100	Widgets
101	This is widget subsystem node. If Active checkbox is checked, widget subsystem starts to wait for selection changes and activates/deactivates widgets from inside of encapsulator.
102	The widget node is encapsulator for widget prototype. Help string and icon are used for Swap widget menu for tooltips and for better widget identification.
103	Active widget is activated counterpart of widget.
104	Tomas Bujnak, Caligari Corp.
105	The Coordinate systems are used to evaluate the coordinate system in which widget operates. There are three coordinate systems supported by this node: Local, Screen, World, accessed through appropriate connectors.
106	Tool manager hook that connects background widgets with mouse tools
107	Active widget controller manages all actions related to base widgets, which includes: widget action activation and deactivation, undo - redo operation grouping, transformation of coordinate systems, base widget state handling and transformation matrices evaluation. Active widget controller communicates directly with D3D view window through Base widget connector. 
108	Background widget controller handles management of background base widgets.
109	The widget Aspect is used to specify the widget aspect within the widget. The Coordinate system input connector specifies the default coordinate system to be used with nodes if no coordinate system is specified by linking connectors to coordinate system nodes. 
110	Static widget controller is intended to simplify definition of widget parts without actions. This node therefore does not contain Gestures input and visibility is determined directly from its Visible input connector.
111	Gesture node connects actions and activation condition with widget controller. If mouse cursor is above widget shape, widget controller sends mouse messages to gesture node. Node checks, if activation condition is true (defined through InputFilter). If yes, gesture initializes connected tools and activates them. Gesture can activate two types of actions - Activities, they are executed in button-like style (activated on button release), and Widget tools, activated in tool style
112	State of Alt key
113	State of Ctrl key
114	State of Shift key
115	Left mouse button click state
116	Left mouse button doubleclick state
117	Left mouse button drag state
118	Middle mouse button click state
119	Middle mouse button doubleclick state
120	Middle mouse button drag state
121	Right mouse button click state
122	Right mouse button drag state
123	Right mouse button doubleclick state
124	Transforms input states to output; output states are exclusive.
125	Transforms input states to output; output states are exclusive.
126	Open panel of current widget. You can specify aspect and thus create various setting panells for widget.
127	Action sequence designed primarily for dynapick widgets
128	Custom activation script node. Script is executed upon widget activation.
129	Camera type switch. Node can be used to create different widgets for orthogonal and projective cameras.
130	Coordinate system with mode defined by preferences panel. Can be used to specify coordinate system for widget. Coordinate system also compensates for perspective scaling.
131	Coordinate system with mode defined by preferences panel. Can be used to specify coordinate system for widget. Widget size will obey perspective rules.
132	World origin (0,0,0) docking position. Use this docking position to set widget position to world center (for example when using generated widget meshes)
133	Selection center docking position. This is simplified version of selection bbox docking, where only selection center is evaluated. 
134	Node evaluates various positions on bbox of current selection. Each docking position can be used to specify widget base position.
135	Screen docking node evaluates world space position that will be transformed to specified sceen space coordinates. This node is intended to evaluate positions for view specific widgets like View widget or sprites or 3D sprite menu.
136	Node evaluates various positions on view dependant bounding rectangle.
137	Computes offset position from center of active nodes according to desired mode. Mode 0 - Displacement is evaluated in coordinate system, Mode 1 - Displacement is evaluated in World space, Mode 2 - Displacement is evaluated in Screen space
138	Docking position computed as average of pivot positions.
139	Node evaluates various positions on bounding box of active nodes.
140	Anchor (first node in selection) origin docking position.
141	Node evaluates anchor's (first node in selection) bounding box docking positions.
142	Camera active status switch. Use this node to create different widgets for local / non-local camera; local means that control set anchor equals current view.
143	Widget movement wrapper command for script form representation. Selection contains set of objects, x,y,z define delta step to move selection.
144	Widget rotate wrapper command for script form representation. Selection contains set of objects, yaw, pitch, roll define rotation, x,y,z define center of rotation.
145	Command activates user widget specified by search path. If widget path contains encapsulator, it performs searching of most suitable widget for specified selection. 
146	Slider controller preferably used with wheel gestures.
147	Widget button style node (command). After activation, it deactivates current widget.
149	Widget button style node (command) that opens panel for each selected object after activation.
150	Widget button style node(command) that executes specified simple script after activation. It supports undo by providing script command also for undo action. If undo script is not provided, command history is deleted.
151	Widget core widget activation command. Activates specified widget and provides undo/redo for widget activation.
152	Widget core command. Activates widget to specified widgets group. Widget group is not deactivated.
153	Widget core command. Perform widget deactivation. Also handles deactivation of depending groups and undo/redo for deactivation event.
154	Widget core command. Reset active widget and perform it's reinitialization. Used to spread template changes to instances.
155	Widget core command. Used to replaced activated widget by another one.
156	Continous widget command sequence helper.
157	Widget core command. Synchronization command that performs postponed widget update. 
158	Simple direct transform undo/redo command.
159	Helper command, that handles undo/redo for specified multiple connectors.
160	Helper command, that handles undo/redo of single float connector.
161	Widget scale wrapper command for script form representation. Selection contains set of objects, sx,sy,sz,hx,hy,hz, define scale and shear, px,py,pz define center of operation.
162	Scene widget controller. Activates widget only if it is not obscured by scene geometry.
163	Widget rotate in world wrapper command for script form representation. Selection contains set of objects, yaw, pitch, roll define rotation, x,y,z define center of rotation.
164	Activate default widget for current selection.
165	Widget component that hides object when widget is activated for it.
166	Object hide helper for widget object hide function
167	Mouse wheel state
168	Re-activation command for walk through camera widget action.
169	Widget rendering data object. 
170	List of nodes that are manipulated by widget.
171	3D toolbar identification DO.
172	Widget node that is used to change position of controlled objects transform matrices. 
173	Camera Roll rotates eye camera around axis formed by Center input and camera position.
174	Select object Command raycasts scene and selects nearest object under mouse cursor. According to select/deselect connectors, object is either added, removed or toggled from global selection.
175	Camera FOV modifies field of view for projective cameras and zoom factor for orthogonal views.
176	Camera navigate uses mouse X coordinate to rotate controlled objects around global Y axis and Y coordinate to perform movement in local Z axis. Rotation and Movement speed can be defined by speeds input.
177	Camera look around uses mouse X and Y coordinates to perform rotation around local X axis (looking Up and Down) and global Y axis (looking left and right). Rotation speed can be defined by appropriate speed inputs.
178	Camera walk starts moving controlled object in its Z direction with constant speed defined by Walk speed. It uses mouse X and Y coordinates to perform rotation around local X axis (looking Up and Down) and global Y axis (looking left and right).
179	Linear slider provides controlling of all floating point inputs that request limited real linear range of input values. Slider range is defined by RangeHi and RangeLo inputs. Controlled connector is defined by example with connecting Connector to node with requested connector.
180	Scale action performs scaling of controlled objects around Center in XY widget shape coordinate space. Scaling can be enabled or disabled for each axis. Scaling coefficients can be computed relative to center of scaling, or they can be evaluated from direction of widget coordinate system. Uniform scaling scales along all three axes with equal coefficient.
181	Screen docking move changes relative position of widget on the screen docking, therefore this node can be only used with screen docking node. Action is linked to docking node by Docking position input. Movement can be enabled or disabled for X and Y axes. 
182	Widget move moves widget from its original position. Movement is performed in widget shape XY space, where movement along X and Y axes can be enabled or disabled by EnableX and EnableY inputs. 
183	Linear move action performs similar operation as Move action, the difference is in movement step calculation. Slider type move action does not count perspective into movement step evaluation. Movement speed can be altered by Speed input.
184	Move action performs movement of controlled objects. Movement step is computed from widget local coordinate system so, that moved object tracks cursor. If movement along both coordinate axes is enabled, widget XY plane is taken. If only one axis is enabled, the second one is selected to make movements most precise. 
185	Linear world rotate performs similar action as Linear rotate, but instead of rotation in widget space it always performs rotation in world coordinate space. 
186	Linear rotate action performs rotation of controlled objects around Center. Rotation is performed around X and Y axes, angle is computed from mouse step and projection of widget X axis to screen. Rotation around X or Y axis can be disabled or enabled by EnableX and EnableY inputs. Rotation speed can be controlled by Speed input.
187	Rotate action performs rotation of controlled objects around Center. Rotation is performed around widget Z axis. Angle of rotation is evaluated in widget XY space. 
188	Axes rotation provides similar, but more general functionality as Axes Swap. By this node, you are able to transform operation coordinate system by a matrix. The matrix can be inversed before multiplication. Multiplication is performed only if Enable is true
189	Widgets operate on the same coordinate system, which is used to transform widget shape to world space. Sometimes it is required to alter this default behavior - for example trueSpace default behavior for movement is LClick moves in XY, RClick moves in Z. This operation is however accessed through one surface. This node can be used to reorder and swap coordinate system axes.
190	Marek Kovac
191	Denormalized coordinate system allowing objects scaling
192	Input value sensor node used for scanning value of specifiec connector
193	Evaluates docking box at anchor node with specific fixed dimensions
194	User interface agent that synchronizes button states with active managed widgets.
195	Widget shortcut node - allows to assing shortcuts for widget.
196	Coordinate system which is kept aligned on axis but scale and position is calculated
197	Snapper shape collects all snapping shapes generated by snapping tools.
198	Rectangle zoom to area
199	Keyboard button state node.
200	Helper command to change value of connector holding keyboard button name.
201	Coordinate systems are used to specify coordinate system for widget operations. This one scales coordinate system so, that the widget will have the same on-screen size.
202	Coordinate system data object.
203	Docking position represents coordinate in world space where widget will be docked.
204	State for key/mouse state filters.
205	Widget action data. Empty formal data object used for connecting gestures to widget actions.
206	List of nodes for which widget subsystem searches for widget.
207	Widget component formal data, used to connect various widget nodes. Type is used as filter for LE.
208	Holds widget matching weigths.
209	Callback data object used for out-of kernel evaluation of various resources required for widget rendering and manipulation.
210	Callback data object used for out-of kernel evaluation of materials, shapes and matrices required for widget rendering.
211	Change aspect command displays change aspect menu acquired from widget aspect definition.
212	Coordinate system that computes 3D position of 2D screen point.
213	Align coordinate system Z axis with world coordinate Z axis.
214	Replace operations coordinate system. This node allows to tweak widget nodes to detect movements in one coordinate system and perform actions in the other.
215	Move position of object pivot.
216	Simple slider provides controlling of all floating point inputs that request limited real linear range of input values. Slider range is defined by RangeHi and RangeLo inputs. Controlled connector is defined by example with connecting Connector to node with requested connector.
217	Anton Mateasik, Caligari corp.
218	Return selection  center of gravity as a docking position.
219	Visualization controller selects widget mesh according to its three states. Widget can be in this states: Active - mesh caused tool activation, Operating - widget is in active state and performing some actions and Default - all other states. Controller also provides cursor distance output, which ranges from 0 to 1 (0 is when mouse floats above mesh, 1 is when mouse cursor is more than 100 pixels away from mesh). Note, than if you don't specify OnOperating or OnActive mesh, base widget will hide.
220	Functionality of this node is similar to Visualization controller, but it provides only one mesh, matrix, attributes and material input. It was designed for optimization purposes.
221	Widget node that synchronizes widget internal list of objects with current selection.
222	Widget node that synchronizes widget internal list of objects with active view eye camera.
223	For automatically activated widgets, the Automatic activation node is used to scan the widget and object for which the widget is being searched and evaluate the match weight of the widget and the actions it contains.
224	Input connector sensor node is used for scanning connectors of nodes for connector presence. List of nodes is provided by widget subsystem through Widget activation request, connectors are specified by linking them to Connectors connector.
225	Output connector sensor node is used for scanning connectors of nodes for connector presence. List of nodes is provided by widget subsystem through Widget activation request, connectors are specified by linking them to Connectors connector.
226	Helper node that evaluates color according to widget - cursor distance nad input colors. It is intended to compute highlight colors.
227	Toggle raycasted object in active selection.
228	Evaluate various corners of selection bounding box as docking position.
229	Perform boolean AND of all connectors connected to input.
230	Perform boolean OR of all connectors connected to input.
231	Perform boolean XOR of all connectors connected to input.
232	Widget action that alter speed parameter of selected nodes.
233	Move object and constrain movement with collision detection if enabled.
234	Compute bounding sphere of widget's anchor node.
235	3D toolbar manager
236	3D toolbar button
237	Enables adding toolbars to widgets. When widget gets activated, node creates toolbar defined by prototype. If widget is deactivated, toolbar will be closed.
238	Left mouse button state.
239	Right mouse button state.
240	Middle mouse button state.
241	Widget transform undo redo command.
242	Anchor coordinate system
243	Widgets blocking select helper command.
244	On activation, change list value to next item.
245	Helper for setting value on RdStrEnum connector.
246	Caligari Corp.
247	Allows Drag&Drop objects
248	Select helper command that opens default widget for new selection.
249	Update selection and deactivate widgets containing specified nodes. 
250	Close managed widgets helper command. Use before performing topology operations on a graph followed by result node selection.
251	Axis slider provides control of two float parameters based on horizontal and vertical direction mouse dragging
252	Inverts value of specified connector
253	General transform script command.
254	Photo render area widget node.
255	Control cage widget