Arcgis 10.3 feature class to feature class tool

You can also import field definitions stored in files of type.

Repeat steps 7 through 12 until all the feature class fields have been defined.

To set other properties specific to the type of field, either click the property in the drop-down list or type the property.

To associate a default value with this field, click the text box next to Default value and type the value.

To prevent nulls from being stored in this field, click the drop-down arrow next to Allow Null Values, and choose No.

To create an alias for this field, click the text box next to Alias and type an alias. The properties displayed will depend on what you've chosen as the data type for the field.

In the Field Properties section at the bottom of the pane, you can make edits to the properties of the new field.

Click the drop-down menu in the Data Type column and choose a data type for the new field.

A new row will be added to the list of fields. To add a field to the feature class, click the final row where it says Click here to add a new field.

On the Fields page of the wizard, you can add fields to the feature class.

Optionally, use the Add output dataset to the current map check box to specify whether the feature class will be added to the active map.

If your new feature class will require m- or z-values, check the appropriate check boxes under Geometric Properties.

Choose the type of features that will be stored in this feature class from the Feature Class Type drop-down list.

To create an alias for this feature class, type one in the Alias text box.

On the Define page of the wizard, type a name for the feature class in the Name text box.

This opens the Create Feature Class wizard.

In the Catalog pane, right-click the geodatabase in which you want to create a feature class.

Big models take forever to validate, and things get unstable, or you want better control of input parameter validation and the tool dialog. Model Builder is great and very useful but there is a point where you really should consider going to Python. I should add that you are reaching the level of complexity (many layers, joins, field maps etc) where it starts to make sense to dig into python scripting. I have found this (although it is a bit of work) works better than letting ModelBuilder generate the field map automatically. More tricky, use the Calculate Value tool with a python function that uses the arcpy.FieldMappings() objects to generate a field map on each run. (A shortcoming of how Esri references layers by name only.)Дў. It's possible deleting that layer will remove a conflict of multiple layers in memory with the same name. Delete the layer you had as input right after you use itВ by connecting it to a Delete tool with the output of Feature Class to Feature class as a precondition. So it happens that in a submodel this second condition will occur, the zeros.ДЎ. Another weird thing I noticed is that If I run the default input first, and then I change manually to the second input it gives me good results (not the zeros), while if I start from the beginning with the second input it gives me the zeros. When I run the model with my default (or first) values ('ForestCentroid_modV2') everything is ok an this is the RES_PRE.shpД«ut, when I run the model with new inputs (same fields, same names, just different number of rows), I have all the fields coming from that input set to 0.ДЄnd also, the input layer of the FCtoFC class seems ok. The problem is right at where the red circle is I guess. This is the part of the model (see the pictures). My model is actually a sub-model so it has one of the input changing at every iteration, identical fields but different rows.

I'm experiencing a problem with the Feature Class to Feature Class tool.

I'm using ArcMap10.3, in the Model builder.

Arcgis 10.3 feature class to feature class tool