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0024722: Move functionality of WOK command wgendoc to OCCT tool gendoc

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Command gendoc improved to:
- generate Reference Manual documentation (OCCT classes reference) with option -refman; option -overview can be used for generation of overview documentation;
- generate PDF documents for all User Guides automatically (for files listed in FILES_PDF.txt);
- check availability of third-party tools (Doxygen, Inkscape etc.) and properly report warnings and errors.
- use templates of configuration files for third-party tools instead of their generation. These template files are located in dox/resources folder

Tcl scripts are moved from dox folder to adm.
Doxygen warnings are eliminated.
Moved all auxilary functions to occaux.tcl.
This commit is contained in:
omy
2014-04-07 16:48:28 +04:00
committed by abv
parent 93c85fddfd
commit a2d4105f48
55 changed files with 4297 additions and 1923 deletions
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dox/user_guides/visualization/visualization.md
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@@ -1,4 +1,4 @@
Visualization {#user_guides__visualization}
Visualization {#occt_user_guides__visualization}
========================
@tableofcontents
@@ -1061,12 +1061,12 @@ For the presentation of planes and trihedra, the default unit of length is mill
@subsubsection occt_visu_3_5_2 Objects
*AIS_Shape* has three visualization modes :
*AIS_Shape* has three visualization modes :
* mode 0 : Line (default mode)
* mode 1 : Shading (depending on the type of shape)
* mode 2 : Bounding Box
And at maximum seven selection modes, depending on the shape complexity:
And at maximum seven selection modes, depending on the shape complexity:
* mode 0 : selection of the *AIS_Shape*;
* mode 1 : selection of the vertices;
* mode 2 : selection of the edges;
@@ -1075,13 +1075,13 @@ And at maximum seven selection modes, depending on the shape complexity:
* mode 5 : selection of the shells;
* mode 6 : selection of the constituent solids.
* *AIS_Triangulation* is a simple interactive object for displaying triangular mesh contained in *Poly_Triangulation* container.
* *AIS_ConnectedInteractive* is an Interactive Object connecting to another interactive object reference, and located elsewhere in the viewer makes it possible not to calculate presentation and selection, but to deduce them from your object reference.
* *AIS_ConnectedShape* is an object connected to interactive objects having a shape; this class has the same decompositions as *AIS_Shape*. What’s more, it allows a presentation of hidden parts, which are calculated automatically from the shape of its reference.
* *AIS_MultipleConnectedInteractive* is an object connected to a list of interactive objects (which can also be Connected objects. It does not require memory hungry calculations of presentation)
* *AIS_MultipleConnectedShape* is an interactive Object connected to a list of interactive objects having a Shape <i>(AIS_Shape, AIS_ConnectedShape, AIS_MultipleConnectedShape)</i>. The presentation of hidden parts is calculated automatically.
* *AIS_TexturedShape* is an Interactive Object that supports texture mapping. It is constructed as a usual AIS_Shape, but has additional methods that allow to map a texture on it.
* *MeshVS_Mesh* is an Interactive Object that represents meshes, it has a data source that provides geometrical information (nodes, elements) and can be built up from the source data with a custom presentation builder.
* *AIS_Triangulation* is a simple interactive object for displaying triangular mesh contained in *Poly_Triangulation* container.
* *AIS_ConnectedInteractive* is an Interactive Object connecting to another interactive object reference, and located elsewhere in the viewer makes it possible not to calculate presentation and selection, but to deduce them from your object reference.
* *AIS_ConnectedShape* is an object connected to interactive objects having a shape; this class has the same decompositions as *AIS_Shape*. What’s more, it allows a presentation of hidden parts, which are calculated automatically from the shape of its reference.
* *AIS_MultipleConnectedInteractive* is an object connected to a list of interactive objects (which can also be Connected objects. It does not require memory hungry calculations of presentation)
* *AIS_MultipleConnectedShape* is an interactive Object connected to a list of interactive objects having a Shape <i>(AIS_Shape, AIS_ConnectedShape, AIS_MultipleConnectedShape)</i>. The presentation of hidden parts is calculated automatically.
* *AIS_TexturedShape* is an Interactive Object that supports texture mapping. It is constructed as a usual AIS_Shape, but has additional methods that allow to map a texture on it.
* *MeshVS_Mesh* is an Interactive Object that represents meshes, it has a data source that provides geometrical information (nodes, elements) and can be built up from the source data with a custom presentation builder.
@subsubsection occt_visu_3_5_3 Relations
* *AIS_ConcentricRelation*