Changes between Version 6 and Version 7 of GridTopologies
- Timestamp:
- Apr 17, 2013, 11:59:59 AM (12 years ago)
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GridTopologies
v6 v7 6 6 7 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 We will assume that warped grid will be described via `ReferenceableGridByArray`, although an alternative description via origin, offset vectors and matrices of coefficients is also possible. 8 9 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. 10 11 9 12 10 13 Finally, we will assume that all the time series will be referenced by the daily-resolution (UoM=days ['''d''']) [http://kahlua.eecs.jacobs-university.de:8080/def/crs/OGC/0.1/ANSI-Date ANSI-Date] CRS along the temporal dimension, which (by default) has a '''`t`''' positive-onwards axis. … … 33 36 34 37 || '''id''' || || '''description''' || '''dim''' || '''SO''' || '''RTS''' || '''ITS''' || '''MRTS''' || '''MITS''' || 35 || [#Case1 1] || || '''Temporal series of data with no spatial reference''' || 1D || [#a1-SO link ]|| [#a1-RTS link ] || [#a1-ITS link ] || --- || --- ||38 || [#Case1 1] || || '''Temporal series of data with no spatial reference''' || 1D || --- || [#a1-RTS link ] || [#a1-ITS link ] || --- || --- || 36 39 || [#Case2 2] || || '''Point measurements (''with'' spatial reference) on a straight line ...''' || 1D || 37 40 |||| [#Case2a 2a] || ... parallel to a CRS axis (2D space) || " || [#a2a-SO link ] || [#a2a-RTS link ] || [#a2a-ITS link ] || [#a2a-MRTS link ] || [#a2a-MITS link ] || … … 64 67 '''1D TEMPORAL SERIES OF ASPATIAL DATA.''' 65 68 66 This section covers time series of point observations with no spatial reference (or where the spatial reference was not considered relevant): in this case the only distinction is whether there is a regular time step between observations, or not. In its degenerate case, the series turns to a [#a1 asingle point].69 This section covers time series of point observations with no spatial reference (or where the spatial reference was not considered relevant): in this case the only distinction is whether there is a regular time step between observations, or not. In its degenerate case, the series turns to a [#a1-SO single point]. 67 70 68 71 ''(Attach a scan of the sketches here with all types in this subcategory?)'' 69 72 70 ===== 1- SO=====73 ===== 1-RTS ===== 71 74 72 75 || '''GML coverage type''' || '''GML domainSet''' || '''native CRS''' || '''CRS dim''' || 73 ||!ReferenceableCoverage ||!ReferenceableGridByVectors || [http://kahlua.eecs.jacobs-university.de:8080/def/crs/OGC/0.1/ANSI-Date ANSI-Date] || 1D || 74 76 || !RectifiedCoverage || !RectifiedGrid || !TemporalCRS || 1D || 75 77 76 78 * WCS trimming: ''`...subset=t("2013-01-01","2013-04-16")...`'' … … 78 80 #!xml 79 81 <domainSet> 80 <RectifiedGrid dimension="1" uomLabels="d" srsDimension="1"82 <RectifiedGrid id="1-RTS_t" dimension="1" uomLabels="d" srsDimension="1" 81 83 srsName="http://kahlua.eecs.jacobs-university.de:8080/def/crs/OGC/0.1/ANSI-Date"> 82 84 <limits> 83 85 <GridEnvelope> 84 <low> 1</low>86 <low>0</low> 85 87 <high>4</high> 86 88 </GridEnvelope> … … 88 90 <axisLabels>0</axisLabels> 89 91 <origin> 90 <Point id=" ID">92 <Point id="O"> 91 93 <pos>150501</pos><!-- ANSI date for 2013-01-21 --> 92 94 </Point> … … 96 98 </domainSet> 97 99 }}} 98 * Slice-S 99 100 ===== 1-RTS ===== 101 102 || '''GML coverage type''' || '''GML domainSet''' || '''native CRS''' || '''CRS dim''' || 103 ||!ReferenceableCoverage ||!ReferenceableGridByVectors || [http://kahlua.eecs.jacobs-university.de:8080/def/crs/OGC/0.1/ANSI-Date ANSI-Date] || 1D || 104 105 * WCS trimming: ''...'' 106 * Slice-S 100 * WCS slicing: ''`...subset=t("2013-01-21")...`'' 107 101 {{{ 108 102 #!xml 109 103 <domainSet> 110 ... 111 <\domainSet> 104 <RectifiedGrid id="1-RTS_s" dimension="0"><!-- 0D geometry: slicing removes one dimension --> 105 <limits> 106 <GridEnvelope> 107 <low></low> 108 <high></high> 109 </GridEnvelope> 110 </limits> 111 <axisLabels></axisLabels> 112 <origin> 113 <Point id="O"> 114 <pos></pos> 115 </Point> 116 </origin> 117 <offsetVector></offsetVector> 118 </RectifiedGrid> 119 </domainSet> 112 120 }}} 113 * Slice-T 121 122 [#TopologiesIndex Up ] 123 124 ===== 1-ITS ===== 125 126 || '''GML coverage type''' || '''GML domainSet''' || '''native CRS''' || '''CRS dim''' || 127 ||!ReferenceableCoverage || !ReferenceableGridByVectors || TemporalCRS || 1D || 128 129 * WCS trimming: ''`...subset=t("2013-01-01","2013-04-16")...`'' 114 130 {{{ 115 131 #!xml 116 132 <domainSet> 117 ... 118 <\domainSet> 133 <ReferenceableGridByVectors id="1-ITS_t" dimension="1" 134 srsName="http://kahlua.eecs.jacobs-university.de:8080/def/crs/OGC/0.1/ANSI-Date"> 135 <limits> 136 <GridEnvelope> 137 <low>0</low> 138 <high>4</high> 139 </GridEnvelope> 140 </limits> 141 <axisLabels>0</axisLabels> 142 <origin> 143 <Point id="O"> 144 <pos>150501</pos> 145 </Point> 146 </origin> 147 <generalGridAxis> 148 <GeneralGridAxis> 149 <offsetVector>1</offsetVector> 150 <coefficients>0 1 3 6 7</coefficients> 151 <gridAxesSpanned>0</gridAxesSpanned> 152 <sequenceRule axisOrder="+1">Linear</sequenceRule> 153 </GeneralGridAxis> 154 </generalGridAxis> 155 </ReferenceableGridByVectors> 156 </domainSet> 119 157 }}} 120 121 [#TopologiesIndex Up ] 122 123 ===== 1-ITS ===== 158 * WCS slicing: ''`...subset=t("2013-01-21")...`'' 159 {{{ 160 #!xml 161 <domainSet> 162 <ReferenceableGridByVectors id="1-ITS_s" dimension="0"><!-- 0D geometry: slicing removes one dimension --> 163 <limits> 164 <GridEnvelope> 165 <low></low> 166 <high></high> 167 </GridEnvelope> 168 </limits> 169 <axisLabels></axisLabels> 170 <origin> 171 <Point id="O"> 172 <pos></pos> 173 </Point> 174 </origin> 175 <generalGridAxis> 176 <GeneralGridAxis> 177 <offsetVector></offsetVector> 178 <coefficients></coefficients> 179 <gridAxesSpanned></gridAxesSpanned> 180 <sequenceRule></sequenceRule> 181 </GeneralGridAxis> 182 </generalGridAxis> 183 </ReferenceableGridByVectors> 184 </domainSet> 185 }}} 124 186 125 187 [#TopologiesIndex Up ]