Baseline Namespace Reference

Functions
def	Baseline ()

Function Documentation

Baseline()

def Baseline.Baseline

(

)

def Baseline():
 
    OPT = {
        'mode' : 3,                # 1 - start with the list of pebbles, compute inertia by summation over pebbles
                                   # 2 - start with the list of pebbles, compute inertia by voxelization
                                   # 3 - use both stl and the list of pebbles generated by external library
                                   # 4 - generate stl sequence for Blender
        # Input
        'clumpFileName': 'Rattleback.txt',         # list of pebbles input file name (mode 1,2,4)
        'stlFileName' : 'Rattleback.stl',          # clump surface (mode 3, 4)
        'clumpInputDir' : './Input/Clump/',     # list of pebbles input dir (mode 1,2,4)
        'stlInputDir' : './Input/Stl/',         # clump surface input dir (mode 3, 4)
        'clumpSeqDir' : './Blender/ClumpSeq/', # where to search for a clump sequence
 
        # Options
        'voxNum'  : 100,                        # Voxel grid definition (mode 2)
        'verbose' : True,                       # Detailed messages
        'useColors': True,                      # Use colors in the output
        'useNumba': True,                       # Use just in time pre-compilation with numba
                                                # (available only if numba and llvmlite are installed)
        'rotateToPD' : True,                    # Aligning principal directions with global cartesian axes
        'stlThetaRes': 32,                      # Theta in (0, pi) resolution - stl pebble model
        'stlPhiRes': 32,                        # Phi in (0, 2pi) resolution - stl pebble model
 
        # Output
        'clumpName':            'Clump04',                             # Used in output dirs
        'paraviewOutput':       True,                            # Save paraview files for clump visualization
        'VoxelStlOutput':       True,                            # Save voxels as stl
        'PebbleStlOutput':      True,                            # Save pebbles as stl
        'animate':              True,  # make animation of the rotating clump, otherwise - static
        'numTimesteps':         100,  # Number of timesteps in the animation - 'animate' = True
        'clumpOutputDir' :      'Clump',                         # Directory with the output list of pebbles
        'inertiaOutputDir' :    'Inertia',                     # Mass, toi, principal directions
        'paraviewOutputDir' :   'Vtu',                        # vtu, pebbles + principal axes
        'voxelStlOutputDir':    'VoxelGrid',  # stl (voxels)
        'stlOutputDir':         'Stl',                        # stl (voxels)
        'vtuFileName':          'Body',                              # vtu output file name
        'voxStlFileName':       'Voxels.stl',                     # voxels stl output file name
        'outStlFileName':       'Model.stl',  # voxels stl output file name
        'outClumpFileName':     'Clump.txt',                    # output clump file name
        'inertiaFileName':      'TOI.txt',                       # tensor of inertia output file name
        'pdFileName':           'PD.txt',                             # paraview output file name
        'massFileName':         'Mass.txt',                         # paraview output file name
        'stlSeqDir':            './Blender/StlSeq',
        # Clump generation options
        'meshToClumpAlg':   1,                              # Clump reneration algorithm (1 - regular placement)
        'regPlacementDefinition': 10                        # Number of pebbles along the side of the bounding box (regular placement algorithm)
 
    }
 
    DATA = {
        # Model data
        'density': 1,       # Default density of the clump material
        'stlMesh': None,    # stl mesh
        'toi': None,        # Tensor of inertia
        'pd': None,         # Principal directions
        'mass': 0,          # Mass of the clump
        'pebbles': None,    # List of pebbles
        'voxelGrid': None,   # Voxel grid resolving clump (see OPT['voxNum'] for voxel grid resolution)
        'clumpSequence': None
    }
 
    return OPT, DATA