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#pangasinan — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #pangasinan, aggregated by home.social.

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  1. Dinarayo ang #Christmas in the Park 2024 sa San Nicolas, #Pangasinan dahil sa mga atraksyon nitong tunnel of lights, belen, musical dancing fountain at food bazaar.

    #Pasko

  2. Dinarayo ang #Christmas in the Park 2024 sa San Nicolas, #Pangasinan dahil sa mga atraksyon nitong tunnel of lights, belen, musical dancing fountain at food bazaar.

    #Pasko

  3. Dinarayo ang #Christmas in the Park 2024 sa San Nicolas, #Pangasinan dahil sa mga atraksyon nitong tunnel of lights, belen, musical dancing fountain at food bazaar.

    #Pasko

  4. Dinarayo ang #Christmas in the Park 2024 sa San Nicolas, #Pangasinan dahil sa mga atraksyon nitong tunnel of lights, belen, musical dancing fountain at food bazaar.

    #Pasko

  5. Dinarayo ang #Christmas in the Park 2024 sa San Nicolas, #Pangasinan dahil sa mga atraksyon nitong tunnel of lights, belen, musical dancing fountain at food bazaar.

    #Pasko

  6. NOTE
    1. The flood hazard data has invalid geometries/features. You can resolve this by fixing the geometries (takes a long time) or simply disabling the Invalid features filtering in QGIS processing settings.
    2. Some areas have no flood hazard features. These are marked as NO DATA in the maps.

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan

  7. NOTE
    1. The flood hazard data has invalid geometries/features. You can resolve this by fixing the geometries (takes a long time) or simply disabling the Invalid features filtering in QGIS processing settings.
    2. Some areas have no flood hazard features. These are marked as NO DATA in the maps.

  8. NOTE
    1. The flood hazard data has invalid geometries/features. You can resolve this by fixing the geometries (takes a long time) or simply disabling the Invalid features filtering in QGIS processing settings.
    2. Some areas have no flood hazard features. These are marked as NO DATA in the maps.

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan

  9. NOTE
    1. The flood hazard data has invalid geometries/features. You can resolve this by fixing the geometries (takes a long time) or simply disabling the Invalid features filtering in QGIS processing settings.
    2. Some areas have no flood hazard features. These are marked as NO DATA in the maps.

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan

  10. NOTE
    1. The flood hazard data has invalid geometries/features. You can resolve this by fixing the geometries (takes a long time) or simply disabling the Invalid features filtering in QGIS processing settings.
    2. Some areas have no flood hazard features. These are marked as NO DATA in the maps.

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan

  11. ...
    3. Generate centroids from the output of #2 (either using the Centroids algorithm or Geometry generators).
    4. To speed up and automate the process, I created a model that runs steps 1-3 above.
    5. Style the output of 3 using: marker = hexagon, size = depends on population, color = depends on hazard level (Var). Utilize data-defined overrides/Assistant.

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan

  12. ...
    3. Generate centroids from the output of #2 (either using the Centroids algorithm or Geometry generators).
    4. To speed up and automate the process, I created a model that runs steps 1-3 above.
    5. Style the output of 3 using: marker = hexagon, size = depends on population, color = depends on hazard level (Var). Utilize data-defined overrides/Assistant.

  13. ...
    3. Generate centroids from the output of #2 (either using the Centroids algorithm or Geometry generators).
    4. To speed up and automate the process, I created a model that runs steps 1-3 above.
    5. Style the output of 3 using: marker = hexagon, size = depends on population, color = depends on hazard level (Var). Utilize data-defined overrides/Assistant.

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan

  14. ...
    3. Generate centroids from the output of #2 (either using the Centroids algorithm or Geometry generators).
    4. To speed up and automate the process, I created a model that runs steps 1-3 above.
    5. Style the output of 3 using: marker = hexagon, size = depends on population, color = depends on hazard level (Var). Utilize data-defined overrides/Assistant.

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan

  15. ...
    3. Generate centroids from the output of #2 (either using the Centroids algorithm or Geometry generators).
    4. To speed up and automate the process, I created a model that runs steps 1-3 above.
    5. Style the output of 3 using: marker = hexagon, size = depends on population, color = depends on hazard level (Var). Utilize data-defined overrides/Assistant.

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan

  16. PROCESS
    1. Use the "Sort" algorithm to create an ordered version of the flood hazard layer such that the features with high hazard level (3) will always be the first feature that will be matched in #2 below.
    2. Run a "Join attributes by Location" between the population hex grid layer and the sorted/ordered flood hazard layer (output of #1).
    ...

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan

  17. PROCESS
    1. Use the "Sort" algorithm to create an ordered version of the flood hazard layer such that the features with high hazard level (3) will always be the first feature that will be matched in #2 below.
    2. Run a "Join attributes by Location" between the population hex grid layer and the sorted/ordered flood hazard layer (output of #1).
    ...

  18. PROCESS
    1. Use the "Sort" algorithm to create an ordered version of the flood hazard layer such that the features with high hazard level (3) will always be the first feature that will be matched in #2 below.
    2. Run a "Join attributes by Location" between the population hex grid layer and the sorted/ordered flood hazard layer (output of #1).
    ...

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan

  19. PROCESS
    1. Use the "Sort" algorithm to create an ordered version of the flood hazard layer such that the features with high hazard level (3) will always be the first feature that will be matched in #2 below.
    2. Run a "Join attributes by Location" between the population hex grid layer and the sorted/ordered flood hazard layer (output of #1).
    ...

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan

  20. PROCESS
    1. Use the "Sort" algorithm to create an ordered version of the flood hazard layer such that the features with high hazard level (3) will always be the first feature that will be matched in #2 below.
    2. Run a "Join attributes by Location" between the population hex grid layer and the sorted/ordered flood hazard layer (output of #1).
    ...

    #30DayMapChallenge #30DayMapChallenge2024 #Day4 #Hexagons #MadeWithQGIS #QGIS #FOSS4G #Kontur #UPRI #Flood #NCR #Albay #Cebu #Pangasinan