setVectorDirAndUp

-wrong parameter ("Arma") defined!-1.09

LALocalGEGlobal

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Description

Description:

Sets orientation of an object. The command takes 2 vector arrays, one for vectorDir and one for vectorUp. Default object orientation will always have vectorDir pointing forward (North) along Y axis and vectorUp pointing up along Z axis - [[0,1,0],[0,0,1]], as shown on the diagram below.
When attaching object to an object the axes are relative to the object that gets the attachment. If it is player object for example, then X goes from left to right, Y goes from back to front, and Z goes from down up.
The setDir command is incompatible with setVectorDirAndUp and should not be used together on the same object. Using setVectorDirAndUp alone should be sufficient for any orientation.
In Multiplayer, setVectorDirAndUp must be executed on the machine where the object it applied to is local.

Groups:

Uncategorised

Syntax

Syntax:

vehicle setVectorDirAndUp [[x1, y1, z1],[x2, y2, z2]]

Parameters:

vehicle: Object

[[x1, y1, z1],[x2, y2, z2]]: Array

[x1, y1, z1]: Array - vectorDir

[x2, y2, z2]: Array - vectorUp

Return Value:

Nothing

Examples

Example 1:

// set exact yaw, pitch, and roll _y = 45; _p = -80; _r = 12; _a = [ sin _y * cos _p,cos _y * cos _p,sin _p]; BRICK setVectorDirAndUp [_a,(_a vectorCrossProduct [1,0,0]) vectorCrossProduct _a];

Example 2:

To rotate BRICK on Z axis 90 degrees clockwise, change its vectorDir but leave vectorUp unchanged. BRICK setVectorDirAndUp [[1,0,0],[0,0,1]];

Example 3:

To rotate BRICK on Y axis 90 degrees clockwise, change its vectorUp but leave vectorDir unchanged. BRICK setVectorDirAndUp [[0,1,0],[1,0,0]];

Example 4:

To rotate BRICK on X axis 90 degrees (tilt forward), change both vectorDir and vectorUp accordingly. BRICK setVectorDirAndUp [[0,0,-1],[0,1,0]];

Example 5:

More complex orientations //tilt forward 90 + rotate left 90 BRICK setVectorDirAndUp [[1,0,0],[0,1,0]]; //tilt backward 45 degrees BRICK setVectorDirAndUp [[0,0.5,0.5],[0,-0.5,0.5]]; //tilt forward 30 degrees BRICK setVectorDirAndUp [[0,0.66,-0.33],[0,0.33,0.66]];

Additional Information

See also:

vectorDirvectorUpsetVectorDirsetVectorUpvectorDiffvectorAddvectorMultiplyvectorCrossProductvectorDistancevectorMagnitudeSqrvectorDistanceSqrvectorCosvectorMagnitudevectorDotProductvectorNormalizedvectorFromTo

Notes

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Notes

Posted on March 16, 2008 - 09:50

Str

Command can be also used to rotate camera in all three axis (which also mean it's possible to set camera bank).

Posted on May 9, 2008 - 09:32

General Barron

The object's vectorDir can only control its pitch, while its vectorUp can only control its bank. To set an object's yaw (direction), use the setdir command, before using this command. You would think vectorUp would control pitch as well, but any pitch that would be set due to vectorUp is ignored. The same is true with vectorDir and yaw; any vectorDir that would adjust yaw is also ignored. If this doesn't make sense, try to visualize it with a box or soda can. This command does NOT work with values relative to a unit, but rather it works with world vectors (think world coordinates as opposed to model coordinates). As a result, this command can be difficult to use in many situations, because the input values needed to get a certain pitch / bank for an object vary, depending on what direction the object is facing (yaw). A function to set an object's pitch / bank can be found here

Posted on October 23rd, 2009 - 18:39

Chris330

Note this odd command may now be better understood. There's a thread about it here: BI Studios Forum Thread

Posted on 1 Jun, 2014 - 1845

ffur2007slx2_5

(ArmA3 ver 1.20) setDir overwrites setVectorDirAndUp (P.S. setVectorDirAndUp also affects setVelocity.), so use setDir before BIS_fnc_setPitchBank, which is an easier workaround on vector, if changing yaw, pitch and bank are needed. setVectorDirAndUp is CCW, so if we wanna to set an obj 40 degrees CW, 170 degrees pitch and 85 degrees bank: _obj setDir (40 - 180); [_obj, 170, 85] call BIS_fnc_setPitchBank; Same as: _obj setVectorDirAndUp [[0.63,0.75,0.17],[-0.75,0.65,-0.084]]; Be aware that attachTo may flip vectorDir if pitch beyond 90 degrees and cause unexpected behavior to BIS_fnc_setPitchBank, e.g. [_obj, 100, 0] call BIS_fnc_setPitchBank; //vector: [-0.14,-0.09,0.98],[-0.83,-0.51,-0.17] _obj attachTo [_logic,[0,0,2]]; [_obj, 100, 0] call BIS_fnc_setPitchBank; //vector: [0.11,0.33,0.93],[-0.06,0.94,-0.32] compass direction algorism failed if obj was attached at present. To overcome such limitation we can use fallowing function for a better workaround. (code originated from bapedibupa, remodified) _obj attachTo [_logic,[0,0,2]]; [_obj,[120,-78,37]] call fnc_SetPitchBankYaw; // pitch: 120, bank: -78, yaw: 37 fnc_SetPitchBankYaw = { private ["_object","_rotations","_aroundX","_aroundY","_aroundZ","_dirX","_dirY", "_dirZ","_upX","_upY","_upZ","_dir","_up","_dirXTemp","_upXTemp"]; _object = _this select 0; _rotations = _this select 1; _aroundX = _rotations select 0; _aroundY = _rotations select 1; _aroundZ = (360 - (_rotations select 2)) - 360; _dirX = 0; _dirY = 1; _dirZ = 0; _upX = 0; _upY = 0; _upZ = 1; if (_aroundX != 0) then { _dirY = cos _aroundX; _dirZ = sin _aroundX; _upY = -sin _aroundX; _upZ = cos _aroundX; }; if (_aroundY != 0) then { _dirX = _dirZ * sin _aroundY; _dirZ = _dirZ * cos _aroundY; _upX = _upZ * sin _aroundY; _upZ = _upZ * cos _aroundY; }; if (_aroundZ != 0) then { _dirXTemp = _dirX; _dirX = (_dirXTemp* cos _aroundZ) - (_dirY * sin _aroundZ); _dirY = (_dirY * cos _aroundZ) + (_dirXTemp * sin _aroundZ); _upXTemp = _upX; _upX = (_upXTemp * cos _aroundZ) - (_upY * sin _aroundZ); _upY = (_upY * cos _aroundZ) + (_upXTemp * sin _aroundZ); }; _dir = [_dirX,_dirY,_dirZ]; _up = [_upX,_upY,_upZ]; _object setVectorDirAndUp [_dir,_up]; };