GeneralizedHoekBrown#

class GHBVariationType(*values)#

Bases: Enum

CONSTANT = 1#

F_DEPTH_FROM_TOP_OF_LAYER = 2#

F_DEPTH_FROM_HORIZONTAL_DATUM = 3#

F_DISTANCE_FROM_SLOPE = 4#

class GHBDVariationType(*values)#

Bases: Enum

CONSTANT = 1#

F_DEPTH_FROM_TOP_OF_LAYER = 2#

F_DEPTH_FROM_HORIZONTAL_DATUM = 3#

F_DISTANCE_FROM_SLOPE = 4#

DAMAGE_REGION = 5#

class DInterpolationMethod(*values)#

Bases: Enum

LINEAR = 1#

PIECEWISE = 2#

class GHBDefinitionMethod(*values)#

Bases: Enum

GSI_MI_D = 1#

MB_S_A = 2#

class GeneralizedHoekBrown(model_id: str, material_id: str, client: Client)#

Bases: object

Examples: Code Snippet: Generalized Hoek-Brown Example

Generalized Hoek-Brown strength properties including GSI, mi, D, variation-with-depth options, polyline D, piecewise function, and tensile strength.

getDefinitionMethod() → bool#

setDefinitionMethod(definition_method: GHBDefinitionMethod)#

getGsi() → float#

setGsi(gsi: float)#

getMi() → float#

setMi(mi: float)#

getD() → float#

setD(d: float)#

getVariesWithDepth() → bool#

setVariesWithDepth(varies_with_depth: bool)#

getMb() → float#

setMb(mb: float)#

getS() → float#

setS(s: float)#

getA() → float#

setA(a: float)#

getUcs() → float#: Uniaxial compressive strength.

setUcs(ucs: float)#

getGsiType() → GHBVariationType#

setGsiType(gsi_type: GHBVariationType)#

getGsiChange() → float#

setGsiChange(gsi_change: float)#

getGsiDatum() → float#

setGsiDatum(gsi_datum: float)#

getGsiUseCutoff() → bool#

setGsiUseCutoff(gsi_use_cutoff: bool)#

getGsiCutoff() → float#

setGsiCutoff(gsi_cutoff: float)#

getMiType() → GHBVariationType#

setMiType(mi_type: GHBVariationType)#

getMiChange() → float#

setMiChange(mi_change: float)#

getMiDatum() → float#

setMiDatum(mi_datum: float)#

getMiUseCutoff() → bool#

setMiUseCutoff(mi_use_cutoff: bool)#

getMiCutoff() → float#

setMiCutoff(mi_cutoff: float)#

getDType() → GHBDVariationType#

setDType(d_type: GHBDVariationType)#

getDChange() → float#

setDChange(d_change: float)#

getDDatum() → float#

setDDatum(d_datum: float)#

getDUseCutoff() → bool#

setDUseCutoff(d_use_cutoff: bool)#

getDCutoff() → float#

setDCutoff(d_cutoff: float)#

getDPolyline() → int#

setDPolyline(d_polyline: int)#

getDPolylineGuid() → str#

getDInterpolationMethod() → DInterpolationMethod#

setDInterpolationMethod(d_interpolation_method: DInterpolationMethod)#

getDPolylineValue() → float#

setDPolylineValue(d_polyline_value: float)#

getDPiecewiseFunction() → List[Tuple[float, float]]#: Returns list of (x_value, y_value) pairs.

setDPiecewiseFunction(points: List[Tuple[float, float]])#

getUseTensileStrength() → bool#

setUseTensileStrength(use_tensile_strength: bool)#

getTensileStrength() → float#

setTensileStrength(tensile_strength: float)#