This is a sample that might be useful for some as reference.
Using 11 lines of Python to create and load polygons from a shape file to a new parcel fabric.
This is something that could not be done in ArcMap and can have useful use cases such as digital submission.
You can copy paste it to the python view (command line) after you tweak your source data or wrap it up as a python script tool.
ParcelSourceData= r"C:\Temp\Parcels.SHP" #source polygons SR=arcpy.Describe(ParcelSourceData).spatialReference #retrieve the spatial reference of source data FGDB=arcpy.CreateFileGDB_management(r"C:/temp", "fGDB.gdb") #create a file geodatabase FDS=arcpy.CreateFeatureDataset_management(FGDB,"FDS", SR) #Create a feature dataset using the spatial reference PF = arcpy.CreateParcelFabric_parcel(FDS,"ParcelFabric") #Creating a new parcel fabric (PF,Parcels,Lines) = arcpy.AddParcelType_parcel(PF, "Ownership") #adding a parcel type arcpy.AddField_management(Parcels,"RecordName", 'TEXT') #Adding a field for the record name that is used for records creation arcpy.management.Append(ParcelSourceData, Parcels, "NO_TEST") #appending source data to parcel polygons arcpy.EnableParcelTopology_parcel(PF) #enable parcel fabric topology arcpy.CreateParcelRecords_parcel(Parcels, "RecordName") #creating new parcel records arcpy.BuildParcelFabric_parcel(PF) #building the parcel fabric
We have just published a tool that allows you to migrate your ArcMap COGO feature classes into the new ArcGIS Pro COGO Enabled line feature class schema. Those Text fields that contained your COGO information will be converted to the numerical (Double) field type and all the values will be carried over.
Download the zip and unpack it to find the tool. In the future more tools will be added. We will notify you when this happens so you can re-download the tool box to get all the new changes.
How Do I Use This Tool?
Once you have the toolbox unpacked from the Zip browse to it in the Catalog Pane in ArcGIS Pro by adding a folder connection to the tools location. You can then right click the toolbox and say Add To Project and this will and the tool box to the Toolboxes group in the Catalog pane for easy access in the future. Finally, to run, double click the tool. You will be presented with 3 options:
1. First you will point to the Line Feature that you want to migrate
2. Then you will provide a name for the new line feature class that will be created by running this tool.
3. Optionally you can then provide a name for an error feature class. This error feature class will have all the line geometries that failed to properly migrate the COGO values. You can use this to update the new COGO feature class created.
If you have a standard ArcMap COGO enabled Line feature class then there won't be any field mapping necessary. But if you have a different field that you are using to represent COGO measurements you can field map them in this area. Additionally if your COGO Direction Field is using North Azimuth you can adjust how that format is handled here. Just change the first drop down from Quadrant Bearing to the North Azimuth.
I Have Questions
Please feel free to reply to this blog post or comment on the ArcGIS Online Item and we will get back to you as soon as possible.
With the release of ArcGIS Pro 2.3 you now have the ability to apply ground to grid corrections. Many of you are familiar with ArcMap's COGO toolbar ground to grid corrections, and will discover a few improvements in this functionality with ArcGIS Pro.
Here are a few examples:
A heads-up display on the active map to show the correction values currently being applied, without needing to open a properties dialog.
The Corrections button in the Edit ribbon, gives a quick and easy way to turn ground to grid on and off and, when the Edit ribbon is not active, the corrections are still accessible using the tray button at the bottom of the map.
Each map in the project stores its own ground to grid corrections, so multiple maps with different corrections can all be stored within a single project.
A ground to grid icon is displayed next to the values that will have the corrections applied to provide a further visual cue that the corrections are in effect.for the numbers you see.
Also new with ArcGIS Pro, and something not available in ArcMap, is the ability to leverage Elevation surfaces to compute the combined scale factor from the active map's projection information, the location of the data edited, and the elevation at that location.
The video attached below demonstrates how to set and use the corrections, and shows how preexisting traverse lines can be scaled and rotated after using an interactive tool to calculate the corrections from given data.