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interimage:brec_operators_documentation [2013/10/29 13:18] rsilva |
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| | Attribute Name | String | The name of the attribute that will hold the mean height value of each polygon an will be available in the corresponding BU decision rule. | The name must not match the default attribute names. | | | | Attribute Name | String | The name of the attribute that will hold the mean height value of each polygon an will be available in the corresponding BU decision rule. | The name must not match the default attribute names. | | | ||
| | Reliability | Real Number | The reliability (higher priority will be given to nodes with higher weights in cases where there are geographic overlays). | [0.0, 1.0] | | | | Reliability | Real Number | The reliability (higher priority will be given to nodes with higher weights in cases where there are geographic overlays). | [0.0, 1.0] | | | ||
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| ^ Parameter Name ^ Type ^ Description ^ Valid Values ^ Note ^ | ^ Parameter Name ^ Type ^ Description ^ Valid Values ^ Note ^ | ||
| | Input Image | TIFF | Input image. | Valid image file name. | The image type must be supported by TerraLib. | | | Input Image | TIFF | Input image. | Valid image file name. | The image type must be supported by TerraLib. | | ||
| - | | Minimun Radius | Real Number | Minimun size (in meters) of the radius of the circle around to scanning the radiance | [0, 50*res] | | | + | | Minimun Radius | Real Number | Minimun size (in meters) of the radius of the circle around to scanning the radiance. | [0, 50*res] | Must be an exact multiple of the resolution. If not, it will be automatically rounded. | |
| - | | Maximum Radius | Real Number | Maximum size (in meters) of the radius of the circle around to scanning the radiance | [5*res, x] | | | + | | Maximum Radius | Real Number | Maximum size (in meters) of the radius of the circle around to scanning the radiance. | [5*res, x] | Must be an exact multiple of the resolution. If not, it will be automatically rounded. | |
| - | | Step Radius | Real Number | Step increment (in meters) of the radius of the circle around to scanning the radiance | [1*res, x] | | | + | | Step Radius | Real Number | Step increment (in meters) of the radius of the circle around to scanning the radiance. | [1*res, x] | Must be an exact multiple of the resolution. If not, it will be automatically rounded. | |
| - | | Reliability | Floating point | The reliability (higher priority will be given to nodes with higher weights in cases where there are geographic overlays). | [0.0, 1.0] | | | + | | Reliability | Real Number | The reliability (higher priority will be given to nodes with higher weights in cases where there are geographic overlays). | [0.0, 1.0] | | |
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| ^ Parameter Name ^ Type ^ Description ^ Valid Values ^ Note ^ | ^ Parameter Name ^ Type ^ Description ^ Valid Values ^ Note ^ | ||
| - | | Input Image | * .tif | Input image. | Valid image file name. | The image type must be supported by TerraLib. | | + | | Input Image | TIFF | Input image. | Valid image file name. | The image type must be supported by TerraLib. | |
| - | | Minimun Radius | Integer | Minimun size (in pixels) of the radius of the circle around to scanning the radiance | [0, 50] | | | + | | Minimun Radius | Real Number | Minimun size (in meters) of the radius of the circle around to scanning the radiance. | [0, 50*res] | Must be an exact multiple of the resolution. If not, it will be automatically rounded. | |
| - | | Maximum Radius | Integer | Maximum size (in pixels) of the radius of the circle around to scanning the radiance | [5, x] | | | + | | Maximum Radius | Real Number | Maximum size (in meters) of the radius of the circle around to scanning the radiance. | [5*res, x] | Must be an exact multiple of the resolution. If not, it will be automatically rounded. | |
| - | | Step Radius | Integer | Step increment (in pixels) of the radius of the circle around to scanning the radiance | [1, x] | | | + | | Step Radius | Real Number | Step increment (in meters) of the radius of the circle around to scanning the radiance. | [1*res, x] | Must be an exact multiple of the resolution. If not, it will be automatically rounded. | |
| - | | Junction Tipology | Enumeration | The junction type | [L, T, X, Y, M, all] | M stands for multiple-line crossings. | | + | | Junction Tipology | Enumeration | The junction type. | [L, T, X, Y, M, all] | M stands for multiple-line crossings. | |
| | Angle Threshold | Integer | Sets a minimum angle between two streets for them to be differentiated and not to be considered as a single street bending in the hypothesised junction point. | (0, x] | | | | Angle Threshold | Integer | Sets a minimum angle between two streets for them to be differentiated and not to be considered as a single street bending in the hypothesised junction point. | (0, x] | | | ||
| | Max Stem | Integer | The maximum distance between the intersection point and the extreme of one street crossing the junction. | [0, x] | | | | Max Stem | Integer | The maximum distance between the intersection point and the extreme of one street crossing the junction. | [0, x] | | | ||
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| | Angle Tolerance | Integer | Minimum angle between non-coincident streets. | [0, x] | | | | Angle Tolerance | Integer | Minimum angle between non-coincident streets. | [0, x] | | | ||
| | Max. Number of roads | Integer | Maximum number of roads springing from a junction. | [0, x] | | | | Max. Number of roads | Integer | Maximum number of roads springing from a junction. | [0, x] | | | ||
| - | | Reliability | Floating point | The reliability (higher priority will be given to nodes with higher weights in cases where there are geographic overlays). | [0.0, 1.0] | | | + | | Reliability | Real Number | The reliability (higher priority will be given to nodes with higher weights in cases where there are geographic overlays). | [0.0, 1.0] | | |
