Learn more about writing geometries Using geometry tokens

A clockwise ring is an exterior ring, and a counterclockwise ring defines an interior ring. A valid ring consists of a valid path, such that the from and to points of the ring have the same x,y coordinates. Although composed of many islands, it would be recorded in the database as one feature.ДЄ ring is a closed path that defines a two-dimensional area. For example, in a layer of states, the state of Hawaii could be considered a multipart feature. Whenever a script is reading coordinates for polygons in a geodatabase or shapefile, it should contain logic for handling inner rings if this information is required by the script otherwise, only the exterior ring is read.ДЄ multipart feature is composed of more than one physical part but only references one set of attributes in the database. The exterior ring is always returned first, followed by inner rings, with null point objects as the separator between rings. The array of point objects returned for a polygon contains the points for the exterior ring and all inner rings. If a polygon contains holes, it consists of a number of rings. All other feature types-polygon, polyline, and multipoint-return an array of point objects or if the feature has multiple parts, an array containing multiple arrays of point objects. PointGeometry features return a single Point object instead of an array of point objects. If an index is not specified, an array containing an array of point objects for each geometry part is returned. The getPart method returns an array of point objects for a particular part of the geometry if an index is specified. The geometry object's partCount property returns the number of parts for a feature. These points can be accessed with geometry objects ( Polygon, Polyline, PointGeometry, or MultiPoint), which returns them in an array of Point objects.ДЇeatures can have multiple parts. You can also see for the point I clicked, the raster value is not the oldest age.Each feature in a feature class contains a set of points defining the vertices of a polygon or line, or a single coordinate defining a point feature. You can see spots where the raster doesnt overlap at all with the shapefile (yellow is visible), meaning that there is polygon data there but the raster layer has nodata there. Here's a screenshot showing the shapefile in yellow and the raster I created in blue w 30m resolution. When I look at the values produced, many of them are the minimum value but a lot of them are not and some of them are even saved as NODATA. I've also tried creating a priority field that corresponds to the age such that older years are higher priorities than more recent years, and then running the conversion. I've tried converting polygon to raster and then going into the Geostatistical Analyst option in Environments and selecting MINIMUM for coincident Points. I am having a heck of a time doing this and I'm hoping there is an easy fix. Basically, I want a raster that shows the oldest Age of each point. I'd like to convert this shapefile into a raster, where the value of each raster cell represents the smallest value of any polygons that may be overlapping at any given point. Some of these polygons overlap multiple times at different points (so for example Polygon A may overlap with Polygon B & C in one part of the Polygon A and then overlap with Polygon B, D & E in another part of Polygon A). I have a shapefile consisting of about 300k polygons, all different shapes, which have various attributes associated with them, of which, I am only interested in age.

Arcgis 10.6 polyline to polygon