JensandClaude Opus 5
dd87a62e8f
Four ways a selection produced a confident number about a different area than the operator drew: Flood hazard divided the inundated cells by every cell in the drawn rectangle, including cells the VMM raster does not model at all. A selection reaching past the modelled extent therefore reported a diluted risk share, turning missing data into an implied absence of risk. Terrain, bathymetry and thematic raster already divided by valid cells; flood hazard was the outlier. It now reports the three populations separately, states model coverage next to the drawn area, and returns a null fraction rather than a zero when nothing was modelled. geometry_mask selects a cell when its centre falls inside the geometry, so a rectangle smaller than one cell — or one landing between four centres — selected nothing and the analysis returned zeros indistinguishable on screen from "we looked and there is nothing here". On a 100 m population raster a 40 m rectangle over a city block reported no inhabitants. Selection now falls back to the touched cells and says that it did, since the answer then covers more ground than was requested. rasterio.mask applies the same centre rule when cropping, so that call is widened too; the cells that count are still decided by the centre rule wherever it selects anything. The object count treated any feature touching the selection as whole, while intersection_area clipped it — two headline numbers on one panel describing different populations. The count stays whole-feature, which is what "objecten" means to an operator, but now reports how many the edge cuts and is marked an estimate when it does. The area_weighted_sum branch reuses that same count instead of issuing its own near-identical query. Partitioned selection de-duplicated the count on source_feature_id but returned the raw rows, so a building on a municipal boundary was counted once and drawn twice. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
265 lines
6.2 KiB
Python
265 lines
6.2 KiB
Python
from __future__ import annotations
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from uuid import UUID
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from pydantic import BaseModel, Field, field_validator
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class VectorOperationResult(BaseModel):
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feature_count: int
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geometry_type_summary: dict[str, int]
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bounds_json: dict | None = None
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crs: str | None = None
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source_dataset_id: str
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class VectorOperationRequest(BaseModel):
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output_name: str | None = None
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class VectorClipRequest(VectorOperationRequest):
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area_id: str
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class VectorBufferRequest(VectorOperationRequest):
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distance_m: float
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dissolve: bool = False
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class VectorIntersectRequest(VectorOperationRequest):
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other_dataset_id: str
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class VectorStatsRequest(BaseModel):
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pass
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class RasterReadyResponse(BaseModel):
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dataset_id: str
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ready: bool
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message: str | None = None
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class RasterOperationResult(BaseModel):
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dataset_id: str
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ready: bool
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metadata: dict | None = None
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output_dataset_id: str | None = None
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operation: str | None = None
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class RasterMetadataResponse(BaseModel):
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dataset_id: str
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driver: str | None = None
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width: int | None = None
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height: int | None = None
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band_count: int | None = None
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crs: str | None = None
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bounds: list[float] | None = None
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resolution: list[float] | None = None
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dtype: list[str] | None = None
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nodata: list[float] | float | None = None
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transform: list[float] | None = None
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size_bytes: int | None = None
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checksum_sha256: str | None = None
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path: str | None = None
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class RasterPreviewResponse(BaseModel):
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dataset_id: str
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ready: bool
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preview: dict
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metadata: dict | None = None
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class RasterBandStats(BaseModel):
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band_index: int
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dtype: str | None = None
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min: float | None = None
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max: float | None = None
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mean: float | None = None
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std: float | None = None
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nodata_count: int
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nodata_ratio: float
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valid_pixel_count: int
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histogram: list[int] | None = None
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histogram_bins: list[float] | None = None
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class RasterStatsResponse(BaseModel):
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dataset_id: str
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source_dataset_id: str | None = None
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bands: list[RasterBandStats]
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generated_at: str | None = None
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metadata: dict | None = None
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class RasterReprojectRequest(BaseModel):
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target_crs: str | None = "EPSG:31370"
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resampling: str = "nearest"
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output_name: str | None = None
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class RasterClipRequest(BaseModel):
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area_id: str
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output_name: str | None = None
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class RasterTileRequest(BaseModel):
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tile_size: int = 512
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overlap: int = 64
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output_name: str | None = None
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class RasterIndexBaseRequest(BaseModel):
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output_name: str | None = None
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class RasterNdviRequest(RasterIndexBaseRequest):
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nir_band: int
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red_band: int
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class RasterNdwiRequest(RasterIndexBaseRequest):
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green_band: int
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nir_band: int
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class RasterNdbiRequest(RasterIndexBaseRequest):
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swir_band: int
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nir_band: int
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class RasterTileManifestTile(BaseModel):
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path: str
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pixel_window: list[int]
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bounds: list[float]
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transform: list[float]
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index: int
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class RasterTileManifest(BaseModel):
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tile_set_id: str
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source_dataset_id: str
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source_raster_id: str
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bounds: list[float]
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tile_size: int
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overlap: int
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parameters: dict[str, str | int | float | bool | None]
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created_at: str
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tile_paths: list[str]
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count: int
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tiles: list[RasterTileManifestTile]
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ai_inference: bool = False
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tile_server: str | None = None
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class RasterTileResponse(BaseModel):
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dataset_id: str
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ready: bool
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operation: str
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tile_set_id: str
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tile_size: int
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overlap: int
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manifest_path: str
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count: int
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manifest: RasterTileManifest
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class RasterReprojectResponse(BaseModel):
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dataset_id: str
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ready: bool
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operation: str
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output_dataset_id: str
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source_dataset_id: str
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target_dataset_id: str | None = None
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class RasterOperationUnavailable(BaseModel):
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code: str
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message: str
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class VectorBBoxResponse(BaseModel):
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dataset_id: str
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bounds_json: dict | None
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feature_count: int
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crs: str | None = None
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class VectorStatsResponse(BaseModel):
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dataset_id: str
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feature_count: int
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geometry_type_summary: dict[str, int]
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bounds_json: dict | None
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crs: str | None = None
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class VectorSelectionBBox(BaseModel):
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min_x: float
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min_y: float
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max_x: float
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max_y: float
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crs: str = "EPSG:4326"
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@field_validator("crs")
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@classmethod
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def validate_crs(cls, value: str) -> str:
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if value.upper() != "EPSG:4326":
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raise ValueError("Only EPSG:4326 bbox selection is supported")
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return "EPSG:4326"
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class VectorSelectionRequest(BaseModel):
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bbox: VectorSelectionBBox
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area_id: UUID | None = None
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limit: int = Field(default=100, ge=1, le=1000)
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class VectorSelectionDeriveRequest(VectorSelectionRequest):
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output_name: str | None = None
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class VectorSelectionMetric(BaseModel):
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metric_key: str
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metric_label: str
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metric_value: float
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metric_unit: str
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aggregation_method: str
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is_estimate: bool = False
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warning: str | None = None
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class VectorSelectionSummary(BaseModel):
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metric_label: str
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metric_value: float
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metric_unit: str
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aggregation_method: str
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primary_metric_key: str | None = None
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# ``feature_count`` counts whole features that touch the selection, while
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# area and length metrics clip to it. These fields say how far the two
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# populations diverge, so the numbers on one panel can be read together.
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feature_count: int
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fully_covered_feature_count: int | None = None
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partially_covered_feature_count: int | None = None
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selection_edge_warning: str | None = None
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is_estimate: bool = False
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warning: str | None = None
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metrics: list[VectorSelectionMetric] = Field(default_factory=list)
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class VectorSelectionResponse(BaseModel):
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selection_bbox: VectorSelectionBBox
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selection_area_id: UUID | None = None
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feature_count: int
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total_feature_count: int | None = None
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limit: int
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truncated: bool
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geojson: dict
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summary: VectorSelectionSummary | None = None
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partition_count: int | None = None
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available_partition_count: int | None = None
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partition_scope_key: str | None = None
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source_name: str | None = None
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dataset_ids: list[UUID] | None = None
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