### Check winding feasibility

Source: https://help.altair.com/fluxmotor/topics/miscellaneous_topics.htm

Determines if a winding architecture is feasible, which is useful for filtering configurations during optimization processes.

```python
isWindingValid()
```

--------------------------------

### Set diameter based on geometric fill factor for tooth winding

Source: https://help.altair.com/fluxmotor/topics/miscellaneous_topics.htm

Applies the geometric fill factor command specifically for tooth winding configurations.

```python
setDiameterBasedOnGeometricalFillFactor(geoFF=0.55,noTurnsPerCoil=12,noWiresInHand=4)
```

--------------------------------

### Set diameter based on geometric fill factor

Source: https://help.altair.com/fluxmotor/topics/miscellaneous_topics.htm

Defines the wire diameter to achieve a specific geometric fill factor for a coil with a given number of turns and wires in hand.

```python
setDiameterBasedOnGeometricalFillFactor(geoFF=0.65,noTurnsPerCoil=12,noWiresInHand=4)
```

--------------------------------

### Set wire diameter based on geometric fill factor

Source: https://help.altair.com/fluxmotor/topics/miscellaneaous_topics.htm

Use this command in the Motor Factory Debug dialog to compute the wire diameter that yields a geometric fill factor of 0.65 for a coil with 12 turns and 4 wires in hand. The geometric fill factor is defined as the height filling factor. It also works for tooth winding slots.

```unknown
setDiameterBasedOnGeometricalFillFactor(geoFF=0.65,noTurnsPerCoil =12,noWiresInHand=4)
```

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