Domain Discretization Utility

functions to create DomainDiscs using a string disc-type identifier More...

Functions
function	NeumannBoundary (fcts, discType)
function	UpwindFV1 (upwindType, upwindParam)

Detailed Description

functions to create DomainDiscs using a string disc-type identifier

Function Documentation

NeumannBoundary()

function NeumannBoundary	(	fcts	,
		discType
	)

Returns a NeumannBoundary Element-Disc of the requested type

Returns

Returns the element discreatization (of the Neumann BC)

Parameters

fcts	(String) names of symbolic function
discType	(String) discretizatin scheme

location: /home/runner/work/docs/docs/ug4/ugcore/scripts/util / domain_disc_util.lua :42-51

function NeumannBoundary(fcts, discType)
  if discType == nil then discType = "fv1" end
  if    discType == "fv1"  then return NeumannBoundaryFV1(fcts)
  elseif  discType == "fv"   then return NeumannBoundaryFV(fcts)
  elseif  discType == "fe"   then return NeumannBoundaryFE(fcts)
  else 
    print("NeumannBoundary: no disc type '"..discType.."' available. Aborting")
    exit();
  end
end

References create(), for(), if(), print(), and UpwindFV1().

UpwindFV1()

function UpwindFV1	(	upwindType	,
		upwindParam
	)

Returns a IConvectionShape class object of an upwind method (for FV1 discretization)

Returns

Returns the object of the upwind method

Parameters

upwindType	type of the upwind as string
upwindParam	object-specific parameters

location: /home/runner/work/docs/docs/ug4/ugcore/scripts/util / domain_disc_util.lua :57-74

function UpwindFV1(upwindType, upwindParam)
  if upwindType == nil then upwindType = "partial" end
  if    upwindType == "no" then return NoUpwind()
  elseif  upwindType == "full" then return FullUpwind ()
  elseif  upwindType == "weighted" then
    local upwind = WeightedUpwind ()
    if upwindParam ~= nil then
      upwind:set_weight(upwindParam)
    end
    return upwind
  elseif  upwindType == "partial" then return PartialUpwind ()
    elseif  upwindType == "skewed" then return SkewedUpwind ()
    elseif  upwindType == "lps" then return LinearProfileSkewedUpwind ()
  else
    print("UpwindFV1: no upwind type '"..upwindType.."' available. Aborting")
    exit();
  end
end

Referenced by NeumannBoundary().