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# iMeshFactoryWrapper Struct Reference
[Mesh support]

A mesh factory wrapper is an engine-level object that wraps around a mesh object factory (iMeshObjectFactory). More...

`#include <iengine/mesh.h>`

Inheritance diagram for iMeshFactoryWrapper:

[legend]
List of all members.

## Public Member Functions
virtual void | AddFactoryToStaticLOD (int lod, iMeshFactoryWrapper *fact)=0
| Set a given child factory at a specific lod level.
virtual csPtr< iMeshWrapper > | CreateMeshWrapper ()=0
| Create mesh objects from this factory.
virtual iLODControl * | CreateStaticLOD ()=0
| Create a LOD control template for this factory.
virtual void | DestroyStaticLOD ()=0
| Destroy the LOD control for this factory.
virtual iMeshFactoryList * | GetChildren ()=0
| Get all the children of this mesh factory.
virtual csFlags & | GetFlags ()=0
| Get default flags for all meshes created from this factory.
virtual iMeshObjectFactory * | GetMeshObjectFactory () const =0
| Get the iMeshObjectFactory.
virtual iMeshFactoryWrapper * | GetParentContainer () const =0
| Get the parent of this factory.
virtual long | GetRenderPriority () const =0
| Get the render priority.
virtual void | GetStaticLOD (float &m, float &a) const =0
| Get the LOD function parameters for this factory.
virtual iLODControl * | GetStaticLOD ()=0
| Get the LOD control for this factory.
virtual iShaderVariableContext * | GetSVContext ()=0
| Get the shader variable context of the mesh factory.
virtual csReversibleTransform & | GetTransform ()=0
| Get optional relative transform (relative to parent).
virtual csZBufMode | GetZBufMode () const =0
| Get the Z-buf drawing mode.
virtual void | HardTransform (const csReversibleTransform &t)=0
| Do a hard transform of this factory.
virtual iObject * | QueryObject ()=0
| Get the iObject for this mesh factory.
virtual void | RemoveFactoryFromStaticLOD (iMeshFactoryWrapper *fact)=0
| Remove a child factory from all lod levels.
virtual void | SetMeshObjectFactory (iMeshObjectFactory *fact)=0
| Set the mesh object factory.
virtual void | SetParentContainer (iMeshFactoryWrapper *p)=0
| Set the parent of this factory.
virtual void | SetRenderPriority (long rp)=0
| The renderer will render all objects in a sector based on this number.
virtual void | SetRenderPriorityRecursive (long rp)=0
| Same as SetRenderPriority() but this version will recursively set render priority for the children too.
virtual void | SetStaticLOD (float m, float a)=0
| Set the LOD function parameters for this factory.
virtual void | SetTransform (const csReversibleTransform &tr)=0
| Set optional relative transform (relative to parent).
virtual void | SetZBufMode (csZBufMode mode)=0
| Set the Z-buf drawing mode to use for this factory.
virtual void | SetZBufModeRecursive (csZBufMode mode)=0
| Same as SetZBufMode() but this will also set the z-buf mode for the children too.

## Detailed Description

A mesh factory wrapper is an engine-level object that wraps around a mesh object factory (iMeshObjectFactory).

Every mesh object factory in the engine is represented by a mesh factory wrapper, which keeps the pointer to the mesh factory, its name, etc.

Think of the mesh factory wrapper as the hook that holds the mesh factory in the engine. An effect of this is that the i???FactoryState interfaces (e.g. iSprite3DFactoryState) must be queried from the mesh *factories*, not the wrappers!

Main creators of instances implementing this interface:

- iEngine::CreateMeshFactory()
- iEngine::LoadMeshFactory()
- iLoader::LoadMeshObjectFactory()

Main ways to get pointers to this interface:

- iEngine::FindMeshFactory()
- iMeshFactoryList::Get()
- iMeshFactoryList::FindByName()
- iLoaderContext::FindMeshFactory()

Main users of this interface:

- iEngine

Definition at line 758 of file mesh.h.

## Member Function Documentation

virtual void iMeshFactoryWrapper::AddFactoryToStaticLOD | ( | int | lod,
|  | iMeshFactoryWrapper * | fact |
| ) |  |  | `[pure virtual]`

Set a given child factory at a specific lod level.

Note that a factory can be at several lod levels at once.

virtual csPtr<iMeshWrapper> iMeshFactoryWrapper::CreateMeshWrapper | ( |  | ) | `[pure virtual]`

Create mesh objects from this factory.

If the factory has a hierarchy then a hierarchical mesh object will be created.

virtual iLODControl* iMeshFactoryWrapper::CreateStaticLOD | ( |  | ) | `[pure virtual]`

Create a LOD control template for this factory.

This is relevant only if the factory is hierarchical. The LOD control will be used to select which children are visible and which are not. Use this to create static lod.

virtual void iMeshFactoryWrapper::DestroyStaticLOD | ( |  | ) | `[pure virtual]`

Destroy the LOD control for this factory.

virtual iMeshFactoryList* iMeshFactoryWrapper::GetChildren | ( |  | ) | `[pure virtual]`

Get all the children of this mesh factory.

virtual csFlags& iMeshFactoryWrapper::GetFlags | ( |  | ) | `[pure virtual]`

Get default flags for all meshes created from this factory.

The following flags are supported:

- CS_ENTITY_DETAIL: this is a detail object. Again this is a hint for the engine to render this object differently. Currently not used.
- CS_ENTITY_CAMERA: entity will always be centered around the camera.
- CS_ENTITY_INVISIBLEMESH: entity is not rendered.
- CS_ENTITY_NOHITBEAM: this entity will not be considered by HitBeam() calls.
- CS_ENTITY_INVISIBLE: means that either CS_ENTITY_INVISIBLEMESH and CS_ENTITY_NOHITBEAM are set.
- CS_ENTITY_NOSHADOWS: cast no shadows.
- CS_ENTITY_NOLIGHTING: do not light this object.
- CS_ENTITY_NOCLIP: do not clip this object.

Remarks:
  Despite the name, this method does not only provide read access to the mesh flags, as the returned reference to a csFlags object also provides write access.

virtual iMeshObjectFactory* iMeshFactoryWrapper::GetMeshObjectFactory | ( |  | ) | const`[pure virtual]`

Get the iMeshObjectFactory.

virtual iMeshFactoryWrapper* iMeshFactoryWrapper::GetParentContainer | ( |  | ) | const`[pure virtual]`

Get the parent of this factory.

This will be 0 if this factory has no parent.

virtual long iMeshFactoryWrapper::GetRenderPriority | ( |  | ) | const`[pure virtual]`

Get the render priority.

virtual void iMeshFactoryWrapper::GetStaticLOD | ( | float & | m,
|  | float & | a |
| ) |  |  | const`[pure virtual]`

Get the LOD function parameters for this factory.

virtual iLODControl* iMeshFactoryWrapper::GetStaticLOD | ( |  | ) | `[pure virtual]`

Get the LOD control for this factory.

This will return 0 if this is a normal (hierarchical) factory. Otherwise it will return an object with which you can control the static LOD of this factory.

virtual iShaderVariableContext* iMeshFactoryWrapper::GetSVContext | ( |  | ) | `[pure virtual]`

Get the shader variable context of the mesh factory.

virtual csReversibleTransform& iMeshFactoryWrapper::GetTransform | ( |  | ) | `[pure virtual]`

Get optional relative transform (relative to parent).

virtual csZBufMode iMeshFactoryWrapper::GetZBufMode | ( |  | ) | const`[pure virtual]`

Get the Z-buf drawing mode.

virtual void iMeshFactoryWrapper::HardTransform | ( | const csReversibleTransform & | t | ) | `[pure virtual]`

Do a hard transform of this factory.

This transformation and the original coordinates are not remembered but the object space coordinates are directly computed (world space coordinates are set to the object space coordinates by this routine). Note that some implementations of mesh objects will not change the orientation of the object but only the position.

virtual iObject* iMeshFactoryWrapper::QueryObject | ( |  | ) | `[pure virtual]`

Get the iObject for this mesh factory.

virtual void iMeshFactoryWrapper::RemoveFactoryFromStaticLOD | ( | iMeshFactoryWrapper * | fact | ) | `[pure virtual]`

Remove a child factory from all lod levels.

The factory is not removed from the list of factories however.

virtual void iMeshFactoryWrapper::SetMeshObjectFactory | ( | iMeshObjectFactory * | fact | ) | `[pure virtual]`

Set the mesh object factory.

virtual void iMeshFactoryWrapper::SetParentContainer | ( | iMeshFactoryWrapper * | p | ) | `[pure virtual]`

Set the parent of this factory.

This will only change the 'parent' pointer but not add the factory as a child! Internal use only.

virtual void iMeshFactoryWrapper::SetRenderPriority | ( | long | rp | ) | `[pure virtual]`

The renderer will render all objects in a sector based on this number.

Low numbers get rendered first. High numbers get rendered later. The value for the factory is used as a default for objects created from that factory. There are a few often used slots:

- 1. Sky objects are rendered before everything else. Usually they are rendered using ZFILL (or ZNONE).
- 2. Walls are rendered after that. They usually use ZFILL.
- 3. After that normal objects are rendered using the Z-buffer (ZUSE).
- 4. Alpha transparent objects or objects using some other transparency system are rendered after that. They are usually rendered using ZTEST.

virtual void iMeshFactoryWrapper::SetRenderPriorityRecursive | ( | long | rp | ) | `[pure virtual]`

Same as SetRenderPriority() but this version will recursively set render priority for the children too.

virtual void iMeshFactoryWrapper::SetStaticLOD | ( | float | m,
|  | float | a |
| ) |  |  | `[pure virtual]`

Set the LOD function parameters for this factory.

These control the function:

        float lod = m * distance + a;

virtual void iMeshFactoryWrapper::SetTransform | ( | const csReversibleTransform & | tr | ) | `[pure virtual]`

Set optional relative transform (relative to parent).

virtual void iMeshFactoryWrapper::SetZBufMode | ( | csZBufMode | mode | ) | `[pure virtual]`

Set the Z-buf drawing mode to use for this factory.

All objects created from this factory will have this mode as default. Possible values are:

- CS_ZBUF_NONE: do not read nor write the Z-buffer.
- CS_ZBUF_FILL: only write the Z-buffer but do not read.
- CS_ZBUF_USE: write and read the Z-buffer.
- CS_ZBUF_TEST: only read the Z-buffer but do not write.

virtual void iMeshFactoryWrapper::SetZBufModeRecursive | ( | csZBufMode | mode | ) | `[pure virtual]`

Same as SetZBufMode() but this will also set the z-buf mode for the children too.

The documentation for this struct was generated from the following file:

- iengine/mesh.h