Integrate converter with custom stopping power

[ostatni5]

No description provided.

[grzanka]

I've deployed the frontend with this branch to yap-dev, changed custom stopping power table for one material.
Then I've saved the project as editorr.json and tried to convert it using converter (on branch from yaptide/converter#135)

Here is the project JSON and generated SHIELD-HIT12A input files. I execpted to see LOADDEX in mat.dat but it was missing.
converter.zip

(venv) PS C:\Users\Legion\workspace\converter> python .\converter\main.py ..\..\Downloads\editorr.json workspace
File info.json:
{'version': '', 'label': '', 'simulator': 'shieldhit'}
File beam.dat:

RNDSEED         89736501     ! Random seed
JPART0          2            ! Incident particle type
TMAX0           150.0 1.5       ! Incident energy and energy spread; both in (MeV/nucl)
TCUT0       0 1000  ! energy cutoffs [MeV]
NSTAT       10000    0       ! NSTAT, Step of saving
STRAGG          2            ! Straggling: 0-Off 1-Gauss, 2-Vavilov
MSCAT           2            ! Mult. scatt 0-Off 1-Gauss, 2-Moliere
NUCRE           1            ! Nucl.Reac. switcher: 1-ON, 0-OFF
! no beam modulator
BEAMPOS         0 0 0 ! Position of the beam
BEAMDIR         0.0 0.0 ! Direction of the beam
BEAMSIGMA       0 0  ! Beam extension
! no BEAMSAD value
DELTAE          0.03   ! relative mean energy loss per transportation step

File mat.dat:
MEDIUM 1
ICRU 276
END

File detect.dat:
Geometry Cyl
    Name CylZ_Mesh
    R 0 5 1
    Z 0 20 400

Geometry Mesh
    Name YZ_Mesh
    X -0.25 0.25 1
    Y -2 2 80
    Z 0 20 400

Geometry Cyl
    Name EntrySlab
    R 0 5 1
    Z 0 0.1 1

Geometry Cyl
    Name PeakSlab
    R 0 5 1
    Z 15.3 15.4 1

Filter
    Name Protons
    Z == 1
    A == 1
Filter
    Name Primaries
    Z == 1
    A == 1
    GEN == 0
Filter
    Name Secondary_protons
    Z == 1
    A == 1
    GEN >= 1
Output
    Filename z_profile.bdo
    Geo CylZ_Mesh
    Quantity Dose
    Quantity Fluence Protons
    Quantity Fluence Primaries
    Quantity Fluence Secondary_protons

Output
    Filename yz_profile.bdo
    Geo YZ_Mesh
    Quantity Dose
    Quantity Fluence Protons
    Quantity Fluence Secondary_protons

Output
    Filename entrance.bdo
    Geo EntrySlab
    Quantity Dose
    Quantity AvgEnergy Primaries
    Quantity AvgEnergy Protons
    Quantity AvgEnergy Secondary_protons
    Quantity dLET Protons
    Quantity tLET Protons
    Quantity Fluence Protons
    Diff1 0 160 640
    Diff1Type E

Output
    Filename peak.bdo
    Geo PeakSlab
    Quantity Dose
    Quantity AvgEnergy Primaries
    Quantity AvgEnergy Protons
    Quantity AvgEnergy Secondary_protons
    Quantity dLET Protons
    Quantity tLET Protons
    Quantity Fluence Protons
    Diff1 0 160 640
    Diff1Type E

File geo.dat:

    0    0          Proton pencil beam in water
  RCC    1       0.0       0.0       0.0       0.0       0.0      20.0
                 5.0
  RCC    2       0.0       0.0      -0.5       0.0       0.0      22.0
                 5.5
  RCC    3       0.0       0.0      -1.5       0.0       0.0      24.0
                 6.0
  END
  001          +1
  002          +2     -1
  003          +3     -1     -2
  END
    1    2    3
    1 1000    0

(venv) PS C:\Users\Legion\workspace\converter>