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Improved/corrected header descriptions in map files

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This commit is contained in:
shiroka 2008-03-20 16:39:52 +00:00
parent 458e965c4a
commit dcf7deb909
7 changed files with 474990 additions and 474970 deletions
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5
geant4/LEMuSR/run/L3_Erz.map
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@ -1,6 +1,9 @@
31 221 mm 1e-6 31 221 mm 1e-5
% nr nz length_unit norm_fact % nr nz length_unit norm_fact
% r(mm) z(mm) Er (V/m) Ez (V/m) % r(mm) z(mm) Er (V/m) Ez (V/m)
% A norm_fact 1e-6 converts V/m (FL) to kV/mm (G4).
% This FemLab model uses dm, therefore norm_fact = norm_fact*1e1.
% Exported from L3.fl -> 4 level meshing, 230272 elements.
% %
0 -220 -0.017724 -16.134 0 -220 -0.017724 -16.134
0 -218 0.0089113 -16.195 0 -218 0.0089113 -16.195

5
geant4/LEMuSR/run/L3_Erz4.map
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@ -1,6 +1,9 @@
31 101 mm 1e-6 31 101 mm 1e-5
% nr nz length_unit norm_fact % nr nz length_unit norm_fact
% r(mm) z(mm) Er (V/m) Ez (V/m) % r(mm) z(mm) Er (V/m) Ez (V/m)
% A norm_fact 1e-6 converts V/m (FL) to kV/mm (G4).
% This FemLab model uses dm, therefore norm_fact = norm_fact*1e1.
% Exported from L3.fl -> 4 level meshing, 230272 elements.
% %
0 0 -0.002924 0.0030064 0 0 -0.002924 0.0030064
0 2 0.0037186 38.882 0 2 0.0037186 38.882

949914
geant4/LEMuSR/run/RA_1kV_upc.map
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File diff suppressed because it is too large Load Diff

11
geant4/LEMuSR/run/RA_1kV_upf.map
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@ -1,8 +1,13 @@
59 59 137 mm 1e-3 -58 58 -58 58 -136 136 59 59 137 mm 1e-3 -58 58 -58 58 -136 136
%nx ny nz l_unit norm_fact ranges x-y-z (mm) %nx ny nz l_unit norm_fact ranges x-y-z (mm)
% norm_fact = 1e-3 converts current values to kV/mm. Since they were already % Ex (V/m) Ey(V/m) Ez (V/m)
% multiplied by 1e-3 (V/m = 1e-6 kV/mm) during export, hence norm_fact = 1e-3. % A norm_fact 1e-6 converts V/m (FL) to kV/mm (G4).
% Ex (kV/m) Ey(kV/m) Ez (kV/m) % This FemLab model uses mm, therefore norm_fact = norm_fact*1e3.
%
% Exported from RA_1kV_up.mph -> free meshing, 1149769 elements
% Element growth rate: 1.5 -> 1.15, Mesh curvature factor: 0.6 -> 0.15
% Solver "Conjugate gradients" with "Algebraic multigrid" preconditioner
% Coarse solver "PARDISO". Solving time ca. 3 h.
% %
3.8923e-18 -3.1028e-18 -0.00012432 3.8923e-18 -3.1028e-18 -0.00012432
9.0637e-05 -9.0302e-05 -0.00011907 9.0637e-05 -9.0302e-05 -0.00011907

5
geant4/LEMuSR/run/guard1_Erz.map
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@ -1,7 +1,8 @@
48 51 mm 1e-6 48 51 mm 1e-4
% nr nz length_unit norm_fact % nr nz length_unit norm_fact
% r(mm) z(mm) Er (V/m) Ez (V/m) % r(mm) z(mm) Er (V/m) Ez (V/m)
% norm_fact = 1e-6 converts current values to 1 kV/mm % A norm_fact 1e-6 converts V/m (FL) to kV/mm (G4).
% This FemLab model uses cm, therefore norm_fact = norm_fact*1e2.
% Exported from sample.fl -> 5 level meshing, 214272 elements % Exported from sample.fl -> 5 level meshing, 214272 elements
% %
0 -25 0.01491 -206.76 0 -25 0.01491 -206.76

5
geant4/LEMuSR/run/guard2_Erz.map
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@ -1,7 +1,8 @@
48 51 mm 1e-6 48 51 mm 1e-4
% nr nz length_unit norm_fact % nr nz length_unit norm_fact
% r(mm) z(mm) Er (V/m) Ez (V/m) % r(mm) z(mm) Er (V/m) Ez (V/m)
% norm_fact = 1e-6 converts current values to 1 kV/mm % A norm_fact 1e-6 converts V/m (FL) to kV/mm (G4).
% This FemLab model uses cm, therefore norm_fact = norm_fact*1e2.
% Exported from sample.fl -> 5 level meshing, 214272 elements % Exported from sample.fl -> 5 level meshing, 214272 elements
% %
0 -25 -0.0025953 -81.383 0 -25 -0.0025953 -81.383

5
geant4/LEMuSR/run/sample_Erz.map
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@ -1,7 +1,8 @@
48 51 mm 1e-6 48 51 mm 1e-4
% nr nz length_unit norm_fact % nr nz length_unit norm_fact
% r(mm) z(mm) Er (V/m) Ez (V/m) % r(mm) z(mm) Er (V/m) Ez (V/m)
% norm_fact = 1e-6 converts current values to 1 kV/mm % A norm_fact 1e-6 converts V/m (FL) to kV/mm (G4).
% This FemLab model uses cm, therefore norm_fact = norm_fact*1e2.
% Exported from sample.fl -> 5 level meshing, 214272 elements % Exported from sample.fl -> 5 level meshing, 214272 elements
% %
0 -25 -0 -57.306 0 -25 -0 -57.306