Point Global Snap

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Snaps the features of a point layer to another layer (Point, Polyline or Polygon)

Inputs:

Outputs:

A point feature class - the points from the source layer will be moved to snap to the features of the Snap Layer (if within the snap tolerances

Options:

Vertices: The points will be snapped to the nearest vertex of the nearest feature from the Snap layer
Nearest edge: The points will be snapped to the nearest point of the nearest feature from the Snap layer
Vertices & Edges: If there is a vertex closer than the snap tolerance to the point to be snapped, the point will snap to it, otherwise it will snap to the nearest edge.
Snap to reference Z values (only if the input and output are Z enabled)

Notes:

The snap distance should be in the units of the input dataset.
The Source and the Snap datasets can have different spatial references as long as they have the same Geographic Coordinate systems.

Example:

Before Snap	After Snap Option: Vertices	After Snap Option: Nearest Edge	After Snap Option: Vertices & Edges

ToolBox implementation
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Command line syntax

ET_GPSnapPoints <input_dataset> <Reference_dataset> <out_feature_class> <snap_tolerance> {snap_vertices} {snap_nearest}

Parameters

Expression	Explanation
<input_dataset>	A Point feature class or feature layer
<Reference_dataset>	A Point,Polyline or Polygon feature class or feature layer.
<out_feature_class>	A String - the full name of the output feature class (A feature class with the same full name should not exist)
<snap_tolerance>	A Double representing the Search tolerance (in the units of the input_dataset) to be used
{snap_vertices}	A Boolean indicating whether snapping to the closest vertex of the nearest feature from the Reference_dataset to be used
{snap_nearest}	A Boolean indicating whether snapping to the nearest point of the nearest feature from the Reference_dataset to be used

Scripting syntax

ET_GPSnapPoints (input_dataset, Reference_dataset, out_feature_class, snap_tolerance, snap_vertices, snap_nearest)

See the explanations above:
<> - required parameter
{} - optional parameter