geolib.models.dstability.analysis

Classes

DStabilityAnalysisMethod(**data)	param data:
DStabilityBishopAnalysisMethod(**data)	Generates slip plane constraints object for the Bishop method
DStabilityBishopBruteForceAnalysisMethod(**data)	Generates slip plane constraints object for the Bishop Brute Force method
DStabilityCircle(**data)	Generates a circle object
DStabilityGeneticSlipPlaneConstraints(**data)	Generates slip plane constraints object for the Spencer method
DStabilityObject(**data)	Base Class for objects in the analysis module.
DStabilitySearchArea(**data)	Generates a search area object
DStabilitySearchGrid(**data)	Generates a search grid object
DStabilitySlipPlaneConstraints(**data)	Generates a slip plane constraints object
DStabilitySpencerAnalysisMethod(**data)	Generates slip plane for the Spencer method
DStabilitySpencerGeneticAnalysisMethod(**data)	Generates the input for the genetic spencer algorithm
DStabilityUpliftVanAnalysisMethod(**data)	Generates the input for the uplift van analysis
DStabilityUpliftVanParticleSwarmAnalysisMethod(**data)	Generates the input for the uplift van analysis

class geolib.models.dstability.analysis.DStabilityAnalysisMethod(**data)

Parameters:

data (Any) –

property analysis_type: AnalysisTypeEnum

class geolib.models.dstability.analysis.DStabilityBishopAnalysisMethod(**data)

Generates slip plane constraints object for the Bishop method

Parameters:

• circle (DStabilityCircle) – Bishop circle definition

• data (Any) –

circle: DStabilityCircle

class geolib.models.dstability.analysis.DStabilityBishopBruteForceAnalysisMethod(**data)

Generates slip plane constraints object for the Bishop Brute Force method

Parameters:

• extrapolate_search_space (bool) – Extrapolate the search space, defaults to True

• search_grid (DStabilitySearchGrid) –

• slip_plane_constraints (DStabilitySlipPlaneConstraints) –

• bottom_tangent_line_z (float) –

• number_of_tangent_lines (int) –

• space_tangent_lines (float) –

• data (Any) –

bottom_tangent_line_z: float

extrapolate_search_space: bool

number_of_tangent_lines: PositiveInt

search_grid: DStabilitySearchGrid

slip_plane_constraints: DStabilitySlipPlaneConstraints

space_tangent_lines: ConstrainedFloatValue

class geolib.models.dstability.analysis.DStabilityCircle(**data)

Generates a circle object

Parameters:

• center (Point) – Center of the circle.

• radius (float) – Radius of the circle.

• data (Any) –

center: Point

radius: ConstrainedFloatValue

class geolib.models.dstability.analysis.DStabilityGeneticSlipPlaneConstraints(**data)

Generates slip plane constraints object for the Spencer method

Parameters:

• is_enabled (bool) – Height of the search area.

• minimum_angle_between_slices (float) – Minimum angle between slices, defaults to 0.

• minimum_thrust_line_percentage_inside_slices (float) – Minimum thrustline percentage inside slices, defaults to 0.

• data (Any) –

is_enabled: bool

minimum_angle_between_slices: float

minimum_thrust_line_percentage_inside_slices: float

class geolib.models.dstability.analysis.DStabilityObject(**data)

Base Class for objects in the analysis module.

Parameters:

data (Any) –

class geolib.models.dstability.analysis.DStabilitySearchArea(**data)

Generates a search area object

Parameters:

• height (float) – Height of the search area.

• top_left (Point) – Top left position of the search area

• width (float) – Width of the search area

• data (Any) –

height: ConstrainedFloatValue

top_left: Point

width: ConstrainedFloatValue

class geolib.models.dstability.analysis.DStabilitySearchGrid(**data)

Generates a search grid object

Parameters:

• bottom_left (Point) – Bottom left position of the search grid.

• number_of_points_in_x (int) – Number of points to the right

• number_of_points_in_z (int) – Number op points upwards

• space (float) – Space between the points in x and z direction

• data (Any) –

bottom_left: Point

number_of_points_in_x: PositiveInt

number_of_points_in_z: PositiveInt

space: ConstrainedFloatValue

class geolib.models.dstability.analysis.DStabilitySlipPlaneConstraints(**data)

Generates a slip plane constraints object

Parameters:

• is_size_constraints_enabled (bool) – enabel size constraints, defaults to False

• is_zone_a_constraints_enabled (bool) – enable constraints for zone A, defaults to False

• is_zone_b_constraints_enabled (bool) – enable constraints for zone B, defaults to False

• minimum_slip_plane_depth (float) – minimum slip plane depth, defaults to 0.0

• minimum_slip_plane_length (float) – minimum slip plane length, defaults to 0.0

• width_zone_a (float) – width of zone A, defaults to 0.0

• width_zone_b (float) – width of zone B, defaults to 0.0

• x_left_zone_a (float) – x coordinate of left point of zone A, defaults to 0.0

• x_left_zone_b (float) – x coordinate of left point of zone B, defaults to 0.0

• data (Any) –

is_size_constraints_enabled: bool

is_zone_a_constraints_enabled: bool

is_zone_b_constraints_enabled: bool

minimum_slip_plane_depth: float

minimum_slip_plane_length: float

width_zone_a: float

width_zone_b: float

x_left_zone_a: float

x_left_zone_b: float

class geolib.models.dstability.analysis.DStabilitySpencerAnalysisMethod(**data)

Generates slip plane for the Spencer method

Parameters:

• slipplane ([Point]) – The points of the slipplane

• data (Any) –

slip_plane_constraints: DStabilityGeneticSlipPlaneConstraints

slipplane: List[Point]

class geolib.models.dstability.analysis.DStabilitySpencerGeneticAnalysisMethod(**data)

Generates the input for the genetic spencer algorithm

Parameters:

• options_type (OptionsType) – DEFAULT or THOROUGH, defaults to DEFAULT

• slip_plane_a (List[Point]) – upper slip plane boundary

• slip_plane_b (List[Point]) – lower slip line boundary

• slip_plane_constraints (DStabilityGeneticSlipPlaneConstraints) – constraints for the slip plane

• data (Any) –

options_type: OptionsTypeEnum

slip_plane_a: List[Point]

slip_plane_b: List[Point]

slip_plane_constraints: DStabilityGeneticSlipPlaneConstraints

class geolib.models.dstability.analysis.DStabilityUpliftVanAnalysisMethod(**data)

Generates the input for the uplift van analysis

Parameters:

• first_circle (DStabilityCircle) – The location of the left circle for the slipplane.

• second_circle_center (Point) – The center of the circle on the right side of the slipplane

• data (Any) –

first_circle: DStabilityCircle

second_circle_center: Point

class geolib.models.dstability.analysis.DStabilityUpliftVanParticleSwarmAnalysisMethod(**data)

Generates the input for the uplift van analysis

Parameters:

• options_type (OptionsType) – DEFAULT or THOROUGH, defaults to DEFAULT

• search_area_a (DStabilitySearchArea) – The search area for the circle on the left side of the slip plane

• search_area_b (DStabilitySearchArea) – The search area for the circle on the right side of the slip plane

• slip_plane_constraints (DStabilitySlipPlaneConstraints) – Slip plane constraints

• tangent_area_height (float) – height of the tangent lines search area

• tangent_area_top_z (float) – top z coordinate of the tangent lines area

• data (Any) –

options_type: OptionsTypeEnum

search_area_a: DStabilitySearchArea

search_area_b: DStabilitySearchArea

slip_plane_constraints: DStabilitySlipPlaneConstraints

tangent_area_height: float

tangent_area_top_z: float