Übersetzung für "Ortsvektor" in Englisch

The pose can therefore be described by a rotation matrix and a position vector.

To find the position vector, subtract the initial point vector from the terminal point vector .

EPMATHMARKEREP where t is the time and {right arrow over (r)} is the position vector.

This may, for example, be a velocity vector or position vector, parameterised as a function of time.

Since furthermore a satellite moving on an elliptical orbit always covers equal areas in the equal intervals of time with its local vector originating from the center of rotation, periodically repeated deviations from the mean position of the satellite regarding its geographical longitude can also be detected by an observer turning with the earth.

The vector {right arrow over (c)} A is the spatial vector of the point A referred to the apparatus coordinate system (X G, Y G, Z G).

The equation for the position vector r3 of all points E31 situated on the parabola P between E1 and E2 is:

The advantage of an inductive coupling loop of this kind is its mobility: it can initially be experimentally positioned at various locations on the shaft W inside the exciter apparatus 100 and the location vector encompassed by the loop can also be changed by rotating the loop until such time as the greatest useful signal is received.

The online detection system is designed in such a way that a two-dimensional position vector and additionally the time as a third coordinate are assigned to each photometric reading.

In the one-dimensional case, this description is analog to that of Oppelt, wherein the curved position vector r is then transferred into a uni-dimensional directional vector Z (in the glossary of Oppelt).

The result vector is therefore in this case not a spatial vector to be applied to the origin of the coordinate system, but a difference vector.

The 3D image-taking system is designed in such a way that, during image-taking, at least one photometric reading can be assigned to each volume element of the separation medium, i.e. each data set comprises a position vector with 3 coordinates, to which at least one photometric reading is assigned.

The torque is the vector product from the radial position vector directed outwardly from a longitudinal axis and the generating force and thus extends perpendicularly to the generating force.

Each node in such a self-organizing map possesses a local vector which defines its position in the map, as well as a reference vector which corresponds to a point from the area of the data set.

The trajectory is given as a point-direction equation of a straight line with the speed vector u and the position vector at the POCA d by the time function: r (t)= d+v· (t?t d), (2) which is identical to the direction vector between the sensor and the projectile, if the radar sensor is assumed to be positionally fixed at the origin of the coordinate system.

The linear acceleration of the below-knee component is advantageously determined or measured at the sole level and is used as a basis for the control; the acceleration at the sole level derives from the linear accelerations at the position of the acceleration sensor, for example below the knee joint axis, the angular acceleration of the below-knee component as a first-order derivative of a gyroscope signal, and the location vector of the position of the acceleration sensor to the reference position on the foot, for example on the forefoot.

If it is ascertained that at least one voxel of the brick contains a surface, a center point of the brick is notated as a location vector.

Here, the location vector corresponds to a connection of an origin of a coordinate system, in which the TSDF is notated, to the center point of the brick (step 13).

However, for each location vector it is stored, to which voxels it corresponds (step 15).

In conventional illumination, the illuminating power is constant in terms of space and time for all pixels in the image: EPMATHMARKEREP where I is the detected fluorescence, x is the position vector, t is the time, and p is the beamed illuminating power.

Based on this unwinding length and the previously calculated angle or rather the position vector of the exiting cable 8, a position of a predefined point of the cable 8 in the room or rather relative to the holder 3 can be calculated.

The rehabilitation device in accordance with claim 9, wherein the sensor arrangement is configured to calculate the position of the object as a position vector of the object in a room.

It is possible, in particular due to the two defined feed-through passages of the cable, via the guiding device, namely in the centering device and the outlet apparatus, to calculate a location vector or direction vector for the direction of the cable outside of the position sensor.

In particular, again through known vector-geometric calculations, it is, for example, possible based on the two specific room points to calculate a position vector for the position of the object in the room or relative to the holder.

It is also in particular conceivable that by means of the distance determining device a position vector between a section of the first device and a section of the light structure projected by the distance determining device is determined, i.e. not only the distance is determined but also the orientation of a connecting line between said sections is determined.

This function may be programmed prior to the flight, or may be pre-set during flight, or in the special case of the hovering flight may be zero (as velocity vector) or constant (as position vector), respectively.