rocslope2.analysisResults.AnalysisResultsEnum module

class AnalysisResultsType(value, names=None, *values, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: Enum

WEDGE = 'WEDGE'

PLANAR = 'PLANAR'

TOPPLING = 'TOPPLING'

class ResultColumn(value, names=None, *values, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: Enum

ID = 'ID'

FACTOR_OF_SAFETY = 'Factor of Safety'

WEDGE_VOLUME = 'Wedge Volume'

WEDGE_WEIGHT = 'Wedge Weight'

WEDGE_HEIGHT = 'Wedge Height'

AREA_JOINT_1 = 'Area (Joint 1)'

AREA_JOINT_2 = 'Area (Joint 2)'

AREA_BASAL = 'Area (Basal)'

AREA_SLOPE_FACE = 'Area (Slope Face)'

AREA_UPPER_FACE = 'Area (Upper Face)'

AREA_TENSION_CRACK = 'Area (Tension Crack)'

SLOPE_HEIGHT = 'Slope Height'

SLOPE_ANGLE = 'Slope Angle'

UNIT_WEIGHT = 'Unit Weight'

BENCH_WIDTH = 'Bench Width'

BACKBREAK_DISTANCE = 'Backbreak Distance'

FORCE_JOINT_1 = 'Force (Joint 1)'

FORCE_JOINT_2 = 'Force (Joint 2)'

FORCE_BASAL = 'Force (Basal)'

STRESS_JOINT_1 = 'Stress (Joint 1)'

STRESS_JOINT_2 = 'Stress (Joint 2)'

STRESS_BASAL = 'Stress (Basal)'

STRENGTH_JOINT_1 = 'Strength (Joint 1)'

STRENGTH_JOINT_2 = 'Strength (Joint 2)'

STRENGTH_BASAL = 'Strength (Basal)'

DRIVING_FORCE = 'Driving Force'

RESISTING_FORCE = 'Resisting Force'

REQUIRED_SUPPORT_PRESSURE = 'Required Support Pressure'

SLIDING_DIRECTION_PLUNGE = 'Sliding Direction (Plunge)'

SLIDING_DIRECTION_TREND = 'Sliding Direction (Trend)'

LINE_OF_INTERSECTION_PLUNGE = 'Line Of Intersection (Plunge)'

LINE_OF_INTERSECTION_TREND = 'Line Of Intersection (Trend)'

LINE_OF_INTERSECTION_LENGTH = 'Line Of Intersection (Length)'

TRACE_LENGTH_JOINT_1 = 'Trace Length (Joint 1)'

TRACE_LENGTH_JOINT_2 = 'Trace Length (Joint 2)'

PERSISTENCE_JOINT_1 = 'Persistence (Joint 1)'

PERSISTENCE_JOINT_2 = 'Persistence (Joint 2)'

INTERSECTION_ANGLE_SLOPE_FACE_J1_J2 = 'Intersection Angle Slope Face (J1/J2)'

INTERSECTION_ANGLE_UPPER_FACE_J1_J2 = 'Intersection Angle Upper Face (J1/J2)'

INTERSECTION_ANGLE_SLOPE_FACE_J1_CREST = 'Intersection Angle Slope Face (J1/Crest)'

INTERSECTION_ANGLE_UPPER_FACE_J1_CREST = 'Intersection Angle Upper Face (J1/Crest)'

INTERSECTION_ANGLE_SLOPE_FACE_J2_CREST = 'Intersection Angle Slope Face (J2/Crest)'

INTERSECTION_ANGLE_UPPER_FACE_J2_CREST = 'Intersection Angle Upper Face (J2/Crest)'

JOINT_1_INFO = 'Joint 1 Info'

JOINT_2_INFO = 'Joint 2 Info'

BASAL_JOINT_INFO = 'Basal Joint Info'

FAILURE_PLANE_ANGLE = 'Failure Plane Angle'

UPPER_FACE_ANGLE = 'Upper Face Angle'

TENSION_CRACK_ANGLE = 'Tension Crack Angle'

WAVINESS = 'Waviness'

FAILURE_PLANE_LENGTH = 'Failure Plane Length'

SLOPE_LENGTH = 'Slope Length'

TENSION_CRACK_LENGTH = 'Tension Crack Length'

NORMAL_FORCE = 'Normal Force'

NORMAL_STRESS = 'Normal Stress'

SHEAR_STRENGTH = 'Shear Strength'

JOINT_INFO = 'Joint Info'

SUM_SLIDING_BLOCK_VOL = '∑ Sliding Block Vol.'

SUM_TOPPLING_BLOCK_VOL = '∑ Toppling Block Vol.'

SUM_FLEXURAL_BENDING_BLOCK_VOL = '∑ Flexural Bending Block Vol.'

SUM_SHEARING_BLOCK_VOL = '∑ Shearing Block Vol.'

SUM_STABLE_BLOCK_VOL = '∑ Stable Block Vol.'

SUM_FAILING_BLOCK_VOL = '∑ Failing Block Vol.'

SUM_BLOCK_VOL = '∑ Block Vol.'

SUM_FAILING_BLOCK_WT = '∑ Failing Block Wt.'

SUM_BLOCK_WT = '∑ Block Wt.'

OVERALL_BASE_INCLINATION = 'Overall Base Inclination'