Irrlicht.B3D:

iB3D: Blitz3D-style command set for Irrlicht.Core

Constants

Const CT_FPS:Int
Description	FPS camera.

Const CT_MAYA:Int
Description	MAYA camera.

Const CT_NORMAL:Int
Description	Normal camera.

Const PM_BOX:Int
Description	PickMode BoundingBox.

Const PM_POLYGON:Int
Description	PickMode Polygon.

Const PM_SPHERE:Int
Description	PickMode Sphere (not used, will default to PM_BOX)

Const PM_UNPICKABLE:Int
Description	PickMode Unpickable (default)

Functions

Function FloatToFixedPoint:String(f:Float,decimals:Int=3,bRound:Int=True)
Returns	the center point as a Vector3df.
Description	Retruns a float trimmed to a certain of decimal places.
Information	bRound rounds the float before trimming it.

Function ib3d_AddTriangle(surf:SURFACE,v0:Short,v1:Short,v2:Short)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_AddVertex:Int(surf:SURFACE,x:Float,y:Float,z:Float,nx:Float=0,ny:Float=0,nz:Float=0,u:Float=0,v:Float=0)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_AddZipFileArchive:Int(file:String,bIgnoreCase:Int=True,bIgnorePaths:Int=True)
Returns	Returns true if the archive was added successful, false if not.
Description	Adds an zip archive to the file system.
Information	Parameters file:String - Filename of the zip archive to add to the file system. bIgnoreCase:Int - If set to true, files in the archive can be accessed without writing all letters in the right case. Defaults to True. bIgnorePaths:Int - If set to true, files in the added archive can be accessed without its complete path. Defaults to True. After calling this, the Irrlicht Engine will search and open files directly from this archive too. This is useful for hiding data from the end user, speeding up file access and making it possible to access for example Quake3 .pk3 files, which are nothing different than .zip files.

Function ib3d_AmbientLight(red:Int=127,green:Int=127,blue:Int=127)
Description	Sets the ambient lighting color.
Information	Parameters red:Int - red ambient light value green:Int - green ambient light value blue:Int - blue ambient light value The green, red and blue values should be in the range 0-255. The default ambient light colour is 127,127,127. Ambient light is a light source that affects all points on a 3D object equally. So with ambient light only, all 3D objects will appear flat, as there will be no shading. Ambient light is useful for providing a certain level of light, before adding other lights to provide a realistic lighting effect. An ambient light level of 0,0,0 will result in no ambient light being displayed.

Function ib3d_CameraAspectRatio(CAMERA:CAMERA,ratio:Float=(4.0/3.0))
Description	Sets the aspect ratio for the camera.
Information	Parameters camera:CAMERA - camera instance ratio:Float - New apsect ratio. Defaults to 4.0/3.0.

Function ib3d_CameraClsColor(red:Int=0,green:Int=0,blue:Int=0)
Description	Sets camera background color.
Information	Parameters red:Int - red value of camera background color green:Int - green value of camera background color blue:Int - blue value of camera background color This sets the background color for all defined cameras.

Function ib3d_CameraClsMode(bClsColor:Int=True,bClsZBuf:Int=True)
Description	Sets the camera clear mode.
Information	Parameters bClsColor:Int - True to clear the color buffer. Default is True. bClsZBuf - True to clear the Z-Buffer. Default is True. This sets the camera clear mode for all cameras.

Function ib3d_CameraFogColor(CAMERA:CAMERA,red:Int,green:Int,blue:Int)
Description	Sets the camera fog color.
Information	Parameters camera:CAMERA - camera instance red:Int - red value of fog green:Int - green value of fog blue:Int - blue value of fog

Function ib3d_CameraFogDensity(CAMERA:CAMERA,density:Float=0.01)
Returns
Description
Information	Parameters camera:CAMERA - camera instance - keyword:

Function ib3d_CameraFogMode(CAMERA:CAMERA,mode:Int=FM_NONE)
Description	Sets the camera fog mode.
Information	Parameters camera:CAMERA - camera instance mode:Int - the new fog mode. keyword:

Function ib3d_CameraFogRange(CAMERA:CAMERA,near:Float=50.0,far:Float=100.0)
Description	Sets the camera fog range.
Information	Parameters camera:CAMERA - camera instance near:Float - Distance in front of the camera that the fogging effect will start. All 3D objects before this point will not be faded. Defaults to 50. far:Float - Distance in front of the camera that the fogging effect will end. All 3D objects beyond this point will be completely faded out. Defaults to 100.

Function ib3d_CameraPick:ib3d_Entity(CAMERA:CAMERA,viewport_x:Int,viewport_y:Int)
Returns	the picked entity.
Description	Picks the entity positioned at the specified viewport coordinates.
Information	Parameters camera:CAMERA - camera instance viewport_x:Int - 2D viewport coordinate viewport_z:Int - 2D viewport coordinate Returns the entity picked, or Null if none there. An entity must have its EntityPickMode set to a non-PM_UNPICKABLE (0) value value to be 'pickable'.

Function ib3d_CameraProject(CAMERA:CAMERA,x:Float,y:Float,z:Float)
Description	Projects the world coordinates x,y,z onto the screen.
Information	Parameters camera:CAMERA - the camera rendering the projection. x:Float - world x coordinate to project y:Float - world y coordinate to project z:Float - world z coordinate to project

Function ib3d_CameraProjMode(CAMERA:CAMERA,mode:Int=1)
Description	Sets the camera projection mode.
Information	Parameters camera:CAMERA - camera instance mode:Int - projection mode (default is 1) Using projection mode 0, nothing is displayed on the screen, and this is the fastest method of hiding a camera. Using camera projection mode 1, the graphics are displayed in their 'correct' form - and this is the default mode for a camera. Camera projection mode 2 is a special type of projection, used for displaying 3D graphics on screen, but in a 2D form - that is, no sense of perspective will be given to the graphics. Two identical objects at varying distances from the camera will both appear to be the same size. Orthographic projection is useful for 3D editors, where a sense of perspective is unimportant, and also certain games.

Function ib3d_CameraRange(CAMERA:CAMERA,near:Float=1,far:Float=1000)
Description	Sets camera range.
Information	Parameters camera:CAMERA - camera instance near:Float - Distance in front of the camera that 3D objects start being drawn. Defaults to 1. far:Float - Distance in front of the camera that 3D objects stop being drawn. Defaults to 1000.

Function ib3d_CameraViewport(CAMERA:CAMERA,x:Int,y:Int,width:Int,height:Int)
Description	Sets the camera viewport position and size.
Information	Parameters camera:CAMERA - camera instance to set the viewport for x:Int - x coordinate of top left hand corner of viewport y:Int - y coordinate of top left hand corner of viewport width:Int - width of viewport height:Int - height of viewport The camera viewport is the area of the 2D screen that the 3D graphics as viewed by the camera are displayed in. Setting the camera viewport allows you to achieve spilt-screen and rear-view mirror effects.

Function ib3d_CameraZoom(CAMERA:CAMERA,zoom:Float=1.0)
Description	Sets the zoom factor for a camera.
Information	Parameters camera:CAMERA - camera instance zoom:Float - The new zoom factor. Defaults to 1.0.

Function ib3d_CountChildren:Int(entity:ib3d_Entity)
Returns	of children.
Description	Returns the of children of an entity.
Information	Parameters entity:ib3d_Entity - entity instance

Function ib3d_CountVertices:Int(surf:SURFACE)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_CreateBrush:BRUSH(red:Float=255,green:Float=255,blue:Float=255)
Description	Creates a brush.
Information	Parameters entity:ib3d_Entity - entity instance

Function ib3d_CreateCamera:CAMERA(parent:ib3d_Entity=Null,camType:Int=CT_NORMAL)
Returns	A new camera instance.
Description	Creates a camera entity.
Information	Parameters parent:ib3d_Entity - parent entity of camera camType:Int - Type of camera to create. Defaults to CT_NORMAL. Without at least one camera, you won't be able to see anything in your 3D world. With more than one camera, you will be to achieve effect such as split-screen modes and rear-view mirrors. By default a camera renders to the screen. If you wish to display 3D graphics on an image or a texture then change the render target of the camera. The optional parent parameter allow you to specify a parent entity for the camera so that when the parent is moved the child camera will move with it. However, this relationship is one way; applying movement commands to the child will not affect the parent. Specifying a parent entity will still result in the camera being created at position 0,0,0 rather than at the parent entity's position.

Function ib3d_CreateCube:PRIMITIVE(parent:ib3d_Entity=Null)
Returns	The new cube entity.
Description	Creates a cube entity.
Information	Parameters parent:ib3d_Entity - parent entity of cube

Function ib3d_CreateLight:LIGHT(parent:ib3d_Entity=Null)
Returns	A new instance of a light.
Description	Creates a light.
Information	Parameters parent:ib3d_Entity - parent entity of light The light will cast dynamic light on all other entities in the scene, which have the material flag EMF_LIGHTING turned on. (This is the default setting in most entities).

Function ib3d_CreatePivot:PIVOT(parent:ib3d_Entity=Null)
Returns	The new pivot entity.
Description	Creates a pivot entity.
Information	Parameters parent:ib3d_Entity - parent entity of pivot A pivot entity is an invisible point in 3D space that's main use is to act as a parent entity to other entities. The pivot can then be used to control lots of entities at once, or act as new centre of rotation for other entities. To enforce this relationship; use EntityParent or make use of the optional parent entity parameter available with all entity load/creation commands. Indeed, this parameter is also available with the CreatePivot command if you wish for the pivot to have a parent entity itself.

Function ib3d_CreateSphere:PRIMITIVE(segments:Int=8,parent:ib3d_Entity=Null)
Returns	The new sphere entity.
Description	Creates a sphere entity.
Information	Parameters segments:Int - sphere detail. (Defaults to 8) parent:ib3d_Entity - parent entity of cube The sphere will be centred at 0,0,0 and will have a radius of 1. The segments value must be in the range 2-100 inclusive, although this is only checked in debug mode. A common mistake is to leave debug mode off and specify the parent parameter (usually an eight digit memory address) in the place of the segments value. As the amount of polygons used to create a sphere is exponentially proportional to the segments value, this will result in Blitz trying to create a sphere with unimaginable amounts of polygons! Depending on how unlucky you are, your computer will then crash. Example segments values: 8: 224 polygons - bare minimum amount of polygons for a sphere 16: 960 polygons - smooth looking sphere at medium-high distances 32: 3968 polygons - smooth sphere at close distances The optional parent parameter allow you to specify a parent entity for the sphere so that when the parent is moved the child sphere will move with it. However, this relationship is one way; applying movement commands to the child will not affect the parent. Specifying a parent entity will still result in the sphere being created at position 0,0,0 rather than at the parent entity's position.

Function ib3d_CreateSurface:SURFACE(mesh:MESH,surface_type:Int=SF_NORMAL)
Returns
Description
Information	Parameters mesh:MESH - an instance of a mesh to add the surface to keyword:

Function ib3d_DrawLine(x1:Float,y1:Float,z1:Float,x2:Float,y2:Float,z2:Float,red:Int=255,green:Int=255,blue:Int=255)
Description	Draws a 3d line on the screen from provided points.
Information	Parameters x1:Float - X location for the start of the line y1:Float - Y location for the start of the line z1:Float - Z location for the start of the line x2:Float - X location for the end of the line y2:Float - Y location for the end of the line z2:Float - Z location for the end of the line red:Int - red component of the color to draw the line with. Defaults to 255. green:Int - green component of the color to draw the line with. Defaults to 255. blue:Int - blue component of the color to draw the line with. Defaults to 255.

Function ib3d_DrawLine3df(line:Line3df,red:Int=255,green:Int=255,blue:Int=255)
Description	Draws a 3d line on the screen from provided instance of line3df.
Information	Parameters line:Line3df - line to draw red:Int - red component of the color to draw the line with. Defaults to 255. green:Int - green component of the color to draw the line with. Defaults to 255. blue:Int - blue component of the color to draw the line with. Defaults to 255.

Function ib3d_DrawText(text:String,x:Int,y:Int)
Description	Draws Text on the screen using the current font and color.
Information	Parameters text:String - the text to draw x:Int - X location for the upper left of the text y:Int - Y location for the upper left of the text

Function ib3d_DrawTriangle(x1:Float,y1:Float,z1:Float,x2:Float,y2:Float,z2:Float,x3:Float,y3:Float,z3:Float,red:Int=255,green:Int=255,blue:Int=255)
Description	Draws a 3d "wire" triangle on the screen from provided points.
Information	Parameters x1:Float - X location for point 1 of the triangle y1:Float - Y location for point 1 of the triangle z1:Float - Z location for point 1 of the triangle x2:Float - X location for point 2 of the triangle y2:Float - Y location for point 2 of the triangle z2:Float - Z location for point 2 of the triangle x3:Float - X location for point 3 of the triangle y3:Float - Y location for point 3 of the triangle z3:Float - Z location for point 3 of the triangle red:Int - red component of the color to draw the triangle with. Defaults to 255. green:Int - green component of the color to draw the triangle with. Defaults to 255. blue:Int - blue component of the color to draw the triangle with. Defaults to 255.

Function ib3d_DrawTriangle3df(triangle:Triangle3df,red:Int=255,green:Int=255,blue:Int=255)
Description	Draws a 3d "wire" triangle on the screen from provided instance of Triangle3df.
Information	Parameters triangle:Triangle3df - triangle to draw red:Int - red component of the color to draw the triangle with. Defaults to 255. green:Int - green component of the color to draw the triangle with. Defaults to 255. blue:Int - blue component of the color to draw the triangle with. Defaults to 255.

Function ib3d_EndGraphics()
Description	Uninitializes the graphics system.
Information	Destroys all windows and objects since the ib3d_Graphics3D() call.

Function ib3d_EntityAmbientColor(entity:ib3d_Entity,red:Float,green:Float,blue:Float,MaterialIDX:Int=0)
Description	How much ambient light (a global light) is reflected by this entity.
Information	Parameters entity:ib3d_Entity - entity instance red:Float - red value for ambient light green:Float - green value for ambient light blue:Float - blue value for ambient light MaterialIDX:Int - Index of the material to set the ambient color for. Defaults to 0. The default is full white, meaning objects are completely globally illuminated. Reduce this if you want to see diffuse or specular light effects.

Function ib3d_EntityBlend(entity:ib3d_Entity,E_MATERIAL_TYPE:Int=EMT_SOLID,MaterialIDX:Int=-1)

Description

Sets the blending mode of an entity.

Information

Parameters

entity:ib3d_Entity - entity instance
E_MATERIAL_TYPE:Int - the blending mode. Defaults to EMT_SOLID.
MaterialIDX:Int - the material to set the blend on. Default is -1 for all materials.

Blend Modes:

EMT_SOLID
Standard solid material. Only first texture is used= which is supposed To be the diffuse material.

EMT_SOLID_2_LAYER
Solid material with 2 texture layers. The second is blended onto the first using the alpha value of the vertex colors. This material is currently Not implemented in OpenGL but it works with DirectX.

EMT_LIGHTMAP
Material Type with standard lightmap technique: There should be 2 textures: The first texture layer is a diffuse map the second is a light map. Vertex light is ignored.

EMT_LIGHTMAP_ADD
Material Type with lightmap technique like EMT_LIGHTMAP but lightmap And diffuse texture are Not modulated= but added instead.

EMT_LIGHTMAP_M2
Material Type with standard lightmap technique: There should be 2 textures: The first texture layer is a diffuse map the second is a light map. Vertex light is ignored. The texture colors are effectively multiplyied by 2 For brightening. like known in DirectX as D3DTOP_MODULATE2X.

EMT_LIGHTMAP_M4
Material Type with standard lightmap technique: There should be 2 textures: The first texture layer is a diffuse map the second is a light map. Vertex light is ignored. The texture colors are effectively multiplyied by 4 For brightening. like known in DirectX as D3DTOP_MODULATE4X.

EMT_LIGHTMAP_LIGHTING
Like EMT_LIGHTMAP but also supports dynamic lighting.

EMT_LIGHTMAP_LIGHTING_M2
Like EMT_LIGHTMAP_M2 but also supports dynamic lighting.

EMT_LIGHTMAP_LIGHTING_M4
Like EMT_LIGHTMAP_4 but also supports dynamic lighting.

EMT_DETAIL_MAP
Detail mapped material. The first texture is diffuse color map, the second is added to this and usually displayed with a bigger scale value so that it adds more detail. The detail map is added to the diffuse map using ADD_SIGNED, so that it is possible to add and substract color from the diffuse map. For example a value of (127,127,127) will not change the appearance of the diffuse map at all. Often used for terrain rendering.

EMT_SPHERE_MAP
Makes the material look like it was reflection the environment around it. To make this possible= a texture called 'sphere map' is used= which must be set as Texture1.

EMT_REFLECTION_2_LAYER
A reflecting material with an optional additional non reflecting texture layer. The reflection map should be set as Texture 1. Please note that this material Type is currently Not 100% implemented in OpenGL. It works in DirectX8 And 9.

EMT_TRANSPARENT_ADD_COLOR
A transparent material. Only the first texture is used. The New color is calculated by simply adding the source color And the dest color. This means If For example a billboard using a texture with black background And a red circle on it is drawed with this material the result is that only the red circle will be drawn a little bit transparent And everything which was black is 100% transparent And Not visible. This material Type is useful For e.g. particle effects.

EMT_TRANSPARENT_ALPHA_CHANNEL
Makes the material transparent based on the texture alpha channel. Only first texture is used. If you are using this material with small textures And 3d Object= it is a good idea To load the texture in 32 bit mode (video::IVideoDriver::setTextureCreationFlag()).

EMT_TRANSPARENT_ALPHA_CHANNEL_REF
Makes the material transparent based on the texture alpha channel. If the alpha channel value is greater than 127, a pixel is written To the target, otherwise not. This material does Not use alpha blending And is a lot faster than EMT_TRANSPARENT_ALPHA_CHANNEL. It is ideal For drawing stuff like leafes of plants, because the borders are Not blurry but sharp. Only first texture is used. If you are using this material with small textures And 3d Object, it is a good idea To load the texture in 32 bit mode (video::IVideoDriver::setTextureCreationFlag()).

EMT_TRANSPARENT_VERTEX_ALPHA
Makes the material transparent based on the vertex alpha value.

EMT_TRANSPARENT_REFLECTION_2_LAYER
A transparent reflecting material with an optional additional non reflecting texture layer. The reflection map should be set as Texture 1. The transparency depends on the alpha value in the vertex colors. A texture which will Not reflect can be set als Texture 2. Please note that this material Type is currently Not 100% implemented in OpenGL. It works in DirectX8.

EMT_NORMAL_MAP_SOLID
A solid normal map renderer. First texture is the color map the second should be the normal map. Note that you should use this material only when drawing geometry consisting of vertices of Type S3DVertexTangents (EVT_TANGENTS). You can convert any mesh into this format using IMeshManipulator::createMeshWithTangents() (See SpecialFX2 Tutorial). This shader runs on vertex shader 1.1 And pixel shader 1.1 capable hardware And falls back on a fixed Function lighted material If this hardware is Not available. Only two lights are supported by this shader= If there are more= the nearest two are chosen. Currently= this shader is only implemented For the D3D8 And D3D9 renderers.

EMT_NORMAL_MAP_TRANSPARENT_ADD_COLOR
A transparent normal map renderer. First texture is the color map the second should be the normal map. Note that you should use this material only when drawing geometry consisting of vertices of Type S3DVertexTangents (EVT_TANGENTS). You can convert any mesh into this format using IMeshManipulator::createMeshWithTangents() (See SpecialFX2 Tutorial). This shader runs on vertex shader 1.1 And pixel shader 1.1 capable hardware And falls back on a fixed Function lighted material If this hardware is Not available. Only two lights are supported by this shader= If there are more= the nearest two are chosen. Currently= this shader is only implemented For the D3D8 And D3D9 renderers.

EMT_NORMAL_MAP_TRANSPARENT_VERTEX_ALPHA
A transparent (based on the vertex alpha value) normal map renderer. First texture is the color map the second should be the normal map. Note that you should use this material only when drawing geometry consisting of vertices of Type S3DVertexTangents (EVT_TANGENTS). You can convert any mesh into this format using IMeshManipulator::createMeshWithTangents() (See SpecialFX2 Tutorial). This shader runs on vertex shader 1.1 And pixel shader 1.1 capable hardware And falls back on a fixed Function lighted material If this hardware is Not available. Only two lights are supported by this shader= If there are more= the nearest two are chosen. Currently= this shader is only implemented For the D3D8 And D3D9 renderers.

EMT_PARALLAX_MAP_SOLID
Just like EMT_NORMAL_MAP_SOLID, but uses parallax mapping too, which looks a lot more realistic. This only works when the hardware supports at least vertex shader 1.1 And pixel shader 1.4. First texture is the color map, the second should be the normal map. The normal map texture should contain the height value in the alpha component. The IVideoDriver::makeNormalMapTexture() Method writes this value automaticly when creating normal maps from a heightmap when using a 32 bit texture. The height scale of the material (affecting the bumpiness) is being controlled by the SMaterial::MaterialTypeParam member. If set To zero, the Default value (0.02f) will be applied. Otherwise the value set in SMaterial::MaterialTypeParam is taken. This value depends on with which scale the texture is mapped on the material. Too high Or low values of MaterialTypeParam can result in strange artifacts.

EMT_PARALLAX_MAP_TRANSPARENT_ADD_COLOR
A material just like EMT_PARALLAX_MAP_SOLID, but it is transparent, using EMT_TRANSPARENT_ADD_COLOR as base material.

EMT_PARALLAX_MAP_TRANSPARENT_VERTEX_ALPHA
A material just like EMT_PARALLAX_MAP_SOLID, but it is transparent, using EMT_TRANSPARENT_VERTEX_ALPHA as base material.

Function ib3d_EntityColor(entity:ib3d_Entity,red:Float,green:Float,blue:Float,MaterialIDX:Int=0)
Description	Sets the color of an entity.
Information	Parameters entity:ib3d_Entity - entity instance red:Float - red value of entity green:Float - green value of entity blue:Float - blue value of entity MaterialIDX:Int - Entity material to set the color for. Defaults to 0. The Red, Green and Blue values should be in the range 0-255 with 0 being darkest and 255 brightest. The default entity color is 255,255,255 (White).

Function ib3d_EntityDebugDataVisible(entity:ib3d_Entity,bShowDebugData:Int)
Description	Shows debug data such as boundingboxes.
Information	Parameters entity:ib3d_Entity - entity instance bShowDebugData:Int - True if to show, False to hide. Default is False. Not all entities support this feature.

Function ib3d_EntityDiffuseColor(entity:ib3d_Entity,red:Float,green:Float,blue:Float,MaterialIDX:Int=0)
Description	How much diffuse light coming from a light source is reflected by this entity.
Information	Parameters entity:ib3d_Entity - entity instance red:Float - red value for diffuse light green:Float - green value for diffuse light blue:Float - blue value for diffuse light MaterialIDX:Int - Index of the material to set the diffuse color for. Defaults to 0. The default is full white.

Function ib3d_EntityDistance:Double(entity:ib3d_Entity,other:ib3d_Entity)
Returns	The distance.
Description	Returns the distance between the passed entities.
Information	Parameters entity:ib3d_Entity - entity instance other:ib3d_Entity - other entity to check distance from

Function ib3d_EntityEmissiveColor(entity:ib3d_Entity,red:Float,green:Float,blue:Float,MaterialIDX:Int=0)
Description	Light emitted by this entity.
Information	Parameters entity:ib3d_Entity - entity instance red:Float - red value for emissive light green:Float - green value for emissive light blue:Float - blue value for emissive light MaterialIDX:Int - Index of the material to set the emissive color for. Defaults to 0. Default is to emitt no light.

Function ib3d_EntityFX(entity:ib3d_Entity,E_MATERIAL_FLAG:Int,bNewVal:Int,MaterialIDX:Int=-1)
Description	Sets miscellaneous effects for an entity.
Information	Parameters entity:ib3d_Entity - entity instance E_MATERIAL_FLAG:Int - the effect to set bNewVal:Int - the new value for the effect MaterialIDX:Int - the material to set the effect on. Default is -1 for all materials. Material flags: EMF_WIREFRAME: Draw as wireframe Or filled triangles? Default: False EMF_POINTCLOUD: Draw as point cloud Or filled triangles? Default: False EMF_GOURAUD_SHADING: Flat Or Gouraud shading? Default: True EMF_LIGHTING: Will this material be lighted? Default: True EMF_ZBUFFER: Is the ZBuffer enabled? Default: True EMF_ZWRITE_ENABLE: May be written To the zbuffer Or is it readonly. Default: True. NOTE: This flag is ignored, If the material Type is a transparent type. EMF_BACK_FACE_CULLING: Is backfaceculling enabled? Default: True EMF_BILINEAR_FILTER: Is bilinear filtering enabled? Default: True EMF_TRILINEAR_FILTER: Is trilinear filtering enabled? Default: False. NOTE: If the trilinear filter flag is enabled, the bilinear filtering flag is ignored. EMF_ANISOTROPIC_FILTER: Is anisotropic filtering? Default: False. NOTE: In Irrlicht you can use anisotropic texture filtering in conjunction with bilinear Or trilinear texture filtering To improve rendering results. Primitives will look less blurry with this flag switched on. EMF_FOG_ENABLE: Is fog enabled? Default: False EMF_NORMALIZE_NORMALS: Normalizes normals.You can enable this if you need to scale a dynamic lighted model. Usually, its normals will get scaled too then and it will get darker. If you enable the EMF_NORMALIZE_NORMALS flag, the normals will be normalized again, and the model will look as bright as it should.

Function ib3d_EntityGetSpeed:Float(entity:ib3d_Entity)
Returns	The current speed setting.
Description	Returns the current entity speed setting.
Information	Parameters entity:ib3d_Entity - entity instance

Function ib3d_EntityGetUserData:Object(entity:ib3d_Entity,key:String)
Returns	a user data object or Null if not found.
Description	Retrieves user data stored with the entity.
Information	Parameters entity:ib3d_Entity - entity instance key:String - Key for the user data

Function ib3d_EntityInView:Int(CAMERA:CAMERA,entity:ib3d_Entity)
Returns	0 if entity is not in view. 1 if in partial view. 2 if in full view.
Description	Returns if the passed entity is in view of the camera.
Information	Parameters camera:CAMERA - camera instance to set the viewport for entity:ib3d_Entity - The entity to check.

Function ib3d_EntityName:String(entity:ib3d_Entity)
Returns	Entity name.
Description	Returns the name of an entity.
Information	Parameters entity:ib3d_Entity - entity instance

Function ib3d_EntityParent(entity:ib3d_Entity,parent:ib3d_Entity,globl:Int=True)
Description	Attaches an entity to a parent.
Information	Parameters entity:ib3d_Entity - entity instance parent:ib3d_Entity - parent entity globl:Int - True for the child entity to maintain its global position and orientation. Defaults to True. keyword:

Function ib3d_EntityPick:ib3d_Entity(entity:ib3d_Entity,range:Float=1000.00)
Returns	the picked entity.
Description	Returns the nearest entity 'ahead' of the specified entity.
Information	Parameters entity:ib3d_Entity - entity instance range:Float - range to pick. Defaults to 1000.00 An entity must have a non-zero EntityPickMode to be pickable.

Function ib3d_EntityPickMode(entity:ib3d_Entity,mode:Int=PM_UNPICKABLE,obscurer:Int=True)
Description	Sets the pick mode for an entity.
Information	Parameters entity:ib3d_Entity - entity instance mode:Int - type of geometry used for picking. Defaults to PM_UNPICKABLE. Geometry Types: PM_UNPICKABLE, PM_POLYGON, PM_BOX NOTE: PM_SPHERE is not available in iB3D. if passed PM_BOX will be used.

Function ib3d_EntityPitch:Float(entity:ib3d_Entity,globl:Int=False)
Returns	The current Pitch.
Description	Returns the Pitch (X) angle of an entity.
Information	Parameters entity:ib3d_Entity - entity instance globl:Int - Pass true if the returned value should be relative to 0 rather than the parent entity. Default is False. The pitch angle is the X angle. NOTE: this value differs from B3D proper.

Function ib3d_EntityRemoveUserData(entity:ib3d_Entity,key:String)
Description	Removes user data stored with the entity.
Information	Parameters entity:ib3d_Entity - entity instance key:String - Key for the user data

Function ib3d_EntityRoll:Float(entity:ib3d_Entity,globl:Int=False)
Returns	The current Roll.
Description	Returns the Roll (Z) angle of an entity.
Information	Parameters entity:ib3d_Entity - entity instance globl:Int - Pass true if the returned value should be relative to 0 rather than the parent entity. Default is False. The roll angle is the Z angle NOTE: this value differs from B3D proper.

Function ib3d_EntitySetOnPickedEventHandler(entity:ib3d_Entity,handler:ONPICKEDEVENTHANDLER)
Description	Sets the OnPicked event handler for an entity.
Information	Parameters entity:ib3d_Entity - entity instance handler:ONPICKEDEVENTHANDLER - instance of an OnPicked event handler When the entity is the result of a pick command, the handler will be called.

Function ib3d_EntitySetSpeed(entity:ib3d_Entity,new_speed:Float=1.0)
Description	Sets the speed at which an entity moves and rotates.
Information	Parameters entity:ib3d_Entity - entity instance new_speed:Float - speed to alter the entity with. Default is 1.0. WIP - This setting affects Move and Turn commands. Each move/turn is multiplied by the speed setting. This setting is independent of the engine speed and the animation speed.

Function ib3d_EntitySetUserData(entity:ib3d_Entity,key:String,data:Object)
Description	Associates an object with the entity.
Information	Parameters entity:ib3d_Entity - entity instance key:String - Key used to access the user data data:Object - data to store in the entity. Passing Null will remove the user data.

Function ib3d_EntityShininess(entity:ib3d_Entity,shininess:Float=0.0,MaterialIDX:Int=0)
Description	Value affecting the size of specular highlights.
Information	Parameters entity:ib3d_Entity - entity instance shininess:Float - Size of the specular highlight. Defaults to 0. MaterialIDX:Int - the material to set the shininess on. Default is 0. If set to 0, no specular highlights are being used. To activate, simply set the shininess of a material to a value other than 0.

Function ib3d_EntitySpecularColor(entity:ib3d_Entity,red:Float,green:Float,blue:Float,MaterialIDX:Int=0)
Description	How much specular light (highlights from a light) is reflected.
Information	Parameters entity:ib3d_Entity - entity instance red:Float - red value for specular light green:Float - green value for specular light blue:Float - blue value for specular light MaterialIDX:Int - Index of the material to set the specular color for. Defaults to 0. The default is to reflect white specular light. See ib3d_EntityShininess how to enable specular lights.

Function ib3d_EntityTexture(entity:ib3d_Entity,texture:TEXTURE,frame:Int=0,index:Int=0)
Description	Applies a texture to an entity.
Information	Parameters entity:ib3d_Entity - entity instance frame:Int - frame of texture. Default to 0. index:Int - index of texture. Should be in the range of 0-3. Defaults to 0. NOTE: frame and animated textures are not currently supported.

Function ib3d_EntityX:Float(entity:ib3d_Entity,globl:Int=False)
Returns	The X-coordinate.
Description	The X-coordinate of the entity.
Information	Parameters entity:ib3d_Entity - entity instance globl:Int - Pass true to get the coordinate in world coordinates, False to get coordinates in relation to the parent. Default is False. NOTE: If the entity has no parent then local and global coordinates are the same. In this case you can think of the 3d world as the parent. Global coordinates refer to the 3d world. Blitz 3D uses a left-handed system: X+ is to the right Y+ is up Z+ is forward ( into the screen ) Every entity also has its own Local coordinate system. The global system never changes. But the local system is carried along as an entity moves and turns. This same concept is used in the entity movement commands: ib3d_MoveEntity(entity,0,0,1) No matter what the orientation this moves one unit forward.

Function ib3d_EntityY:Float(entity:ib3d_Entity,globl:Int=False)
Returns	The Y-coordinate.
Description	The Y-coordinate of the entity.
Information	Parameters entity:ib3d_Entity - entity instance globl:Int - Pass true to get the coordinate in world coordinates, False to get coordinates in relation to the parent. Default is False. NOTE: If the entity has no parent then local and global coordinates are the same. In this case you can think of the 3d world as the parent. Global coordinates refer to the 3d world. Blitz 3D uses a left-handed system: X+ is to the right Y+ is up Z+ is forward ( into the screen ) Every entity also has its own Local coordinate system. The global system never changes. But the local system is carried along as an entity moves and turns. This same concept is used in the entity movement commands: ib3d_MoveEntity(entity,0,0,1) No matter what the orientation this moves one unit forward.

Function ib3d_EntityYaw:Float(entity:ib3d_Entity,globl:Int=False)
Returns	The current Yaw.
Description	Returns the Yaw (Y) angle of an entity.
Information	Parameters entity:ib3d_Entity - entity instance globl:Int - Pass true if the returned value should be relative to 0 rather than the parent entity. Default is False. The yaw angle is the Y angle NOTE: this value differs from B3D proper.

Function ib3d_EntityZ:Float(entity:ib3d_Entity,globl:Int=False)
Returns	The Z-coordinate.
Description	The Z-coordinate of the entity.
Information	Parameters entity:ib3d_Entity - entity instance globl:Int - Pass true to get the coordinate in world coordinates, False to get coordinates in relation to the parent. Default is False. NOTE: If the entity has no parent then local and global coordinates are the same. In this case you can think of the 3d world as the parent. Global coordinates refer to the 3d world. Blitz 3D uses a left-handed system: X+ is to the right Y+ is up Z+ is forward ( into the screen ) Every entity also has its own Local coordinate system. The global system never changes. But the local system is carried along as an entity moves and turns. This same concept is used in the entity movement commands: ib3d_MoveEntity(entity,0,0,1) No matter what the orientation this moves one unit forward.

Function ib3d_FindChild:ib3d_Entity(entity:ib3d_Entity,name:String)
Returns	a child entity or null if none found.
Description	Returns the first child of the specified entity with the matching child name.
Information	Parameters entity:ib3d_Entity - entity instance name:String - name of the child to find within the entity

Function ib3d_FreeEntity(entity:ib3d_Entity Var)
Description	Frees up resources associated with the entity and removes it from the scene.
Information	Parameters entity:ib3d_Entity - entity instance

Function ib3d_GetChild:ib3d_Entity(entity:ib3d_Entity,index:Int)
Returns	a child entity or null if none found.
Description	Returns a child of an entity.
Information	Parameters entity:ib3d_Entity - entity instance index:int - index of child entity. Should be in range of 1...ib3d_CountChildren(entity) inclusive

Function ib3d_GetImageFont:FONT()
Returns	instance of the current font.
Description	Returns the current font used for ib3d_DrawText commands.

Function ib3d_GetParent:ib3d_Entity(entity:ib3d_Entity)
Returns	Parent entity.
Description	Returns an entities parent.
Information	Parameters entity:ib3d_Entity - entity instance

Function ib3d_GetSpeed:Float()
Returns	The current engine speed in %
Description	Returns the current speed setting of the iB3D engine.

Function ib3d_Graphics3D:Int(width:Int,height:Int,depth:Int=16,mode:Int=0,stencilBufferShadows:Int=True,vsync:Int=False,deviceType:Int=EDT_OPENGL)
Returns	True if success.
Description	Sets 3D Graphics mode and initializes the graphics system.
Information	Parameters width:Int - Width of screen resolution. height:Int - Height of screen resolution. depth:Int - Bits per pixel in fullscreen mode. Ignored if windowed mode. Defaults to 16. mode:Int - Mode of display. Defaults to 0. 0: windowed (if possible) in debug mode, fullscreen in non-debug mode 1: fullscreen always 2. windowed always 3: windowed/scaled always stencilBufferShadows:Int - Specifies if the stencil buffer should be enabled. Set this to true, if you want the engine be able to draw stencil buffer shadows. Note that not all devices are able to use the stencil buffer. If they don't no shadows will be drawn. Defaults to True. vsync:Int - Specifies vertical syncronisation: If set to true, the driver will wait for the vertical retrace period, otherwise not. Defaults to False. deviceType:Int - Type of the device. Defaults to EDT_OPENGL. Available Types: EDT_OPENGL, EDT_BURNINGVIDEO, EDT_DIRECT3D9, EDT_DIRECT3D8.

Function ib3d_Graphics3DParams:Int(params:SIrrlichtCreationParameters)
Returns	True if success.
Description	Sets 3D Graphics mode and initializes the graphics system from a creation parameters object.
Information	Parameters params:SIrrlichtCreationParameters - parameters to use for the creation.

Function ib3d_HideEntity(entity:ib3d_Entity)
Description	Hides an entity so that it is no longer visible and is no longer involved in collisions.
Information	Parameters entity:ib3d_Entity - entity instance The main purpose of hide entity is to allow you to create entities at the beginning of a program, hide them, then copy them and show as necessary in the main game. This is more efficient than creating entities mid-game. If you wish to hide an entity so that it is no longer visible but still involved in collisions, then use EntityAlpha 0 instead. This will make an entity completely transparent. HideEntity affects the specified entity and all of its child entities, if any exist.

Function ib3d_KeyDown:Int(scancode:Int)
Returns	False if the key is not held down, True if the key is held down.
Description	Used to detect if a key is being held down.
Information	Parameters scancode:Int - corresponding key scancode

Function ib3d_KeyHit:Int(scancode:Int)
Returns	Times key was hit.
Description	Returns the number of times a specified key has been hit since the last time you called the KeyHit() command.
Information	Parameters scancode:Int - corresponding key scancode

Function ib3d_LastPickRay:Line3df()
Returns	the ray as a Line3df.
Description	Returns the ray used for the last pick call.
Information	Returns the ray used for the last pick call or null if a pick command has not been used.

Function ib3d_LastProjected(CAMERA:CAMERA,x:Float Var, y:Float Var, z:Float Var)
Returns	X,Y,Z is returned via the parameters passed in.
Description	Returns the viewport X,Y,Z of the last ib3d_CameraProject() call.
Information	Parameters x:Float Var - return X value y:Float Var - return Y value z:Float Var - return Z value keyword:

Function ib3d_LastTFormed(x:Float Var,y:Float Var,z:Float Var)
Description	Returns the X,Y,Z components of the last ib3d_TFormPoint, ib3d_TFormVector or ib3d_TFormNormal operation.
Information	Parameters x:Float - variable to store the X coordinate of last TForm command y:Float - variable to store the Y coordinate of last TForm command z:Float - variable to store the Z coordinate of last TForm command

Function ib3d_LightAmbientColor(light:LIGHT,red:Float,green:Float,blue:Float)
Description	Sets the ambient color for a light.
Information	Parameters light:LIGHT - instance of a light red:Float - red value for ambient color green:Float - green value for ambient color blue:Float - blue value for ambient color Default is 0,0,0.

Function ib3d_LightCastShadows(light:LIGHT,bCastShadows:Int)
Description	Determines if the light is to cast shadows or not.
Information	Parameters light:LIGHT - instance of a light bCastShadows:Int - True if light is to cast shadows. Default is True.

Function ib3d_LightColor(light:LIGHT,red:Float,green:Float,blue:Float)
Returns
Description	Sets the color of a light.
Information	Parameters light:LIGHT - instance of a light red:Float - red value for light color green:Float - green value for light color blue:Float - blue value for light color NOTE: negative values are not supported.

Function ib3d_LightDiffuseColor(light:LIGHT,red:Float,green:Float,blue:Float)
Description	Sets the diffuse color for a light.
Information	Parameters light:LIGHT - instance of a light red:Float - red value for diffuse color green:Float - green value for diffuse color blue:Float - blue value for diffuse color Default is 255,255,255.

Function ib3d_LightRange(light:LIGHT,range:Float=1000.0)
Description	Sets the range of a light.
Information	Parameters light:LIGHT - instance of a light range:Float - range of light. Default is 1000.0 The range of a light is how far it reaches. Everything outside the range of the light will not be affected by it.

Function ib3d_LightSpecularColor(light:LIGHT,red:Float,green:Float,blue:Float)
Description	Sets the specular color for a light.
Information	Parameters light:LIGHT - instance of a light red:Float - red value for specular color green:Float - green value for specular color blue:Float - blue value for specular color Default is 255,255,255.

Function ib3d_LinePick:ib3d_Entity(x:Float,y:Float,z:Float,dx:Float,dy:Float,dz:Float)
Returns	the picked entity.
Description	Returns the first entity between x,y,z to x+dx,y+dy,z+dz.
Information	Parameters x# - x coordinate of start of line pick y# - y coordinate of start of line pick z# - z coordinate of start of line pick dx# - distance x of line pick dy# - distance y of line pick dz# - distance z of line pick Returns the entity picked, or Null if none there. An entity must have its EntityPickMode set to a non-PM_UNPICKABLE (0) value value to be 'pickable'. NOTE: the B3D parameter radius is not supported in iB3D.

Function ib3d_LoadImageFont:FONT(file:String,size:Int,style:Int=FS_NONE)
Returns	instance of the loaded font.
Description	Loads an image font.
Information	Parameters file:String - filename of the font to load size:Int - PT size of this font style:Int - style of this font. defaults to FS_NONE. Font styles are: FS_NONE, FS_BOLDFONT, FS_ITALICFONT.

Function ib3d_MouseX:Int()
Returns	X location.
Description	Returns the X location of the mouse on the screen.

Function ib3d_MouseY:Int()
Returns	Y location.
Description	Returns the Y location of the mouse on the screen.

Function ib3d_MoveEntity(entity:ib3d_Entity,x:Float,y:Float,z:Float)
Description	Moves an entity relative to its current position and orientation.
Information	Parameters entity:ib3d_Entity - entity instance x:Float - x amount entity will be moved by y:Float - y amount entity will be moved by z:Float - z amount entity will be moved by What this means is that an entity will move in whatever direction it is facing. So for example if you have an game character is upright when first loaded into Blitz3D and it remains upright (i.e. turns left or right only), then moving it by a z amount will always see it move forward or backward, moving it by a y amount will always see it move up or down, and moving it by an x amount will always see it strafe.

Function ib3d_NameEntity(entity:ib3d_Entity,name:String)
Description	Sets an entities name.
Information	Parameters entity:ib3d_Entity - entity instance name:String - name of entity

Function ib3d_PickedEntity:ib3d_Entity()
Returns	The last picked entity.
Description	Returns the entity 'picked' by the most recently executed Pick command.
Information	Last pick command might have been CameraPick, EntityPick or LinePick. Returns Null if no entity was picked.

Function ib3d_PickedNX:Float()
Returns	X normal value.
Description	Returns the X component of the normal of the most recently executed Pick command.
Information	Last pick command might have been CameraPick, EntityPick or LinePick.

Function ib3d_PickedNY:Float()
Returns	Y normal value.
Description	Returns the Y component of the normal of the most recently executed Pick command.
Information	Last pick command might have been CameraPick, EntityPick or LinePick.

Function ib3d_PickedNZ:Float()
Returns	Z normal value.
Description	Returns the Z component of the normal of the most recently executed Pick command.
Information	Last pick command might have been CameraPick, EntityPick or LinePick.

Function ib3d_PickedPoint:Vector3df()
Returns	Coordinate as a Vector3df.
Description	Returns the world coordinate of the most recently executed Pick command.
Information	Last pick command might have been CameraPick, EntityPick or LinePick. The coordinate represents the exact point of where something was picked.

Function ib3d_PickedTime:Int()
Returns	Time taken in milliseconds.
Description	Returns the time taken to calculate the most recently executed Pick command.
Information	Last pick command might have been CameraPick, EntityPick or LinePick.

Function ib3d_PickedTriangle:Triangle3df()
Returns	Triangle picked as Triangle3df.
Description	Returns the triangle that was 'picked' by the most recently executed Pick command.
Information	Last pick command might have been CameraPick, EntityPick Or LinePick. NOTE: This is different than B3D.

Function ib3d_PickedX:Float()
Returns	X coordinate value.
Description	Returns the world X coordinate of the most recently executed Pick command.
Information	Last pick command might have been CameraPick, EntityPick or LinePick. The coordinate represents the exact point of where something was picked.

Function ib3d_PickedY:Float()
Returns	Y coordinate value.
Description	Returns the world Y coordinate of the most recently executed Pick command.
Information	Last pick command might have been CameraPick, EntityPick or LinePick. The coordinate represents the exact point of where something was picked.

Function ib3d_PickedZ:Float()
Returns	Z coordinate value.
Description	Returns the world Z coordinate of the most recently executed Pick command.
Information	Last pick command might have been CameraPick, EntityPick or LinePick. The coordinate represents the exact point of where something was picked.

Function ib3d_PointEntity(entity:ib3d_Entity,target:ib3d_Entity,roll:Float=0.0)
Description	Points one entity at another.
Information	Parameters entity:ib3d_Entity - entity instance target:ib3d_Entity - target entity roll:Float - roll angle of entity. Defaults to 0.0. NOTE: Completely hosed.... The optional roll parameter allows you to specify a roll angle as pointing an entity only sets pitch and yaw angles. If you wish for an entity to point at a certain position rather than another entity, simply create a pivot entity at your desired position, point the entity at this and then free the pivot.

Function ib3d_PositionEntity(entity:ib3d_Entity,x:Float,y:Float,z:Float,globl:Int=False)
Description	Positions an entity at an absolute position in 3D space.
Information	Parameters entity:ib3d_Entity - entity instance x:Float - x coordinate the entity will be positioned at y:Float - y coordinate the entity will be positioned at z:Float - z coordinate the entity will be positioned at globl:Int - True if the position should be relative to 0,0,0 rather than the entities parent position. Defaults to False. Entities are positioned using an x,y,z coordinate system. x, y and z each have their own axis, and each axis has its own set of values. By specifying a value for each axis, you can position an entity anywhere in 3D space. 0,0,0 is the centre of 3D space, and if the camera is pointing in the default positive z direction, then positioning an entity with a z value of above 0 will make it appear in front of the camera, whereas a negative z value would see it disappear behind the camera. Changing the x value would see it moving sideways, and changing the y value would see it moving up/down. Of course, the direction in which entities appear to move is relative to the position and orientation of the camera.

Function ib3d_ProjectedX:Float(CAMERA:CAMERA)
Returns	The X coordinate.
Description	Returns the viewport X coordinate of the last ib3d_CameraProject() call.
Information	Parameters camera:CAMERA - camera to return the last projected X for

Function ib3d_ProjectedY:Float(CAMERA:CAMERA)
Returns	The Y coordinate.
Description	Returns the viewport Y coordinate of the last ib3d_CameraProject() call.
Information	Parameters camera:CAMERA - camera to return the last projected Y for

Function ib3d_ProjectedZ:Float(CAMERA:CAMERA)
Returns	The Z coordinate.
Description	Returns the viewport Z coordinate of the last ib3d_CameraProject() call.
Information	Parameters camera:CAMERA - camera to return the last projected Z for

Function ib3d_RenderDrawCmds:Int()
Returns	True if draw commands were successfully rendered.
Description	Renders all draw commands for the current frame.
Information	Must be called between ib3d_RenderWorldBegin() and ib3d_RenderWorldEnd() calls and after ib3d_RenderEntities().

Function ib3d_RenderEntities:Int()
Returns	True if entities were successfully rendered.
Description	Renders all entities for the current frame.
Information	Must be called between ib3d_RenderWorldBegin() and ib3d_RenderWorldEnd() calls.

Function ib3d_RenderGUI:Int()
Returns	True if GUI elements were successfully rendered.
Description	Renders all GUI elements for the current frame.
Information	Must be called between ib3d_RenderWorldBegin() and ib3d_RenderWorldEnd() calls.

Function ib3d_RenderWorld(showGUI:Int=True,tween:Float=1)
Description	Renders the current scene to the BackBuffer onto the rectangle defined by each cameras CameraViewport( ). Every camera not hidden by HideEntity( ) or with a CameraProjMode( ) of 0 is rendered.
Information	Parameters showGUI:Int - Set to False to not render GUI elements. Defaults to True. tween:Float - Currently not available.

Function ib3d_RenderWorldBegin:Int()
Returns	True if the rendering for the frame was successfully intitialized.
Description	Initializes rendering for the current frame.
Information	Used instead of ib3d_RenderWorld() if you need more control over the rendering process (ie custom rendering after entities are rendered).

Function ib3d_RenderWorldEnd()
Description	Stops rendering of the current frame.
Information	This should only be used if ib3d_RenderWorldBegin() has been called.

Function ib3d_RotateEntity(entity:ib3d_Entity,pitch:Float,yaw:Float,roll:Float,globl:Int=False)
Returns
Description	Rotates an entity so that it is at an absolute orientation.
Information	Parameters entity:ib3d_Entity - entity instance pitch:Float - angle in degress of pitch rotation yaw:Float - angle in degrees of yaw rotation roll:Float - angle in degrees of roll rotation globl:Int - True if the angle to be rotated should be relative to 0,0,0 rather than a parent entities orientation. Defaults to False. Pitch is the same as the x angle of an entity, and is equivalent to tilting forward/backwards. Yaw is the same as the y angle of an entity, and is equivalent to turning left/right. Roll is the same as the z angle of an entity, and is equivalent to tilting left/right.

Function ib3d_ScaleEntity(entity:ib3d_Entity,x:Float,y:Float,z:Float)
Description	Scales an entity so that it is of an absolute size.
Information	Parameters entity:ib3d_Entity - entity instance x:Float - x size of entity y:Float - y size of entity z:Float - z size of entity Scale values of 1,1,1 are the default size when creating/loading entities. Scale values of 2,2,2 will double the size of an entity. Scale values of 0,0,0 will make an entity disappear. Scale values of less than 0,0,0 will invert an entity and make it bigger.

Function ib3d_SetFontColor(red:Int=255,green:Int=255,blue:Int=255,alpha:Int=0)
Description	Sets the color that is used to draw text.
Information	Parameters red:Int - red color component. defaults to 255. green:Int - green color component. defaults to 255. blue:Int - blue color component. defaults to 255. alpha:Int - alpha color component. defaults to 0. Default color is white.

Function ib3d_SetImageFont(fnt:FONT=Null)
Description	Sets the current font used for ib3d_DrawText commands.
Information	Parameters fnt:FONT - the new font to use To use the default font pass null or call with no parameter.

Function ib3d_SetSpeed(new_speed:Float=1.0)
Description	Sets the speed at which the iB3D engine runs.
Information	Parameters new_speed:Float - new speed in % at which the engine runs. Default is 1.0. Turn, Move, and animation speeds are dynamically adjusted based on this value.

Function ib3d_ShadowColor(alpha:Int=150,red:Int=0,green:Int=0,blue:Int=0)
Description	Sets the color of stencil buffers shadows.
Information	Parameters alpha:Int - alpha component of shadow. Defaults to 150. red:Int - red component of shadow. Defaults to 0. green:Int - green component of shadow. Defaults to 0. blue:Int - blue component of shadow. Defaults to 0.

Function ib3d_ShowEntity(entity:ib3d_Entity)
Description	Shows an entity.
Information	Parameters entity:ib3d_Entity - entity instance Once an entity has been hidden using ib3d_HideEntity, use show entity to make it visible and involved in collisions again. Note that ib3d_ShowEntity has no effect if the enitities parent object is hidden. Entities are shown by default after creating/loading them, so you should only need to use ib3d_ShowEntity after using ib3d_HideEntity. ib3d_ShowEntity affects the specified entity only - child entities are not affected.

Function ib3d_TFormedX:Float()
Returns	X component.
Description	Returns the X component of the last ib3d_TFormPoint, ib3d_TFormVector or ib3d_TFormNormal operation.

Function ib3d_TFormedY:Float()
Returns	Y component.
Description	Returns the Y component of the last ib3d_TFormPoint, ib3d_TFormVector or ib3d_TFormNormal operation.

Function ib3d_TFormedZ:Float()
Returns	Z component.
Description	Returns the Z component of the last ib3d_TFormPoint, ib3d_TFormVector or ib3d_TFormNormal operation.

Function ib3d_TFormPoint:Vector3df(x:Float,y:Float,z:Float,source:ib3d_Entity,dest:ib3d_Entity)
Returns	Returns the transformed point as a vector3df.
Description	Transforms between coordinate systems.
Information	Parameters x:Float - X coordinate of a point in 3d space y:Float - Y coordinate of a point in 3d space z:Float - Z coordinate of a point in 3d space source:ib3d_Entity - instance of source entity, or Null for 3d world dest:ib3d_Entity - instance of destination entity, or Null for 3d world After using TFormPoint the new coordinates can be read with ib3d_TFormedX(), ib3d_TFormedY() and ib3d_TFormedZ(). See ib3d_EntityX() for details about local coordinates. Consider a sphere built with CreateSphere(). The 'north pole' is at (0,1,0). At first, local and global coordinates are the same. As the sphere is moved, turned and scaled the global coordinates of the point change. But it is always at (0,1,0) in the sphere's local space.

Function ib3d_TFormVector:Vector3df(x:Float,y:Float,z:Float,source:ib3d_Entity,dest:ib3d_Entity)
Returns	Returns the transformed point as a vector3df.
Description	Transforms the passed vector coordinates between coordinate systems.
Information	Parameters x:Float - X coordinate of a vector in 3d space y:Float - Y coordinate of a vector in 3d space z:Float - Z coordinate of a vector in 3d space source:ib3d_Entity - instance of source entity, or Null for 3d world dest:ib3d_Entity - instance of destination entity, or Null for 3d world After using TFormPoint the new coordinates can be read with ib3d_TFormedX(), ib3d_TFormedY() and ib3d_TFormedZ(). See ib3d_EntityX() for details about local coordinates. Similar to ib3d_TFormPoint, but operates on a vector. A vector can be thought of as 'displacement relative to current location'. For example, vector (1,2,3) means one step to the right, two steps up and three steps forward. This is analogous to ib3d_PositionEntity and ib3d_MoveEntity: ib3d_PositionEntity entity, x,y,z ; put entity at point (x,y,z) ib3d_MoveEntity entity, x,y,z ; add vector (x,y,z) to current position.

Function ib3d_TrackEntity(CAMERA:CAMERA,track:ib3d_Entity=Null)
Description	Sets the camera to track an entity.
Information	Parameters camera:CAMERA - camera instance to set the viewport for track:ib3d_Entity - The entity to track. Pass Null to disable tracking. Tracking causes the camera to to look independantly of the rotation of the camera.

Function ib3d_TranslateEntity(entity:ib3d_Entity,x:Float,y:Float,z:Float,globl:Int=False)
Description	Translates (moves) an entity relative to its current position and not its orientation.
Information	Parameters entity:ib3d_Entity - entity instance x:Float - x amount the entity will be translated by y:Float - y amount the entity will be translated by z:Float - z amount the entity will be translated by

Function ib3d_TurnEntity(entity:ib3d_Entity,pitch:Float,yaw:Float,roll:Float,globl:Int=False)
Description	Turns an entity relative to its current orientation.
Information	Parameters entity:ib3d_Entity - entity instance pitch:Float - angle in degress the entity will be pitched yaw:Float - angle in degrees the entity will be yawed roll:Float - angle in degrees the entity will be rolled Pitch is the same as the x angle of an entity, and is equivalent to tilting forward/backwards. Yaw is the same as the y angle of an entity, and is equivalent to turning left/right. Roll is the same as the z angle of an entity, and is equivalent to tilting left/right.

Function ib3d_UpdateWorld(anim_speed:Float=1.0)
Description	Animates all entities in the world, and performs collision checking.
Information	Parameters anim_speed:Float - Allows you affect the animation speed of all entities at once. A value of 1 will animate entities at their usual animation speed, a value of 2 will animate entities at double their animation speed, and so on. Defaults to 1.0. NOTE: anim_speed is not yet available.

Function ib3d_VertexBlue:Float(surf:SURFACE,index:Int)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexColor(surf:SURFACE,index:Int,red:Float,green:Float,blue:Float)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexCoords(surf:SURFACE,index:Int,x:Float,y:Float,z:Float)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexGreen:Float(surf:SURFACE,index:Int)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexNormal(surf:SURFACE,index:Int,nx:Float,ny:Float,nz:Float)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexNX:Float(surf:SURFACE,index:Int)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexNY:Float(surf:SURFACE,index:Int)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexNZ:Float(surf:SURFACE,index:Int)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexRed:Float(surf:SURFACE,index:Int)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexTexCoords(surf:SURFACE,index:Int,u:Float,v:Float)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexU:Float(surf:SURFACE,index:Int)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexV:Float(surf:SURFACE,index:Int)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexX:Float(surf:SURFACE,index:Int)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexY:Float(surf:SURFACE,index:Int)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function ib3d_VertexZ:Float(surf:SURFACE,index:Int)
Returns
Description
Information	Parameters surf:SURFACE - an instance of a surface keyword:

Function round:Float(val:Float,dec:Int)
Returns	the rounded float.
Description	Rounds a float to a certain of digits.

Function TriangleCenter:Vector3df(pointA:Vector3df,pointB:Vector3df,pointC:Vector3df)
Returns	the center point as a Vector3df.
Description	Returns the center point of a triangle based on 3 vertices.
Information	based on forum code from big10p.

Types

Type ib3d_base
Description	Base type for all ib3d types.

Keywords

Keyword
Returns
Description
Information	Parameters - keyword:

Keyword
Returns
Description
Information	Parameters - keyword:

Module Information

Name	iB3D: Blitz3D-style command set for Irrlicht.Core
Description
License	Public Domain
Authors	gman, _Jen, Wave (Delta), CoderLaureate (THashtable), Yan (Bit functions), eax for SViewFrustum::classifyBoxRelation()
CustomAttr