.
<put algorithm description here>
Input point layer [vector: point]Threshold (0-1, where 1 is equivalent with Convex Hull) [number]<put parameter description here>
Default: 0.3
Allow holes [boolean]<put parameter description here>
Default: True
Split multipart geometry into singleparts geometries [boolean]<put parameter description here>
Default: False
Concave hull [vector]processing.runalg('qgis:concavehull', input, alpha, holes, no_multigeometry, output)
Converts a geometry type to another one.
Input layer [vector: any]New geometry type [selection]Type of conversion to perform.
Options:
Default: 0
Output [vector]processing.runalg('qgis:convertgeometrytype', input, type, output)
<put algorithm description here>
Input layer [vector: any]Field (optional, only used if creating convex hulls by classes) [tablefield: any]Optional.
<put parameter description here>
Method [selection]<put parameter description here>
Options:
Default: 0
Convex hull [vector]processing.runalg('qgis:convexhull', input, field, method, output)
<put algorithm description here>
lines [vector: any]distance [number]<put parameter description here>
Default: 1
startpoint [number]<put parameter description here>
Default: 0
endpoint [number]<put parameter description here>
Default: 0
output [vector]processing.runalg('qgis:createpointsalonglines', lines, distance, startpoint, endpoint, output)
<put algorithm description here>
Input layer [vector: point]Delaunay triangulation [vector]processing.runalg('qgis:delaunaytriangulation', input, output)
<put algorithm description here>
Input layer [vector: polygon, line]Interval between Vertices to add [number]<put parameter description here>
Default: 1.0
Densified layer [vector]processing.runalg('qgis:densifygeometriesgivenaninterval', input, interval, output)
<put algorithm description here>
Input layer [vector: polygon, line]Vertices to add [number]<put parameter description here>
Default: 1
Densified layer [vector]processing.runalg('qgis:densifygeometries', input, vertices, output)
<put algorithm description here>
Input layer [vector: polygon, line]Dissolve all (do not use field) [boolean]<put parameter description here>
Default: True
Unique ID field [tablefield: any]Optional.
<put parameter description here>
Dissolved [vector]processing.runalg('qgis:dissolve', input, dissolve_all, field, output)
<put algorithm description here>
Input layer [vector: polygon]Use current selection in input layer (works only if called from toolbox) [boolean]<put parameter description here>
Default: False
Selection attribute [tablefield: any]Comparison [selection]<put parameter description here>
Options:
Default: 0
Value [string]<put parameter description here>
Default: 0
Merge selection with the neighbouring polygon with the [selection]<put parameter description here>
Options:
Default: 0
Cleaned layer [vector]processing.runalg('qgis:eliminatesliverpolygons', input, keepselection, attribute, comparison, comparisonvalue, mode, output)
<put algorithm description here>
Input layer [vector: line]Output layer [vector]processing.runalg('qgis:explodelines', input, output)
<put algorithm description here>
Input layer [vector: polygon, line]Output layer [vector]processing.runalg('qgis:extractnodes', input, output)
<put algorithm description here>
Polygons [vector: any]Max area [number]<put parameter description here>
Default: 100000
Results [vector]processing.runalg('qgis:fillholes', polygons, max_area, results)
<put algorithm description here>
Input layer [vector: any]Distance [number]<put parameter description here>
Default: 10.0
Segments [number]<put parameter description here>
Default: 5
Dissolve result [boolean]<put parameter description here>
Default: False
Buffer [vector]processing.runalg('qgis:fixeddistancebuffer', input, distance, segments, dissolve, output)
<put algorithm description here>
Polygons [vector: polygon]To keep [number]<put parameter description here>
Default: 1
Results [vector]processing.runalg('qgis:keepnbiggestparts', polygons, to_keep, results)
<put algorithm description here>
Input layer [vector: line]Output layer [vector]processing.runalg('qgis:linestopolygons', input, output)
<put algorithm description here>
Input layer [vector: any]Output layer [vector]processing.runalg('qgis:multiparttosingleparts', input, output)
Moves overlapped points at small distance, that they all become visible. The result is very similar to the output of the “Point displacement” renderer but it is permanent.
Input layer [vector: point]Displacement distance [number]Desired displacement distance NOTE: displacement distance should be in same units as layer.
Default: 0.00015
Horizontal distribution for two point case [boolean]Controls distribution direction in case of two overlapped points. If True points will be distributed horizontally, otherwise they will be distributed vertically.
Default: True
Output layer [vector]processing.runalg('qgis:pointsdisplacement', input_layer, distance, horizontal, output_layer)
<put algorithm description here>
Input layer [vector: polygon]Output layer [vector]processing.runalg('qgis:polygoncentroids', input_layer, output_layer)
<put algorithm description here>
Input layer [vector: line]Keep table structure of line layer [boolean]<put parameter description here>
Default: False
Create geometry columns [boolean]<put parameter description here>
Default: True
Output layer [vector]processing.runalg('qgis:polygonize', input, fields, geometry, output)
<put algorithm description here>
Input layer [vector: polygon]Output layer [vector]processing.runalg('qgis:polygonstolines', input, output)
<put algorithm description here>
Input layer [vector: polygon, line]Tolerance [number]<put parameter description here>
Default: 1.0
Simplified layer [vector]processing.runalg('qgis:simplifygeometries', input, tolerance, output)
<put algorithm description here>
Input layer [vector: any]Unique ID field [tablefield: any]Output layer [vector]processing.runalg('qgis:singlepartstomultipart', input, field, output)
<put algorithm description here>
Input layer [vector: any]Distance field [tablefield: any]Segments [number]<put parameter description here>
Default: 5
Dissolve result [boolean]<put parameter description here>
Default: False
Buffer [vector]processing.runalg('qgis:variabledistancebuffer', input, field, segments, dissolve, output)
<put algorithm description here>
Input layer [vector: point]Buffer region [number]<put parameter description here>
Default: 0.0
Voronoi polygons [vector]processing.runalg('qgis:voronoipolygons', input, buffer, output)