サイトマップ
お知らせ、メモ
案内板
うちのヘッドライン
 




トップ  >  ソフトウェア豆知識  >  GRASS豆知識  >  GRASS : コマンドラインとwxPythonメニューの対応表

コマンドラインとwxPythonメニューの対応表(v6.4.1)

よくわからないものは説明を空白にしています。 コマンドのリンク先の内容は怪しいので注意!

GRASSコマンド名説明wxPython GRASSメニュー
Display
d.rast.edit対話的にラスタデータを編集[Raster]-[Change category values and labels]-[Interactively edit category values]
database
db.connectデータベースの接続状況を出力・設定[Database]-[Manage databases]-[Connect]
db.columnsテーブルの列一覧を出力[Database]-[Database information]-[List columns]
db.copy属性テーブルをコピー[Database]-[Manage databases]-[Copy table]
db.describeテーブルの詳細を出力[Database]-[Database information]-[Describe table]
db.driversデータベースドライバ一覧を出力[Database]-[Database information]-[List drivers]
db.dropcolテーブルから列を削除[Database]-[Manage databases]-[Drop Column]
db.droptable属性テーブルを削除[Database]-[Manage databases]-[Drop table]
db.executeあらゆるSQLコマンドを実行[Database]-[Query]-[SQL statement]
db.in.ogr属性テーブルをインポート[File]-[Import database table]-[Multiple import fromats using OGR]
db.loginデータベースへログイン[Database]-[Manage databases]-[Login]
db.out.ogr属性テーブルをエクスポート[File]-[Export database table]-[Common export formats using OGR]
db.selectSQLの"SELECT"を実行[Database]-[Query]-[Query any table]
db.tablesテーブル一覧を出力[Database]-[Database information]-[List tables]
db.testデータベース接続テスト[Database]-[Manage databases]-[Test]
General
g.accessマップセットへのアクセス権を設定[Settings]-[GRASS working environment]-[User access]
g.change.gui.sh [Settings]-[GRASS working environment]-[Change default GUI]
g.copyデータをコピー[File]-[Manage maps and volumes]-[Copy]
g.extension拡張機能を管理[Settings]-[Install extension from add-ones]
g.gisenvGRASS環境設定[Settings]-[GRASS working environment]-[Change settings]
g.gisenv -nGRASS環境設定を出力[Settings]-[GRASS working environment]-[Show settings]
g.listデータ一覧を出力[File]-[Manage maps and volumes]-[List]
g.manual -iマニュアルを表示[Help]-[GRASS help]
g.manual entry=wxGUIGUIマニュアルを表示[Help]-[GUI help]
g.mapsetマップセットを変更[Settings]-[GRASS working environment]-[Change working environment]
g.mapsetsマップセットのパスを変更[Settings]-[GRASS working environment]-[Mapset access]
g.mlist条件に該当する名前のデータ一覧を出力[File]-[Manage maps and volumes]-[List filtered]
g.mremove条件に該当する名前のデータを削除[File]-[Manage maps and volumes]-[Delete filtered]
g.proj [Settings]-[Map projections]-[Manage projections]
g.proj -pCRSを出力[Settings]-[Map projections]-[Display map projection]
g.regionリージョンを設定[Settings]-[Region]-[Setregion]
g.region -p現在のリージョン設定を出力[Settings]-[Region]-[Display region]
g.removeデータを削除[File]-[Manage maps and volumes]-[Delete]
g.renameデータの名前を変更[File]-[Manage maps and volumes]-[Rename]
g.setprojCRSを設定[Settings]-[Map projections]-[Change projection for current location]
g.version -cGRASSのコピーライトとバージョンを表示[Settings]-[GRASS working environment]-[Version]
Imagery
i.atcorr大気補正[Imagery]-[Satellite images tools]-[Atmospheric correction]
i.cca正準相関分析[Imagery]-[Transform image]-[Canonical correlation]
i.classトレーニングエリアを選定[Imagery]-[Classify image]-[Interactive input for supervised classification (requires Xterm)]
i.clusterクラスタリングによる教師なし分類シードを作成[Imagery]-[Classify image]-[Clustering input for unsupervised classification]
i.fft高速フーリエ変換[Imagery]-[Transform image]-[Fast Frourier]
i.fusion.broveyBroveyパンシャープンを作成[Imagery]-[Brovey sharpening]
i.gensigi.maxlik用教師データを作成[Imagery]-[Classify image]-[Input for supervised MLC]
i.gensigseti.smap用教師データを作成[Imagery]-[Classify image]-[Input for supervised SMAP]
i.groupイメージグループを作成[Imagery]-[Develop images and groups]-[Create/edit group]
i.his.rgbHIS->RGB変換[Imagery]-[Manage image colors]-[HIS to RGB]
i.ifft高速フーリエ逆変換[Imagery]-[Transform image]-[Inverse Fast Fourier]
i.image.mosaic複数の画像をモザイク[Imagery]-[Develop images and groups]-[Mosaic images]
i.in.spotvgt [File]-[Import raster data]-[SPOT NDVI Import]
i.landsat.rgbカラーバランスを設定[Imagery]-[Manage image colors]-[Color balance for RGB]
i.maxlik最尤法による分類[Imagery]-[Classify image]-[Maximum likelihood classification (MLC)]
i.oif [Imagery]-[Report and statistics]-[OIF for LandSat TM]
i.ortho.photoオルソフォト作成[Imagery]-[Ortho photo rectification (requires Xterm)]
i.pca主成分分析[Imagery]-[Transform image]-[Principal components]
i.rgb.hisRGB->HIS変換[Imagery]-[Manage image colors]-[RGB to HIS]
i.rectify画像を変形[Imagery]-[Rectify image or raster]
i.smap最大事後確率法による分類[Imagery]-[Classify image]-[Sequential maximum a posteriori classification (SMAP)]
i.spectralスペクトルを出力[Imagery]-[Spectral response]
i.targetイメージグループのターゲットマップセットを設定[Imagery]-[Develop images and groups]-[Target group]
i.tasscapTasseled-cap変換[Imagery]--[Satellite images products]-[Tasseled cap vegetation index]
i.topo.corr地形補正[Imagery]-[Satellite image tools]-[Topographic correction]
i.zcゼロ交差法によるエッジ抽出[Imagery]-[Filter image]-[Edge detection]
Map
m.cogo [File]-[Bearing/distance to coordinates]
m.proj座標変換[Settings]-[Map projections]-[Convert coordinates]
Postscript
ps.mapポストスクリプト印刷フォーマットを出力[File]-[Postscript plot]
Raster
r.basins.fill [Raster]-[Hydrologic modeling]-[Watershed subbasins]
r.bilinear共一次内挿補間[Raster]-[Interpolate surface]-[Bilinear from raster points]
r.bitpatternビットパターンにマッチするピクセルを抽出[Imagery]-[Report and statistics]-[Bit pattern comparison]
r.blend [Raster]-[Manage colors]-[Blend 2 color rasters]
r.buffer [Raster]-[Buffer rasters]
r.carve [Raster]-[Hydrologic modeling]-[Carve stream channels]
r.categoryラスタデータのカテゴリを編集[Raster]-[Report and statistics]-[Manage category information]
r.circle [Raster]-[Concentric circles]
r.clump [Raster]-[Transform features]-[Clump]
r.coin [Raster]-[Report and statistics]-[Mutual category occurrences]
r.colorsカラーテーブルを編集[Raster]-[Manage colors]-[Color tables]
r.colorsカラールールを編集[Raster]-[Manage colors]-[Color rules]
r.colors.outカラーテーブルをエクスポート[Raster]-[Manage colors]-[Export color table]
r.colors.stddev [Raster]-[Manage colors]-[Color tables (stddev)]
r.composite3つのラスタからRGBカラー画像を作成[Raster]-[Manage colors]-[Create RGB]
r.compressデータを圧縮[Raster]-[Develop raster map]-[Compress/decompress]
r.contour等高線を作成[Raster]-[Terrain analysis]-[Generate contour lines]
r.cost移動コストデータを作成[Raster]-[Terrain analysis]-[Cost surface]
r.covar共分散・相関を計算[Raster]-[Report and statistics]-[Covariance/correlation]
r.cross内積画像を作成[Raster]-[Overlay rasters]-[Cross product]
r.describe [Raster]-[Report and statistics]-[Range of category values]
r.digitデジタイズしてラスタ形式で保存[Raster]-[Develop raster map]-[Digitize raster (requires XTerm)]
r.distance [Raster]-[Closest points]
r.drain落水線を作成[Raster]-[Terrain analysis]-[Least cost route or flow]
r.external外部データへのリンクを作成[File]-[Link external formats]-[Link external raster data]
r.fill.dir [Raster]-[Hydrologic modeling]-[Depressionless map and flowlines]
r.fillnullsNULLセルを埋める[Raster]-[Interpolate surface]-[Fill NULL cells]
r.flow流路データを作成[Raster]-[Hydrologic modeling]-[Flow lines]
r.grow [Raster]-[Transform features]-[Grow]
r.grow.distance [Raster]-[Terrain analysis]-[Distance to features]
r.gwflow [Raster]-[Hydrologic modeling]-[Groundwater modeling]
r.hisHSI変換[Raster]-[Manage colors]-[RGB to HIS]
r.horizon [Raster]-[Terrain analysis]-[Horizon angle]
r.in.arcESRI ASCIIグリッドをインポート[File]-[Import raster data]-[ESRI ASCII grid import]
r.in.asciiテキストデータをインポート[File]-[Import raster data]-[ASCII grid import]
r.in.asterASTER HDFデータをインポート[File]-[Import raster data]-[Terra ASTER HDF import]
r.in.binバイナリデータをインポート[File]-[Import raster data]-[Binary file import]
r.in.gdalGDALによるデータインポート[File]-[Import raster data]-[Common import formats]
r.in.gridatb [File]-[Import raster data]-[GRIDATB.FOR import]
r.in.matMATLAB 2D ARRAYをインポート[File]-[Import raster data]-[Matlab 2D array import]
r.in.polyテキストデータを連続線分・多角形としてインポート[File]-[Import raster data]-[ASCII polygon and lines import]
r.in.strmSRTMデータをインポート[File]-[Import raster data]-[SRTM HGT import]
r.in.xyzXYZ形式のテキストをラスタとしてインポート[File]-[Import raster data]-[Aggregate ASCII xyz import]
r.infoラスタデータの基本情報を出力[Raster]-[Report and statistics]-[Basic raster metadata]
r.kappaKAPPA分析[Imagery]-[Report and statistics]-[Kappa analysis]
r.lake [Raster]-[Hydrologic modeling]-[Fill lake]
r.le.patch [Raster]-[Landscape structure modeling]-[Analyze patches]
r.le.pixel [Raster]-[Landscape structure modeling]-[Analyze landscape]
r.le.setup [Raster]-[Landscape structure modeling]-[Setup (requires XTerm)]
r.le.trace [Raster]-[Landscape structure modeling]-[Summary and display(requires XTerm)]
r.li.cwed [Raster]-[Landscape patch analysis]-[Contrast weighted edge density]
r.li.dominance [Raster]-[Landscape patch analysis]-[Dominance's diversity]
r.li.edgedensity [Raster]-[Landscape patch analysis]-[Edge density]
r.li.mps [Raster]-[Landscape patch analysis]-[Patch area mean]
r.li.padcv [Raster]-[Landscape patch analysis]-[Patch area Coeff Var]
r.li.padrange [Raster]-[Landscape patch analysis]-[Patch area range]
r.li.padsd [Raster]-[Landscape patch analysis]-[Patch area Std Dev]
r.li.patchdensity [Raster]-[Landscape patch analysis]-[Patch density]
r.li.patchnum [Raster]-[Landscape patch analysis]-[Patch number]
r.li.richness [Raster]-[Landscape patch analysis]-[Richness]
r.li.setup [Raster]-[Landscape patch analysis]-[Set up sampling and analysis framework]
r.li.shannon [Raster]-[Landscape patch analysis]-[Shannon's diversity]
r.li.shape [Raster]-[Landscape patch analysis]-[Shape index]
r.li.simpson [Raster]-[Landscape patch analysis]-[Simpson's diversity]
r.los可視領域を計算[Raster]-[Terrain analysis]-[Visibility]
r.mapcalcラスタ演算[Raster]-[Raster map calculator]
r.mfilterフィルタを適用[Imagery]-[Filter image]-[Matrix/convolving filter]
r.maskマスクを設定[Raster]-[Mask]
r.neighbors近傍ピクセルを使って様々なフィルタを適用[Raster]-[Neighborhood analysis]-[Moving window]
r.nullNULL値を設定[Raster]-[Develop raster map]-[Manage NULL values]
r.out.arcESRI ASCIIグリッド形式でエクスポート[File]-[Export raster map]-[ESRI ASCII grid export]
r.out.asciiテキスト形式でエクスポート[File]-[Export raster map]-[ASCII grid export]
r.out.binバイナリ形式でエクスポート[File]-[Export raster map]-[Binary export]
r.out.gdalGDALによるエクスポート[File]-[Export raster map]-[Common export formats]
r.out.gridatb [File]-[Export raster map]-[GRIDATB.FOR export]
r.out.matMATLAB 2D ARRAY形式でエクスポート[File]-[Export raster map]-[Matlab 2D array export]
r.out.mpegMPEG-1形式でエクスポート[File]-[Export raster map]-[MPEG-1 export]
r.out.pngPNG形式でエクスポート[File]-[Export raster map]-[PNG export]
r.out.povPOV-Ray形式でエクスポート[File]-[Export raster map]-[POV-Ray export]
r.out.ppmPPM形式でエクスポート[File]-[Export raster map]-[PPM export]
r.out.ppm3PPM形式でRGBカラー画像をエクスポート[File]-[Export raster map]-[PPM from RGB export]
r.out.tiffTIFF形式でエクスポート[File]-[Export raster map]-[TIFF export]
r.out.vrmlVRML形式でエクスポート[File]-[Export raster map]-[VRML export]
r.out.vtk [File]-[Export raster map]-[VTK export]
r.out.xyzXYZテキスト形式でエクスポート[File]-[Export raster map]-[ASCII x,y,z export]
r.param.scaleスケールを考慮したDEM解析[Raster]-[Terrain analysis]-[Terrain parameters]
r.patch [Raster]-[Overlay rasters]-[Patch raster maps]
r.plane [Raster]-[Generate surface]-[Plane]
r.profile横断データを出力[Raster]-[Report and statistics]-[Sample transects]
r.proj [Raster]-[Develop raster map]-[Reproject raster map]
r.quant浮動小数ラスタを量子化[Raster]-[Develop raster map]-[Quantization]
r.quantile [Raster]-[Report and statistics]-[Quantiles for large data sets]
r.random [Raster]-[Generate random cells]-[Random cells and vector points]
r.random.cellsランダムデータを作成[Raster]-[Generate random cells]-[Random cells]
r.random.surface [Raster]-[Generate surface]-[Random surface with spatial dependence]
r.reclassピクセル値を割り当てなおす[Raster]-[Change category values and labels]-[Reclassify]
r.reclass.area領域面積に応じてピクセル値を割り当てなおす[Raster]-[Change category values and labels]-[Reclassify by size]
r.recode [Raster]-[Change category values and labels]-[Recode]
r.region [Raster]-[Develop raster map]-[Region boundaries]
r.regression.line [Raster]-[Report and statistics]-[Linear regression]
r.report [Raster]-[Report and statistics]-[Sum area by raster map and category]
r.resamp.interp [Raster]-[Develop raster map]-[Resample using multiple methods]
r.resamp.rst [Raster]-[Develop raster map]-[Resample using spline tension]
r.resamp.stats [Raster]-[Develop raster map]-[Resample using aggregate statistics]
r.resample [Raster]-[Develop raster map]-[Resample using nearest neighbor]
r.rescale [Raster]-[Change category values and labels]-[Rescale]
r.rescale.eq [Raster]-[Change category values and labels]-[Rescale with histogram]
r.ros [Raster]-[Wildfire modeling]-[Rate of spread]
r.series [Raster]-[Overlay rasters]-[Raster series]
r.shaded.relief [Raster]-[Terrain analysis]-[Shaded relief]
r.sim.sediment [Raster]-[Hydrologic modeling]-[SIMWE Sediment flux modeling]
r.sim.water [Raster]-[Hydrologic modeling]-[SIMWE Overland flow modeling]
r.slope.aspectDEM解析[Raster]-[Terrain analysis]-[Slope and aspect]
r.spread [Raster]-[Wildfire modeling]-[Anisotropic spread simulation]
r.spreadpath [Raster]-[Wildfire modeling]-[least-cost spread paths]
r.statistics [Raster]-[Overlay rasters]-[Statistical overlay]
r.stats一般統計値を出力[Raster]-[Report and statistics]-[General statistics]
r.sumカテゴリごとに集計[Raster]-[Report and statistics]-[Sum category values]
r.sun [Raster]-[Solar radiance and shadows]-[Solar irradiance and irradiation]
r.sunmask [Raster]-[Solar radiance and shadows]-[Shadow map]
r.support [Raster]-[Develop raster map]-[Support file maintenance]
r.support.stats [Raster]-[Develop raster map]-[Update map statistics]
r.surf.area [Raster]-[Report and statistics]-[Total corrected area]
r.surf.contour [Raster]-[Interpolate surface]-[Raster contours]
r.surf.fractal [Raster]-[Generate surface]-[Fractal surface]
r.surf.gauss [Raster]-[Generate surface]-[Gaussian deviates surface]
r.surf.idwIDW補間[Raster]-[Interpolate surface]-[IDW from raster points]
r.surf.idw2IDW補間2[Raster]-[Interpolate surface]-[IDW from raster points (alternate method for sparse points)]
r.surf.random [Raster]-[Generate surface]-[Random deviates surface]
r.terraflow流路解析[Raster]-[Hydrologic modeling]-[Flow accumulation]
r.texture[Raster]-[Terrain analysis]-[Textual features]
r.thin細線化[Raster]-[Transform features]-[Thin]
r.tileset [Raster]-[Develop raster map]-[Tiling]
r.timestampタイムスタンプを編集[Raster]-[Develop raster map]-[Timestamp]
r.to.rast3一連のラスタデータからボクセルを作成[File]-[Map type conversions]-[Raster series to volume]
r.to.rast3elev [File]-[Map type conversions]-[Raster 2.5D to volume]
r.to.vectラスタ=>ベクタ変換[File]-[Map type conversions]-[Raster to vector]
r.topidx [Raster]-[Hydrologic modeling]-[Topographic index map]
r.topmodel [Raster]-[Hydrologic modeling]-[TOPMODEL simulation]
r.transect [Raster]-[Report and statistics]-[Sample transects (bearing/distance)]
r.univar記述統計量を出力[Raster]-[Report and statistics]-[Univariate raster statistics]
r.volume [Raster]-[Report and statistics]-[Statistics for clumped cells]
r.walk [Raster]-[Terrain analysis]-[Cumulative movement costs]
r.water.outlet [Raster]-[Hydrologic modeling]-[Watershed basin creation]
r.watershed [Raster]-[Hydrologic modeling]-[Watershed analysis]
r.whatピクセル値を調べる[Raster]-[Query raster maps]-[Query values by coordinates]
r.what.color [Raster]-[Query raster maps]-[Query colors by value]
Volume
r3.cross.rast [Volumes]-[Cross section]
r3.gwflow [Volumes]-[Groundwater modeling]
r3.in.ascii [File]-[Import 3D raster data]-[ASCII 3D import]
r3.in.v5d [File]-[Import 3D raster data]-[Vis5D import]
r3.info [Volumes]-[Report and Statistics]-[Basic volume metadata]
r3.mapcalc [Volumes]-[Volume calculator]
r3.mask [Volumes]-[3D Mask]
r3.null [Volumes]-[Develop volumes]-[Manage 3D NULL values]
r3.timestamp [Volumes]-[Develop volumes]-[Manage timestamp]
r3.to.rast [File]-[Map type conversions]-[Volume to raster series]
r3.out.ascii [File]-[Export 3D raster maps]-[ASCII 3D export]
r3.out.v5d [File]-[Export 3D raster maps]-[Vis5D export]
r3.out.vtk [File]-[Export 3D raster maps]-[VTK export]
r3.stats [Volumes]-[Report and Statistics]-[Voxel statistics]
r3.univar [Volumes]-[Report and Statistics]-[Univariate statistics for volumes]
Vector
v.bufferバッファを作成[Vector]-[Buffer vectors]
v.buildトポロジを再構築[Vector]-[Develop vector map]-[Create or rebuild topology]
v.build.all全てのベクタデータのトポロジを再構築[Vector]-[Develop vector map]-[Rebuild topology on all vector maps]
v.build.polylines連続線分を作成[Vector]-[Develop vector map]-[Build polylines]
v.categoryカテゴリを追加・削除・出力[Vector]-[Change attributes]-[Manage or report categories]
v.centroids重心要素を付加[Vector]-[Develop vector map]-[Add centroids]
v.class [Vector]-[Report and statistics]-[Classify attribute data]
v.clean様々な方法でデータを整形する[Vector]-[Develop vector map]-[Clean vector map]
v.colorsカラーテーブルを編集[Vector]-[Manage colors]-[Color tables] or [Color rules]
v.convert以前のGRASSデータをインポート[File]-[Import vector data]-[Historical GRASS vector import]
v.convert.all[File]-[Import vector data]-[Historical GRASS vector import (all maps)]
v.db.addcol列を追加[Database]-[Vector database connections]-[Add columns]
v.db.addtableテーブルを作成[Database]-[Vector database connections]-[New table]
v.db.connectデータベースへ接続[Database]-[Vector database connections]-[Set vector map - database connection]
v.db.dropcol列を削除[Database]-[Vector database connections]-[Drop column]
v.db.droptableテーブルを削除[Database]-[Vector database connections]-[Remove table]
v.db.joinテーブルを統合[Database]-[Vector database connections]-[Join table]
v.db.reconnect.allデータベースへ再接続[Database]-[Vector database connections]-[Reconnect vectors to database]
v.db.renamecol列の名称を変更[Database]-[Vector database connections]-[Rename column]
v.db.selectSELECTコマンドを実行[Database]-[Query]-[Query vector attribute data]
v.db.univar [Vector]-[Report and statistics]-[Univariate statistics for attribute columns]
v.db.update値を更新[Database]-[Vector database connections]-[Change values]
v.delaunayドロネー三角網を作成[Vector]-[Generate area from points]-[Delaunay triangles]
v.dissolve隣接する同一カテゴリの領域を統合[Vector]-[Develop vector map]-[Dissolve boundaries]
v.distance最も近い要素への接続線を作成[Vector]-[Nearest features]
v.digitデジタイズ[Vector]-[Develop vector map]-[Digitize vector map using Tcl/Tk digitizer]
v.drapeラスタデータの値に3次元ベクタを投影[Vector]-[Develop vector map]-[Create 3D vector over raster]
v.editベクタデータを編集[Vector]-[Develop vector map]-[Edit vector map (non-interactively]
v.external外部データへのリンクを作成[File]-[Link external formats]-[Link external vector data]
v.extract属性値でデータを抽出[Vector]-[Query with attributes]
v.extrude [Vector]-[Develop vector map]-[Extrude 3D vector map]
v.generalize単純化や平滑化を行う[Vector]-[Develop vector map]-[Smooth or simplify]
v.hull凸包を作成[Vector]-[Generate area from points]-[Convex hull]
v.in.asciiテキストデータをインポート[File]-[Import vector data]-[ASCII points/GRASS ASCII vector import]
v.in.db [Vector]-[Generate points]-[Generate from database]
v.in.dxfDXFをインポート[File]-[Import vector data]-[DXF import]
v.in.e00ESRI E00形式をインポート[File]-[Import vector data]-[ESRI e00 import]
v.in.garminGarmin GPSデータをインポート[File]-[Import vector data]-[Garmin GPS import]
v.in.geonames[File]-[Import vector data]-[Geonames import]
v.in.gns [File]-[Import vector data]-[GEOnet import]
v.in.gpsbabelGPSBabelによるインポート[File]-[Import vector data]-[GPSBabel GPS import]
v.in.linesテキストデータを連続線分としてインポート[File]-[Import vector data]-[ASCII points as a vector lines]
v.in.mapgen [File]-[Import vector data]-[Matlab array and MapGen import]
v.in.ogrOGRによるインポート[File]-[Import vector data]-[Common import formats]
v.in.region [Vector]-[Generate area for current region]
v.in.sites [File]-[Map type conversions]-[Sites to vector]
v.in.wfsWFSをインポート[File]-[Import vector data]-[WFS]
v.info基本情報を出力[Vector]-[Report and statistics]-[Basic vector metadata]
v.kcv [Vector]-[Test/Training point sets]
v.kernel [Raster]-[Generate surface]-[Gaussian kernel density surface]
v.label [Vector]-[Develop vector map]-[Create optimally placed labels]
v.label.sa [Vector]-[Develop vector map]-[Create labels]
v.lidar.correction [Vector]-[Lidar analysis]-[Correct and reflassify objects]
v.lidar.edgedetection [Vector]-[Lidar analysis]-[Detect edges]
v.lidar.growing [Vector]-[Lidar analysis]-[Detect interiors]
v.lrs.create [Vector]-[Linear referencing]-[Create LRS]
v.lrs.label [Vector]-[Linear referencing]-[Create stationing]
v.lrs.segment [Vector]-[Linear referencing]-[Create points/segments]
v.lrs.where [Vector]-[Linear referencing]-[Find line id and offset]
v.mkgridグリッドデータを作成[Vector]-[Generate grid]
v.neighbors [Raster]-[Neighborhood analysis]-[Neighborhood points]
v.netネットワークを構築[Vector]-[Network analysis]-[Network maintenance]
v.net.allocサブネットを構築[Vector]-[Network analysis]-[Allocate subnets]
v.net.allpairs [Vector]-[Network analysis]-[Shortest path for all pairs]
v.net.bridge [Vector]-[Network analysis]-[Bridge and articulation points]
v.net.centrality [Vector]-[Network analysis]-[Centrality]
v.net.components [Vector]-[Network analysis]-[Components]
v.net.connectivity [Vector]-[Network analysis]-[Vertex connectivity]
v.net.distance [Vector]-[Network analysis]-[Shortest path for sets of features
v.net.flow [Vector]-[Network analysis]-[Maximum flow]
v.net.iso [Vector]-[Network analysis]-[Split net]
v.net.path最短経路計算[Vector]-[Network analysis]-[Shortest path]
v.net.salesman巡回セールスマン分析[Vector]-[Network analysis]-[Traveling salesman analysis]
v.net.spanningtree [Vector]-[Network analysis]-[Minimum spanning tree]
v.net.steinerSteiner treeを計算[Vector]-[Network analysis]-[Steiner tree]
v.net.timetable [Vector]-[Network analysis]-[Shortest path using timetables]
v.net.visibility可視域計算[Vector]-[Network analysis]-[Visibility network]
v.normal [Vector]-[Report and statistics]-[Test normality]
v.out.asciiテキスト形式にエクスポート[File]-[Export vector map]-[ASCII points/GRASS ASCII vector export]
v.out.dxfDXF形式でエクスポート[File]-[Export vector map]-[DXF export]
v.out.gpsbabelGPSBabelによるエクスポート[File]-[Export vector map]-[Multiple GPS export formats using GPSBabel]
v.out.ogrOGRによるエクスポート[File]-[Export vector map]-[Common export formats]
v.out.povPOV-Ray形式でエクスポート[File]-[Export vector map]-[POV-Ray export]
v.out.svgSVG形式でエクスポート[File]-[Export vector map]-[SVG export]
v.out.vtk [File]-[Export vector map]-[VTK export]
v.outlier [Vector]-[Remove outliers in point sets]
v.overlay複数のデータを合成[Vector]-[Overlay vector maps]-[Overlay vector maps]
v.parallel平行線を作成[Vector]-[Develop vector map]-[Parallel lines]
v.patch複数のデータを統合[Vector]-[Overlay vector maps]-[Patch vector maps]
v.perturb [Vector]-[Generate points]-[Perturb points]
v.proj [Vector]-[Develop vector map]-[Reporject vector map]
v.qcount [Vector]-[Report and statistics]-[Quadrat indices]
v.randomランダム点を発生[Vector]-[Generate points]-[Generate random points]
v.rast.stats [Vector]-[Update area attributes from raster]
v.reclassカテゴリを編集[Vector]-[Change attributes]-[Reclassify]
v.report [Vector]-[Report and statistics]-[Report topology by category]
v.sample [Vector]-[Update point attributes from raster]-[Sample raster neighborhood around points]
v.segment連続線分を分割[Vector]-[Develop vector map]-[Split polylines]
v.select [Vector]-[Query with another vector map]
v.split線分を分割[Vector]-[Develop vector map]-[Split lines]
v.support [Vector]-[Develop vector map]-[Support file maintenance]
v.surf.bsplineB-Spline補間で表面データを作成[Raster]-[Interpolate surface]-[Bilinear and bicubic from vector points]
v.surf.idwIDW補間で表面データを作成[Raster]-[Interpolate surface]-[IDW from vector points]
v.surf.rstスプライン補間で表面データを作成[Raster]-[Interpolate surface]-[Regularized spline tension]
v.to.3d2次元ベクタデータを3次元データにする[File]-[Map type conversions]-[2D vector to 3D vector]
v.to.db [Vector]-[Report and statistics]-[Upload or report topology]
v.to.points線分に沿って点を発生[Vector]-[Generate points]-[Generate points along lines]
v.to.rastベクタ=>ラスタ変換[File]-[Map type conversions]-[Vector to raster]
v.to.rast3ベクタ=>ボクセル変換[File]-[Map type conversions]-[Vector to volume]
v.transform座標変換[Vector]-[Develop vector map]-[Reposition vector map]
v.type_wrapper.sh要素種別を変更[Vector]-[Develop vector map]-[Convert object type]
v.univar記述統計量を出力[Vector]-[Report and statistics]-[Univariate attribute statistics for points]
v.vol.rst [Volumes]-[Interpolate volume from points]
v.voronoiボロノイ分割を作成[Vector]-[Generate area from points]-[Voronoi diagram/Thiessen polygons]
v.what要素を調べる[Vector]-[Query with coordinate(s)]
v.what.rast [Vector]-[Update point attributes from raster]-[Sample raster maps at point locations]
v.what.vect [Vector]-[Update point attributes from areas]

クリエイティブ・コモンズ・ライセンス
This documents by Yamate,N is licensed under a Creative Commons 表示 - 継承 3.0 非移植 License.
login