-
Shapely 2.0.0 中文文档
- User Manual
- Introduction
- Spatial Data Model(空间数据模型)
- Relationships(空间关系)
- Operations(操作)
- Coordinate Systems(坐标系统)
- Geometric Objects(几何对象)
- General Attributes and Methods(通用属性和方法)
- Points(点状几何要素)
- LineStrings(线状几何要素)
- LinearRings(线环几何要素)
- Polygons(多边形几何要素)
- Collections(集合)
- Collections of Points(复合点)
- Collections of Lines(复合线)
- Collections of Polygons(复合多多边形)
- Empty features(空要素)
- Coordinate sequences(坐标序列)
- Linear Referencing Methods(线性参考方法)
- Predicates and Relationships(谓词和关系)
- Unary Predicates(一元谓词——属性)
- Binary Predicates(二元谓词-方法)
- DE-9IM Relationships(DE九交模型关系)
- Spatial Analysis Methods(空间分析方法)
- Set-theoretic Methods(基于集合论的方法)
- Constructive Methods(构造新对象的方法)
- Affine Transformations(仿射变换)
- Other Transformations(其他转换)
- Other Operations(其他操作)
- Merging Linear Features(合并线状要素)
- Efficient Rectangle Clipping(高效的矩形剪裁)
- Efficient Unions(高效合并)
- Delaunay triangulation(狄洛尼三角剖分)
- Voronoi Diagram(泰森多边形)
- Nearest points(最近的点)
- Snapping(对齐)
- Shared paths(共享路径)
- Splitting(分割)
- Substring(子集)
- Prepared Geometry Operations(制备几何操作)
- Diagnostics(诊断)
- Polylabel(极点)
- STR-packed R-tree(STR算法构建R树)
- Interoperation(互操作)
- Well-Known Formats(WKT数据格式)
- Numpy and Python Arrays(Numpy和Python数组)
- Python Geo Interface(Python地理接口)
- Performance(性能)
- Conclusion(总结)
- References(参考文献)
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Shapely 1.8.5 中文文档
- The Project(Shapely)
- Usage(用法)
- Requirements(要求)
- Installing Shapely(安装Shapely)
- Integration(集成)
- Development and Testing(开发和测试)
- Support(支持)
- Credits(贡献)
- Changes(版本变化)
- Frequently asked questions and answers(常见问题和解答)...
- User Manual
- Introduction(介绍)
- Spatial Data Model(空间数据模型)
- Relationships(空间关系)
- Operations(操作)
- Coordinate Systems(坐标系统)
- Geometric Objects(几何对象)
- General Attributes and Methods(通用属性和方法)
- Points(点状几何要素)
- LineStrings(线状几何要素)
- LinearRings(线环几何要素)
- Polygons(多边形几何要素)
- Collections(集合)
- Collections of Points(复合点)
- Collections of Lines(复合线)
- Collections of Polygons(复合多边形)
- Empty features(空要素)
- Coordinate sequences(坐标序列)
- Linear Referencing Methods(线性参考方法)
- Predicates and Relationships(谓词和关系)
- Unary Predicates(一元谓词-属性)
- Binary Predicates(二元谓词-方法)
- DE-9IM Relationships(DE九交模型关系)
- Spatial Analysis Methods(空间分析方法)
- Set-theoretic Methods(基于集合论的方法)
- Constructive Methods(构造新对象的方法)
- Affine Transformations(仿射变换)
- Other Transformations(其他转换)
- Other Operations(其他操作)
- Merging Linear Features(合并线状要素)
- Efficient Rectangle Clipping(高效的矩形剪裁)
- Efficient Unions(高效合并)
- Delaunay triangulation(狄洛尼三角剖分)
- Voronoi Diagram(泰森多边形)
- Nearest points(最近的点)
- Snapping(对齐)
- Shared paths(共享路径)
- Splitting(分割)
- Substring(子集)
- Prepared Geometry Operations(制备几何操作)
- Diagnostics(诊断)
- Polylabel(极点)
- STR-packed R-tree(STR算法构建R树)
- Interoperation(互操作)
- Well-Known Formats(WKT数据格式)
- Numpy and Python Arrays(Numpy和Python数组)
- Python Geo Interface(Python地理接口)
- Performance(性能)
- Conclusion(总结)
- References(参考文献)
- Migrating to Shapely 1.8 / 2.0(迁移到Shapely 1.8 / 2.0版本)...
- Geometry objects will become immutable(几何对象将不可变)...
- Setting custom attributes(设置自定义属性)
- Multi-part geometries will no longer be “sequences” (length,...
- Interopability with NumPy and the array interface(与NumPy和数组接...
- Conversion of the coordinates to (NumPy) arrays(将坐标转换为NumPy数...
- Creating NumPy arrays of geometry objects(创建几何对象的NumPy数组)...
- Consistent creation of empty geometries(创建空的几何对象)...
- Other deprecated functionality(其他废除的功能)
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GeoPandas 0.12.2中文文档
- User Guide
- Data Structures
- GeoSeries
- GeoDataFrame
- Display options
- Reading and Writing Files
- Reading Spatial Data
- Writing Spatial Data
- Spatial databases
- Apache Parquet and Feather file formats
- Indexing and Selecting Data
- Making Maps and plots
- Choropleth Maps(分级统计图)
- Maps with Layers
- Pandas Plots
- Other Resources
- Interactive mapping
- Managing Projections
- Coordinate Reference Systems
- What is the best format to store the CRS information?
- Setting a Projection
- Re-Projecting
- Projection for multiple geometry columns
- Upgrading to GeoPandas 0.7 with pyproj > 2.2 and PROJ > 6
- Geometric Manipulations(几何操作)
- Constructive Methods
- Affine transformations
- Examples of Geometric Manipulations
- Set-Operations with overlay(集合操作)
- The different Overlay operations
- Overlay Countries Example
- keep_geom_type keyword
- More Examples
- Aggregation with dissolve(聚合操作)
- dissolve() Example
- Dissolve Arguments
- Merging Data(合并数据)
- Appending
- Attribute Joins(属性连接)
- Spatial Joins(空间连接)
- Geocoding(地理编码)
- Advanced Guide
- Missing and empty geometries(缺失值和空几何对象)...
- Changes since GeoPandas v0.6.0
- Re-projecting using GDAL with Rasterio and Fiona
- Fiona Example
- Rasterio Example
- API reference
- Changelog
-
【统计分析软件SPSS】
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首页 Documentation
Documentation
-
Shapely 2.0.0 中文文档
-
Shapely 1.8.5 中文文档
-
GeoPandas 0.12.2中文文档
-
【统计分析软件SPSS】
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