Latest Contributions by XanderBakker

The other thing I noticed is that both in ArcMap as in ArcGIS Pro the options Distribute Horizontally and Distribute Vertically are disabled, so there does not seem to be any difference in ArcMap and ArcGIS Pro.  ArcMap: ArcGIS Pro What type of elements are selected? ... View more

A comment to your question at workaround 2: Is the FILTER tool with the LOW type the same as FOCAL STATISTICS with the RECTANGLE neighborhood at 3x3 and a MEAN statistics type? That is working fine for me. If you look at this help: How Filter works—Help | ArcGIS Desktop , you will see: A low pass filter smooths the data by reducing local variation and removing noise. It calculates the average (mean) value for each 3 x 3 neighborhood. It is essentially equivalent to the Focal Statistics tool with the Mean statistic option. ... View more

I just created a map with some different patches in ArcMap and imported the map and layout into ArcGIS Pro: I assume that those patches are not (yet) implemented in ArcGIS Pro. ... View more

Some reading about collaboration: How collaboration works—ArcGIS Online Help | ArcGIS  ... View more

How did you publish your data? I assume it has domains, right? Can you provide some screenshots to show what exactly is happening? ... View more

In ArcGIS you can run Repair Geometry—Help | ArcGIS Desktop to solve these type of problems. ... View more

I already looked (before I posted me answer) and I don't have a file with that name of anything NB* for that matter. I wonder if this has something to do with the data, but the error is very strange. If the data is not too big and you can share it here I can run it on my system, otherwise I would recommend contacting support and registering a case for this. ... View more

I just ran a low filter with 10.5 and I had no problems: I do notice that you are using a folder that contains names that start with a number like "2017-11". Try and copy the data to the folder "C:\temp" and try again to see if it might be the folder name. ... View more

You may be interested in this post too: https://community.esri.com/people/GTaylor-esristaff/blog/2017/06/16/3d-flood-tools  ... View more

I noticed that the lines are not continuous: What I would probably do is convert the vertices to points: Create Thiessen polygons from the vertices: Dissolve those Thiessen polygons on the S1, S10, etc or a field containing a unique id identifying the original object ID (like INPUT_FID). Link back the values from S1 to S1000 to those polygon features. Convert polygons to raster: ... and calculate the flooded area: The result will be something like this ("flooded" area in blue): As you may have noticed there are isolated pixels that have height values below the S1000 value, however those get classified as flooded too when they should be classified as flooded. To do this better you could have a look at this thread: https://community.esri.com/message/354091?commentID=354091#comment-354091  You can script this, but since you just have 4 S values, you may not have to do this. ... View more

I downloaded the files, unzipped them, but an error occurs when I try to load the shapefile. Next time, it is better to add all the files to a single ZIP and attach that.  Could you share the layer as Layer Package? No need to ZIP the file when you attach it to the thread. ... View more

Do you mind sharing (part of) the featureclass with the coastal segments and S1, S10, etc attributes. I want to investigate something, but my first impression is that if there are connecting segments with different S1, S10 S100 values, there will be unnatural breaks between them. I wonder if extracting points a certain way and interpolations will reduce that effect. How was the value determined for each segment? Does it really apply to the entire segment or does it represent for instance the center value of the segment? ... View more

If you have small stretches of coast line each with different S1, S10 (or any other attribute) values, you may have to extract points from the lines with the attribute value, interpolate those values and then use the raster to calculate those parts underneath the value and set them as potentially flooded. Is that more or less what you want to achieve? ... View more

You will first have to create a raster from it using the tool: Terrain To Raster—Help | ArcGIS Desktop  A Terrain dataset is not a raster format and the Zonal Statistics as Table requires a raster.  If you just want to find the maximum value you could also adjust the stretching to the range of value (range closely around the maximum value) and simply visually identify it. ... View more