LOCOSOxidation.py File Reference

Namespaces
namespace	LOCOSOxidation

Functions
int	LOCOSOxidation.to_index (float x)
None	LOCOSOxidation.write_surface (level_set, str file_name)

Variables
int	LOCOSOxidation.USE_GPU = "gpu"
float	LOCOSOxidation.GRID_DELTA = 0.01
float	LOCOSOxidation.X_EXTENT = 1.0
float	LOCOSOxidation.Y_MIN = -1.0
float	LOCOSOxidation.Y_MAX = 2.0
float	LOCOSOxidation.PAD_OXIDE_THICKNESS = 0.03
float	LOCOSOxidation.MASK_THICKNESS = 0.05
float	LOCOSOxidation.MASK_EDGE = 0.0
float	LOCOSOxidation.ADVECTION_TIME = 0.1
float	LOCOSOxidation.TIME_STEP = 0.01
int	LOCOSOxidation.MASK_CONTACT_EPS = 1.e-6
list	LOCOSOxidation.bounds = [-X_EXTENT, X_EXTENT, Y_MIN, Y_MAX]
list	LOCOSOxidation.bcs
	LOCOSOxidation.si_interface = vls.Domain(bounds, bcs, GRID_DELTA)
	LOCOSOxidation.ambient_interface = vls.Domain(si_interface)
	LOCOSOxidation.si_initial = vls.Domain(si_interface)
	LOCOSOxidation.ambient_initial = vls.Domain(ambient_interface)
	LOCOSOxidation.mask_interface = vls.Domain(bounds, bcs, GRID_DELTA)
	LOCOSOxidation.mask_geom
	LOCOSOxidation.ox_params = vls.OxidationPresets.wet1000CDealGrove100()
	LOCOSOxidation.velocitySign
	LOCOSOxidation.maskTransferCoefficient
	LOCOSOxidation.maskConcentration
	LOCOSOxidation.maxIterations
	LOCOSOxidation.tolerance
	LOCOSOxidation.def_params = vls.OxidationPresets.oxideMechanics1000C(TIME_STEP)
	LOCOSOxidation.coupling_params = vls.OxidationCouplingParameters()
	LOCOSOxidation.relaxation
	LOCOSOxidation.mask_params = vls.OxidationPresets.siliconNitrideMask1000C()
list	LOCOSOxidation.diff_min = [to_index(-X_EXTENT), to_index(Y_MIN)]
list	LOCOSOxidation.diff_max = [to_index(X_EXTENT), to_index(Y_MAX)]
list	LOCOSOxidation.mask_min = [to_index(-X_EXTENT), to_index(PAD_OXIDE_THICKNESS) - 1]
list	LOCOSOxidation.mask_max = [to_index(MASK_EDGE), to_index(PAD_OXIDE_THICKNESS + MASK_THICKNESS) + 1]
	LOCOSOxidation.locos = vls.Oxidation(si_interface, ambient_interface, mask_interface)
float	LOCOSOxidation.elapsed = 0.0
float	LOCOSOxidation.time_eps = ADVECTION_TIME * 1.e-8
	LOCOSOxidation.dt = min(TIME_STEP, ADVECTION_TIME - elapsed)
	LOCOSOxidation.diffusion = locos.getDiffusionField()
	LOCOSOxidation.deformation = locos.getDeformationField()
	LOCOSOxidation.mask_bending = locos.getMaskBendingField()
list	LOCOSOxidation.open_pt = [0.5, GRID_DELTA, 0.]
list	LOCOSOxidation.masked_pt = [-0.5, GRID_DELTA, 0.]
list	LOCOSOxidation.normal_up = [0., 1., 0.]
	LOCOSOxidation.open_conc = diffusion.getConcentration(open_pt)
	LOCOSOxidation.masked_conc = diffusion.getConcentration(masked_pt)
	LOCOSOxidation.open_si_speed = abs(diffusion.getScalarVelocity(open_pt, 0, normal_up, 0))
	LOCOSOxidation.masked_si_speed = abs(diffusion.getScalarVelocity(masked_pt, 0, normal_up, 0))
tuple	LOCOSOxidation.suppression_ratio = (masked_si_speed / open_si_speed) if open_si_speed > 0. else 0.
	LOCOSOxidation.file
	LOCOSOxidation.newline
	LOCOSOxidation.writer = csv.writer(f)
list	LOCOSOxidation.coord = [i * GRID_DELTA, j * GRID_DELTA, 0.]
	LOCOSOxidation.vel = deformation.getVelocity(coord)
list	LOCOSOxidation.normal_dn = [0., -1., 0.]
dict	LOCOSOxidation.mask_pts
dict	LOCOSOxidation.vels
	LOCOSOxidation.mask_bottom_pressure = deformation.getPressure(mask_pts["bottom"][0])
dict	LOCOSOxidation.v = vels["bottom"]
dict	LOCOSOxidation.vc = vels["contact_node"]
	LOCOSOxidation.va
	LOCOSOxidation.vm
	LOCOSOxidation.ve
	LOCOSOxidation.conservation