Changes between Version 59 and Version 60 of WKTRaster

Timestamp:

10/07/09 13:57:24 (15 years ago)

Author:

pracine

Comment:

--

WKTRaster

@@ -79 +79 @@
 
 '''...allows easy conversion from/to geometry/raster...'''
- * RT_AsPolygon(raster) -> geometry
- * RT_AsRaster(geometry, pixelsize) -> raster 
+ * ST_AsPolygon(raster) -> geometry
+ * ST_AsRaster(geometry, pixelsize) -> raster 
 
 '''...implements base GIS raster operations available in most GIS...'''
- * RT_Resample(raster, pixelsize, method) -> raster
- * RT_Clip(raster|geometry,geometry) -> same type as first argument
- * RT_Reclass(raster|geometry,string) -> same type as first argument
- * RT_MapAlgebra(raster|geometry, raster), mathematical expression, "raster"|"geometry") -> raster/geometry
+ * ST_Resample(raster, pixelsize, method) -> raster
+ * ST_Clip(raster|geometry,geometry) -> same type as first argument
+ * ST_Reclass(raster|geometry,string) -> same type as first argument
+ * ST_MapAlgebra(raster|geometry, raster), mathematical expression, "raster"|"geometry") -> raster/geometry
  * etc...) 
 
 '''...introduces raster/geometry seamless geometry constructors...'''
  * so you don't have to bother whether the layers are in raster or vector form when using analysis functions.
- * RT_Intersection(raster|geometry, raster|geometry, "raster"|"geometry") -> raster/geometry
- * RT_Union(raster|geometry, raster|geometry, "raster"|"geometry") -> raster/geometry
- * RT_Accum(raster set|geometry set, "raster"|"geometry") -> raster/geometry
- * RT_Transform(raster|geometry, SRID) -> same type as input
+ * ST_Intersection(raster|geometry, raster|geometry, "raster"|"geometry") -> raster/geometry
+ * ST_Union(raster|geometry, raster|geometry, "raster"|"geometry") -> raster/geometry
+ * ST_Accum(raster set|geometry set, "raster"|"geometry") -> raster/geometry
+ * ST_Transform(raster|geometry, SRID) -> same type as input
  * etc... 
 
 '''...and seamless geometry operators...'''
- * RT_Intersects(raster|geometry, raster|geometry) -> boolean
- * RT_Contains(raster|geometry A, raster|geometry B) -> boolean
+ * ST_Intersects(raster|geometry, raster|geometry) -> boolean
+ * ST_Contains(raster|geometry A, raster|geometry B) -> boolean
  * etc...