Advanced Outline Layer - Revision history

FirasH: Cleaning

2020-02-06T10:31:47Z

Cleaning

Want at 11:18, 26 February 2017

2017-02-26T11:18:06Z

D.j.a.y: test

2016-10-16T17:28:25Z

test

D.j.a.y: Use "Layer" Template

2016-10-16T17:14:58Z

Use "Layer" Template

D.j.a.y: Undo revision 22314 by D.j.a.y (talk)

2016-10-16T16:45:18Z

Undo revision 22314 by D.j.a.y (talk)

D.j.a.y: test

2016-10-16T16:30:38Z

test

D.j.a.y: fix span

2016-10-10T10:28:38Z

fix span

D.j.a.y: /* Specific parameters for Advanced Outline Layer */ width point intra link

2016-10-10T10:26:52Z

‎Specific parameters for Advanced Outline Layer: width point intra link

D.j.a.y: {{Category|Primitive Layers}}

2016-09-14T21:42:53Z

Erubin: /* Width Point List */ Reference to "Homogenous" parameter above.

2016-07-28T09:34:00Z

‎Width Point List: Reference to "Homogenous" parameter above.

@@ Line 21: / Line 21: @@
 === Differences with Outline Layer: Outline width ===
-The '''width''' [[Handle]] define the outline width at particular place.
+The '''width''' [[Handle]] defines the outline width at a particular place.
 In the regular [[Outline Layer]], each width Handle is connected to the vertex that defines the outline shape at that place. That means that the user needs to insert a new vertex on the [[Spline]] every time he wants to change the outline width in some place. This  behaviour can cause problems when the shape of the outline is very simple but the width varies a lot.
@@ Line 32: / Line 32: @@
 <gallery widths="490px" heights="300px" perrow="2">
-File:Variable-width-without-blinepoints.png | No need to place vertex to change the width
+File:Variable-width-without-blinepoints.png | No need to place a vertex to change the width
-File:Lots-of-blinepoints-width-just-two width-controls.png | Width controlled just by two points, while the Spline constructed of many vertices
+File:Lots-of-blinepoints-width-just-two width-controls.png | The width is controlled just by two points, while the Spline is constructed of many vertices
-File:Different-types of tips.png | Different types of tips : Rounded, Squared, Peak, Flat.
+File:Different-types of tips.png | Different types of tips: Rounded, Squared, Peak, Flat.
 File: Segments of outlines.png | Segmented outline
-File:Different cusps types.png | Three global cusps types : Sharp, Rounded, Bevel.
+File:Different cusps types.png | Three global cusps types: Sharp, Rounded, Bevel.
 File:Smoothness control.png | Control of smoothness from linear (0.0) to smooth (1.0)
 </gallery>
@@ Line 186: / Line 186: @@
 This section lists only the parameters specific to the Advanced Outline Layer. For documentation about the other parameters, refer to [[Outline Layer]].
-* Tip Type at start
+* Tip Type at Start
-* Tip Type at end
+* Tip Type at End
-* Cusps type
+* Cusps Type
 * Smoothness
 * Width Point List
-=== Tip type at start / end ===
+=== Tip Type at Start / End ===
 As with width points, the end and start of the unlooped Advanced Outlines has a type of tip defined. The user can choose between the same types of tips as for a width point. When the first/last width point has its before/after interpolation type set to Interpolate the start/end of the outline is rendered using the Tip type at start/end parameter.
@@ Line 219: / Line 219: @@
 |}
-=== Cusps type ===
+=== Cusp Type ===
 There are three types of cusps in the Advanced Outline:

@@ Line 2: / Line 2: @@
 {{Title|Advanced Outline Layer}}
 {{Category|Layers}}
 {{Category|Primitive Layers}}
 {{NewTerminology}}

@@ Line 8: / Line 8: @@
   Under construction! See {{l|Talk:Advanced_Outline_Layer|Advanced Outline Layer Talk}} page
 {{Layer
-  | image=Layer_geometry_advanced_outline_icon.png
+  | image=[[Image:Layer_geometry_advanced_outline_icon.png|64px]]
 }}
 == About Advanced Outline Layers ==

@@ Line 7: / Line 7: @@
 <!-- Page info end -->
   Under construction! See {{l|Talk:Advanced_Outline_Layer|Advanced Outline Layer Talk}} page
-[[Image:Layer_geometry_advanced_outline_icon.png|64px]]
+{{Layer
+ | image=Layer_geometry_advanced_outline_icon.png
 == About Advanced Outline Layers ==

@@ Line 9: / Line 9: @@
 [[Image:Layer_geometry_advanced_outline_icon.png|64px]]
-== About ==
+== About Advanced Outline Layers ==
 To create an Advanced Outline Layer use the Spline Tool and check {{literal|Create Advanced Outline}} in the {{l|Tool Options Panel}}. Once you finish the definition of the geometry of your outline and after pressing the {{literal|Make Spline}} button (or selecting another tool or state) you create the Advanced Outline Layer with the {{l|New_Layer_Defaults#Brush_Colors|current}} {{literal|Outline Color}}.

@@ Line 249: / Line 249: @@
 * When true, the "Position" parameter increases smoothly from the start to the end of the spline '''based on the length of the entire spline'''.  This means a "Position" of 0.5 will always correspond to the halfway point of the spline, not to a particular vertex.
-=== <span name="widthpoint"></span>Width Point List ===
+=== <span id="widthpoint"></span>Width Point List ===
 Each Advanced Outline has a list of parameters that represent the information for each width item. They are called Width Points and consist of four sub-parameters:

@@ Line 245: / Line 245: @@
 === Homogeneous ===
-Enabling {{literal|Homogeneous}} changes the way the position of the widthpoints change according modification of the outline.
+Enabling {{literal|Homogeneous}} changes the way the position of the {{l|#widthpoint|width points}} change according modification of the outline.
-* When false, the "Position" parameter for a widthpoint is equally distributed '''among the vertices'''.  For example, in a spline with five vertices, "Position" values of 0, 0.25, 0.5, 0.75, and 1 correspond to the first, second, third, fourth, and fifth vertex, respectively, regardless of how close or far apart those vertices are.  Between vertices, the "Position" parameter is based on spline length.
+* When false, the "Position" parameter for a width point is equally distributed '''among the vertices'''.  For example, in a spline with five vertices, "Position" values of 0, 0.25, 0.5, 0.75, and 1 correspond to the first, second, third, fourth, and fifth vertex, respectively, regardless of how close or far apart those vertices are.  Between vertices, the "Position" parameter is based on spline length.
 * When true, the "Position" parameter increases smoothly from the start to the end of the spline '''based on the length of the entire spline'''.  This means a "Position" of 0.5 will always correspond to the halfway point of the spline, not to a particular vertex.
-=== Width Point List ===
+=== <span name="widthpoint"></span>Width Point List ===
 Each Advanced Outline has a list of parameters that represent the information for each width item. They are called Width Points and consist of four sub-parameters:
@@ Line 264: / Line 264: @@
 === Fast ===
-...
+...TODO WriteME.about...
 === Dashed Outline ===
-...
+...TODO WriteME.about...
 == Working with the Avdanced Outline ==

@@ Line 251: / Line 251: @@
 Each Advanced Outline has a list of parameters that represent the information for each width item. They are called Width Points and consist of four sub-parameters:
-* '''Position''' (Real number): represents the position of the width point along the Spline. Although it is allowed to be any real number, its meaning is only from '''0.0''' to '''1.0'''. 0.0 corresponds to the start of the Spline (first Spline point on the Spline list) and 1.0 to the last Spline point. For looped Splines 0.0 and 1.0 are equal. The position is represented by the light purple Handle that always lies on the Spline.
+* '''Position''' (Real number): represents the position of the width point along the Spline. Although it is allowed to be any real number, its meaning is only from '''0.0''' to '''1.0'''. 0.0 corresponds to the start of the Spline (first Spline point on the Spline list) and 1.0 to the last Spline point. For looped Splines 0.0 and 1.0 are equal. The position is represented by the light purple Handle that always lies on the Spline.  The point on the spline corresponding to a particular "Position" value is affected by the "Homogeneous" parameter, explained above.
 * '''Width''' (Real number): It is the width multiplicator of the global Width parameter of the Advanced Outline Layer on the position given by the Position parameter. The final width is calculated multiplying the global Advanced Outline's Width (W) by the Width of the widthpoint (w) and adding the Expand parameter (E). Calculated width = W*w+E
 * '''Tip Side Before/After''': Those two sub-parameters controls how the width is interpolated before and after the current widthpoint. The sub-parameter can have four values: