sec_interp.gui.preview_layer_factory module

Factory for creating and styling QGIS memory layers for the preview.

class sec_interp.gui.preview_layer_factory.PreviewLayerFactory

Bases: object

Factory for creating and styling QGIS memory layers for the preview.

__init__() → None

Initialize the layer factory with specialized renderers.

property active_units: dict[str, Any]

Compatibility property for active geological units.

create_drillhole_interval_layer(drillhole_data: list, vert_exag: float = 1.0) → QgsVectorLayer | None

Create temporary layer for drillhole intervals.

create_drillhole_trace_layer(drillhole_data: list, vert_exag: float = 1.0) → QgsVectorLayer | None

Create temporary layer for drillhole traces.

create_geol_layer(geol_data: GeologyData, vert_exag: float = 1.0, max_points: int = 1000) → QgsVectorLayer | None

Create temporary layer for geological profile.

create_memory_layer(geometry_type: str, name: str, fields: str | None = None) → tuple[QgsVectorLayer | None, QgsVectorDataProvider | None]

Create a memory layer with project CRS.

Parameters:

• geometry_type – Geometry type (e.g., “Point”, “LineString”).

• name – Display name for the layer.

• fields – Optional field definition URI string.

Returns:

Tuple of (Layer, DataProvider).

create_struct_layer(struct_data: StructureData, reference_data: ProfileData, vert_exag: float = 1.0, dip_line_length: float | None = None) → QgsVectorLayer | None

Create temporary layer for structural dips.

create_topo_fill_layer(topo_data: ProfileData, vert_exag: float = 1.0, max_points: int = 1000, base_elevation: float | None = None) → QgsVectorLayer | None

Create a solid ‘curtain’ fill layer under the topography for depth.

create_topo_layer(topo_data: ProfileData, vert_exag: float = 1.0, max_points: int = 1000, use_adaptive_sampling: bool = False) → QgsVectorLayer | None

Create temporary layer for topographic profile with polychromatic elevation styling.

get_color_for_unit(name: str) → qgis.PyQt.QtGui.QColor

Get a consistent color for a geological unit based on its name.

interpolate_elevation(reference_data: list[tuple[float, float]], target_dist: float) → float

Interpolate elevation at a given distance.