Beta testing schemas for yaml input files #319

gilrrei · 2025-02-05T12:04:47Z

gilrrei
Feb 5, 2025
Collaborator

Thanks to @sebproell & friends, the exported metadata can already be used to validate Yaml files. Since the schemas are difficult to test, some beta testers are welcome. Download the newest version below . This should allow you to test autocomplete and validation of Yaml input files with the new sections in your IDE. If you come across issues or false validation, or you have an improvement in mind, comment below.

Sections that currently are not validated appear with no schema in their description. Here, you can pass anything.

Updates

v4

test_schema.json

Last bug fixes, add noneable

v3

test_schema.json

fixes

result description and functions should be fixed

v2

test_schema.json

fixes

add missing sections
make sections to array

missing

RESULT DESCRIPTION not validating correctly

Orignal

test_schema.json

Usage

Since I'm a VSCode user I'll add how to add the schema. If anybody uses a different editor feel free to add the instructions

VSCode

install YAML by Red Hat
in your settings.json add:
```
  "yaml.schemas": {
    "<path_to>/test_schema.json": "*.test.yaml",
  },
```
the schema now automatically is applied on Yaml files that end with .test.yaml

sebproell · 2025-02-05T12:14:15Z

sebproell
Feb 5, 2025
Maintainer

Here are the settings for CLion:

0 replies

amgebauer · 2025-02-05T12:51:00Z

amgebauer
Feb 5, 2025
Maintainer

Thanks for the schema @gilrrei!

Some sections are currently not recognized (e.g., DSURF-NODE TOPOLOGY and NODE COORDS)

Some sections take an array instead of a struct, e.g. MATERIALS, FUNCT*, RESULT DESCRIPTION*. I think these sections need to be "type": "list"

Here is an example input file:

# Test of the templated implementation of solid elements
#
# Time Integration: Standard
# Shape: wedge6
# Element-Technology: shell_ans
# Fibers: none
PROBLEM TYPE:
  PROBLEMTYPE: Structure
DISCRETISATION:
  NUMSTRUCDIS: 1
SOLVER 1:
  NAME: Structure_Solver
  SOLVER: UMFPACK
STRUCTURAL DYNAMIC:
  LINEAR_SOLVER: 1
  INT_STRATEGY: Standard
  DYNAMICTYPE: GenAlpha
  NLNSOL: fullnewton
  PREDICT: ConstDis
  TIMESTEP: 0.5
  NUMSTEP: 2
  MAXTIME: 1
  TOLRES: 1.0E-12
  TOLDISP: 1.0E-12
MATERIALS:
  - MAT: 1
    MAT_ElastHyper:
      NUMMAT: 1
      MATIDS: [10]
      DENS: 0.1
  - MAT: 10
    ELAST_CoupNeoHooke:
      YOUNG: 10
      NUE: 0.25
FUNCT1:
  - COMPONENT: 0
    SYMBOLIC_FUNCTION_OF_SPACE_TIME: t
FUNCT2:
  - COMPONENT: 0
    SYMBOLIC_FUNCTION_OF_SPACE_TIME: (x+1)*(y+2)*(z+3)
RESULT DESCRIPTION:
  - STRUCTURE:
      DIS: structure
      NODE: 7
      QUANTITY: dispx
      VALUE: 1.77228378453625535e+00
      TOLERANCE: 1e-12
  - STRUCTURE:
      DIS: structure
      NODE: 7
      QUANTITY: dispy
      VALUE: -4.71792103220237957e-02
      TOLERANCE: 1e-12
  - STRUCTURE:
      DIS: structure
      NODE: 7
      QUANTITY: dispz
      VALUE: 7.41697807366413664e-01
      TOLERANCE: 1e-12
DESIGN SURF DIRICH CONDITIONS:
  - DSURF 1
  - E 1 - NUMDOF 3 ONOFF 1 1 0 VAL 0.0 0.0 0.0 FUNCT 0 0 0
DESIGN SURF NEUMANN CONDITIONS:
  - DSURF 1
  - E 2 - NUMDOF 6 ONOFF 1 1 1 0 0 0 VAL 10 0.01 0.01 0 0 0 FUNCT 1 2 2 0 0 0 TYPE Live
DSURF-NODE TOPOLOGY:
  - NODE 1 DSURFACE 1
  - NODE 8 DSURFACE 1
  - NODE 5 DSURFACE 1
  - NODE 4 DSURFACE 1
  - NODE 7 DSURFACE 2
  - NODE 2 DSURFACE 2
  - NODE 6 DSURFACE 2
  - NODE 3 DSURFACE 2
NODE COORDS:
  - NODE 1 COORD 0.0 0.0 0.0
  - NODE 2 COORD 1.0 0.0 0.0
  - NODE 3 COORD 1.0 1.0 0.0
  - NODE 4 COORD 0.0 1.0 0.0
  - NODE 5 COORD 0.0 0.0 1.0
  - NODE 6 COORD 1.0 0.0 1.0
  - NODE 7 COORD 1.0 1.0 1.0
  - NODE 8 COORD 0.0 1.0 1.0
STRUCTURE ELEMENTS:
  - 1 SOLID WEDGE6 1 3 4 5 7 8 MAT 1 KINEM nonlinear TECH shell_ans
  - 2 SOLID WEDGE6 5 7 6 1 3 2 MAT 1 KINEM nonlinear TECH shell_ans

2 replies

gilrrei Feb 5, 2025
Collaborator Author

You are right. I called the wrong function; the arrays are coming.

The sections are currently extracted by hand from ./4C -d, but apparently, not all are being printed there. I asked the regex sensei @ppraegla to extract all sections from the test input files to eventually find the missing ones.

gilrrei Feb 5, 2025
Collaborator Author

@amgebauer I fixed your points, but others appeared, and the description of the results is not validating correctly.

amgebauer · 2025-02-07T16:55:37Z

amgebauer
Feb 7, 2025
Maintainer

numbers are not detected as valid strings, e.g. for equations:

This is the corresponding input file:


TITLE: [dsa]
PROBLEM SIZE:
  DIM: 3
PROBLEM TYPE:
  PROBLEMTYPE: Structure_Scalar_Thermo_Interaction
IO:
  STDOUTEVERY: 0
STRUCTURAL DYNAMIC:
  DYNAMICTYPE: GenAlpha
  LINEAR_SOLVER: 1
  INT_STRATEGY: Standard
STRUCTURAL DYNAMIC/GENALPHA:
  GENAVG: TrLike
  RHO_INF: 0.95
SCALAR TRANSPORT DYNAMIC:
  SOLVERTYPE: nonlinear
  TIMEINTEGR: Stationary
  INITIALFIELD: field_by_condition
  LINEAR_SOLVER: 1
  VELOCITYFIELD: Navier_Stokes
  CONVFORM: conservative
  MATRIXTYPE: sparse
SCALAR TRANSPORT DYNAMIC/STABILIZATION:
  STABTYPE: no_stabilization
  DEFINITION_TAU: Zero
  EVALUATION_TAU: integration_point
  EVALUATION_MAT: integration_point
ELCH CONTROL:
  INITPOTCALC: yes
  DIFFCOND_FORMULATION: Yes
  EQUPOT: divi
  COUPLE_BOUNDARY_FLUXES: No
SSTI CONTROL:
  NUMSTEP: 1
  TIMESTEP: 1.0
  MAXTIME: 1.0
  COUPALGO: ssti_Monolithic
  SCATRATIMINTTYPE: Elch
SSTI CONTROL/MONOLITHIC:
  LINEAR_SOLVER: 1
  MATRIXTYPE: sparse
  ABSTOLRES: 0
SSTI CONTROL/THERMO:
  LINEAR_SOLVER: 1
  INITIALFIELD: field_by_function
  INITTHERMOFUNCT: 3
SOLVER 1:
  SOLVER: UMFPACK
MATERIALS:
  - MAT: 1
    MAT_MultiplicativeSplitDefgradElastHyper:
      NUMMATEL: 1
      MATIDSEL: [2]
      NUMFACINEL: 1
      INELDEFGRADFACIDS: [3]
      DENS: 1.0e-3
  - MAT: 2
    ELAST_CoupNeoHooke:
      YOUNG: 1.0e4
      NUE: 0.3
  - MAT: 3
    MAT_InelasticDefgradNoGrowth: {}
  - MAT: 4
    MAT_Fourier:
      CONDUCT_PARA_NUM: 1
      CAPA: 1.0
      CONDUCT: [1.0]
  - MAT: 5
    MAT_electrode:
      DIFF_COEF_CONC_DEP_FUNCT: -1
      DIFF_COEF_TEMP_SCALE_FUNCT: -14
      COND_CONC_DEP_FUNCT: -1
      COND_TEMP_SCALE_FUNCT: -15
      DIFF_PARA_NUM: 1
      DIFF_PARA: [1.0]
      DIFF_COEF_TEMP_SCALE_FUNCT_PARA_NUM: 1
      DIFF_COEF_TEMP_SCALE_FUNCT_PARA: [5.0]
      COND_PARA_NUM: 1
      COND_PARA: [1.0]
      COND_TEMP_SCALE_FUNCT_PARA_NUM: 2
      COND_TEMP_SCALE_FUNCT_PARA: [1.0, 0.5]
      C_MAX: 5.0e4
      CHI_MAX: 1.0
      OCP_MODEL:
        Function:
          OCP_FUNCT_NUM: 5
        X_MIN: -1.0
        X_MAX: -1.0
  - MAT: 6
    MAT_elchmat:
      NUMDOF: 2
      NUMSCAL: 1
      NUMPHASE: 1
      PHASEIDS: [7]
  - MAT: 7
    MAT_elchphase:
      EPSILON: 1.0
      TORTUOSITY: 1.0
      NUMMAT: 1
      MATIDS: [8]
  - MAT: 8
    MAT_newman:
      VALENCE: 1.0
      DIFF_COEF_CONC_DEP_FUNCT: -1
      DIFF_COEF_TEMP_SCALE_FUNCT: 0
      TRANSNR: -1
      THERMFAC: 0
      COND_CONC_DEP_FUNCT: -1
      COND_TEMP_SCALE_FUNCT: 4
      DIFF_PARA_NUM: 1
      DIFF_PARA: [1.0]
      TRANS_PARA_NUM: 1
      TRANS_PARA: [1.0]
      COND_PARA_NUM: 1
      COND_PARA: [1.0e-2]
  - MAT: 9
    MAT_MultiplicativeSplitDefgradElastHyper:
      NUMMATEL: 1
      MATIDSEL: [2]
      NUMFACINEL: 1
      INELDEFGRADFACIDS: [3]
      DENS: 1.0e-3
CLONING MATERIAL MAP:
  - SRC_FIELD: structure
    SRC_MAT: 1
    TAR_FIELD: scatra
    TAR_MAT: 5
  - SRC_FIELD: structure
    SRC_MAT: 9
    TAR_FIELD: scatra
    TAR_MAT: 6
  - SRC_FIELD: scatra
    SRC_MAT: 5
    TAR_FIELD: thermo
    TAR_MAT: 4
  - SRC_FIELD: scatra
    SRC_MAT: 6
    TAR_FIELD: thermo
    TAR_MAT: 4
FUNCT1:
  - COMPONENT: 0
    SYMBOLIC_FUNCTION_OF_SPACE_TIME: 1.0e1
  - COMPONENT: 1
    SYMBOLIC_FUNCTION_OF_SPACE_TIME: 0.0
FUNCT2:
  - COMPONENT: 0
    SYMBOLIC_FUNCTION_OF_SPACE_TIME: 1.0e1
  - COMPONENT: 1
    SYMBOLIC_FUNCTION_OF_SPACE_TIME: 0.0
FUNCT3:
  - SYMBOLIC_FUNCTION_OF_SPACE_TIME: 1.0+x
FUNCT4:
  - SYMBOLIC_FUNCTION_OF_TIME: 1.0e-2*t+2
FUNCT5:
  - FASTPOLYNOMIAL:
      NUMCOEFF: 1
      COEFF: [0.0]
RESULT DESCRIPTION:
  - STRUCTURE:
      DIS: structure
      NODE: 48
      QUANTITY: dispx
      VALUE: 0.00000000000000000e+00
      TOLERANCE: 1.0e-16
  - STRUCTURE:
      DIS: structure
      NODE: 48
      QUANTITY: dispx
      VALUE: 0.00000000000000000e+00
      TOLERANCE: 1.0e-16
  - STRUCTURE:
      DIS: structure
      NODE: 48
      QUANTITY: dispx
      VALUE: 0.00000000000000000e+00
      TOLERANCE: 1.0e-16
  - SCATRA:
      DIS: scatra
      NODE: 7
      QUANTITY: phi1
      VALUE: 1.02913618231122239e+01
      TOLERANCE: 1.0e-07
  - SCATRA:
      DIS: thermo
      NODE: 7
      QUANTITY: phi
      VALUE: 1.69999999999999996e+00
      TOLERANCE: 1.7e-08
  - SSTI:
      SPECIAL: true
      QUANTITY: numiterlastnonlinearsolve
      VALUE: 3.00000000000000000e+00
      TOLERANCE: 1.0e-16
DESIGN SURF TRANSPORT NEUMANN CONDITIONS:
  # electrode_surf2
  - E: 2
    NUMDOF: 2
    ONOFF: [1, 1]
    VAL: [1.0, 1.0e-4]
    FUNCT: [0, 0]
  # electrolyte_surf2
  - E: 4
    NUMDOF: 2
    ONOFF: [0, 1]
    VAL: [0.0, 1.0e-4]
    FUNCT: [0, 0]
DESIGN VOL DIRICH CONDITIONS:
  # domain
  - E: 3
    NUMDOF: 3
    ONOFF: [1, 1, 1]
    VAL: [0.0, 0.0, 0.0]
    FUNCT: [none, none, none]
DESIGN SURF TRANSPORT DIRICH CONDITIONS:
  # electrode_surf1
  - E: 1
    NUMDOF: 2
    ONOFF: [1, 1]
    VAL: [10.0, 0.0]
    FUNCT: [0, 0]
  # electrolyte_surf1
  - E: 3
    NUMDOF: 2
    ONOFF: [0, 1]
    VAL: [0.0, 0.0]
    FUNCT: [0, 0]
DESIGN VOL TRANSPORT DIRICH CONDITIONS:
  # electrolyte
  - E: 2
    NUMDOF: 2
    ONOFF: [1, 0]
    VAL: [1.0e1, 0.0]
    FUNCT: [0, 0]
DESIGN VOL THERMO DIRICH CONDITIONS:
  # domain
  - E: 3
    NUMDOF: 1
    ONOFF: [1]
    VAL: [1.0]
    FUNCT: [3]
DESIGN VOL INITIAL FIELD CONDITIONS:
  # electrode
  - E: 1
    FIELD: ScaTra
    FUNCT: 1
  # electrolyte
  - E: 2
    FIELD: ScaTra
    FUNCT: 2
DSURF-NODE TOPOLOGY:
  - NODE    1 DSURFACE 1
  - NODE    2 DSURFACE 1
  - NODE    3 DSURFACE 1
  - NODE    4 DSURFACE 1
  - NODE    9 DSURFACE 1
  - NODE    10 DSURFACE 1
  - NODE    13 DSURFACE 1
  - NODE    14 DSURFACE 1
  - NODE    17 DSURFACE 1
  - NODE    46 DSURFACE 2
  - NODE    47 DSURFACE 2
  - NODE    48 DSURFACE 2
  - NODE    49 DSURFACE 2
  - NODE    50 DSURFACE 2
  - NODE    51 DSURFACE 2
  - NODE    52 DSURFACE 2
  - NODE    53 DSURFACE 2
  - NODE    54 DSURFACE 2
  - NODE    55 DSURFACE 3
  - NODE    56 DSURFACE 3
  - NODE    57 DSURFACE 3
  - NODE    58 DSURFACE 3
  - NODE    63 DSURFACE 3
  - NODE    64 DSURFACE 3
  - NODE    67 DSURFACE 3
  - NODE    68 DSURFACE 3
  - NODE    71 DSURFACE 3
  - NODE    100 DSURFACE 4
  - NODE    101 DSURFACE 4
  - NODE    102 DSURFACE 4
  - NODE    103 DSURFACE 4
  - NODE    104 DSURFACE 4
  - NODE    105 DSURFACE 4
  - NODE    106 DSURFACE 4
  - NODE    107 DSURFACE 4
  - NODE    108 DSURFACE 4
DVOL-NODE TOPOLOGY:
  - NODE    1 DVOL 1
  - NODE    2 DVOL 1
  - NODE    3 DVOL 1
  - NODE    4 DVOL 1
  - NODE    5 DVOL 1
  - NODE    6 DVOL 1
  - NODE    7 DVOL 1
  - NODE    8 DVOL 1
  - NODE    9 DVOL 1
  - NODE    10 DVOL 1
  - NODE    11 DVOL 1
  - NODE    12 DVOL 1
  - NODE    13 DVOL 1
  - NODE    14 DVOL 1
  - NODE    15 DVOL 1
  - NODE    16 DVOL 1
  - NODE    17 DVOL 1
  - NODE    18 DVOL 1
  - NODE    19 DVOL 1
  - NODE    20 DVOL 1
  - NODE    21 DVOL 1
  - NODE    22 DVOL 1
  - NODE    23 DVOL 1
  - NODE    24 DVOL 1
  - NODE    25 DVOL 1
  - NODE    26 DVOL 1
  - NODE    27 DVOL 1
  - NODE    28 DVOL 1
  - NODE    29 DVOL 1
  - NODE    30 DVOL 1
  - NODE    31 DVOL 1
  - NODE    32 DVOL 1
  - NODE    33 DVOL 1
  - NODE    34 DVOL 1
  - NODE    35 DVOL 1
  - NODE    36 DVOL 1
  - NODE    37 DVOL 1
  - NODE    38 DVOL 1
  - NODE    39 DVOL 1
  - NODE    40 DVOL 1
  - NODE    41 DVOL 1
  - NODE    42 DVOL 1
  - NODE    43 DVOL 1
  - NODE    44 DVOL 1
  - NODE    45 DVOL 1
  - NODE    46 DVOL 1
  - NODE    47 DVOL 1
  - NODE    48 DVOL 1
  - NODE    49 DVOL 1
  - NODE    50 DVOL 1
  - NODE    51 DVOL 1
  - NODE    52 DVOL 1
  - NODE    53 DVOL 1
  - NODE    54 DVOL 1
  - NODE    55 DVOL 2
  - NODE    56 DVOL 2
  - NODE    57 DVOL 2
  - NODE    58 DVOL 2
  - NODE    59 DVOL 2
  - NODE    60 DVOL 2
  - NODE    61 DVOL 2
  - NODE    62 DVOL 2
  - NODE    63 DVOL 2
  - NODE    64 DVOL 2
  - NODE    65 DVOL 2
  - NODE    66 DVOL 2
  - NODE    67 DVOL 2
  - NODE    68 DVOL 2
  - NODE    69 DVOL 2
  - NODE    70 DVOL 2
  - NODE    71 DVOL 2
  - NODE    72 DVOL 2
  - NODE    73 DVOL 2
  - NODE    74 DVOL 2
  - NODE    75 DVOL 2
  - NODE    76 DVOL 2
  - NODE    77 DVOL 2
  - NODE    78 DVOL 2
  - NODE    79 DVOL 2
  - NODE    80 DVOL 2
  - NODE    81 DVOL 2
  - NODE    82 DVOL 2
  - NODE    83 DVOL 2
  - NODE    84 DVOL 2
  - NODE    85 DVOL 2
  - NODE    86 DVOL 2
  - NODE    87 DVOL 2
  - NODE    88 DVOL 2
  - NODE    89 DVOL 2
  - NODE    90 DVOL 2
  - NODE    91 DVOL 2
  - NODE    92 DVOL 2
  - NODE    93 DVOL 2
  - NODE    94 DVOL 2
  - NODE    95 DVOL 2
  - NODE    96 DVOL 2
  - NODE    97 DVOL 2
  - NODE    98 DVOL 2
  - NODE    99 DVOL 2
  - NODE    100 DVOL 2
  - NODE    101 DVOL 2
  - NODE    102 DVOL 2
  - NODE    103 DVOL 2
  - NODE    104 DVOL 2
  - NODE    105 DVOL 2
  - NODE    106 DVOL 2
  - NODE    107 DVOL 2
  - NODE    108 DVOL 2
  - NODE    1 DVOL 3
  - NODE    2 DVOL 3
  - NODE    3 DVOL 3
  - NODE    4 DVOL 3
  - NODE    5 DVOL 3
  - NODE    6 DVOL 3
  - NODE    7 DVOL 3
  - NODE    8 DVOL 3
  - NODE    9 DVOL 3
  - NODE    10 DVOL 3
  - NODE    11 DVOL 3
  - NODE    12 DVOL 3
  - NODE    13 DVOL 3
  - NODE    14 DVOL 3
  - NODE    15 DVOL 3
  - NODE    16 DVOL 3
  - NODE    17 DVOL 3
  - NODE    18 DVOL 3
  - NODE    19 DVOL 3
  - NODE    20 DVOL 3
  - NODE    21 DVOL 3
  - NODE    22 DVOL 3
  - NODE    23 DVOL 3
  - NODE    24 DVOL 3
  - NODE    25 DVOL 3
  - NODE    26 DVOL 3
  - NODE    27 DVOL 3
  - NODE    28 DVOL 3
  - NODE    29 DVOL 3
  - NODE    30 DVOL 3
  - NODE    31 DVOL 3
  - NODE    32 DVOL 3
  - NODE    33 DVOL 3
  - NODE    34 DVOL 3
  - NODE    35 DVOL 3
  - NODE    36 DVOL 3
  - NODE    37 DVOL 3
  - NODE    38 DVOL 3
  - NODE    39 DVOL 3
  - NODE    40 DVOL 3
  - NODE    41 DVOL 3
  - NODE    42 DVOL 3
  - NODE    43 DVOL 3
  - NODE    44 DVOL 3
  - NODE    45 DVOL 3
  - NODE    46 DVOL 3
  - NODE    47 DVOL 3
  - NODE    48 DVOL 3
  - NODE    49 DVOL 3
  - NODE    50 DVOL 3
  - NODE    51 DVOL 3
  - NODE    52 DVOL 3
  - NODE    53 DVOL 3
  - NODE    54 DVOL 3
  - NODE    55 DVOL 3
  - NODE    56 DVOL 3
  - NODE    57 DVOL 3
  - NODE    58 DVOL 3
  - NODE    59 DVOL 3
  - NODE    60 DVOL 3
  - NODE    61 DVOL 3
  - NODE    62 DVOL 3
  - NODE    63 DVOL 3
  - NODE    64 DVOL 3
  - NODE    65 DVOL 3
  - NODE    66 DVOL 3
  - NODE    67 DVOL 3
  - NODE    68 DVOL 3
  - NODE    69 DVOL 3
  - NODE    70 DVOL 3
  - NODE    71 DVOL 3
  - NODE    72 DVOL 3
  - NODE    73 DVOL 3
  - NODE    74 DVOL 3
  - NODE    75 DVOL 3
  - NODE    76 DVOL 3
  - NODE    77 DVOL 3
  - NODE    78 DVOL 3
  - NODE    79 DVOL 3
  - NODE    80 DVOL 3
  - NODE    81 DVOL 3
  - NODE    82 DVOL 3
  - NODE    83 DVOL 3
  - NODE    84 DVOL 3
  - NODE    85 DVOL 3
  - NODE    86 DVOL 3
  - NODE    87 DVOL 3
  - NODE    88 DVOL 3
  - NODE    89 DVOL 3
  - NODE    90 DVOL 3
  - NODE    91 DVOL 3
  - NODE    92 DVOL 3
  - NODE    93 DVOL 3
  - NODE    94 DVOL 3
  - NODE    95 DVOL 3
  - NODE    96 DVOL 3
  - NODE    97 DVOL 3
  - NODE    98 DVOL 3
  - NODE    99 DVOL 3
  - NODE    100 DVOL 3
  - NODE    101 DVOL 3
  - NODE    102 DVOL 3
  - NODE    103 DVOL 3
  - NODE    104 DVOL 3
  - NODE    105 DVOL 3
  - NODE    106 DVOL 3
  - NODE    107 DVOL 3
  - NODE    108 DVOL 3
NODE COORDS:
  - NODE         1 COORD  5.0000000000000000e-01 -2.0000000000000001e-01  2.0000000000000001e-01
  - NODE         2 COORD  5.0000000000000000e-01 -2.0000000000000001e-01  0.0000000000000000e+00
  - NODE         3 COORD  5.0000000000000000e-01  0.0000000000000000e+00  0.0000000000000000e+00
  - NODE         4 COORD  5.0000000000000000e-01  0.0000000000000000e+00  2.0000000000000001e-01
  - NODE         5 COORD  6.9999999999999996e-01 -2.0000000000000001e-01  2.0000000000000001e-01
  - NODE         6 COORD  6.9999999999999996e-01 -2.0000000000000001e-01  6.9388939039072284e-18
  - NODE         7 COORD  6.9999999999999996e-01 -1.0408340855860843e-17  3.4694469519536142e-18
  - NODE         8 COORD  6.9999999999999996e-01  0.0000000000000000e+00  2.0000000000000001e-01
  - NODE         9 COORD  5.0000000000000000e-01 -2.0000000000000001e-01 -2.0000000000000001e-01
  - NODE        10 COORD  5.0000000000000000e-01  0.0000000000000000e+00 -2.0000000000000001e-01
  - NODE        11 COORD  6.9999999999999996e-01 -2.0000000000000001e-01 -2.0000000000000001e-01
  - NODE        12 COORD  6.9999999999999996e-01  0.0000000000000000e+00 -2.0000000000000001e-01
  - NODE        13 COORD  5.0000000000000000e-01  2.0000000000000001e-01  0.0000000000000000e+00
  - NODE        14 COORD  5.0000000000000000e-01  2.0000000000000001e-01  2.0000000000000001e-01
  - NODE        15 COORD  6.9999999999999996e-01  2.0000000000000001e-01  0.0000000000000000e+00
  - NODE        16 COORD  6.9999999999999996e-01  2.0000000000000001e-01  2.0000000000000001e-01
  - NODE        17 COORD  5.0000000000000000e-01  2.0000000000000001e-01 -2.0000000000000001e-01
  - NODE        18 COORD  6.9999999999999996e-01  2.0000000000000001e-01 -2.0000000000000001e-01
  - NODE        19 COORD  9.0000000000000002e-01 -2.0000000000000001e-01  2.0000000000000001e-01
  - NODE        20 COORD  8.9999999999999991e-01 -2.0000000000000001e-01  6.9388939039072284e-18
  - NODE        21 COORD  8.9999999999999991e-01  0.0000000000000000e+00  0.0000000000000000e+00
  - NODE        22 COORD  8.9999999999999991e-01  0.0000000000000000e+00  2.0000000000000001e-01
  - NODE        23 COORD  8.9999999999999991e-01 -2.0000000000000001e-01 -2.0000000000000001e-01
  - NODE        24 COORD  8.9999999999999991e-01  0.0000000000000000e+00 -2.0000000000000001e-01
  - NODE        25 COORD  8.9999999999999991e-01  2.0000000000000001e-01  0.0000000000000000e+00
  - NODE        26 COORD  8.9999999999999991e-01  2.0000000000000001e-01  2.0000000000000001e-01
  - NODE        27 COORD  9.0000000000000002e-01  2.0000000000000001e-01 -2.0000000000000001e-01
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STRUCTURE ELEMENTS:
  - 1 SOLIDSCATRA HEX8 1 2 3 4 5 6 7 8 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 2 SOLIDSCATRA HEX8 2 9 10 3 6 11 12 7 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 3 SOLIDSCATRA HEX8 4 3 13 14 8 7 15 16 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 4 SOLIDSCATRA HEX8 3 10 17 13 7 12 18 15 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 5 SOLIDSCATRA HEX8 5 6 7 8 19 20 21 22 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 6 SOLIDSCATRA HEX8 6 11 12 7 20 23 24 21 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 7 SOLIDSCATRA HEX8 8 7 15 16 22 21 25 26 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 8 SOLIDSCATRA HEX8 7 12 18 15 21 24 27 25 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 9 SOLIDSCATRA HEX8 19 20 21 22 28 29 30 31 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 10 SOLIDSCATRA HEX8 20 23 24 21 29 32 33 30 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 11 SOLIDSCATRA HEX8 22 21 25 26 31 30 34 35 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 12 SOLIDSCATRA HEX8 21 24 27 25 30 33 36 34 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 13 SOLIDSCATRA HEX8 28 29 30 31 37 38 39 40 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 14 SOLIDSCATRA HEX8 29 32 33 30 38 41 42 39 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 15 SOLIDSCATRA HEX8 31 30 34 35 40 39 43 44 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 16 SOLIDSCATRA HEX8 30 33 36 34 39 42 45 43 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 17 SOLIDSCATRA HEX8 37 38 39 40 46 47 48 49 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 18 SOLIDSCATRA HEX8 38 41 42 39 47 50 51 48 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 19 SOLIDSCATRA HEX8 40 39 43 44 49 48 52 53 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 20 SOLIDSCATRA HEX8 39 42 45 43 48 51 54 52 MAT 1 KINEM nonlinear TYPE ElchElectrode
  - 21 SOLIDSCATRA HEX8 55 56 57 58 59 60 61 62 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 22 SOLIDSCATRA HEX8 56 63 64 57 60 65 66 61 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 23 SOLIDSCATRA HEX8 58 57 67 68 62 61 69 70 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 24 SOLIDSCATRA HEX8 57 64 71 67 61 66 72 69 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 25 SOLIDSCATRA HEX8 59 60 61 62 73 74 75 76 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 26 SOLIDSCATRA HEX8 60 65 66 61 74 77 78 75 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 27 SOLIDSCATRA HEX8 62 61 69 70 76 75 79 80 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 28 SOLIDSCATRA HEX8 61 66 72 69 75 78 81 79 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 29 SOLIDSCATRA HEX8 73 74 75 76 82 83 84 85 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 30 SOLIDSCATRA HEX8 74 77 78 75 83 86 87 84 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 31 SOLIDSCATRA HEX8 76 75 79 80 85 84 88 89 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 32 SOLIDSCATRA HEX8 75 78 81 79 84 87 90 88 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 33 SOLIDSCATRA HEX8 82 83 84 85 91 92 93 94 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 34 SOLIDSCATRA HEX8 83 86 87 84 92 95 96 93 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 35 SOLIDSCATRA HEX8 85 84 88 89 94 93 97 98 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 36 SOLIDSCATRA HEX8 84 87 90 88 93 96 99 97 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 37 SOLIDSCATRA HEX8 91 92 93 94 100 101 102 103 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 38 SOLIDSCATRA HEX8 92 95 96 93 101 104 105 102 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 39 SOLIDSCATRA HEX8 94 93 97 98 103 102 106 107 MAT 9 KINEM nonlinear TYPE ElchDiffCond
  - 40 SOLIDSCATRA HEX8 93 96 99 97 102 105 108 106 MAT 9 KINEM nonlinear TYPE ElchDiffCond

2 replies

gilrrei Feb 8, 2025
Collaborator Author

As mentioned, I think this should come from the metadata export (@sebproell) directly if desired (i.e., allowing strings or doubles). The alternative is, of course, writing "1.0e-6". From schema side this is easy to fix if desired.

I think this is a nice question to get feedback from users in the demonstration presentation

sebproell Feb 8, 2025
Maintainer

Right now, I would like to avoid to introduce special cases like "string or double" in the 4C input builders, if possible, and focus on generally useful features. It seems that the possible confusion in the case of SYMBOLIC_FUNCTION_OF_SPACE_TIME comes from 1.0 being an acceptable function expression but we require a string. If I write 1.0*2.0, yaml treats this as a string automatically even without quotes, right?

If we decide to have a special case, we should definitely not code it into the schema generator but rather export this in the metadata.

gilrrei · 2025-02-24T10:21:56Z

gilrrei
Feb 24, 2025
Collaborator Author

@amgebauer @lauraengelhardt, as power users, could you check the last iteration? If everything seems to work from your end I'll create a PR

0 replies

gilrrei · 2025-02-26T13:26:30Z

gilrrei
Feb 26, 2025
Collaborator Author

The schema supporting all known sections is now in the main branch!

1 reply

amgebauer Feb 26, 2025
Maintainer

Thanks for all the effort you put into this!

Beta testing schemas for yaml input files #319

Uh oh!

Uh oh!

gilrrei Feb 5, 2025 Collaborator

Updates

v4

v3

fixes

v2

fixes

missing

Orignal

Usage

VSCode

Replies: 5 comments · 5 replies

Uh oh!

sebproell Feb 5, 2025 Maintainer

Uh oh!

amgebauer Feb 5, 2025 Maintainer

Uh oh!

Uh oh!

gilrrei Feb 5, 2025 Collaborator Author

Uh oh!

gilrrei Feb 5, 2025 Collaborator Author

Uh oh!

Uh oh!

amgebauer Feb 7, 2025 Maintainer

Uh oh!

Uh oh!

gilrrei Feb 8, 2025 Collaborator Author

Uh oh!

sebproell Feb 8, 2025 Maintainer

Uh oh!

Uh oh!

gilrrei Feb 24, 2025 Collaborator Author

Uh oh!

gilrrei Feb 26, 2025 Collaborator Author

Uh oh!

amgebauer Feb 26, 2025 Maintainer

gilrrei
Feb 5, 2025
Collaborator

Replies: 5 comments 5 replies

sebproell
Feb 5, 2025
Maintainer

amgebauer
Feb 5, 2025
Maintainer

gilrrei Feb 5, 2025
Collaborator Author

gilrrei Feb 5, 2025
Collaborator Author

amgebauer
Feb 7, 2025
Maintainer

gilrrei Feb 8, 2025
Collaborator Author

sebproell Feb 8, 2025
Maintainer

gilrrei
Feb 24, 2025
Collaborator Author

gilrrei
Feb 26, 2025
Collaborator Author

amgebauer Feb 26, 2025
Maintainer