ISBN
978-3-00-064888-5
Monograph of Dr. rer. nat. Andreas Heinrich Malczan
Figure 54 - Great Size Diagram in Polar Coordinates
The following applies(3.1.1)
(3.1.2)
(3.1.3)
This also means that
(3.1.4)
We refer to the quantity φ as the phase angle in the original size diagram.
If u and v are motor variables describing the muscle tension of four muscles of a joint with two degrees of freedom, each periodic movement is represented in the great magnitude diagram by a curve graph representing a Lissajous figure. If, for example, the arm is rotated, a closed circular line is created in the corresponding great magnitude diagram. From the curve graphs it is therefore also possible to infer the type of movement. If you write a figure eight in the air with an outstretched arm, this figure eight - possibly slightly distorted - can be found in the great magnitude diagram. If you write any number or letter in the air with an outstretched arm, exactly this figure appears in the great-size diagram, even if it is shown slightly distorted.
The quotient
is the quotient of the fire rates f3 and f1 of a plane divergence grating.
The quotient
is the quotient of the fire rates f4 and f2 of a plane divergence grating. Let it be
(3.1.5)
(3.1.6)
We refer to the size ω as phase angle in the image size diagram.
The following applies to the phase angle ω in the image size diagram of a divergence grating
(3.1.7)
Monografie von Dr. rer. nat. Andreas Heinrich Malczan