FsCameraData

This struct is used to send or receive data about the add-on camera using the fsCameraSet and fsCameraGet functions.

Syntax

struct FsCameraData
{
    FsVec3d position;
    FsPositionReferential positionReferential;
    FsSimObjId positionReferentialObjectId; 
    FsVec3d targetedPosition;
    FsPBH pbh;
    FsPositionReferential rotationReferential;
    FsSimObjId rotationReferentialObjectId; 
    double fov;
};

Members

Stuct Member	Description
`position`	A 3 value vector (x, y, z) defining the position of the camera. The units and values returned will depend of the selected `positionReferential`.
`positionReferential`	The reference used to define the `position` value. One of the following: SimObject - The position is an offset from the simobject position (expressed in meters). SimObject Datum - The position is an offset from the simobject Datum Reference Point (expressed in meters). Eyepoint - The position is an offset from the aircraft pilot eyepoint (expressed in meters). World - The position is expressed using latitude, longitude, and altitude.
`positionReferentialObjectId`	Ignored if is `positionReferential` set to World. The object Id of the simobject that will be used to set position by SimObject, SimObject Datum and Eyepoint referential. Set to 0 to focus user's aircraft. If the object Id is invalid, user's aircraft will be used instead.
`targetedPosition`	A 3 value vector (x, y, z) defining the "target" position for the camera. This is used to define a "look at" point for the camera direction/orientation. The units and values returned will depend of the selected `referential`. Note that if you set a target position, it will override any values given for `Pbh`.
`pbh`	A 3 value vector (p, b, h) defining the camera pitch, bank, and heading, in degrees. Note when setting values, if `TargetedPos` is set, it will override the values given here.
`rotationReferential`	The reference used to define the `pbh` and `targetedPosition` values. One of the following: SimObject - The position is an offset from the simobject position (expressed in meters). SimObject Datum - The position is an offset from the simobject Datum Reference Point (expressed in meters). Eyepoint - The position is an offset from the aircraft pilot eyepoint (expressed in meters). World - The position is expressed using latitude, longitude, and altitude.
`rotationReferentialObjectId`	Ignored if is `rotationReferential` set to World. The object Id of the simobject that will be used to set rotation by SimObject, SimObject Datum and Eyepoint referential. Set to 0 to focus user's aircraft. If the object Id is invalid, user's aircraft will be used instead.
`fov`	The camera field of view, in radians.

Remarks

N/A