Deliverables 2 (Lab 5) • Bring to class: – – – –
X-Y Event shapefile (board coordinates) 3 Coverages (board coordinates) Grid (board coordinates) Geodatabase (board coordinates) • With feature datasets, classes, raster, etc. • Including Metadata
• Post to web (for grading): – Map(s) showing the 4 vector & 1 raster layers
Assign Real-Wold Coordinates (Vector Data) • Reformat your X-Y Event Table to UTM coordinates • Create X-Y Event Layer and Feature Class in UTM
Assign Real-Wold Coordinates (Vector Data) • Use Spatial Adjustment tools to relocate your coverage data to UTM coordinates
Assign Real-Wold Coordinates (Vector Data) • Re-project your GPS data (shapefiles) from WGS-84 to UTM-83 (feature classes)
Assign Real-Wold Coordinates (Raster Data) • Reformat your ascii raster header information • Create a new raster Grid in UTM coordinates • Import UTM raster into Geodatabase
Document Your Work • Metadata (for your geodatabase) – Feature datasets (Raw & UTM)
• Maps (overlays of different layers along with Air Photo and GPS data) • Written Summary • Web page
Deliverables 3 (Lab 6) • Bring to class: – Vector data (UTM) – Grid (UTM) – Geodatabase (UTM vector & rasters & metadata)
• Hand (for grading) – XML files of Required Metadata for RAW_DATA and UTM_NAD83 feature datasets from Geodatabase
• Post to web (for grading): – Map(s) with UTM vector and raster layers & GPS – Written explanation of process