Guided tour updates

[debian/openrocket] / core / resources / datafiles / tours / creating_design / creating_design.tour

diff --git a/core/resources/datafiles/tours/creating_design/creating_design.tour b/core/resources/datafiles/tours/creating_design/creating_design.tour
index 6d437c9cdb1831822da7f2419c2326a62c24d355..3b51c570d5a650bb0d92d966dde929ac8532fc8e 100644 (file)
--- a/core/resources/datafiles/tours/creating_design/creating_design.tour
+++ b/core/resources/datafiles/tours/creating_design/creating_design.tour
@@ -4,7 +4,7 @@ Creating a simple rocket design
 <p>This tour shows how to create a simple rocket design from scratch.
 
 
 <p>This tour shows how to create a simple rocket design from scratch.
 
 

-[initial.jpg]
+[main-0-initial.jpg]

 
 <p>When you choose to create a new design, you are presented with a blank
 design and the <em>Rocket configuration</em> dialog is displayed.
 
 <p>When you choose to create a new design, you are presented with a blank
 design and the <em>Rocket configuration</em> dialog is displayed.


@@ -15,14 +15,14 @@ the design name, designer, comments and revision information.
 component in the component tree.
 
 
 component in the component tree.
 
 

-[main-1.jpg]
+[main-1-nosecone.jpg]

 
 <p>Next, add a <em>Nose cone</em> to the design by clicking the
 corresponding component addition button.  This opens the nose cone
 configuration dialog.
 
 
 
 <p>Next, add a <em>Nose cone</em> to the design by clicking the
 corresponding component addition button.  This opens the nose cone
 configuration dialog.
 
 

-[dialog-1.jpg]
+[dialog-1-nosecone.jpg]

 
 <p>The configuration dialog contains settings for the nose cone shape,
 dimensions and material.  Set the nose cone length to 10&nbsp;cm,
 
 <p>The configuration dialog contains settings for the nose cone shape,
 dimensions and material.  Set the nose cone length to 10&nbsp;cm,


@@ -32,26 +32,26 @@ base diameter to 2.5&nbsp;cm and material to Polystyrene (plastic).
 default units in <a href="FIXME">Preferences</a>.
 
 
 default units in <a href="FIXME">Preferences</a>.
 
 

-[main-2.jpg]
+[main-2-bodytube.jpg]

 
 <p>The design window displays the nose cone.  Next, add a <em>Body
 tube</em> to the design.
 
 
 
 <p>The design window displays the nose cone.  Next, add a <em>Body
 tube</em> to the design.
 
 

-[dialog-2.jpg]
+[dialog-2-bodytube.jpg]

 
 <p>Change the body tube length to 25&nbsp;cm.  The <em>Automatic</em>
 option for the outer diameter is ticked by default, in which case the
 diameter is automatically the same as that of the nose cone.
 
 
 
 <p>Change the body tube length to 25&nbsp;cm.  The <em>Automatic</em>
 option for the outer diameter is ticked by default, in which case the
 diameter is automatically the same as that of the nose cone.
 
 

-[main-3.jpg]
+[main-3-finset.jpg]

 
 <p>Next, add a <em>Trapezoidal fin set</em> to the rocket.  The body
 tube must be selected in order to add the component.
 
 
 
 <p>Next, add a <em>Trapezoidal fin set</em> to the rocket.  The body
 tube must be selected in order to add the component.
 
 

-[dialog-3.jpg]
+[dialog-3-finset.jpg]

 
 <p>The trapezoidal fin set has numerous dimension parameters.  The
 most important are the root and tip chord (length next to the body
 
 <p>The trapezoidal fin set has numerous dimension parameters.  The
 most important are the root and tip chord (length next to the body


@@ -60,20 +60,20 @@ tube and tip), height and sweep.
 <p>The default values are okay for the example design.
 
 
 <p>The default values are okay for the example design.
 
 

-[main-4.jpg]
+[main-4-innertube.jpg]

 
 <p>Next, add an <em>Inner tube</em> as a motor mount.  Select the body
 tube, and then click the component addition button.
 
 
 
 <p>Next, add an <em>Inner tube</em> as a motor mount.  Select the body
 tube, and then click the component addition button.
 
 

-[dialog-4.jpg]
+[dialog-4-innertube.jpg]

 
 <p>The default dimensions are suitable for Estes A-C motors.  To have
 the motor mount overhang a bit, change the position parameter to
 <em>Bottom of parent component</em> plus 0.5&nbsp;cm.
 
 
 
 <p>The default dimensions are suitable for Estes A-C motors.  To have
 the motor mount overhang a bit, change the position parameter to
 <em>Bottom of parent component</em> plus 0.5&nbsp;cm.
 
 

-[main-5.jpg]
+[main-5-centeringring.jpg]

 
 <p>To add <em>Centering rings</em> to keep the mount in place, select
 the body tube and click the centering ring button.
 
 <p>To add <em>Centering rings</em> to keep the mount in place, select
 the body tube and click the centering ring button.


@@ -83,7 +83,7 @@ ring will be added inside the inner tube.  Use <b>Edit</b> &rarr;
 <b>Undo</b> to undo the latest action.)
 
 
 <b>Undo</b> to undo the latest action.)
 
 

-[dialog-5.jpg]
+[dialog-5-centeringring.jpg]

 
 <p>The centering ring automatically selects the appropriate outer and
 inner diameter when the <em>Automatic</em> checkboxes are selected.
 
 <p>The centering ring automatically selects the appropriate outer and
 inner diameter when the <em>Automatic</em> checkboxes are selected.


@@ -96,12 +96,12 @@ the position parameter to <em>Bottom of parent component</em> plus
 parameter zero.
 
 
 parameter zero.
 
 

-[main-6.jpg]
+[main-6-parachute.jpg]

 
 <p>Next add a <em>Parachute</em> to the body tube.
 
 
 
 <p>Next add a <em>Parachute</em> to the body tube.
 
 

-[dialog-6.jpg]
+[dialog-6-parachute.jpg]

 
 <p>The <em>canopy diameter</em> and <em>drag coefficient</em>
 determine how much the parachute slows down the rocket during descent.
 
 <p>The <em>canopy diameter</em> and <em>drag coefficient</em>
 determine how much the parachute slows down the rocket during descent.


@@ -111,21 +111,22 @@ mass.  The <em>packed length</em>, <em>diameter</em> and
 parachute.
 
 <p>The <em>Deploys at</em> propery can be used to affect when the
 parachute.
 
 <p>The <em>Deploys at</em> propery can be used to affect when the

-parachute deploys.  For <em>First ejection charge of this stage</em>
+parachute deploys.  The <em>First ejection charge of this stage</em>

 option will deploy the parachute when the ejection charge is fired, as
 is typical in small model rockets.
 
 
 option will deploy the parachute when the ejection charge is fired, as
 is typical in small model rockets.
 
 

-[main-7.jpg]
+[main-7-rest.jpg]

 
 <p>Now the functional aspects of the rocket design are complete.
 
 
 <p>Now the functional aspects of the rocket design are complete.
 

-<p>For completeness you can still attach a <em>Mass component</em> to
-the body tube for wadding, and an <em>Engine block</em> to the inner
-tube for holding the motor in place.
+<p>For completeness you can still attach a <em>Shock cord</em> and a
+<em>Mass component</em> to the body tube for wadding, and an
+<em>Engine block</em> to the inner tube for holding the motor in
+place.

 
 
 
 

-[final.jpg]
+[main-8-final.jpg]

 
 <p>Now the rocket design is complete.
 
 
 <p>Now the rocket design is complete.