Some examples and use cases from the internet:

Some examples and use cases from the internet:

• Continuous coverage which uses a systematic tessellation based on a regular rectified quadrilateral grid to cover its domain, where the elevation property value is usually known for each of the grid points forming this domain.
• LAEA shall coincide with grid points of the grid.
• They shall also support grid alignment, i.e. the grid points in one OrthoimageCoverage instance line up with grid points of the other OrthoimageCoverage instances, so that grid cells do not partially overlap.
• The size of the selected widgets will be altered so each widget's corner will be placed on the form's (or other container's) grid point. The widget's position can be slightly altered.
• CPS Main, this is Officer Cameron requesting enhancement grid points 383F.
• In Mexico, both are grid points on your map.
• You said your grid points fall on ancient sites.
• Grid points of grids based on ETRS89

• They shall also support grid alignment, i.e. the grid points in one OrthoimageCoverage instance line up with grid points of the other OrthoimageCoverage instances, so that grid cells do not partially overlap.
• Continuous coverage which uses a systematic tessellation based on a regular rectified quadrilateral grid to cover its domain, where the elevation property value is usually known for each of the grid points forming this domain.
• In Mexico, both are grid points on your map.
• Grid points of grids based on ETRS89
• CPS Main, this is Officer Cameron requesting enhancement grid points 383F.
• LAEA shall coincide with grid points of the grid.
• The size of the selected widgets will be altered so each widget's corner will be placed on the form's (or other container's) grid point. The widget's position can be slightly altered.
• You said your grid points fall on ancient sites.