Dtmslice - Revision history

Daniel Castaño: /* Rotation of viewing angle */

2020-11-27T13:59:49Z

Rotation of viewing angle

2017-09-13T10:00:11Z

Custom plots

2017-09-13T09:59:52Z

Custom plots

2017-09-13T09:58:59Z

Custom plots

2017-09-13T09:58:51Z

Custom plots

2017-04-27T15:33:12Z

Oblique views

2017-04-27T15:32:29Z

Viewing controls

2017-04-27T14:21:30Z

2017-03-13T08:08:10Z

Scene perspective

2017-03-02T11:20:40Z

Pan action / Shift

@@ Line 56: / Line 56: @@
 Invoked through pressing <tt>[r]</tt>. The cursor should turn into a circling arrow. In this state, moving the mouse while keeping the main button pressed will change the point of view of the scene.
-This state can be interrupted by pressing [space] or invoking any other viewing control, through  <tt>[-] <tt>,  <tt>[+] </tt> or  <tt>[p]</tt>.
+This state can be interrupted by pressing [space] or invoking any other viewing control, through  <tt>[-] </tt>,  <tt>[+] </tt> or  <tt>[p]</tt>.
 ==== Pan action / Shift ====

@@ Line 147: / Line 147: @@
 Once <tt>h</tt> is defined, you can plot on it with any regular command. For instance, the Matlab {{t|plot3}} command:
-<tt>plot3(x,y,z,'o','Parent',h)</tt>
+ <tt>plot3(x,y,z,'o','Parent',h);</tt>
 assuming {{t|x}}, {{t|y}} and {{t|z}} are vector variables with the same number of entries.

@@ Line 145: / Line 145: @@
   <tt>h = dpkslicer.getAxes();</tt>
-Once <tt>h</tt> is defined, you can plot on it with any regular command, for instance:
+Once <tt>h</tt> is defined, you can plot on it with any regular command. For instance, the Matlab {{t|plot3}} command:
-<tt>plot3(x,y,z,'Parent',h)</tt>
+<tt>plot3(x,y,z,'o','Parent',h)</tt>
-assuming {{t|x}}, y and z are vector variables with the same number of entries.
+assuming {{t|x}}, {{t|y}} and {{t|z}} are vector variables with the same number of entries.
 ===Models===

@@ Line 149: / Line 149: @@
 <tt>plot3(x,y,z,'Parent',h)</tt>
-assuming {{t|x}, y and z are vector variables with the same number of entries.
+assuming {{t|x}}, y and z are vector variables with the same number of entries.
 ===Models===

@@ Line 145: / Line 145: @@
   <tt>h = dpkslicer.getAxes();</tt>
-Once <tt>h</tt> is defined, you can plot on it with any regular command.
+Once <tt>h</tt> is defined, you can plot on it with any regular command, for instance:
 ===Models===

@@ Line 98: / Line 98: @@
 The main tool for visualizing and annotating on oblique slices are the [[Oblique slices in tomoslice | interactive rotation frames]]. They create a frame with a system of coordinates that can be dragged and rotated with the mouse, showing the cut slice as an auxiliary image that is also interactive, allowing the creation of models or the navegation in the tomogram.
-[[File:SlicerObliqueView.png|thumb|center|700px| Live projection tool]]
+[[File:SlicerObliqueView.png|thumb|center|700px|  Rotation frames for visualization and annotations of oblique slices]]
 == Models ==

← Older revision		Revision as of 15:32, 27 April 2017
Line 97:		Line 97:

	The main tool for visualizing and annotating on oblique slices are the [[Oblique slices in tomoslice \| interactive rotation frames]]. They create a frame with a system of coordinates that can be dragged and rotated with the mouse, showing the cut slice as an auxiliary image that is also interactive, allowing the creation of models or the navegation in the tomogram.		The main tool for visualizing and annotating on oblique slices are the [[Oblique slices in tomoslice \| interactive rotation frames]]. They create a frame with a system of coordinates that can be dragged and rotated with the mouse, showing the cut slice as an auxiliary image that is also interactive, allowing the creation of models or the navegation in the tomogram.
		+
		+	[[File:SlicerObliqueView.png\|thumb\|center\|700px\| Live projection tool]]

	== Models ==		== Models ==

← Older revision		Revision as of 14:21, 27 April 2017
Line 93:		Line 93:

	[[File:DtmsliceBoxProjection.png\|thumb\|center\|700px\| Live projection tool]]		[[File:DtmsliceBoxProjection.png\|thumb\|center\|700px\| Live projection tool]]
		+
		+	=== Oblique views ===
		+
		+	The main tool for visualizing and annotating on oblique slices are the [[Oblique slices in tomoslice \| interactive rotation frames]]. They create a frame with a system of coordinates that can be dragged and rotated with the mouse, showing the cut slice as an auxiliary image that is also interactive, allowing the creation of models or the navegation in the tomogram.

	== Models ==		== Models ==

@@ Line 35: / Line 35: @@
 === Scene perspective ===
-Activating a viewing control (zoom, rotation or pan) requires that the scene is in scope. A secondary click on the depicted slice ensures that the tomogram scene is selected, and that subsequent keys will indeed activate a viewing option.
 ====Zoom action ====

@@ Line 58: / Line 58: @@
 ==== Pan action / Shift ====
-The pan action drags the scene using the cursor.
+The pan action drags the scene  by pinning a point with the cursor and shifting it.
 *With the mouse