命令行执行SEED1##Cartesianxyterraindimensionsinmeters.##ThedefaultNODE-PLACEMENTsetting,UNIFORM,willspacenodesevenly#acrosstheterrain.Ifyouhaveasmallnumberofnodesuniformly#placedonalargeterrain,nodesmaybetoofarawaytotransmitto#eachother.#COORDINATE-SYSTEMCARTESIANTERRAIN-DIMENSIONS(1500,1500)##Latitude-longitude-al...
If you have a small number of nodes uniformly # placed on a large terrain, nodes may be too far away to transmit to # each other. # COORDINATE-SYSTEM CARTESIAN TERRAIN-DIMENSIONS (1500, 1500) # # Latitude-longitude-altitude terrain dimensions. # # COORDINATE-SYSTEM LATLONALT # # TERRAIN...
[ + "Longitude", + "Latitude" + ], + "as": [ + "ProjLongitude", + "ProjLatitude" + ] + } + ] + } + ], + "scales": [ + { + "name": "x", + "type": "linear", + "round": true, + "nice": true, + "zero": false, + "domain": { + "data": "source", +...
The volumetric ring and the computerized tomography (CT) techniques were applied to study soil bulk density, in order to understand the compaction of an Albaqualf soil (Planosol) of the Rio Grande do Sul State, Southern Brazil (latitude 31°52′00″S and Longitude 52°21′24″W). Among ...
The volumetric ring and the computerized tomography (CT) techniques were applied to study soil bulk density, in order to understand the compaction of an Albaqualf soil (Planosol) of the Rio Grande do Sul State, Southern Brazil (latitude 31°52′00″S and Longitude 52°21′24″W). Among ...