Turn into a decision matrix or decision workflow


Windows OS:

  • 10.6.x
    • S3
      • Raster Proxy
        • Accessing HDF and NetCDF from S3 via Raster Proxy is NOT supported
  • 10.7.1:
    • S3:
      • Raster Proxy
        • Accessing HDF and NetCDF from S3 via Raster Proxy is supported
    • Disk Storage
      • Raster Proxy
        • Accessing HDF and NetCDF from disk storage via Raster Proxy is supported
      • Direct
        • Accessing HDF and NetCDF from disk storage directly in MDCS is supported
    • Raster Proxies embedded in Tables supported
  • 10.8:
    • S3:
      • ACS (Cloud Connection File)
        • Accessing HDF and NetCDF from S3 is supported.

Linux OS:

  • 10.7.1
    • Raster Proxies embedded in Tables NOT supported
      • Add note about Patch to get this working, upload patch and link to it.
  • 10.8:
    • S3:
      • ACS (Cloud Connection File)
        • Accessing HDF and NetCDF from S3 is supported.


Abhijit: "Ideally you should be able to create raster proxies for all formats except CRF as you don’t need a raster proxy."

Add Raster to Mosaic Decision Matrix

Source FileLocationAccessMosaic Input Raster TypeSupportedExample
NETCDFS3DirectlyTableArcPro 2.4+ (Windows)

Raster

NETCDF:"/vsicurl/https://sdt-data.s3.amazonaws.com/power_801_daily_t2mdew_lst.nc":T2MDEW:1


NETCDFS3Raster Proxy (Embedded)Table??

Below is the sample Raster proxy, note in this case there are no pyramids also we need to take care of precision, currently default is 0.01

<MRF_META>

                <CachedSource>

                                <Source>NETCDF:"/vsicurl/https://sdt-data.s3.amazonaws.com/power_801_daily_t2mdew_lst.nc":T2MDEW:1</Source>

                </CachedSource>

                <Raster>

                                <Size x="720" y="360" c="1" />

                                <PageSize x="512" y="512" c="1" />

                                <Compression>LERC</Compression>

                                <DataValues NoData="-999" />

                                <DataType>Float64</DataType>

                                <DataFile>z:\mrfcache\temp\sdas_085AC902A550160C9AB3BA06969E9A3D.mrf_cache</DataFile>

                                <IndexFile>z:\mrfcache\temp\sdas_085AC902A550160C9AB3BA06969E9A3D.mrf_cache</IndexFile>

                </Raster>

                <GeoTags>

                                <BoundingBox minx="-180.000000" miny="-90.000000" maxx="180.000000" maxy="90.000000" />

                <Projection>GEOGCS["GCS_WGS_1984",DATUM["WGS_1984",SPHEROID["WGS_84",6378137.0,298.257223563,AUTHORITY["EPSG","7030"]],AUTHORITY["EPSG","6326"]],PRIMEM["Greenwich",0.0,AUTHORITY["EPSG","8901"]],UNIT["Degree",0.0174532925199433,AUTHORITY["EPSG","9102"]],AUTHORITY["EPSG","4326"]]</Projection>

                </GeoTags>

                <Options/>

</MRF_META>

vsis3/ will also work (e.g., NETCDF:"/vsis3/mop03tm-008/MOP03TM-201901_202001-L3V95.6.1.beta.nc4":co_day:1":co_day:1).

NETCDFS3ACSNETCDFArcPro 2.5.1 (Windows)This is the most convenient way of publishing ImageService because you don't have to build Multidimensional information, etc.
HDFS3Raster Proxy (Embedded)TableNo

ARCGIS-114 - Getting issue details... STATUS

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