QGIS/python/plugins/processing/tests/testdata/qgis_algorithm_tests.yaml

# See ../README.md for a description of the file format

tests:
  - name: Centroid # Human readable identifier
    algorithm: qgis:polygoncentroids # Algorithm name
    params: # A list of parameters (only 1 here)
      - type: vector    # Param is a vector layer
        name: polys.gml # file name
    results: # A map of results (only one here)
      OUTPUT_LAYER:
        type: vector   # Expected result is a vector layer
        name: expected/polys_centroid.gml # The relative filepath from the processing testdata directory
        compare:
          geometry:
            precision: 7

  - name: Delete Holes
    algorithm: qgis:deleteholes
    params:
    - name: polys.gml
      type: vector
    results:
      OUTPUT:
        name: expected/polys_deleteholes.gml
        type: vector

  - algorithm: qgis:clip
    name: Clip lines by polygons
    params:
      INPUT:
        name: custom/lines2.gml
        type: vector
      OVERLAY:
        name: polys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/clip_lines_by_polygon.gml
        type: vector


  - algorithm: qgis:clip
    name: Clip lines by multipolygon
    params:
      INPUT:
        name: lines.gml
        type: vector
      OVERLAY:
        name: multipolys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/clip_lines_by_multipolygon.gml
        type: vector

  - algorithm: qgis:clip
    name: Clip polygons by multipolygons
    params:
      INPUT:
        name: polys.gml
        type: vector
      OVERLAY:
        name: multipolys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/clip_polys_by_multipolygon.gml
        type: vector

  - algorithm: qgis:clip
    name: Clip multipolygons by polygons
    params:
      INPUT:
        name: multipolys.gml
        type: vector
      OVERLAY:
        name: polys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/clip_multipolygons_by_polygons.gml
        type: vector

  - algorithm: qgis:clip
    name: Clip points by polygons
    params:
      INPUT:
        name: points.gml
        type: vector
      OVERLAY:
        name: polys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/clip_points_by_polygons.gml
        type: vector

  - algorithm: qgis:clip
    name: Clip points by multipolygons
    params:
      INPUT:
        name: points.gml
        type: vector
      OVERLAY:
        name: multipolys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/clip_points_by_multipolygons.gml
        type: vector


  # These datasets should produce a geometry collection and not a polygon only
  # dataset. If the algorithm is fixed, a new test should be introduced to
  # check this behavior.
  # This test should stay in place because for shapefiles there should always
  # be a polygon result created since it does not support geometry collections.
  - name: Intersection (Collection Fallback)
    algorithm: qgis:intersection
    params:
      INPUT:
        name: multipolys.gml
        type: vector
      INPUT2:
        name: polys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/intersection_collection_fallback.shp
        type: vector

  - name: Densify geometries
    algorithm: qgis:densifygeometries
    params:
    - name: multipolys.gml
      type: vector
    - '4'
    results:
      OUTPUT:
        name: expected/multipolys_densify.gml
        type: vector

  - name: Polygons to Lines
    algorithm: qgis:polygonstolines
    params:
    - name: multipolys.gml
      type: vector
    results:
      OUTPUT:
        name: expected/polys_to_lines.gml
        type: vector

  - algorithm: qgis:basicstatisticsfornumericfields
    name: Test (qgis:basicstatisticsfornumericfields)
    params:
    - name: multipolys.gml
      type: vector
    - 'Bfloatval'
    results:
      OUTPUT_HTML_FILE:
        name: basic_statistics_numeric_float.html
        type: regex
        rules:
          - 'Analyzed layer: multipolys.gml'
          - 'Analyzed field: Bfloatval'
          - 'Count: 3'
          - 'Unique values: 3'
          - 'Minimum value: -0.123'
          - 'Maximum value: 0.123'
          - 'Range: 0.246'
          - 'Sum: 0.0'
          - 'Mean value: 0.0'
          - 'Median value: 0.0'
          - 'Standard deviation: 0.100429079454'
          - 'Coefficient of Variation: 0'
          - 'Minority \(rarest occurring value\): -0.123'
          - 'Majority \(most frequently occurring value\): -0.123'
          - 'First quartile: -0.0615'
          - 'Third quartile: 0.0615'
          - 'NULL \(missing\) values: 1'
          - 'Interquartile Range \(IQR\): 0.123'

  - algorithm: qgis:basicstatisticsfortextfields
    name: Test (qgis:basicstatisticsfortextfields)
    params:
    - name: multipolys.gml
      type: vector
    - 'Bname'
    results:
      OUTPUT_HTML_FILE:
        name: expected/basic_statistics_string.html
        type: file

  # Split lines with lines considers two cases
  # case 1: two different layers
  - algorithm: qgis:splitlineswithlines
    name: Split lines with lines
    params:
      INPUT_A:
        name: lines.gml
        type: vector
      INPUT_B:
        name: custom/lines2.gml
        type: vector
    results:
      OUTPUT:
        name: expected/lines_split_with_lines.gml
        type: vector
        compare:
          geometry:
            precision: 7

  # case 2 split line layer with iself
  - algorithm: qgis:splitlineswithlines
    name: Split lines with same lines
    params:
      INPUT_A:
        name: custom/lines2.gml
        type: vector
      INPUT_B:
        name: custom/lines2.gml
        type: vector
    results:
      OUTPUT:
        name: expected/lines_split_with_same_lines.gml
        type: vector
        compare:
          geometry:
            precision: 7

  - algorithm: qgis:addautoincrementalfield
    name: Add autoincremental field
    params:
      INPUT:
        name: points.gml
        type: vector
    results:
      OUTPUT:
        name: expected/autoincrement_field.gml
        type: vector

  # Eliminate sliver polygons
  # case 1: merge with largest area
  - algorithm: qgis:eliminatesliverpolygons
    name: Eliminate sliver polygons largest area
    params:
      ATTRIBUTE: 'fid'
      COMPARISON: '0'
      COMPARISONVALUE: 'polys.5'
      INPUT:
        name: polys.gml
        type: vector
      KEEPSELECTION: 'False'
      MODE: '0'
    results:
      OUTPUT:
        name: expected/eliminate_largest_area.gml
        type: vector

  # case 2: merge with smallest area
  - algorithm: qgis:eliminatesliverpolygons
    name: Eliminate sliver polygons smallest area
    params:
      ATTRIBUTE: 'fid'
      COMPARISON: '0'
      COMPARISONVALUE: 'polys.5'
      INPUT:
        name: polys.gml
        type: vector
      KEEPSELECTION: 'False'
      MODE: '1'
    results:
      OUTPUT:
        name: expected/eliminate_smallest_area.gml
        type: vector

  # case 3: merge with longest common boundary
  - algorithm: qgis:eliminatesliverpolygons
    name: Eliminate sliver polygons largest area
    params:
      ATTRIBUTE: 'fid'
      COMPARISON: '0'
      COMPARISONVALUE: 'polys.5'
      INPUT:
        name: polys.gml
        type: vector
      KEEPSELECTION: 'False'
      MODE: '2'
    results:
      OUTPUT:
        name: expected/eliminate_largest_area.gml
        type: vector

  - algorithm: qgis:dissolve
    name: Dissolve using field
    params:
      DISSOLVE_ALL: false
      FIELD: name
      INPUT:
        name: dissolve_polys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/dissolve_field.gml
        type: vector

  - algorithm: qgis:dissolve
    name: Dissolve using two fields
    params:
      DISSOLVE_ALL: false
      FIELD: intval;name
      INPUT:
        name: dissolve_polys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/dissolve_two_fields.gml
        type: vector

  - name: Dissolve with geometries reported as valid but as invalid with isGeosValid
    algorithm: qgis:dissolve
    params:
      DISSOLVE_ALL: 'True'
      FIELD: None
      INPUT:
        name: custom/innerRingTouchesOuterRing.gml
        type: vector
    results:
      OUTPUT:
        type: vector
        name: expected/innerRingTouchesOuterRing_output.gml
        compare:
          geometry:
            precision: 5

  - name: Dissolve with NULL geometries
    algorithm: qgis:dissolve
    params:
      DISSOLVE_ALL: 'True'
      FIELD: None
      INPUT:
        name: custom/nullGeometryDissolve.gml
        type: vector
    results:
      OUTPUT:
        type: vector
        name: expected/nullGeometryDissolve_output.gml
        compare:
          geometry:
            precision: 7

  - name: Dissolve with invalid geometries
    algorithm: qgis:dissolve
    params:
      DISSOLVE_ALL: 'True'
      FIELD: None
      INPUT:
        name: custom/PolygonDissolveTest.gml
        type: vector
    results:
      OUTPUT:
        type: vector
        name: expected/PolygonDissolveTest_output.gml
        compare:
          geometry:
            precision: 7

  - algorithm: qgis:fixeddistancebuffer
    name: Basic polygon buffer
    params:
      DISSOLVE: 'False'
      DISTANCE: 0.5
      INPUT:
        name: polys.gml
        type: vector
      SEGMENTS: 5
    results:
      OUTPUT:
        name: expected/buffer_polys.gml
        type: vector
        compare:
          geometry:
            precision: 7

  - algorithm: qgis:fixeddistancebuffer
    name: Polygon buffer with dissolve
    params:
      DISSOLVE: 'True'
      DISTANCE: 0.5
      INPUT:
        name: polys.gml
        type: vector
      SEGMENTS: 5
    results:
      OUTPUT:
        name: expected/buffer_polys_dissolve.gml
        type: vector
        compare:
          geometry:
            precision: 7

  - algorithm: qgis:rectanglesovalsdiamondsfixed
    name: Create fixed distance rectange buffers around points
    params:
      HEIGHT: 0.25
      INPUT_LAYER:
        name: points.gml
        type: vector
      ROTATION: 45
      SEGMENTS: 36
      SHAPE: 0
      WIDTH: 0.5
    results:
      OUTPUT_LAYER:
        name: expected/rectanglesovalsdiamondsfixed.gml
        type: vector
        compare:
          geometry:
            precision: 7

  - algorithm: qgis:mergelines
    name: Merge lines algorithm
    params:
      INPUT_LAYER:
        name: multilines.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/merge_lines.gml
        type: vector

  - algorithm: qgis:multiparttosingleparts
    name: Multiparts to singleparts
    params:
      INPUT:
        name: multilines.gml
        type: vector
    results:
      OUTPUT:
        name: expected/multi_to_single.gml
        type: vector

  - algorithm: qgis:boundingboxes
    name: Bounding boxes for lines
    params:
      INPUT_LAYER:
        name: lines.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/lines_bounds.gml
        type: vector

  - algorithm: qgis:boundingboxes
    name: Bounding boxes for multilines
    params:
      INPUT_LAYER:
        name: multilines.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/multiline_bounds.gml
        type: vector

  - algorithm: qgis:boundingboxes
    name: Bounding boxes for multipolygons
    params:
      INPUT_LAYER:
        name: multipolys.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/multipoly_bounds.gml
        type: vector

  - algorithm: qgis:boundingboxes
    name: Bounding boxes for points
    params:
      INPUT_LAYER:
        name: points.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/point_bounds.gml
        type: vector

  - algorithm: qgis:boundingboxes
    name: Bounding boxes for polygons
    params:
      INPUT_LAYER:
        name: polys.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/poly_bounds.gml
        type: vector

  - algorithm: qgis:boundingboxes
    name: Bounding boxes for multipoints
    params:
      INPUT_LAYER:
        name: multipoints.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/multipoint_bounds.gml
        type: vector

  - algorithm: qgis:boundary
    name: Polygon boundary
    params:
      INPUT_LAYER:
        name: polys.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/poly_boundary.gml
        type: vector

  - algorithm: qgis:boundary
    name: Multipoly boundary
    params:
      INPUT_LAYER:
        name: multipolys.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/multipoly_boundary.gml
        type: vector

  - algorithm: qgis:boundary
    name: Line boundary
    params:
      INPUT_LAYER:
        name: lines.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/lines_boundary.gml
        type: vector

  - algorithm: qgis:boundary
    name: Multiline boundary
    params:
      INPUT_LAYER:
        name: multilines.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/multiline_boundary.gml
        type: vector

  - algorithm: qgis:pointonsurface
    name: Point on polygon surface
    params:
      INPUT_LAYER:
        name: polys.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/point_on_poly.gml
        type: vector

  - algorithm: qgis:pointonsurface
    name: Point on multipoint surface
    params:
      INPUT_LAYER:
        name: multipoints.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/point_on_multipoint.gml
        type: vector

  - algorithm: qgis:pointonsurface
    name: Point on line surface
    params:
      INPUT_LAYER:
        name: lines.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/point_on_line.gml
        type: vector

  - algorithm: qgis:offsetline
    name: Offset line positive
    params:
      DISTANCE: 1.0
      INPUT_LAYER:
        name: lines.gml
        type: vector
      JOIN_STYLE: '0'
      MITRE_LIMIT: 2
      SEGMENTS: 8
    results:
      OUTPUT_LAYER:
        name: expected/line_offset_round_positive.gml
        type: vector

  - algorithm: qgis:offsetline
    name: Offset line negative
    params:
      DISTANCE: -1.0
      INPUT_LAYER:
        name: lines.gml
        type: vector
      JOIN_STYLE: '0'
      MITRE_LIMIT: 2
      SEGMENTS: 8
    results:
      OUTPUT_LAYER:
        name: expected/line_offset_round_negative.gml
        type: vector

  - algorithm: qgis:offsetline
    name: Offset line mitre
    params:
      DISTANCE: 1.0
      INPUT_LAYER:
        name: lines.gml
        type: vector
      JOIN_STYLE: '1'
      MITRE_LIMIT: 2
      SEGMENTS: 4
    results:
      OUTPUT_LAYER:
        name: expected/line_offset_mitre.gml
        type: vector

  - algorithm: qgis:offsetline
    name: Offset line bevel
    params:
      DISTANCE: 1.0
      INPUT_LAYER:
        name: lines.gml
        type: vector
      JOIN_STYLE: '2'
      MITRE_LIMIT: 2
      SEGMENTS: 8
    results:
      OUTPUT_LAYER:
        name: expected/line_offset_bevel.gml
        type: vector

  - algorithm: qgis:offsetline
    name: Offset multilines
    params:
      DISTANCE: 1.0
      INPUT_LAYER:
        name: multilines.gml
        type: vector
      JOIN_STYLE: '0'
      MITRE_LIMIT: 2
      SEGMENTS: 8
    results:
      OUTPUT_LAYER:
        name: expected/multiline_offset.gml
        type: vector

  - algorithm: qgis:fixeddistancebuffer
    name: Buffer polygons using bevel
    params:
      DISSOLVE: false
      DISTANCE: 1.0
      END_CAP_STYLE: '0'
      INPUT:
        name: polys.gml
        type: vector
      JOIN_STYLE: '2'
      MITRE_LIMIT: 2
      SEGMENTS: 5
    results:
      OUTPUT:
        name: expected/buffer_polys_bevel.gml
        type: vector

  - algorithm: qgis:fixeddistancebuffer
    name: Buffer polygons using mitre
    params:
      DISSOLVE: false
      DISTANCE: 1.0
      END_CAP_STYLE: '0'
      INPUT:
        name: polys.gml
        type: vector
      JOIN_STYLE: '1'
      MITRE_LIMIT: 2
      SEGMENTS: 5
    results:
      OUTPUT:
        name: expected/buffer_polys_mitre.gml
        type: vector

  - algorithm: qgis:fixeddistancebuffer
    name: Buffer lines
    params:
      DISSOLVE: false
      DISTANCE: 1.0
      END_CAP_STYLE: '0'
      INPUT:
        name: lines.gml
        type: vector
      JOIN_STYLE: '0'
      MITRE_LIMIT: 2
      SEGMENTS: 5
    results:
      OUTPUT:
        name: expected/buffer_lines.gml
        type: vector

  - algorithm: qgis:fixeddistancebuffer
    name: Buffer lines (flat)
    params:
      DISSOLVE: false
      DISTANCE: 1.0
      END_CAP_STYLE: '1'
      INPUT:
        name: lines.gml
        type: vector
      JOIN_STYLE: '0'
      MITRE_LIMIT: 2
      SEGMENTS: 5
    results:
      OUTPUT:
        name: expected/buffer_lines_flat.gml
        type: vector

  - algorithm: qgis:fixeddistancebuffer
    name: Buffer lines (square)
    params:
      DISSOLVE: false
      DISTANCE: 1.0
      END_CAP_STYLE: '2'
      INPUT:
        name: lines.gml
        type: vector
      JOIN_STYLE: '0'
      MITRE_LIMIT: 2
      SEGMENTS: 5
    results:
      OUTPUT:
        name: expected/buffer_lines_square.gml
        type: vector

  - algorithm: qgis:centroids
    name: Test (qgis:centroids)
    params:
      INPUT_LAYER:
        name: lines.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/centroid_lines.gml
        type: vector

  - algorithm: qgis:centroids
    name: Test (qgis:centroids)
    params:
      INPUT_LAYER:
        name: multilines.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/centroid_multilines.gml
        type: vector

  - algorithm: qgis:centroids
    name: Test (qgis:centroids)
    params:
      INPUT_LAYER:
        name: multipoints.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/centroid_multipoint.gml
        type: vector

  - algorithm: qgis:centroids
    name: Test (qgis:centroids)
    params:
      INPUT_LAYER:
        name: multipolys.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/centroid_multipolys.gml
        type: vector

  - algorithm: qgis:centroids
    name: Test (qgis:centroids)
    params:
      INPUT_LAYER:
        name: points.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/centroid_points.gml
        type: vector

  - algorithm: qgis:centroids
    name: Test (qgis:centroids)
    params:
      INPUT_LAYER:
        name: polys.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/centroid_polys.gml
        type: vector

  - algorithm: qgis:translategeometry
    name: Lines translated
    params:
      DELTA_X: 0.1
      DELTA_Y: -0.2
      INPUT_LAYER:
        name: lines.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/lines_translated.gml
        type: vector


  - algorithm: qgis:singlesidedbuffer
    name: Single sided buffer lines (left, round)
    params:
      DISTANCE: 1.0
      INPUT_LAYER:
        name: lines.gml
        type: vector
      JOIN_STYLE: '0'
      MITRE_LIMIT: 2
      SEGMENTS: 8
      SIDE: '0'
    results:
      OUTPUT_LAYER:
        name: expected/single_sided_buffer_line.gml
        type: vector

  - algorithm: qgis:singlesidedbuffer
    name: Single sided buffer lines (Right, mitre)
    params:
      DISTANCE: 1.0
      INPUT_LAYER:
        name: lines.gml
        type: vector
      JOIN_STYLE: '1'
      MITRE_LIMIT: 2
      SEGMENTS: 8
      SIDE: '1'
    results:
      OUTPUT_LAYER:
        name: expected/single_sided_buffer_line_mitre.gml
        type: vector

  - algorithm: qgis:singlesidedbuffer
    name: Single sided buffer multiline (bevel)
    params:
      DISTANCE: 1.0
      INPUT_LAYER:
        name: multilines.gml
        type: vector
      JOIN_STYLE: '2'
      MITRE_LIMIT: 2
      SEGMENTS: 8
      SIDE: '0'
    results:
      OUTPUT_LAYER:
        name: expected/single_sided_buffer_multiline_bevel.gml
        type: vector

  - algorithm: qgis:extractnodes
    name: Test (qgis:extractnodes)
    params:
      INPUT:
        name: multipolys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/extract_nodes_multipolys.gml
        type: vector

  - algorithm: qgis:extractnodes
    name: Test (qgis:extractnodes)
    params:
      INPUT:
        name: polys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/extract_nodes_polys.gml
        type: vector

  - algorithm: qgis:extractnodes
    name: Test (qgis:extractnodes)
    params:
      INPUT:
        name: multilines.gml
        type: vector
    results:
      OUTPUT:
        name: expected/extract_nodes_multilines.gml
        type: vector

  - algorithm: qgis:extractnodes
    name: Test (qgis:extractnodes)
    params:
      INPUT:
        name: lines.gml
        type: vector
    results:
      OUTPUT:
        name: expected/extract_nodes_lines.gml
        type: vector

  - algorithm: qgis:simplifygeometries
    name: Simplify (lines)
    params:
      INPUT:
        name: lines.gml
        type: vector
      TOLERANCE: 1.0
    results:
      OUTPUT:
        name: expected/simplify_lines.gml
        type: vector

  - algorithm: qgis:simplifygeometries
    name: Simplify (multilines)
    params:
      INPUT:
        name: multilines.gml
        type: vector
      TOLERANCE: 1.0
    results:
      OUTPUT:
        name: expected/simplify_multilines.gml
        type: vector

  - algorithm: qgis:simplifygeometries
    name: Simplify (visval)
    params:
      INPUT:
        name: simplify_lines.gml
        type: vector
      METHOD: '2'
      TOLERANCE: 1.0
    results:
      OUTPUT:
        name: expected/simplify_vis_lines.gml
        type: vector

  - algorithm: qgis:simplifygeometries
    name: Simplify (grid)
    params:
      INPUT:
        name: simplify_lines.gml
        type: vector
      METHOD: '1'
      TOLERANCE: 5.0
    results:
      OUTPUT:
        name: expected/simplify_grid_lines.gml
        type: vector

  - algorithm: qgis:smoothgeometry
    name: Smooth (lines)
    params:
      INPUT_LAYER:
        name: lines.gml
        type: vector
      ITERATIONS: 1
      MAX_ANGLE: 180.0
      OFFSET: 0.25
    results:
      OUTPUT_LAYER:
        name: expected/smoothed_lines.gml
        type: vector

  - algorithm: qgis:smoothgeometry
    name: Smooth (lines, with max angle)
    params:
      INPUT_LAYER:
        name: lines.gml
        type: vector
      ITERATIONS: 1
      MAX_ANGLE: 60.0
      OFFSET: 0.25
    results:
      OUTPUT_LAYER:
        name: expected/smoothed_lines_max_angle.gml
        type: vector

  - algorithm: qgis:exportaddgeometrycolumns
    name: Add Geometry PointZ
    params:
      CALC_METHOD: '0'
      INPUT:
        name: pointsz.gml
        type: vector
    results:
      OUTPUT:
        name: expected/add_geometry_pointz.gml
        type: vector

  - algorithm: qgis:countpointsinpolygon
    name: Count points in polygon
    params:
      FIELD: NUMPOINTS
      POINTS:
        name: points_in_polys.gml
        type: vector
      POLYGONS:
        name: polys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/points_in_polys.gml
        type: vector

  - algorithm: qgis:aspect
    name: Aspect from QGIS analysis library
    params:
      INPUT_LAYER:
        name: dem.tif
        type: raster
      Z_FACTOR: 1.0
    results:
      OUTPUT_LAYER:
        hash: 762865ee485a6736d188402aa10e6fd38a812a9e45a7dd2d4885a63a
        type: rasterhash

  - algorithm: qgis:slope
    name: Slope from QGIS analysis library
    params:
      INPUT_LAYER:
        name: dem.tif
        type: raster
      Z_FACTOR: 1.0
    results:
      OUTPUT_LAYER:
        hash: 151ea76a21b286c16567eb6b4b692925a84145b65561a0017effb1a1
        type: rasterhash

  - algorithm: qgis:ruggednessindex
    name: Ruggedness index from QGIS analysis library
    params:
      INPUT_LAYER:
        name: dem.tif
        type: raster
      Z_FACTOR: 1.0
    results:
      OUTPUT_LAYER:
        hash: ff630246e8dc19c7217d81261c6b64f965c17fa04d3e41d7979c1f1e
        type: rasterhash

  - algorithm: qgis:hillshade
    name: Hillshade from QGIS analysis library
    params:
      AZIMUTH: 300.0
      INPUT_LAYER:
        name: dem.tif
        type: raster
      V_ANGLE: 40.0
      Z_FACTOR: 1.0
    results:
      OUTPUT_LAYER:
        hash: 58365b3715b925d6286e7f082ebd9c2a20f09fa1c922176d3f238002
        type: rasterhash

  - algorithm: qgis:reliefautomaticcolors
    name: Relief (automatic colors calculation)
    params:
      INPUT_LAYER:
        name: dem.tif
        type: raster
      Z_FACTOR: 1.0
    results:
      OUTPUT_LAYER:
        hash: 7fe0e0174185fd743e23760f33615adf10f771b4275f320db6f7f4f8
        type: rasterhash

  - algorithm: qgis:lineintersections
    name: Line Intersection
    params:
      INPUT_A:
        name: lines.gml
        type: vector
      INPUT_B:
        name: simplify_lines.gml
        type: vector
    results:
      OUTPUT:
        name: expected/line_intersection.gml
        type: vector

  - algorithm: qgis:sumlinelengths
    name: Sum line lengths
    params:
      COUNT_FIELD: line_count
      LEN_FIELD: line_len
      LINES:
        name: lines.gml
        type: vector
      POLYGONS:
        name: polys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/sum_line_length.gml
        type: vector

  - algorithm: qgis:delaunaytriangulation
    name: Delaunay triangulation (multipoint data)
    params:
      INPUT:
        name: multipoints.gml
        type: vector
    results:
      OUTPUT:
        name: expected/multipoint_delaunay.gml
        type: vector

  - algorithm: qgis:idwinterpolationusingattribute
    name: IDW interpolation using attribute
    params:
      ATTRIBUTE: elev
      CELLSIZE_X: 0.02667
      CELLSIZE_Y: 0.02667
      COLUMNS: 300
      DISTANCE_COEFFICIENT: 2.0
      EXTENT: 0, 8, -5, 3
      INPUT_LAYER:
        name: pointsz.gml
        type: vector
      LAYER_TYPE: '0'
      ROWS: 300
    results:
      OUTPUT_LAYER:
        hash: 56d2671d50444f8571affba3f9e585830b82af5e380394178f521065
        type: rasterhash

  - algorithm: qgis:idwinterpolationusingzvalues
    name: IDW interpolation using Z value
    params:
      CELLSIZE_X: 0.02667
      CELLSIZE_Y: 0.02667
      COLUMNS: 300
      DISTANCE_COEFFICIENT: 2.0
      EXTENT: 0, 8, -5, 3
      INPUT_LAYER:
        name: pointsz.gml
        type: vector
      LAYER_TYPE: '0'
      ROWS: 300
    results:
      OUTPUT_LAYER:
        hash: 56d2671d50444f8571affba3f9e585830b82af5e380394178f521065
        type: rasterhash

  - algorithm: qgis:tininterpolationusingattribute
    name: TIN interpolation using attribute
    params:
      ATTRIBUTE: elev
      CELLSIZE_X: 0.02667
      CELLSIZE_Y: 0.02667
      COLUMNS: 300
      EXTENT: 0, 8, -5, 3
      INPUT_LAYER:
        name: pointsz.gml
        type: vector
      LAYER_TYPE: '0'
      METHOD: '0'
      ROWS: 300
    results:
      OUTPUT_LAYER:
        hash: 87f40be6ec08f3fcbb5707762de71f6be35bb265c61f594335562a26
        type: rasterhash
      #TRIANULATION_FILE:
      #  name: expected/triangulation.gml
      #  type: vector

  - algorithm: qgis:tininterpolationusingzvalues
    name: TIN interpolation using Z value
    params:
      CELLSIZE_X: 0.02667
      CELLSIZE_Y: 0.02667
      COLUMNS: 300
      EXTENT: 0, 8, -5, 3
      INPUT_LAYER:
        name: pointsz.gml
        type: vector
      LAYER_TYPE: '0'
      METHOD: '1'
      ROWS: 300
    results:
      OUTPUT_LAYER:
        hash: 5e14dd0b879884b8b8da56c082947dad681feb4e9f1137f5cda126f8
        type: rasterhash
      #TRIANULATION_FILE:
      #  name: expected/triangulation.gml
      #  type: vector

  - algorithm: qgis:removenullgeometries
    name: Remove null geometries
    params:
      INPUT_LAYER:
        name: polys.gml
        type: vector
    results:
      OUTPUT_LAYER:
        name: expected/remove_null_polys.gml
        type: vector

  - algorithm: qgis:extractbyexpression
    name: Extract by Expression
    params:
      EXPRESSION: left( "Name",1)='A'
      INPUT:
        name: polys.gml
        type: vector
    results:
      OUTPUT:
        name: expected/extract_expression.gml
        type: vector

  - algorithm: qgis:extendlines
    name: Extend lines
    params:
      END_DISTANCE: 0.2
      INPUT_LAYER:
        name: lines.gml
        type: vector
      START_DISTANCE: 0.1
    results:
      OUTPUT_LAYER:
        name: expected/extend_lines.gml
        type: vector


  - algorithm: qgis:extendlines
    name: Extend multilines
    params:
      END_DISTANCE: 0.4
      INPUT_LAYER:
        name: multilines.gml
        type: vector
      START_DISTANCE: 0.2
    results:
      OUTPUT_LAYER:
        name: expected/extend_multilines.gml
        type: vector

  - algorithm: qgis:extractspecificnodes
    name: Extract specific nodes lines
    params:
      INPUT_LAYER:
        name: lines.gml
        type: vector
      NODES: 0,-1,2,-2
    results:
      OUTPUT_LAYER:
        name: expected/extract_specific_nodes_lines.gml
        type: vector

  - algorithm: qgis:extractspecificnodes
    name: Extract specific nodes polygons
    params:
      INPUT_LAYER:
        name: polys.gml
        type: vector
      NODES: 0,-1,5,-5
    results:
      OUTPUT_LAYER:
        name: expected/extract_specific_nodes_polys.gml
        type: vector

  - algorithm: qgis:geometrybyexpression
    name: Geometry by expression (point)
    params:
      EXPRESSION: 'translate( $geometry,1,1)'
      INPUT_LAYER:
        name: points.gml
        type: vector
      OUTPUT_GEOMETRY: '0'
      WITH_M: false
      WITH_Z: false
    results:
      OUTPUT_LAYER:
        name: expected/geometry_by_expression_point.gml
        type: vector

  - algorithm: qgis:geometrybyexpression
    name: Geometry by expression (polygon)
    params:
      EXPRESSION: ' translate( centroid($geometry),1,1)'
      INPUT_LAYER:
        name: polys.gml
        type: vector
      OUTPUT_GEOMETRY: '2'
      WITH_M: false
      WITH_Z: false
    results:
      OUTPUT_LAYER:
        name: expected/geometry_by_expression_poly.gml
        type: vector

  - algorithm: qgis:geometrybyexpression
    name: Geometry by expression (line)
    params:
      EXPRESSION: ' translate( $geometry,1,1)'
      INPUT_LAYER:
        name: lines.gml
        type: vector
      OUTPUT_GEOMETRY: '1'
      WITH_M: false
      WITH_Z: false
    results:
      OUTPUT_LAYER:
        name: expected/geometry_by_expression_line.gml
        type: vector