modelRigidReferencePoint

The reference point of a rigid body. The acceleratoin and velocity are calculated here and passed through the rigid connector to the rest of the rigid body components. Convenience variables (e.g. roll/pitch/heading) are also defined as this is the point of interest for the rigid body.

Parameters

TypeNameDefaultDescription
BooleanwrapEulertrue
Realepsilon1e-14

Connectors

TypeNameDefaultDescription
Interfaces.RigidConnectorfAthe rigid body connector

Components

TypeNameDefaultDescription
World.WorldBaseworldthe world
SI.AngularVelocity[3]w_ir{0, 0, 0}ref frame ang rate wrt inertial expressed in the reference frame
SI.Position[3]r_rcartesian position resolved in the refernce frame
SI.Velocity[3]v_rvelocity resolved in the reference frame
SI.Angle[3]eulereuler angles, body roll, horizon pitch, heading
SI.AngularVelocity[3]w_ibangular velocity of body wrt inertial frame resolved in the body frame
SI.Angle[3]eulerDoteuler angle rates, body roll, horizon pitch, heading
SI.Velocity[3]v_bvelocity resolved in the body frame
SI.Acceleration[3]a_bacceleration resolved in the body frame
SI.AngularAcceleration[3]z_bangular acceleration resolved in the body frame
Real[3,3]C_brdirection cosine matrix from reference to body frame
SI.Positionaglaltitude above ground level
SI.Anglegammaflight path angle
SI.Velocityvttrue velocity
SI.Velocity[3]vR_rrelative air velocity in reference frame
SI.Anglephieuler[1]euler angle 1: body roll
SI.Anglethetaeuler[2]euler angle 2: horizon pitch
SI.Anglepsieuler[3]euler angle 3: heading
SI.AnglephiDoteulerDot[1]euler angle 1 rate: body roll
SI.AnglethetaDoteulerDot[2]euler angle 2 rate: horizon pitch
SI.AnglepsiDoteulerDot[3]euler angle 3 rate: heading
Realphi_degSI.Conversions.to_deg(phi)
Realtheta_degSI.Conversions.to_deg(theta)
Realpsi_degSI.Conversions.to_deg(psi)
Real[3,3]C_euler