref:`user-management` for details.
 
 The first you have to do to start using the single calculus chain is to register your station.
@@ -24,7 +24,7 @@
    The name of the station 
 
 Id
-   The earlinet call sign with exactly 2 characters.
+   The Earlinet call sign with exactly 2 characters.
    
 Institute name
    The name of the institute that own the system

--- a/docs/tutorial/adding_system.rst	Fri May 11 14:14:42 2012 +0200
+++ b/docs/tutorial/adding_system.rst	Fri May 11 14:20:47 2012 +0200
@@ -3,7 +3,7 @@
 
 After adding a station to the database, we need to add a new system. 
 To do this, click on the **HOI systems** in the *System settings* panel.
-This will take you to a page with a list of all availabe systems that are connected with your stations. This list should
+This will take you to a page with a list of all available systems that are connected with your stations. This list should
 be empty if this is the first time you add a system. 
 
 .. note:: 
@@ -19,7 +19,7 @@
 
 .. note::
    
-   Not every field that is present in the database is used in the in the Single Calculs Chain. 
+   Not every field that is present in the database is used in the in the Single Calculus Chain. 
    Many of them are part of the Handbook of Instruments.
 
 For now you will need to fill in the following fields:

--- a/docs/tutorial/adding_telescopelaser.rst	Fri May 11 14:14:42 2012 +0200
+++ b/docs/tutorial/adding_telescopelaser.rst	Fri May 11 14:20:47 2012 +0200
@@ -7,7 +7,7 @@
 ---------
 
 To add a new telescope, click on the **HOI telescopes** in the *System settings* panel.
-This will take you to a page with a list of all availabe telescopes that are connected with your station. 
+This will take you to a page with a list of all available telescopes that are connected with your station. 
 This list should be empty if this is the first time you add a telescope. 
 
 To add a new telescope to the database click on **Add HOI telescope** at the top right of the screen.
@@ -37,7 +37,7 @@
 -----
 
 To add a new laser, click on the **HOI Laser** in the *System settings* panel.
-This will take you to a page with a list of all availabe lasers that are connected with your station. 
+This will take you to a page with a list of all available lasers that are connected with your station. 
 This list should be empty if this is the first time you add a laser. 
 
 To add a new telescope to the database click on **Add HOI laser** at the top right of the screen.

--- a/docs/tutorial/introduction.rst	Fri May 11 14:14:42 2012 +0200
+++ b/docs/tutorial/introduction.rst	Fri May 11 14:20:47 2012 +0200
@@ -2,9 +2,9 @@
 ============
 
 * The Single calculus chain is made of different modules. These modules don't interact directly but only change value in a database.
-* This interface will allow Earlinet memebers to interact with parts of the database.
-* One part of the interface (the "Station admin" section) permits registering a new station, registerring new lidar systems and configuration, fill in details for the channels that constitute the system and finnaly define the products (extinction, backscatter e.t.c.) that need to be calculated by the SCC.
-* The second part of the interface is dedicated to the uploading of new measurement files, the configuration of the measurement specific paramters and, finally, the retrieval of the calculated products. 
-* Different types of users, with different level of access permissions can have access in the interface. In this way, higher level of flexibility and security can be achived.
+* This interface will allow Earlinet members to interact with parts of the database.
+* One part of the interface (the "Station admin" section) permits registering a new station, registering new lidar systems and configuration, fill in details for the channels that constitute the system and finally define the products (extinction, backscatter e.t.c.) that need to be calculated by the SCC.
+* The second part of the interface is dedicated to the uploading of new measurement files, the configuration of the measurement specific parameters and, finally, the retrieval of the calculated products. 
+* Different types of users, with different level of access permissions can have access in the interface. In this way, higher level of flexibility and security can be achieved.