Important

Traducerea este un efort al comunității, la care puteți să vă alăturați. În prezent, această pagină este tradusă 51.88%.

24.1.3. Check Geometry

24.1.3.1. Dangle-end lines

Added in 3.42

Detects dangle-end lines in line geometries and reports them as errors. A dangle-end line is a line feature that terminates at a vertex connected to only one segment, resulting in an endpoint without a proper connection.

Fig. 24.2 Identifying dangle-end features (in red) and vertices (yellow).

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: linie]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Dangle-end errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing the errors location. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Dangle-end features Opţional	OUTPUT	[vector: linie] Implicit: [Omitere rezultat]	Line layer containing the identified dangle-end line features. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Dangle-end errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx: the index of the feature’s geometry part containing the dangle-end. gc_ringidx: the index of the feature’s geometry ring containing the dangle-end. gc_vertidx: the vertex index of the dangle-end in the feature’s geometry ring. gc_errorx: the x coordinate of the dangle-end. gc_errory: the y coordinate of the dangle-end. gc_error UNIQUE_ID field: the unique ID of the input feature with the dangle-end.
Dangle-end features	OUTPUT	[vector: linie]	Output line layer containing the input dangle-end features. If no dangle-end features are found, the output layer will be empty. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometrydangle

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.2. Degenerate polygons

Added in 3.42

Checks the polygons with less than 3 points, which are degenerate polygons. Degenerate polygons are errors.

Notă

This algorithm detects invalid polygon geometries (degenerate polygons). To ensure these invalid features are not filtered out before processing, open ^{Advanced options} next to the Input layer and set Invalid feature filtering to Do not Filter (Better Performance).

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: poligon]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Degenerate polygons errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing the centroid of the degenerate polygons. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Degenerate polygons features Opţional	OUTPUT	[vector: poligon] Implicit: [Omitere rezultat]	Specification of the output layer containing the degenerate polygons. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Degenerate polygons errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx: the index of the geometry part of the degenerate polygon. gc_ringidx: the index of the ring of the degenerate polygon. gc_vertidx gc_errorx: the x coordinate of the centroid of the degenerate polygon gc_errory: the y coordinate of the centroid of the degenerate polygon gc_error UNIQUE_ID field: the unique ID of the input feature that is degenerate.
Degenerate polygons features	OUTPUT	[vector: poligon]	Output polygon layer with features containing the degenerate polygons. If no degenerate polygon features are found, the output layer will be empty. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometrydegeneratepolygon

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.3. Duplicated geometries

Added in 3.42

Checks for duplicated geometries in a vector layer, and reports them as errors.

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: geometrie]	Layer with the geometries to check
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification
Duplicate geometries errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing the errors location. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Duplicate geometries Opţional	OUTPUT	[vector: la fel ca intrarea] Implicit: [Omitere rezultat]	Specification of the output layer containing the geometries that were found to be duplicated. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Duplicate geometries errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx gc_ringidx gc_vertidx gc_errorx: the x coordinate of the centroid of the duplicate geometry. gc_errory: the y coordinate of the centroid of the duplicate geometry. gc_error: the indices of the duplicate geometry (all except the highest index). UNIQUE_ID field: the unique ID of the input feature that is a duplicate.
Duplicate geometries	OUTPUT	[vector: la fel ca intrarea]	Output layer containing the geometries that were found to be duplicated. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometryduplicate

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.4. Duplicated vertices

Added in 3.42

Checks for duplicated vertices in line or polygon geometries, and reports them as errors.

Vezi și

Delete duplicated vertices, Remove duplicate vertices

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: linie, poligon]	Layer with the geometries to check
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification
Duplicated vertices errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing the errors location. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Duplicated vertices features Opţional	OUTPUT	[vector: la fel ca intrarea] Implicit: [Omitere rezultat]	Specification of the output layer containing the features with duplicated vertices. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Duplicated vertices errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx: the index of the feature’s geometry part containing the duplicate vertex. gc_ringidx: the index of the feature’s geometry ring containing the duplicate vertex. gc_vertidx: the index of the duplicate vertex in the feature’s geometry ring. gc_errorx: the x coordinate of the duplicate vertex. gc_errory: the y coordinate of the duplicate vertex. gc_error UNIQUE_ID field: the unique ID of the input feature that has duplicate vertices.
Duplicated vertices features	OUTPUT	[vector: la fel ca intrarea]	Output layer containing the features with duplicated vertices. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometryduplicatenodes

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.5. Features inside polygon

Added in 3.42

Checks the input geometries contained in the polygons from the polygon layers list. A polygon layer can be checked against itself. Any contained features are reported as errors.

Fig. 24.3 Reporting errors on features inside a polygon.

Vezi și

Delete features

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: geometrie]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Polygon layers	POLYGONS	[vector: polygon][list]	List of polygon layers to check against.
Errors from contained features	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Point layer representing the contained features. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Contained features Opţional	OUTPUT	[vector: la fel ca intrarea] Implicit: [Omitere rezultat]	Specification of the output layer containing features within the checked polygons. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Errors from contained features	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx gc_ringidx gc_vertidx gc_errorx: the x coordinate of the centroid of the contained feature. gc_errory: the y coordinate of the centroid of the contained feature. gc_error: the layer name and feature ID of a polygon that contains the feature. UNIQUE_ID field: the unique ID of the input feature that is contained within another.
Contained features	OUTPUT	[vector: la fel ca intrarea]	Output layer containing features within the checked polygons. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometrycontained

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.6. Holes

Added in 3.42

Detects holes in polygon geometries and reports them as errors.

Fig. 24.4 Reporting errors for holes on a polygon feature.

Vezi și

Fill holes

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: poligon]	Layer with the geometries to check
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification
Holes errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing the errors location. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Polygons with holes Opţional	OUTPUT	[vector: poligon] Implicit: [Omitere rezultat]	Polygon layer with the features containing holes. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Holes errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx: the index of the feature’s geometry part containing the hole. gc_ringidx: the index of the feature’s geometry ring containing the hole. gc_vertidx gc_errorx: the x coordinate of the centroid of the hole. gc_errory: the y coordinate of the centroid of the hole. gc_error UNIQUE_ID field: the unique ID of the input feature that has a hole.
Polygon with holes	OUTPUT	[vector: poligon]	Output polygon layer with features containing holes. If no holes are found, the output layer will be empty. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometryhole

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.7. Lines intersecting each other

Added in 3.42

Checks intersections between line geometries within a layer. Intersections between two different lines are errors.

Vezi și

Line intersections, Intersection, Self-intersections

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: linie]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Intersection errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing the intersections location. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Intersecting feature Opţional	OUTPUT	[vector: linie] Implicit: [Omitere rezultat]	Specification of the output layer for features intersecting each other. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Intersection errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx: the index of the feature’s geometry part where the intersection occurs. gc_ringidx gc_vertidx gc_errorx: the x coordinate of the intersection point. gc_errory: the y coordinate of the intersection point. UNIQUE_ID field: the unique ID of an intersecting input feature. gc_error: the layer name and index of the other intersecting feature.
Intersecting feature	OUTPUT	[vector: linie]	Output layer containing, for each identified intersection, the feature (with same UNIQUE_ID value) it belongs to. If no intersections are found, the output layer will be empty. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometrylineintersection

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.8. Lines intersecting other layer

Added in 3.42

Checks if the input line layer features intersect with the check layer features. An input feature that intersects with a check layer feature is an error.

Vezi și

Line intersections, Intersection, Self-intersections

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: linie]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Check layer	CHECK_LAYER	[vector: linie, poligon]	Layer with the geometries to check against.
Line intersecting other layer errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output point layer containing the locations of intersection errors. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Line intersecting other layer features Opţional	OUTPUT	[line] Implicit: [Omitere rezultat]	Line layer with the input features that intersect features in the check layer. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Line intersecting other layer errors	ERRORS	[vector: punct]	Output point layer representing the error location and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx: the index of the feature’s geometry part where the intersection occurs. gc_ringidx gc_vertidx gc_errorx: the x coordinate of the intersection point. gc_errory: the y coordinate of the intersection point. UNIQUE_ID field: the unique ID of the intersecting input feature. gc_error: the index of the check layer where the intersection occurs.
Line intersecting other layer features	OUTPUT	[vector: linie]	Output layer containing, for each identified intersection, the input feature it belongs to. If no intersections are found, the output layer will be empty. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometrylinelayerintersection

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.9. Missing vertices along borders

Added in 3.42

Checks for missing vertices along polygon borders. To be topologically correct, a vertex at the junction of two polygons must be present on both polygons. Missing vertices are errors.

Fig. 24.5 Reporting errors for missing vertices on polygon features.

Vezi și

Add missing vertices along borders

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: poligon]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Missing vertices errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing the errors location. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Missing vertices features Opţional	OUTPUT	[vector: poligon] Implicit: [Omitere rezultat]	Polygon layer with the features whose vertices are missing. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Missing vertices errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx gc_ringidx gc_vertidx gc_errorx: the x coordinate of the missing vertex. gc_errory: the y coordinate of the missing vertex. gc_error UNIQUE_ID field: the unique ID of the input feature that has a missing vertex.
Missing vertices features	OUTPUT	[vector: poligon]	Output polygon layer with features whose vertices are missing. There will be as many (duplicate) features as there are missing vertices in each geometry. If no vertices are missing, the output layer will be empty. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometrymissingvertex

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.10. Overlaps

Added in 3.42

Calculates overlapping areas in polygon geometries, and reports areas smaller than a given minimum as errors.

Fig. 24.6 Hashed polygons indicate overlapping areas smaller than the specified minimum.

Vezi și

Delete overlaps, Validate coverage

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: poligon]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Minimum overlap area	MIN_OVERLAP_AREA	[numeric: double]	Minimum area of the overlap to be reported as an error. If set to 0, all overlaps are reported.
Overlap errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing centroid points of the overlapping areas. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Overlap features Opţional	OUTPUT	[vector: poligon] Implicit: [Omitere rezultat]	Specification of the output layer for features containing overlaps. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Overlap errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_errorx: the x coordinate of the centroid of the overlapping area. gc_errory: the y coordinate of the centroid of the overlapping area. gc_error: the area of the overlapping geometry. UNIQUE_ID field: the unique ID of an overlapped input feature. gc_overlap_feature_{unique_id}: the UNIQUE_ID field value for the other overlapping feature.
Overlap features	OUTPUT	[vector: poligon]	Output layer containing the overlapping areas. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometryoverlap

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.11. Points outside lines

Added in 3.42

Checks if the points in the input layer are covered by a line in the selected line layers. A point not covered by a line is an error.

Fig. 24.7 Reporting errors on points not covered by a line.

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: punct]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Line layers	LINES	[vector: line][list]	Layer(s) with the lines to check against.
Points not covered by a line	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing points not covered by a line. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Points not covered by a line	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx gc_ringidx gc_vertidx gc_errorx: the x coordinate of point outside the lines. gc_errory: the y coordinate of point outside the lines. gc_error UNIQUE_ID field: the unique ID of the input feature that is outside the lines.

Cod Python

Algorithm ID: native:checkgeometrypointcoveredbyline

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.12. Points outside polygons

Added in 3.42

Checks if points from the input layer are in polygons from the selected polygon layers. Points that are not fully inside polygons are errors.

Fig. 24.8 Reporting errors on points outside polygons.

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: punct]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Polygon layers	POLYGONS	[vector: polygon][list]	Layer(s) with the polygons to check against.
Points outside polygons errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing points outside the polygons. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Points outside polygons errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx gc_ringidx gc_vertidx gc_errorx: the x coordinate of point outside the polygons. gc_errory: the y coordinate of point outside the polygons. gc_error UNIQUE_ID field: the unique ID of the input feature that is outside the polygons.

Cod Python

Algorithm ID: native:checkgeometrypointinpolygon

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.13. Self-contacts

Added in 3.42

Checks if the geometry has self contact points (in line or polygon), i.e., a vertex that touches more than two segments of the same ring. Self contacts are errors.

Notă

This algorithm detects invalid polygon geometries (self-contacts). To ensure these invalid features are not filtered out before processing, open ^{Advanced options} next to the Input layer and set Invalid feature filtering to Do not Filter (Better Performance).

Fig. 24.9 Self-intersection vs self-contact.

Vezi și

Self-intersections

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: linie, poligon]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Self contact error points	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing the errors location. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Self contact features Opţional	OUTPUT	[la fel ca intrarea] Implicit: [Omitere rezultat]	Line or polygon layer containing self-contact features. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Self contact error points	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx: the index of the feature’s geometry part where the self-contact occurs. gc_ringidx: the index of the ring where the self-contact occurs. gc_vertidx: the index of the vertex where the self-contact occurs. gc_errorx: the x coordinate of the self-contact. gc_errory: the y coordinate of the self-contact. gc_error UNIQUE_ID field: the unique ID of the self-contacting input feature.
Self contact features	OUTPUT	[vector: la fel ca intrarea]	Output polygon or line layer with features containing the self-contact features. If no self-contact features are found, the output layer will be empty. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometryselfcontact

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.14. Self-intersections

Added in 3.42

Detects self-intersections in line or polygon geometries, and reports them as errors. Self-intersections occur when the segments of a geometry cross over each other without having a common vertex.

Notă

This algorithm detects invalid polygon geometries (self-intersections). To ensure these invalid features are not filtered out before processing, open ^{Advanced options} next to the Input layer and set Invalid feature filtering to Do not Filter (Better Performance).

Fig. 24.10 Self-intersection vs self-contact.

Vezi și

Split self-intersecting geometries, Self-contacts

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: linie, poligon]	Layer with the geometries to check
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification
Self-intersecting errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing the errors location. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Self-intersecting features Opţional	OUTPUT	[la fel ca intrarea] Implicit: [Omitere rezultat]	Line or polygon layer containing self-intersected features. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Self-intersecting errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx: the index of the feature’s geometry part where the self-intersection occurs. gc_ringidx: the index of the feature’s geometry ring where the self-intersection occurs. gc_vertidx gc_errorx: the x coordinate of the self-intersection. gc_errory: the y coordinate of the self-intersection. gc_error gc_segment_1: the index of the first segment involved in the intersection. gc_segment_2: the index of the second segment involved in the intersection. UNIQUE_ID field: the unique ID of the self-intersecting input feature.
Self-intersecting features	OUTPUT	[vector: linie, poligon]	Output polygon or line layer with features containing the self-intersecting features. If no self-intersecting features are found, the output layer will be empty. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometryselfintersection

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.15. Sliver polygons

Added in 3.42

Detects sliver polygons in a polygon layer, i.e., polygons with a thinness greater than a specified value.

The thinness is the ratio between the area of the minimum square containing the polygon and the area of the polygon itself (a square has a thinness value of 1). The thinness value is between 1 and +infinity. A maximum area can be set for limiting the checks to polygons of a lower area. Polygons having a thinness higher than the maximum thinness are errors. To fix sliver polygons, use the Fix small polygons algorithm.

Notă

This algorithm detects invalid polygon geometries (sliver polygons). To ensure these invalid features are not filtered out before processing, open ^{Advanced options} next to the Input layer and set Invalid feature filtering to Do not Filter (Better Performance).

Fig. 24.11 Reporting errors on features with sliver polygons.

Vezi și

Fix small polygons

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: poligon]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Maximum thinness	MAX_THINNESS	[numeric: double] Default: 20.0	Maximum thinness value of a polygon to be considered valid. Any polygon with a thinness value above this threshold is reported as error.
Maximum area (map units squared)	MAX_AREA	[numeric: double] Implicit: 0.0	Maximum area of a polygon to be checked (in map units). Any polygon with an area above this threshold is skipped. A value of 0 means all polygons are checked.
Sliver polygon errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing the centroid points of sliver polygon features. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Sliver polygon features Opţional	OUTPUT	[vector: poligon] Implicit: [Omitere rezultat]	Polygon layer containing sliver polygon features. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Sliver polygon errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx gc_ringidx gc_vertidx gc_errorx: the x coordinate of the centroid of the sliver polygon feature. gc_errory: the y coordinate of the centroid of the sliver polygon feature. gc_error: the thinness value of the sliver polygon feature. UNIQUE_ID field: the unique ID of the input feature that is a sliver polygon.
Sliver polygon features	OUTPUT	[vector: poligon]	Output layer with features containing the sliver polygons. If no sliver polygon features are found, the output layer will be empty. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometrysliverpolygon

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.16. Small angles

Added in 3.42

Compares the angles within line or polygon geometries to a specified threshold, and reports as error any angle below that value.

Fig. 24.12 Reporting errors on a line feature for angles lower than 15°.

Vezi și

Delete small angles

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: linie, poligon]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Minimum angle	MIN_ANGLE	[numeric: double]	Allowed minimum angle between adjacent segments in a feature’s geometry. Any angle below this threshold is reported as error.
Small angle errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing the errors location. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Small angle errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx: the index of the feature’s geometry part containing the small angle. gc_ringidx: the index of the feature’s geometry ring containing the small angle. gc_vertidx: the index of the vertex with the small angle in the feature’s geometry ring. gc_errorx: the x coordinate of the vertex with the small angle. gc_errory: the y coordinate of the vertex with the small angle. gc_error: the error angle value. UNIQUE_ID field: the unique ID of the input feature with the small angle.

Cod Python

Algorithm ID: native:checkgeometryangle

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.17. Small polygons

Added in 3.42

Detects polygon features whose area is below a specified value as errors.

Notă

This algorithm detects invalid polygon geometries (small polygons). To ensure these invalid features are not filtered out before processing, open ^{Advanced options} next to the Input layer and set Invalid feature filtering to Do not Filter (Better Performance).

Fig. 24.13 Reporting errors on features with small polygons (below given area threshold).

Vezi și

Fix small polygons

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: poligon]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Area threshold	AREATHRESHOLD	[numeric: double] Implicit: 0	Minimum area of a polygon to be considered valid, in selected units. Any polygon with an area below this threshold is reported as error.
Small polygons errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing centroid points of small polygons. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Small polygons features Opţional	OUTPUT	[vector: poligon] Implicit: [Omitere rezultat]	Specification of the output layer for features containing small polygon features. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Small polygons errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx gc_ringidx gc_vertidx gc_errorx: the x coordinate of the centroid of the small polygon. gc_errory: the y coordinate of the centroid of the small polygon. gc_error: the area of the small polygon. UNIQUE_ID field: the unique ID of the input feature that is a small polygon.
Small polygons features	OUTPUT	[vector: poligon]	Output polygon layer with features containing the small polygon features. If no small polygon features are found, the output layer will be empty. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometryarea

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.18. Small gaps

Added in 3.42

Checks for gaps between polygons in the input layer. Gaps with an area smaller than the gap threshold are reported as errors. If an allowed gaps layer is provided, the algorithm ignores gaps that fall entirely within polygons from this layer. An optional buffer can be applied to the allowed gaps.

Fig. 24.14 Reporting errors on polygon features for gaps smaller than the specified threshold.

Vezi și

Fill gaps, Validate coverage

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: poligon]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Gap threshold	GAP_THRESHOLD	[numeric: double] Implicit: 0.0	Maximum area of gaps to be reported as errors, in map units. If set to 0, all the gaps are reported.
Allowed gaps layer Opţional	ALLOWED_GAPS_LAYER	[vector: poligon]	Optional layer specifying polygons whose areas should be ignored during the gap check. Gaps that fall entirely within these polygons will not be reported as errors.
Allowed gaps buffer Opţional	ALLOWED_GAPS_BUFFER	[numeric: double] Implicit: 0.0	Buffer distance to apply to the allowed gaps layer, in selected units. Gaps located within this buffered area are ignored. Allows adding a spatial tolerance around allowed gaps to avoid reporting near-boundary gaps as errors.
Neighbors layer	NEIGHBORS	[vector: tabelă] Implicit: [Creare Strat temporar]	Specification of the output table representing the gap ID and the unique ID of its neighbor features. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Gap errors Opţional	ERRORS	[vector: punct] Implicit: [Omitere rezultat]	Specification of the output layer containing the centroid points of the gaps. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Gap features	OUTPUT	[vector: poligon] Implicit: [Creare Strat temporar]	Specification of the output layer containing the gap geometries. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Neighbors layer	NEIGHBORS	[vector: tabelă]	A 1–N relational table, meaning that one gap can be associated with multiple neighboring polygons. The output table contains the following fields: gc_errorid: the ID of the gap. UNIQUE_ID field: the unique ID of an input feature that is a neighbor of the gap.
Gap errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx gc_ringidx gc_vertidx gc_errorx: the x coordinate of the centroid of the gap. gc_errory: the y coordinate of the centroid of the gap. gc_error: the area of the gap. gc_errorid: the ID of the gap.
Gap features	OUTPUT	[vector: poligon]	Output layer containing the gap geometries. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometrygap

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.19. Small segments

Added in 3.42

Calculates length of individual segments in line or polygon geometries, and reports segments shorter than a minimum length as errors.

Fig. 24.15 Reporting errors (in red) on single line segments shorter than the given threshold.

Vezi și

Delete features

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: linie, poligon]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
Minimum segment length	MIN_SEGMENT_LENGTH	[numeric: double] Implicit: 0.0	Minimum length of segments to be considered valid, in map units.
Short segments errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing centroid of short segments. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
Short segments features Opţional	OUTPUT	[vector: la fel ca intrarea] Implicit: [Omitere rezultat]	Specification of the output layer for features containing short segments. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
Short segments errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx: the index of the feature’s geometry part containing the small segment. gc_ringidx: the index of the feature’s geometry ring containing the small segment. gc_vertidx: the index of the end vertex of the small segment in the feature’s geometry ring. gc_errorx: the x coordinate of the centroid of the small segment. gc_errory: the y coordinate of the centroid of the small segment. gc_error: the error segment length. UNIQUE_ID field: the unique ID of the input feature with the small segment.
Short segments features	OUTPUT	[vector: la fel ca intrarea]	Output layer containing, for each identified short segment, the feature it belongs to. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometrysegmentlength

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.

24.1.3.20. Strictly multipart

Added in 3.42

Checks if multipart geometries have more than one part. Multipart geometries with only one part are errors.

Vezi și

Convert to strictly multipart

Parametri

Parametri de bază

Etichetă	Nume	Tipul	Descriere
Strat de intrare	INPUT	[vector: geometrie]	Layer with the geometries to check.
Unique feature identifier	UNIQUE_ID	[tablefield: any]	Field storing unique values for feature identification.
One-part geometry errors	ERRORS	[vector: punct] Implicit: [Creare Strat temporar]	Specification of the output layer containing centroid of the multipart geometries that have only one part. One of: Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.
One-part geometry features Opţional	OUTPUT	[vector: la fel ca intrarea] Implicit: [Omitere rezultat]	Specification of the output layer for features containing multipart geometries that have only one part. One of: Skip Output Create Temporary Layer (TEMPORARY_OUTPUT) Salvare în Fișier… Salvare în Geopackage… Salvare în Tabela Bazei de Date… The file encoding can also be changed here.

Parametri avansați

Etichetă	Nume	Tipul	Descriere
Tolerance	TOLERANCE	[numeric: integer] Implicit: 8	Numerical precision of geometric operations, given as an integer n, meaning that two vertices less than 10-n apart (in map units) are considered to be merged.

Rezultat

Etichetă	Nume	Tipul	Descriere
One-part geometry errors	ERRORS	[vector: punct]	Output point layer representing the error locations and information. The output layer contains the following fields: gc_layerid: the ID of the input layer. gc_layername: the name of the input layer. gc_partidx gc_ringidx gc_vertidx gc_errorx: the x coordinate of the centroid of the multipart geometry that has only one part. gc_errory: the y coordinate of the centroid of the multipart geometry that has only one part. gc_error UNIQUE_ID field: the unique ID of the input feature that is multipart but has only one part.
One-part geometry features	OUTPUT	[vector: la fel ca intrarea]	Output layer containing features that are multipart but have only one part. Available fields are the same as in the ERRORS output.

Cod Python

Algorithm ID: native:checkgeometrymultipart

import processing
processing.run("algorithm_id", {parameter_dictionary})

ID-ul algoritmului se afișează atunci când treceți peste algoritmul din caseta instrumentelor de procesare. Dicționarul parametrilor furnizează valorile și NUMELE parametrilor. Pentru detalii despre rularea algoritmilor de procesare din consola Python, parcurgeți Utilizarea algoritmilor de procesare din consolă.