**CECYC**, * Lowname*,

`Highname`

`Nsector`

`HIndex`

`Tolerance`

`Kmove`

`Kpairs`

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`Lowname`

Name of a component for the nodes on the low angle edge of the sector. Enclosed in single quotes.

`Highname`

Name of a component for the nodes on the high angle edge of the sector. Enclosed in single quotes.

`Nsector`

Number of sectors in the complete 360 degrees.

`HIndex`

Harmonic index to be represented by this set of constraint equations. If

is -1, generate constraint equations for static cyclic symmetry. If`Hindex`

is -2, generate constraint equations for static cyclic asymmetry.`HIndex`

`Tolerance`

A positive tolerance is an absolute tolerance (length units), and a negative tolerance is a tolerance relative to the local element size.

`Kmove`

**0**—

Nodes are not moved.

**1**—

HIGHNAME component nodes are moved to match LOWNAME component nodes exactly.

`Kpairs`

**0**—

Do not print paired nodes

**1**—

Print table of paired nodes

The analysis can be either modal cyclic symmetry or static cyclic symmetry.

The pair of nodes for which constraint equations are written
are rotated into **CSYS**,1.