Documentation: Remove the header names from certain sections of material commands.

Documentation/Materials/commands/alphafunc.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## alphafunc
-### Syntax {#syntax}
+### Syntax
 
 **alphaFunc <func>**
 
-### Overview {#overview}
+### Overview
 
 Determines the alpha test function used when rendering this surface.
 

Documentation/Materials/commands/alphagen.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## alphagen
-### Syntax {#syntax}
+### Syntax
 
 **alphaGen <func>**
 
-### Overview {#overview}
+### Overview
 
 The alpha channel can be specified like the [rgb
 channels](rgbGen). If not specified, it

Documentation/Materials/commands/blendfunc.md

@@ -2,18 +2,18 @@
 ## blendfunc
 ![OpenGL blending cheat-sheet](gl_blendmodes.jpg "from zanir.wz.cz/?p=60")
 
-### Syntax {#syntax}
+### Syntax
 
 **blendFunc <simplefunc>**
 
 **blendFunc <srcBlend> <destBlend>**
 
-### Overview {#overview}
+### Overview
 
 Blend functions are the keyword commands that tell the renderer how
 graphic layers are to be mixed together.
 
-### Usage {#usage}
+### Usage
 
 #### Simplified blend functions {#simplified_blend_functions}
 

Documentation/Materials/commands/cull.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## cull
-### Syntax {#syntax}
+### Syntax
 
 **cull <side>**
 
-### Overview {#overview}
+### Overview
 
 Every surface of a polygon has two sides, a front and a back. Typically,
 we only see the front or "out" side. For example, a solid block you only

Documentation/Materials/commands/deformvertexes.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## deformvertexes
-### Syntax {#syntax}
+### Syntax
 
 **deformVertexes <func>**
 
-### Overview {#overview}
+### Overview
 
 This command performs a general deformation on the surface's vertexes,
 changing the actual shape of the surface before drawing the shader

Documentation/Materials/commands/depthfunc.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## depthfunc
-### Syntax {#syntax}
+### Syntax
 
 **depthFunc <func>**
 
-### Overview {#overview}
+### Overview
 
 This controls the depth comparison function used while rendering.
 

Documentation/Materials/commands/depthwrite.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## depthwrite
-### Syntax {#syntax}
+### Syntax
 
 **depthWrite**
 
-### Overview {#overview}
+### Overview
 
 By default, writes to the depth buffer when
 [depthFunc](depthFunc) passes will happen

Documentation/Materials/commands/diffusemap.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## diffusemap
-### Syntax {#syntax}
+### Syntax
 
 **diffusemap <texturepath/texturename>**
 
-### Overview {#overview}
+### Overview
 
 Specifies the default texture asset to use on the diffuse/albedo pass of
 the material. This is the base texture in most cases. Some special
@@ -15,10 +15,10 @@ etc.
 
 ### See also {#see_also}
 
--   [normalmap](normalmap)
--   [specularmap](specularmap)
--   [fullbrightmap](fullbrightmap)
--   [uppermap](uppermap)
--   [lowermap](lowermap)
--   [reflectmask](reflectmask)
--   [reflectcube](reflectcube)
+-   [normalmap](Documentation/Materials/commands/normalmap.md)
+-   [specularmap](Documentation/Materials/commands/specularmap.md)
+-   [fullbrightmap](Documentation/Materials/commands/fullbrightmap.md)
+-   [uppermap](Documentation/Materials/commands/uppermap.md)
+-   [lowermap](Documentation/Materials/commands/lowermap.md)
+-   [reflectmask](Documentation/Materials/commands/reflectmask.md)
+-   [reflectcube](Documentation/Materials/commands/reflectcube.md)

Documentation/Materials/commands/fogparms.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## fogparms
-### Syntax {#syntax}
+### Syntax
 
 **fogParms <red value> <green value> <blue value> <distance to opaque>**
 
-### Overview {#overview}
+### Overview
 
 **Note**: you must also specify "surfaceparm fog" to cause
 [vmap](vmap) to identify the surfaces inside the volume.

Documentation/Materials/commands/fte_clutter.md

@@ -1,11 +1,11 @@
 # Materials: Commands {#mat_commands}
 ## fte_clutter
-### Syntax {#syntax}
+### Syntax
 
 **fte_clutter <model> <spacing> <scale min> <scale max> <z offset>
 <angle min> <angle max>**
 
-### Overview {#overview}
+### Overview
 
 Similar to [vmap_surfaceModel (Material
 Command)](vmap_surfaceModel), however

Documentation/Materials/commands/fullbrightmap.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## fullbrightmap
-### Syntax {#syntax}
+### Syntax
 
 **fullbrightmap <texturepath/texturename>**
 
-### Overview {#overview}
+### Overview
 
 The texture is essentially a fullbright overlay on top of the
 diffuse/albedomap.

Documentation/Materials/commands/nomipmaps.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## nomipmaps
-### Syntax {#syntax}
+### Syntax
 
 **noMipmaps**
 
-### Overview {#overview}
+### Overview
 
 This implies [noPicMip](noPicMip), but
 also prevents the generation of any lower resolution mipmaps for use by

Documentation/Materials/commands/nopicmip.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## nopicmip
-### Syntax {#syntax}
+### Syntax
 
 **noPicMip**
 
-### Overview {#overview}
+### Overview
 
 This causes the texture to ignore user-set values for the gl_picmip cvar
 command. The image will always be high resolution. Example: Used to keep

Documentation/Materials/commands/normalmap.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## normalmap
-### Syntax {#syntax}
+### Syntax
 
 **normalmap <texturepath/texturename>**
 
-### Overview {#overview}
+### Overview
 
 Specifies the default texture to use for any normalmap operations. This
 depends heavily on which [GLSL program](Shaders) is used

Documentation/Materials/commands/polygonoffset.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## polygonoffset
-### Syntax {#syntax}
+### Syntax
 
 **polygonOffset <value>**
 
-### Overview {#overview}
+### Overview
 
 Surfaces rendered with the polygonOffset keyword are rendered slightly
 off the polygon's surface. This is typically used for wall markings and

Documentation/Materials/commands/portal.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## portal
-### Syntax {#syntax}
+### Syntax
 
 **portal**
 
-### Overview {#overview}
+### Overview
 
 Specifies that this texture is the surface for a portal or mirror. In
 the game map, a portal entity must be placed directly in front of the

Documentation/Materials/commands/reflectcube.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## reflectcube
-### Syntax {#syntax}
+### Syntax
 
 **reflectcube <texturepath/cubemapname>**
 
-### Overview {#overview}
+### Overview
 
 Specifies which cubemap to use on this material. By default, the engine
 will pass the nearest in-world cubemap instead.

Documentation/Materials/commands/reflectmask.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## reflectmask
-### Syntax {#syntax}
+### Syntax
 
 **reflectmask <texturepath/texturename>**
 
-### Overview {#overview}
+### Overview
 
 Defines a texture that specifies which parts of a material will reveal a
 reflective material, such as a

Documentation/Materials/commands/rgbgen.md

@@ -1,12 +1,12 @@
 # Materials: Commands {#mat_commands}
 ## rgbgen
-### Syntax {#syntax}
+### Syntax
 
 **rgbGen <func>**
 
 **rgbGen wave <func> <base> <amp><phase> <freq>**
 
-### Overview {#overview}
+### Overview
 
 Defines what vertex colors are set to for any given surface.
 

Documentation/Materials/commands/skyparms.md

@@ -1,6 +1,6 @@
 # Materials: Commands {#mat_commands}
 ## skyparms
-### Overview {#overview}
+### Overview
 
 **skyParms <farbox> <cloudheight> <nearbox>**
 

Documentation/Materials/commands/sort.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## sort
-### Syntax {#syntax}
+### Syntax
 
 **sort <value>**
 
-### Overview {#overview}
+### Overview
 
 Use this keyword to fine-tune the depth sorting of materials as they are
 compared against other materials in the game world. The basic concept is

Documentation/Materials/commands/specularmap.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## specularmap
-### Syntax {#syntax}
+### Syntax
 
 **specularmap <texturepath/texturename>**
 
-### Overview {#overview}
+### Overview
 
 Can set the specularity of the surface in relation to dlights.
 Specularity is the intensity of the light reflecting off the surface. In

Documentation/Materials/commands/surfaceparm.md

@@ -1,6 +1,6 @@
 # Materials: Commands {#mat_commands}
 ## surfaceparm
-### Overview {#overview}
+### Overview
 
 The surfaceparm keyword is not only read by the VMAP compiler, but also
 by the renderer. A few keywords will only apply to any one of them.

Documentation/Materials/commands/tcgen.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## tcgen
-### Syntax {#syntax}
+### Syntax
 
 **tcGen <coordinate source>**
 
-### Overview {#overview}
+### Overview
 
 Specifies how texture coordinates are generated and where they come
 from. Valid functions are **base**, **lightmap** and **environment**.

Documentation/Materials/commands/tcmod.md

@@ -1,10 +1,10 @@
 # Materials: Commands {#mat_commands}
 ## tcmod
-### Syntax {#syntax}
+### Syntax
 
 **tcMod <func> &lt;…&gt;**
 
-### Overview {#overview}
+### Overview
 
 Specifies how texture coordinates are modified after they are generated.
 

Documentation/Materials/commands/vmap_backmaterial.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_backmaterial
-### Syntax {#syntax}
+### Syntax
 
 **vmap_backMaterial <material>**
 
-### Overview {#overview}
+### Overview
 
 This allows a brush surface to use a different material when you are
 inside it looking out.

Documentation/Materials/commands/vmap_backsplash.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_backsplash
-### Syntax {#syntax}
+### Syntax
 
 **vmap_backsplash <percent> <distance>**
 
-### Overview {#overview}
+### Overview
 
 Controls the percentage of [surface
 light](vmap_surfaceLight) backsplash (how

Documentation/Materials/commands/vmap_basematerial.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_basematerial
-### Syntax {#syntax}
+### Syntax
 
 **vmap_baseMaterial <material>**
 
-### Overview {#overview}
+### Overview
 
 Copies the vmap_/surfaceparm commands from the specified material into
 this one.

Documentation/Materials/commands/vmap_bounce.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_bounce
-### Syntax {#syntax}
+### Syntax
 
 **vmap_bounce <scale>**
 
-### Overview {#overview}
+### Overview
 
 Specifies the fraction of light to re-emit during a bounce pass on this
 surface.

Documentation/Materials/commands/vmap_clonematerial.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_clonematerial
-### Syntax {#syntax}
+### Syntax
 
 **vmap_cloneMaterial <material>**
 
-### Overview {#overview}
+### Overview
 
 A material with this directive will inherit the target material's
 properties and appearance. **Be careful, this can lead to an infinite

Documentation/Materials/commands/vmap_invert.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_invert
-### Syntax {#syntax}
+### Syntax
 
 **vmap_invert**
 
-### Overview {#overview}
+### Overview
 
 Inverts a surface normal. Works on brush faces, models and patches. Used
 in celshading to achieve the inverted backfacing hull.

Documentation/Materials/commands/vmap_lightimage.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_lightimage
-### Syntax {#syntax}
+### Syntax
 
 **vmap_lightImage <texturepath>**
 
-### Overview {#overview}
+### Overview
 
 By default, surface lights use the average color of the source image to
 generate the color of the light. vmap_lightImage specifies an alternate

Documentation/Materials/commands/vmap_lightmapfilterradius.md

@@ -1,11 +1,11 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_lightmapfilterradius
-### Syntax {#syntax}
+### Syntax
 
 **vmap_lightmapFilterRadius <lightmap filter radius>
 <light filter radius>**
 
-### Overview {#overview}
+### Overview
 
 This is usually used on [light emitting
 materials](vmap_surfaceLight) to

Documentation/Materials/commands/vmap_lightmapmergable.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_lightmapmergable
-### Syntax {#syntax}
+### Syntax
 
 **vmap_lightmapMergable**
 
-### Overview {#overview}
+### Overview
 
 When specified, the compiler will attempt to merge all surfaces using
 this material together onto lightmap sheets. This can drastically reduce

Documentation/Materials/commands/vmap_lightmapsampleoffset.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_lightmapsampleoffset
-### Syntax {#syntax}
+### Syntax
 
 **vmap_lightmapSampleOffset <float>**
 
-### Overview {#overview}
+### Overview
 
 Takes a single parameter, defaulting to 1.0, which specifies how many
 units off a surface should the compiler sample lighting from. Use larger

Documentation/Materials/commands/vmap_lightmapsamplesize.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_lightmapsamplesize
-### Syntax {#syntax}
+### Syntax
 
 **vmap_lightmapSampleSize <int>**
 
-### Overview {#overview}
+### Overview
 
 Surfaces using a material with this option will have the pixel size of
 the lightmaps set to N world grid units. This option can be used to

Documentation/Materials/commands/vmap_lightrgb.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_lightrgb
-### Syntax {#syntax}
+### Syntax
 
 **vmap_lightRGB <red color> <green color> <blue color>**
 
-### Overview {#overview}
+### Overview
 
 Alternative to [vmap_lightImage (Material
 Command)](vmap_lightImage) and the

Documentation/Materials/commands/vmap_lightsubdivide.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_lightsubdivide
-### Syntax {#syntax}
+### Syntax
 
 **q3map_lightSubdivide <units>**
 
-### Overview {#overview}
+### Overview
 
 Used on surface lights (see [vmap_surfaceLight (Material
 Command)](vmap_surfaceLight)). Controls

Documentation/Materials/commands/vmap_nodirty.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_nodirty
-### Syntax {#syntax}
+### Syntax
 
 **vmap_nodirty**
 
-### Overview {#overview}
+### Overview
 
 This surface is not affected by dirt-mapping. The compiler baked variant
 of ambient occlusion.

Documentation/Materials/commands/vmap_offset.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_offset
-### Syntax {#syntax}
+### Syntax
 
 **vmap_offset <float>**
 
-### Overview {#overview}
+### Overview
 
 Offsets a surface along the vertex normals by N.N units. Used in
 celshading for those black edges. This is the sort-of the compiler

Documentation/Materials/commands/vmap_remapmaterial.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_remapmaterial
-### Syntax {#syntax}
+### Syntax
 
 **vmap_remapMaterial <material>**
 
-### Overview {#overview}
+### Overview
 
 Allows the material to later become known as the specified material.
 

Documentation/Materials/commands/vmap_shadeangle.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_shadeangle
-### Syntax {#syntax}
+### Syntax
 
 **vmap_shadeAngle <degrees>**
 
-### Overview {#overview}
+### Overview
 
 In short: At which angle the phong shading on a material breaks. If you
 set it to 0, basically no phong shading will ever be performed. The

Documentation/Materials/commands/vmap_surfacelight.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_surfacelight
-### Syntax {#syntax}
+### Syntax
 
 **vmap_surfacelight <intensity>**
 
-### Overview {#overview}
+### Overview
 
 The texture gives off light equal to the value set for it. The relative
 surface area of the texture in the world affects the actual amount of

Documentation/Materials/commands/vmap_surfacelightdistance.md

@@ -1,10 +1,10 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_surfacelightdistance
-### Syntax {#syntax}
+### Syntax
 
 **vmap_surfaceLightDistance <scale>**
 
-### Overview {#overview}
+### Overview
 
 Increases the range of a surfacelight. This is different from increasing
 the [vmap_surfaceLight (Material

Documentation/Materials/commands/vmap_surfacemodel.md

@@ -1,11 +1,11 @@
 # Materials: VMap Commands {#mat_vmap}
 ## vmap_surfacemodel
-### Syntax {#syntax}
+### Syntax
 
 **vmap_surfaceModel <modelpath> <density> <odds> <minscale> <maxscale>
 <minangle> <maxangle> <oriented>**
 
-### Overview {#overview}
+### Overview
 
 A surface with vmap_surfaceModel in its shader will randomly place a
 specified model across it's face. This is designed to place grass or

Documentation/Materials/commands/vmap_tesssize.md

@@ -1,10 +1,10 @@
 # Materials: Compiler Commands {#mat_vmap}
 ## vmap_tesssize
-### Syntax {#syntax}
+### Syntax
 
 **vmap_tessSize <amount>**
 
-### Overview {#overview}
+### Overview
 
 Formely known as just **tessSize**.