|  | 1 | = Introduction = | 
          
            |  | 2 |  | 
          
            |  | 3 | This page tries to inspect many of the different types of N-dimensional (spatiotemporal) gridded coverage topologies that could be stored in `rasdaman`, accompanying every case with GML WCS responses upon both trimming and slicing. | 
          
            |  | 4 |  | 
          
            |  | 5 | Despite some cases might rarely have a practical real-world example, here we want to give examples for as many allowed geometries as possible. | 
          
            |  | 6 |  | 
          
            |  | 7 | All responses will highlight the `domainSet` of each [http://schemas.opengis.net/gmlcov/1.0/coverage.xsd coverage], which will all translate to some [http://www.schemacentral.com/sc/niem21/e-gml32_Grid.html gml:Grid] rectified or referenceable subtype. | 
          
            |  | 8 | In case of mixed rectilinear/curvilinear geometries, a non-standard so-called `ReferenceableGridByArrayAndVectors` type ![1] will be used, for a more compact and convenient GML description. | 
          
            |  | 9 |  | 
          
            |  | 10 | '''Abbreviations:''' | 
          
            |  | 11 | * '''`GML`''' : Geographic Markup Language | 
          
            |  | 12 | * '''`CRS`''' : Coordinate Reference System | 
          
            |  | 13 | * '''`RTS`''' : Regular Time Series | 
          
            |  | 14 | * '''`ITS`''' : Irregular Time Series | 
          
            |  | 15 | * '''`MRTS`''' : Moving Regular Time Series | 
          
            |  | 16 | * '''`MITS`''' : Moving Irregular Time Series | 
          
            |  | 17 |  | 
          
            |  | 18 | [[span(![1] P. Campalani, A. Beccati, and P. Baumann. Addressing verbosity in GML 3.3 !ReferenceableGrid geometries for practical use cases, 2013. ''Article submitted for conference proceedings''., style=color: Black; font-size: 80%)]] | 
          
            |  | 19 |  | 
          
            |  | 20 |  | 
          
            |  | 21 | = Topologies Index = | 
          
            |  | 22 |  | 
          
            |  | 23 | Due to the high number of possible cases, hereinafter we propose a first main table for global view.[[BR]] | 
          
            |  | 24 | Each cell then links to a dedicated subsection with the GML descriptions. | 
          
            |  | 25 |  | 
          
            |  | 26 | [[span(In the 1D case, it is also clear how the gridded coverages can cover datasets which are not usually associated with the concept of ''grids'' (e.g. trajectories), style=color: Black; font-size: 80%)]] | 
          
            |  | 27 |  | 
          
            |  | 28 | // table here | 
          
            |  | 29 |  | 
          
            |  | 30 | == Examples == | 
          
            |  | 31 |  | 
          
            |  | 32 | ==== 1: 1D temporal series of aspatial data ==== | 
          
            |  | 33 | ====== 1a-R ====== | 
          
            |  | 34 | table e.g. with: | 
          
            |  | 35 | || GML coverage           || GML domainSet               || native CRS || | 
          
            |  | 36 | ||!ReferenceableCoverage  ||!ReferenceableGridByVectors ||http://kahlua.eecs.jacobs-university.de:8080/def/crs/OGC/0.1/ANSI-Date | 
          
            |  | 37 |  | 
          
            |  | 38 | Then: | 
          
            |  | 39 |  | 
          
            |  | 40 | * Trim ... | 
          
            |  | 41 | * Slice-S | 
          
            |  | 42 | {{{ | 
          
            |  | 43 | #!xml | 
          
            |  | 44 | <domainSet> | 
          
            |  | 45 | ... | 
          
            |  | 46 | <\domainSet> | 
          
            |  | 47 | }}} | 
          
            |  | 48 | * Slice-T | 
          
            |  | 49 | {{{ | 
          
            |  | 50 | #!xml | 
          
            |  | 51 | <domainSet> | 
          
            |  | 52 | ... | 
          
            |  | 53 | <\domainSet> | 
          
            |  | 54 | }}} | 
          
            |  | 55 |  | 
          
            |  | 56 | [#TopologiesIndex UP] | 
          
            |  | 57 |  | 
          
            |  | 58 | ====== 1a-I ====== | 
          
            |  | 59 |  | 
          
            |  | 60 | [#TopologiesIndex Up] | 
          
            |  | 61 |  | 
          
            |  | 62 | ==== 2: 1D spatial observations along a straight line ==== | 
          
            |  | 63 | ====== 2-aligned ====== | 
          
            |  | 64 |  | 
          
            |  | 65 | [#TopologiesIndex Up] | 
          
            |  | 66 |  | 
          
            |  | 67 | ====== 2-diagonal-RTS ====== | 
          
            |  | 68 |  | 
          
            |  | 69 | [#TopologiesIndex Up] | 
          
            |  | 70 |  | 
          
            |  | 71 | ====== 2-diagonal-ITS ====== | 
          
            |  | 72 |  | 
          
            |  | 73 | [#TopologiesIndex Up] |