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geoscene3d:project_content:objects:vector_theme [2020/02/10 22:36] – created rebecca130301_gmail.com | geoscene3d:project_content:objects:vector_theme [2020/03/22 16:32] (current) – external edit 127.0.0.1 | ||
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====== Vector Theme ====== | ====== Vector Theme ====== | ||
- | The Vector Theme object visualizes 2D or 3D GIS vector data. Data (feature) geometries are points, polylines and polygons. Currently features may be imported from the ESRI [[Shape File Format,|]] | + | The Vector Theme object visualizes 2D or 3D GIS vector data. Data (feature) geometries are points, polylines and polygons. Currently features may be imported from the ESRI [[: |
- | and [[MapInfo Tab File Format|]] | + | |
- | file through a [[Vector Theme Dataset|]]. | + | |
- | Points are show as in the [[XYZ Points Object.|]] | + | Points are show as in the [[: |
Lines are extruded vertically to produce fences or curtains. May be fitted to a fixed elevation or a surface. | Lines are extruded vertically to produce fences or curtains. May be fitted to a fixed elevation or a surface. | ||
Line 11: | Line 9: | ||
Polygons are extruded vertically with or without closed tops and bottoms. Polygon tops and bottoms are horizontal. Polygons may also be show as lines fitted to a surface. This is relevant for large regional polygons. | Polygons are extruded vertically with or without closed tops and bottoms. Polygon tops and bottoms are horizontal. Polygons may also be show as lines fitted to a surface. This is relevant for large regional polygons. | ||
- | In most respects vector data features are treated as points. Therefore the Vector Theme Object has many settings in common with the [[XYZ Points Object|]]. Below the settings that are unique to the Vector Theme Object are described. | + | In most respects vector data features are treated as points. Therefore the Vector Theme Object has many settings in common with the [[: |
- | Polygons and polylines corresponds to the extrusion and freeform point types in the [[XYZ Points Object.|]] | + | Polygons and polylines corresponds to the extrusion and freeform point types in the [[: |
- | When the data source contains points you may select the point geometry. When the source contains polygons or polylines the geometry can not be changed. | + | |
NOTE: The " | NOTE: The " | ||
- | ==== | + | ==== General Tab ==== |
- | General Tab ==== | + | |
- | __ | + | __Name:__ Object name as seen in the Object Manager\\ |
- | Name: __ | + | __Visible: |
- | Object name as seen in the Object Manager \\ | + | __Visible Distance:__ Points beyond this distance will not be visible |
- | __Visible: | + | ==== Geometry Tab ==== |
- | Show/Hide the object \\ | + | |
- | __Visible Distance:__ | + | |
- | Points beyond this distance will not be visible | + | |
- | ==== | + | **3D Objects (slower) ** \\ |
- | Geometry Tab ==== | + | Slower 3D performance\\ |
+ | __Visible: | ||
+ | __Point Type:__ Selects the point type or geometry. For some point types the number of slices can be changed. Note: Complex point types especially spheres may have great impact on performance if the dataset contains many points. Point types are cube, cone, dodecahedron, | ||
- | ** | + | **Extrusion Solid Point Type ** \\ |
- | 3D Objects (slower) ** \\ | + | |
- | Slower 3D performance \\ | + | |
- | __Visible: | + | |
- | If unchecked the points are not visible. This option should only be used when lines are visible. \\ | + | |
- | __Point Type:__ | + | |
- | Selects the point type or geometry. For some point types the number of slices can be changed. Note: Complex point types especially spheres may have great impact on performance if the dataset contains many points. Point types are cube, cone, dodecahedron, | + | |
- | + | ||
- | ** | + | |
- | Extrusion Solid Point Type ** \\ | + | |
The Extrusion solid geometry point type makes is possible to show an extruded polygon at every data point position. The polygon node coordinates should be entered in counter-clockwise order. | The Extrusion solid geometry point type makes is possible to show an extruded polygon at every data point position. The polygon node coordinates should be entered in counter-clockwise order. | ||
- | ** | + | **Freeform Point Type ** \\ |
- | Freeform Point Type ** \\ | + | With the Freeform geometry point type an imported geometry as in the [[: |
- | With the Freeform geometry point type an imported geometry as in the [[Freeform Object|]] | + | |
- | can be shown from a [[Freeform Dataset|]] | + | |
- | at every data point position. This could be any object, e.g., trees. Beware that complex objects have great impact on performance. | + | |
- | + | ||
- | ** | + | |
- | Simple Dots (faster) ** \\ | + | |
- | Faster 3D performance \\ | + | |
- | __Visible: | + | |
- | If checked the points are visible as simple dots. \\ | + | |
- | __Size (pixels): | + | |
- | Size of dots in pixels | + | |
- | ==== | + | **Simple Dots (faster) ** \\ |
- | Data Tab ==== | + | Faster 3D performance\\ |
+ | __Visible: | ||
+ | __Size (pixels):__ Size of dots in pixels | ||
+ | ==== Data Tab ==== | ||
- | __ | + | __Dataset:__ The Vector Theme object visualizes a [[: |
- | Dataset: __ | + | |
- | The Vector Theme object visualizes a [[Vector Theme Dataset|]]. | + | |
- | See also: \\ | + | See also:\\ |
- | [[XYZ Points Object|]] | + | [[: |