Merge branch 'initial_input' into 'main' (7d1b7ca9) · Commits · Shriwise, Patrick / PyGriffin

pygriffin/etc/pygriffin.sch

0 → 100644

+314 −0

Original line number	Diff line number	Diff line
		ChildExactlyOne=[ griffin ]
		griffin{
		Description = "[optional] for Griffin calculations"
		MinOccurs=0
		MaxOccurs=1
		InputTmpl="griffin"
		macro_isotxs{
		Description = "Link to file containing multi-group macro cross-section data - if (previous), generated from MCC3 input"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=String
		InputDefault="link_to_file"
		}
		ChildExactlyOne = [ isoxml macro_isotxs shift_input ]
		isoxml{
		Description = "Link to file containing pre-generated ISOXML with multi-group cross-sections"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=String
		InputDefault="link_to_file"
		}
		ChildExactlyOne = [ mesh_input mesh_exodus shift_input ]
		mesh_input{
		Description = "Link to mesh input file - if (previous), generated from geometry input"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=String
		InputDefault="link_to_file"
		}
		shift_input{
		Description = "Link to Shift input file - if provided, Shift will be executed for XS tallying and to generate ISOXML, and Mesh will be generated"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=String
		InputDefault="link_to_file"
		}
		mesh_exodus{
		Description = "Link to mesh exodus file - if (previous), generated from geometry input"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=String
		InputDefault="link_to_file"
		}
		num_cpu_max_shift{
		Description = "Maximum number of CPUs used for parallelized Shift calculations"
		InputTmpl="flagtypes"
		ChildExactlyOne = [ "../shift_input_file" ]
		MinOccurs=0
		MaxOccurs=1
		ValType=Int
		MinValInc=1
		MaxValExc=NoLimit
		InputDefault=1
		}
		num_cpu_max_griffin{
		Description = "Maximum number of CPUs used for parallelized Griffin calculations"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=Int
		MinValInc=1
		MaxValExc=NoLimit
		InputDefault=1
		}
		mesh_options{
		Description = "Mesh options"
		InputTmpl="mesh_options"
		MinOccurs=0
		MaxOccurs=1

		ChildExactlyOne = [ "../shift_input" ]

		max_axial_mesh_size{
		Description = "Maximum axial mesh size"
		InputTmpl="flagtypes"
		MinOccurs=1
		MaxOccurs=1
		ValType=Real
		MinValExc=0
		MaxValExc=NoLimit
		InputDefault=0.05
		}
		max_radial_mesh_size{
		Description = "Maximum radial mesh size"
		InputTmpl="flagtypes"
		MinOccurs=1
		MaxOccurs=1
		ValType=Real
		MinValExc=0
		MaxValExc=NoLimit
		InputDefault=0.05
		}
		}
		ChildExactlyOne = [ griffin_input griffin_solver_options ]
		griffin_input{
		Description = "Link griffin input file"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=String
		InputDefault="link_to_file"
		}
		griffin_solver_options{
		Description = "Griffin solver options"
		InputTmpl="griffin_solver_options"
		MinOccurs=0
		MaxOccurs=1
		particle{
		Description = "TODO"
		InputTmpl="flagtypes"
		MinOccurs=1
		MaxOccurs=1
		ValType=String
		InputDefault= neutron
		ValEnums=[ "neutron" "gamma" ] # TODO
		}
		equation_type{
		Description = "TODO"
		InputTmpl="flagtypes"
		MinOccurs=1
		MaxOccurs=1
		ValType=String
		InputDefault= eigenvalue
		ValEnums=[ "eigenvalue" "transient" ] # TODO
		}
		scattering_order{
		Description = "TODO"
		InputTmpl="flagtypes"
		MinOccurs=1
		MaxOccurs=1
		ValType=Int
		MinValInc=0
		MaxValExc=NoLimit
		}
		use_array_variable{
		Description = "TODO"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=String
		InputDefault= true
		ValEnums=[ "true" "false" ]
		}
		ChildExactlyOne=[ dfem_sn cfem_diffusion saaf_sn ]
		dfem_sn{
		Description = "[optional] DFEM-SN option"
		InputTmpl="griffin_dfem_sn"
		MinOccurs=0
		MaxOccurs=1
		element{
		Description = "[optional] DFEM-SN option"
		InputTmpl="TODO"
		MinOccurs=1
		MaxOccurs=1
		family{
		Description = "TODO"
		InputTmpl="flagtypes"
		MinOccurs=1
		MaxOccurs=1
		ValType=String
		InputDefault= L2_LAGRANGE
		ValEnums=[ "L2_LAGRANGE" ] # TODO
		}
		order{
		Description = "TODO"
		InputTmpl="flagtypes"
		MinOccurs=1
		MaxOccurs=1
		ValType=String
		InputDefault= FIRST
		ValEnums=[ "FIRST" ] # TODO
		}
		}
		ChildExactlyOne=[ GaussChebyshev LevelSymmetrinc ]
		GaussChebyshev{
		Description = "[optional] Quadrature"
		InputTmpl="TODO"
		MinOccurs=0
		MaxOccurs=1
		NPolar{
		Description = "Polar"
		MinOccurs=1
		MaxOccurs=1
		ValType=Int
		MinValInc=0
		MaxValExc=NoLimit
		}
		NAzymuthal{
		Description = "Azymuthal"
		MinOccurs=1
		MaxOccurs=1
		ValType=Int
		MinValInc=0
		MaxValExc=NoLimit
		}
		}
		LevelSymmetrinc{
		Description = "[optional] Quadrature"
		InputTmpl="TODO"
		MinOccurs=0
		MaxOccurs=1
		order{
		Description = "Polar"
		MinOccurs=1
		MaxOccurs=1
		ValType=Int
		MinValInc=0
		MaxValExc=NoLimit
		}
		}
		}
		cfem_diffusion{
		Description = "[optional] CFEM-Diffusion option"
		InputTmpl="TODO"
		MinOccurs=0
		MaxOccurs=1
		}
		saaf_sn{
		Description = "[optional] SAAF-SN option"
		InputTmpl="TODO"
		MinOccurs=0
		MaxOccurs=1
		}
		executioner{
		Description = "[required] executioner"
		InputTmpl="griffin_executioner"
		MinOccurs=0
		MaxOccurs=1
		convergence_tolerance{
		Description = "[optional] convergence tolerance"
		InputTmpl="TODO"
		MinOccurs=0
		MaxOccurs=1
		nl_abs{
		Description = "non-linear absolute convergence"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=Real
		MinValExc=0
		MaxValExc=NoLimit
		InputDefault=1e-6
		}
		nl_rel{
		Description = "TODO"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=Real
		MinValExc=0
		MaxValExc=NoLimit
		InputDefault=1e-6
		}
		l_abs{
		Description = "TODO"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=Real
		MinValExc=0
		MaxValExc=NoLimit
		InputDefault=1e-6
		}
		}
		iteration{
		Description = "[optional] iteration"
		InputTmpl="TODO"
		MinOccurs=0
		MaxOccurs=1
		nl_max{
		Description = "TODO"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=Int
		MinValExc=0
		MaxValExc=NoLimit
		InputDefault=100
		}
		l_max{
		Description = "TODO"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=Int
		MinValExc=0
		MaxValExc=NoLimit
		InputDefault=100
		}
		free_power{
		Description = "TODO"
		InputTmpl="flagtypes"
		MinOccurs=0
		MaxOccurs=1
		ValType=Int
		MinValExc=0
		MaxValExc=NoLimit
		InputDefault=100
		}
		}
		petsc_option{
		Description = "[optional] PETSC options"
		InputTmpl="TODO"
		MinOccurs=0
		MaxOccurs=1
		}
		}
		}
		}

pygriffin/etc/pygriffin.wb

0 → 100644

+0 −0

Empty file added.

pygriffin/etc/pygriffin.wbg

0 → 100644

+11 −0

Original line number	Diff line number	Diff line
		commentDelimiter = "%"
		enabled = true
		extensions = [son]
		highlighter = "pygriffin.wbh"
		maxDepth = 4
		name = PyGriffin
		nav = PyGriffin % indicates navigation logic for PyGriffin documents
		parser = waspson
		schema = "pygriffin.sch"
		templates = "templates"
		validator = wasp

pygriffin/etc/pygriffin.wbh

0 → 100644

+70 −0

Original line number	Diff line number	Diff line
		rule("Comment") {
		foreground {
		red = 0
		green = 128
		blue = 0
		}
		italic = true
		pattern = "(^'\|%\|//).*"
		}
		rule("Double-quoted string") {
		foreground {
		red = 128
		green = 0
		blue = 0
		}
		pattern = '"[^"]*"'
		}
		rule("Single-quoted string") {
		foreground {
		red = 128
		green = 0
		blue = 0
		}
		pattern = "'[^']*'"
		}
		rule("Sequence") {
		bold = true
		foreground {
		red = 0
		green = 0
		blue = 0
		}
		pattern = "^(=\S+\|end\s*$)"
		}
		%rule("Keyword") {
		% bold = true
		% foreground {
		% red = 0
		% green = 0
		% blue = 128
		% }
		% pattern = "\s((read\|end)\s+\S+\|end\s$)"
		%}
		rule("Number") {
		bold = true
		foreground {
		red = 128
		green = 0
		blue = 0
		}
		pattern = "\b[-+]?(\d+\.?\d*\|\.\d+)([eE][-+]?\d+)?\b"
		}
		rule("Keyword") {
		bold = true
		foreground {
		red = 0
		green = 0
		blue = 128
		}
		pattern = "$[^)]+$"
		}
		rule("List Elements") {
		bold = true
		foreground {
		red = 0
		green = 128
		blue = 128
		}
		pattern = "\[[^]]+\]"
		}

pygriffin/etc/templates/griffin.tmpl

0 → 100644

+6 −0

Original line number	Diff line number	Diff line
		griffin{
		macro_isotxs = previous
		mesh_input = previous

		griffin_solver_options{}
		}