Differences

This shows you the differences between two versions of the page.

--- panel_description_moving_panel [2011/10/17 14:55] – Jan_K
+++ panel_description_moving_panel [2011/10/18 11:12] (current) – removed Jan_K
@@ Line 1: / Line 1: @@
-====== Panel Description - Pan/Tilt Panel ======
-\\
-\\
-{{:panel_description_fs_movement.gif|}}\\
-\\
-The movement is used to control beam direction. The movement can be manually controlled and put into sequences step by or alternative put into sequences as predefined shapes. [[panel_description_bezier_shape|]].\\
-Additional there is a Fanning control which is used for aligning more fixtures. This function only have an effect when a more fixtures are selected.\\
-See: [[panel_description_fanning|]]
-\\
-\\
-**Coordinate system**\\
-In the Coordinate system X axis is the Pan control and the Y axis is the Tilt control.\\
-The control are done by moving the blue ball around with the mouse.\\
-\\
-{{:panel_description_fs_movement_xy.gif|}}\\
-\\
-\\
-**Resolution**\\
-The “Resolution” fader is used to set XY/ mouse reaction so it fit the users application.\\
-Sometime a rough control are needed and sometime a fine Control are needed.\\
-\\
-{{:panel_description_fs_movement_resolution.gif|}}\\
-\\
-\\
-**Lock axis**\\
-If only one axis are to be moved then the axis can be locked with the padlock.\\
-The locked axis will then not change when the ball is moved.\\
-Both axis can be locked at the same time.\\
-\\
-{{:panel_description_fs_movement_lock.gif|}}\\
-\\
-\\
-**Fine Tune**\\
-To fine tune position the 4 arrows are available. These arrows will increase / decrease the control channel with 1.\\
-To center the position the “Center” button in the middle are available.\\
-\\
-{{:panel_description_fs_movement_fineadj.gif|}}\\
-\\
-\\
-Note:\\
-Not all fixtures are made with a default value that brings the fixture in the middle position.\\
-The optimal default value for pan and tilt is 127 or 128 but are sometime by mistake set to 0.\\
-How ever the “Center” button bring the fixture to mid position, 127.\\
-See: [[fixture_creator:channel_description|]]\\
-\\
-**Flip.**\\
-This function turns the fixture 180 deg but maintain the same beam direction.\\
-\\
-{{:panel_description_fs_movement_flip.gif|}}\\
-\\
-{{:panel_description_flip_drawing.gif|}}\\
-\\
-\\
-This is useful if the beam is in a position where a turn will bring it past the fixtures turning limit.\\
-By Flip it will be placed in 180 deg position still with the beam in the same direction. The turn can now be performed without going into the limit.\\
-\\
-Note this is only valid for fixture that can turn 360 deg or more.\\
-To work properly it requires that range is defined.\\
-See: [[fixture_creator:movement_configuration|]]\\
-\\
-\\
-**Inverse Pan and Tilt.**\\
-The – X inverses the Pan channel and –Y inverses the Tilt Channel\\
-\\
-{{:panel_description_fs_movement_lock.gif|}}\\
-\\
-The inversion is done on the output which means that all displayed values in the panels are as normal.\\
-Example Pan inversed.\\
-The blue ball is moved from left to right, Fine Tune “->” pressed the value in the faders on the right side of the main window goes from 0 -> 128 -> 255.\\
-Looking in the output window, “Output” -> “Show Output” the value goes from 255 -> 128 -> 0.\\
-\\
-\\
-**Absolute / Relative movement.**\\
-\\
-{{:panel_description_fs_movement_shape_abs_rel.gif|}}\\
-\\
-Absolute / Relative movement works on a group of fixtures.\\
-Blue arrow is absolute movement where a fixtures are moved to the position of the blue ball when it is move.\\
-The initial Pan and Tilt position is of no matter. All selected fixtures will go to the same position.\\
-\\
-When the relative movement is enabled (Red arrow), then the fixtures will only be moved the relative to the initial position.\\
-\\
-Example.\\
-fixtures are set one by one to a unique position.\\
-All fixtures are then selected and “Relative movement” is enabled.\\
-The fixture will now be moved relative to there initial position.\\
-Initial position is  F1: Pan = 110, F2, Pan = 120, F3: Pan = 130, F4: Pan = 140\\
-Relative movement enabled and the blue ball is now move 20 to the right.\\
-Position is then F1: Pan = 130, F2, Pan = 140, F3: Pan = 150, F4: Pan = 160\\
-\\
-\\
-\\
-**Bezier Shape.**\\
-Shape is basically a predefined shape or pattern which the pan and tilt movement will follow automated.\\
-This makes it easy to make the light move without making sequences with a lot of steps /points.\\
-The shape generator is not a stand alone movement control but a function that goes into a cue like everything else.\\
-\\
-{{:panel_description_fs_movement_shape.gif|}}\\
-\\
-The On/Off button are as the name says used to switch on or off, the automated movement.\\
-\\
-Speed is controlled with the slider. It has a range from 0 to 10.000. Default is 1.000.\\
-is the slowest speed and though the value is 0 then the shape still moves.\\
-\\
-\\
-In the shape box 6 different shapes can be selected.\\
-\\
-{{:panel_description_fs_movement_shape_select.gif|}}\\
-\\
-The “Shape” button opens the Bezier shape window where it is possible adjust or edit the shape.\\
-\\
-{{:panel_description_fs_movement_shape_panel.gif|}}\\
-\\
-For further information on Bezier Shapes see: [[panel_description_bezier_shape|]]\\
-\\
-Note:\\
-The Blue Ball don’t move.\\
-When running Shape the Blue ball don’t move. However monitoring the DMX output for Pan and Tilt it can be seen that these values changes with the shape.\\
-The update of the blue balls position was removed because of some issues.\\
-\\
-\\
-----
-\\