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CreateMosaicDataset C:\Users\borlick\AppData\Roaming\Esri\ArcGISPro\Favorites\arcgis-imagery-default.sde Ortho_2024_Combined PROJCS["NAD_1983_HARN_WISCRS_Rock_County_Feet",GEOGCS["GCS_North_American_1983_HARN",DATUM["D_North_American_1983_HARN",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Transverse_Mercator"],PARAMETER["False_Easting",480000.0],PARAMETER["False_Northing",0.022],PARAMETER["Central_Meridian",-89.07222222222222],PARAMETER["Scale_Factor",1.0000337311],PARAMETER["Latitude_Of_Origin",41.94444444444444],UNIT["Foot_US",0.3048006096012192]] 3 # "Natural color" "Red 630 690;Green 530 570;Blue 440 510"
AddRastersToMosaicDataset C:\Users\borlick\AppData\Roaming\Esri\ArcGISPro\Favorites\arcgis-imagery-default.sde\ARCGIS.Ortho_2024_Combined "Raster Dataset" \\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011001.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011002.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011003.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011004.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011005.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011006.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011007.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011008.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011009.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011010.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011011.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011012.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011013.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011014.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011015.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011016.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011017.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011018.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011019.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011020.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011021.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011022.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011023.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011024.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011025.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011026.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011027.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011028.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011029.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011030.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011031.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011032.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011033.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011034.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011035.sid;\\gis-server\ImageFiles\2024_6_inch\MrSIDs\Tiles\011036.sid UPDATE_CELL_SIZES UPDATE_BOUNDARY NO_OVERVIEWS # 0 1500 # # SUBFOLDERS "Allow duplicates" NO_PYRAMIDS NO_STATISTICS NO_THUMBNAILS # NO_FORCE_SPATIAL_REFERENCE NO_STATISTICS # NO_PIXEL_CACHE C:\Users\borlick\AppData\Local\Temp\ArcGISProTemp30216\ARCGIS.Ortho_2024_Combined
CalculateStatistics C:\Users\borlick\AppData\Roaming\Esri\ArcGISPro\Favorites\arcgis-imagery-default.sde\ARCGIS.Ortho_2024_Combined 1 1 # OVERWRITE "Feature Set"
ARCGIS.Ortho_2024_Combined
Server=gis-sql; Service=sde:sqlserver:gis-sql; Database=Imagery; User=Arcgis; Version=dbo.DEFAULT
ArcSDE Connection
399704.915004
560326.665004
199130.511806
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GCS_North_American_1983_HARN
Linear Unit: Foot_US (0.304801)
NAD_1983_HARN_WISCRS_Rock_County_Feet
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ItemDescription
dataset
Ayres Associates
(608) 443-1200
(608) 299-2184
5201 E. Terrace Dr., Suite 200
Madison
Wisconsin
53718
US
20250108
ArcGIS Metadata
1.0
Raster Dataset
Ortho 2024 Combined
2024-03-11
2024-07-30
Ayres Associates
(608) 443-1200
(608) 299-2184
5201 E. Terrace Dr., Suite 200
Madison
Wisconsin
53718
US
<div style='text-align:Left;'><div><div><p><span>This mosaic dataset is a combination of two 4-band orthoimagery acquisitions conducted by Ayres Associates as part of WROC.</span></p><p><span>The six-inch pixel resolution aerial imagery was collected on March 11th using a Leica Geosystems DMC III sensor mounted in a fixed-wing aircraft. Aerial imagery was collected to support 0.5 foot ground sample distance (GSD) orthoimagery to meet ASPRS Class II horizontal accuracy specifications at 1" = 100' map scale. The 6-inch pixel orthoimagery was produced to meet or exceed a horizontal accuracy of 1.4 feet RMSE according to ASPRS Positional Accuracy Standards for Digital Geospatial Data. Resultant orthoimagery was rectified to a DEM created from LiDAR collected in 2020. Orthoimagery was delivered in PLSS section GeoTiffs, MrSID tiles, and a project-wide MrSID mosaic. The orthoimagery was delivered according to a PLSS section tile schematic. The project area covers approximately 736 square miles.</span></p><p><span>The 3-inch pixel resolution aerial imagery along the central corridor was collected on March 15th and 20th using a Microsoft Vexcel UltraCam Eagle M3 sensor mounted in a fixed-wing aircraft. Aerial imagery was collected to support 0.25 foot ground sample distance (GSD) orthoimagery to meet ASPRS Class II horizontal accuracy specifications at 1" = 50' map scale. The 3-inch pixel orthoimagery was produced to meet or exceed a horizontal accuracy of 0.7 foot RMSE according to ASPRS Positional Accuracy Standards for Digital Geospatial Data. Resultant orthoimagery was rectified to a DEM created from existing LiDAR acquired in 2020. Orthoimagery was delivered in PLSS quarter-section GeoTiff and MrSID tiles and a project wide MrSID mosaic. The project area covers approximately 180 square miles.</span></p><p><span>Supplemental Information: The Wisconsin Regional Orthoimagery Consortium (WROC) is a multi-entity group of county members and partners led by regional planning commissions (RPCs) and WROC representatives from Ayres Associates. The goal of the consortium is to build and sustain a multi-participant program to acquire digital orthoimagery and elevation data throughout Wisconsin. Orthoimagery was collected for Rock Co in 2024 to provide consistent deliverable products and accuracy standards for each of the participating entities</span></p></div></div></div>
This project established digital, 4-band orthoimagery services for Rock Co, Wisconsin as a part of the Wisconsin Regional Orthoimagery Consortium (WROC).
Michelle Schultz
Rock Co
Real Property Lister/LIO
608-757-5610
51 S. Main St.
Janesville
Wisconsin
53545
US
Rock Co, Wisconsin
Wisconsin Regional Orthoimagery Consortium (WROC)
Rock Co
Wisconsin
Wisconsin Regional Orthoimagery Consortium (WROC)
6"
3"
six-inch
3-inch 2024
<div style='text-align:Left;'><div><div><p><span><span>The maps and data provided are for informational and advisory purposes only. Rock County makes no warranty, expressed or implied; including warranties of merchantability and fitness for a particular purpose. Determining fitness of use for this data is the sole responsibility of the user. Rock County Land Information Office disclaims accuracy and advises that if specific and precise accuracy is required, it should be determined by certified maps, surveys, plats, or other official means. Rock County will not be responsible for any damages, which result from third party use of the data and maps herein, or for any use, which ignores this warning. The responsibility for data updates resides with the recipient, not the supplier.</span></span></p></div></div></div>
Microsoft Windows 10 Version 10.0 (Build 19045) ; Esri ArcGIS 13.1.2.41833
true
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Rock County Land Records
Images were color corrected to match adjacent flight lines. The resulting imagery was globally tilted in terms of contrast and color to form a radiometrically consistent orthophoto mosaic.
These data cover the entirety of the 2024 WROC Rock Co program.
Ground control consisted of photo identifiable surveyed points. The imagery was collected using a Leica Geosystems DMC III sensor at 14.5 cm GSD. Image quality was verified during the post flight review phase. Factors considered during this review included, but were not limited to, the presence of cloud cover, contrails, light conditions and sun flare. A rigorous Aerotriangulation process was performed and supplemented by the photo ID survey points. The triangulated strips were rectified to a DEM created from existing LiDAR acquired in 2020. The imagery was mosaicked using manual seamlines generation and tone/color balanced to a project-wide consistency. PLSS section RGBN tiles were extracted from the mosaic and each individual tile was reviewed for artifacts and anomalies and adjusted as part of quality control procedures. The images were reviewed for rectification problems such as bridge displacements and seamline issues caused by the underlying digital elevation model. When necessary, local corrections to the imagery were performed to minimize such effects.
2024-04-11T00:00:00
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