100	View3D
101	Deprecated object - only for content compatibility purposes
102	Michal Valient
103	Internal object - only for internal use of the engine
104	This object holds the performance settings of the D3DView rendering engine
105	Simple material with single diffuse color property. This material does not have any specular attributes
106	HDRColor object allows to create IRdColor output as well as plain 32bit RGBA color code from four real number values - Red, Green, Blue and Alpha
107	Scene layer represents one batch of rendered context. Each layer has to specify the camera it uses for the rendering. Layers are valid only inside the window nodes and together with the proper render target nodes
108	Windowed render target represents represents the target surface where the layers are being rendered. Windowed render targets are valid only inside the window nodes and together with the proper scene layer nodes
109	Grid object displays the two color checkerboard surface in the context.
110	Internal object that translates 3D objects from graph to the D3DView engine format
111	Internal object that translates lights from graph to the D3DView engine format
112	Internal object that translates widgets from graph to the D3DView engine format
113	Internal object that translates cameras from graph to the D3DView engine format
114	This object creates the spherical bounding volume objects from given position and radius
115	This object creates view frustum bounding volume from given view-projection matrix
116	This object computes the distance at which the light attenuation falls below given threshold. Light attenuation has the formula 1/(d*d*Quadratic + d*Linear + Constant)
117	This object computes the structure necessary for the light transfer to Model view
118	Create the projection (frustum) matrix of the spotlight and compute the light vector and maximum cone angle
119	Create the projection (frustum) matrix of the directional light and compute the light vector
120	This object provides access to all attributes filled by the real-time material rendering engine
121	This object provides access to the bitmap (texture) data from the shader
122	This object provides access to the 1D bitmap (texture) data from the shader. 1D bitmap has vertical resolution of one pixel.
123	This object provides access to the color data from the shader.
124	This object provides access to the numerical data from the shader.
125	This object provides access to the matrix (transformation) data from the shader.
126	This object provides access to the point (vertex) data from the shader.
127	Common code for each shader component defined in the XML file
128	Common code for each shader component defined in the scripting form.
129	Alpha shader specifies the transparency properties of the real-time material
130	Color shader specifies the color properties of the real-time material
131	Normal shader computes the normal and tangent vector of the point in the real-time material
132	Texture coordinates shader computes the primary and secondary coordinates of the point in the real-time material
133	Lighting model shader computes the reflectance properties of the material
134	Light shader specifies the light properties (light vector, color) that affect the point during rendering
135	Vertex light shader specifies the light properties (light vector, color) that affect the mesh vertex during rendering
136	Vertex shader specifies the properties of vertex (position, normal, tangent, color) during the rendering.
137	The real-time material compiler object creates material from individual shaders
138	Properties of the real-time lights such as shaders and bounding volume objects
139	Shader component that is able to provide shadow data to the light shaders
140	Real-time material with solid color
141	Real-time material with solid color and transparency
142	Real-time material with color texture, normal map and alpha texture
143	Real-time material with color texture and normal map
144	Real-time material with color texture, normal map and transparency
145	Real-time material with color texture
146	The node that receives material change messages when material editor tool is active
147	The node that holds the post-processing settings and panel for the current window.
148	Create the D3DView internal settings node inside the graph if required
149	Perform the refresh of changed internal D3DView values when the scene attributes change.
150	Perform the low frequency task if scheduled and if there is no scene activity
151	Perform the rescan of selected parts of the graph if the graph topology changes.
152	Update the internal D3DView settings from selected renderer data node
153	Insert the specified node at mouse position in 3D space
154	Apply the specified material to the node at mouse position in 3D space
155	Send the custom message to the specified object
156	Set the specified (or selected) camera as active for given window
157	Create the navigation toolbar for given window
158	Destroy the navigation toolbar for given window
159	Fill the shader components library with content from the XML files
160	Start or stop the material inspect tool.
161	Show the object render attributes panel for specified (or selected) object
162	Show the layer render attributes of the scene layer for given window
163	Show the post-processing settings panel for given window
164	This object contains all properties of the render target (projection matrices, layers, viewports) as well as handle of the internal D3DView render-target structure.
165	This object contains properties of the layer such as displayed contexts as well as handle of the internal D3DView layer structure.
166	Grid data-object holds the display properties of the Player grid surface
167	This internal object holds the data of the eye cameras for each visited context.
168	This object contains all settings for the post processing effects enabled for the window.
169	The shader component dataobject specialized for the D3DView Material Engine automatically filled values such as normals, positions and more.
170	The shader component dataobject specialized for the XML and script function bricks.
171	Internal dataobject used for storage of XML shader methods by the IRdME2ShaderBrickFunction object
172	The shader component dataobject specialized for the bitmap data passed as shader input constants.
173	The shader component dataobject specialized for the numerical data passed as shader input constants.
174	The shader component dataobject specialized for the three component vector data passed as shader input constants.
175	The shader component dataobject specialized for the four component vector data passed as shader input constants.
176	The shader component dataobject specialized for the matrix data passed as shader input constants.
177	The material shader for the alpha channel code.
178	The material shader for the color channel code.
179	The material shader for the per pixel light code data.
180	The material shader for the per vertex light code data.
181	The material shader for the reflectance model code data.
182	The material shader for the per pixel normal and tangent vector code data.
183	The material shader for the per vertex texture coordinates code data.
184	The material shader for the vertex shader code data.
185	The material compiler object takes shaders and compiles them into one material structure.
186	The material compiler which accepts explicit textual definition of the shaders.
187	The shader component dataobject which accepts both brick code and input constants.
188	This dataobject contains type and settings of the bounding volume of the 3D object
189	The compiler of the properties of a light. Light contains two light shaders and a bounding volume descriptor
190	This object contains all parameters that allow reconstruction of the light in the Modeler window
191	Descendant of the IRsSimpleUIUpdateAgent which allows the Workplace toolbar to change state of the material editor
192	Switch the eye camera of the current view to the other mode (i.e. orthogonal, top, left, right...)
193	The persistent data for the material pick tool
194	Descendant of the IRsSimpleUIUpdateAgent which allows the Workspace toolbar to change state of the material pick tool
195	Toggle enable and disable of the material edit mode
196	Show D3DView global settings window
197	Show grid settings for D3Dview
198	View3D Drag&Drop command
199	Load render attributes preset
200	The command open MainMenu aspect toolbar 
201	Lenka Slana
202	D3d Material editor.
203	Tomas Bujnak, Caligari corp.
204	D3D Scene Lights
205	Caligari Corp.
206	Load scene lights from Rosetta Scene Lights file
261	Real-time metallic material with solid color
262	Real-time metallic material with solid color and transparency
263	Real-time metallic material with color texture, normal map and alpha texture
264	Real-time metallic material with color texture and normal map
265	Real-time metallic material with color texture, normal map and transparency
266	Real-time metallic material with color texture
267	Save Workspace screen shot
291	The material shader for the constant lighting.
292	Constant shader specifies the constant color properties of the real-time material
293	Render to texture node