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# arcpy.Point.Y

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```        # from llPoint go fanRange by bearing
ulX = llPoint.X + (fanRange * math.cos(math.radians(Geo2Arithmetic(bearing))))
ulY = llPoint.Y + (fanRange * math.sin(math.radians(Geo2Arithmetic(bearing))))
ulPoint = arcpy.Point(ulX,ulY)

# from ulPoint go width by negative crossbearing
urX = ulPoint.X + (width * math.cos(math.radians(Geo2Arithmetic(rightBearing))))
urY = ulPoint.Y + (width * math.sin(math.radians(Geo2Arithmetic(rightBearing))))
```
```        # from urPoint go fanRange by negative bearing
lrX = urPoint.X + (fanRange * math.cos(math.radians(Geo2Arithmetic(backBearing))))
lrY = urPoint.Y + (fanRange * math.sin(math.radians(Geo2Arithmetic(backBearing))))
lrPoint = arcpy.Point(lrX,lrY)
```

```        pnt = feat.getPart()
centerPointX = pnt.X
centerPointY = pnt.Y
range = row.getValue(rangeField)
bearing = row.getValue(bearingField)
```

```        pnt = feat.getPart()
centerPointX = pnt.X
centerPointY = pnt.Y
centerPoints.append([centerPointX,centerPointY])
del rows
```

```            pnt = feat.getPart()
centerPointX = pnt.X
centerPointY = pnt.Y
centerPoints.append([centerPointX,centerPointY])
del row
```

```            pnt = feat.getPart()