NightlyBuild の Karamba3D が良い話

# UnitsSystem = "imperial"
UnitsSystem = "SI"

# internal length unit; assumed for geometry input from Rhino - possible values: "m", "cm", "mm", "µ", "ft", "in"; No consistency checks are performed!
UnitLength = "mm"
# internal force unit - possible values: "MN", "kN", "daN", "N", "cN", "kip"; No consistency checks are performed!
UnitForce = "kN"
# internal mass unit - possible values: "t", "kg", "dag", "g", "µg", "lbm"; No consistency checks are performed!
UnitMass = "t"

#---
# custom units to be used: specify pairs of 'original unit' > 'custom unit' in one line; No consistency checks are performed!
#---
# These units are provided by default:
#    length: "m", "cm", "mm", "µ", "ft", "in"
#    1/length: "1/m", "1/cm", "1/mm", "1/µ", "1/ft", "1/in"
#    length^2: "m2", "cm2", "mm2", "µ2", "ft2", "in2"
#    length^3: "m3", "cm3", "mm3", "µ3", "ft3", "in3"
#    length^4: "m4", "cm4", "mm4", "µ4", "ft4", "in4"
#    length^6: "m6", "cm6", "mm6", "µ6", "ft6", "in6"
#    force: "MN", "kN", "daN", "N", "cN", "kip"
#    force * length: "kNm", "kNcm", "Nm", "Ncm", "daNcm", "kip.ft", "kip.in"
#    force / length: "MN/m", "kN/m", "kN/cm", "N/m", "N/cm", "kip/ft", "kip/in"
#    force / length^2: "MN/m/m", "MN/m2", "kN/m/m", "kN/m2", "kN/cm/cm", "kN/cm2", "N/m/m", "N/m2", "N/cm/cm", "N/cm2", "kip/ft/ft", "kip/ft2", "ksi"
#    force / length^3: "MN/m3", "kN/m3", "N/m3", "N/cm3", "kip/ft3", "kip/in3"
#    force * length / length: "MNm/m", "kNm/m", "Nm/m", "Ncm/cm", "kip.ft/ft", "kip.in/in"
#    force * length / angle: "kNm/rad", "Nm/rad", "Ncm/rad", "kip.ft/rad", "kip.in/rad"
#    force * length / Length / angle: "kNm/m/rad", "Nm/m/rad", "Ncm/cm/rad", "kip.ft/ft/rad", "kip.in/in/rad"
#    mass: "t", "kg", "dag", "g", "µg", "lbm"
#    mass / length^3: "kg/m3", "kg/cm3", "lbm/ft3", "lbm/in3"
#    temperature: "C°", "F°"
#    1 / temperature: "1/C°", "1/F°"
#    temperature / length: "ΔC°/m", "ΔC°/cm", "ΔF°/ft", "ΔF°/in"
#    angle: "rad"
#    angle / length: "rad/m", "rad/cm", "rad/ft", "rad/in"
#    dimensionless: "mm/m", "µstrain", "%", ""
CustomUnits = cm > mm, cm2 > mm2, cm3 > mm3, cm4 > mm4, cm6 > mm6, kN > N

#---
# default materials:
#---
# Em[kN/cm2], Gm(inplane)[kN/cm2], G(transverse)[kN/cm2], gamma[kN/m3], alphaT[], ftk[kN/cm2], k[kN/cm2]
#---
Steel = 21000, 8076, 8076, 78.5, 1.2E-05, 23.5, -23.5 
Concrete = 3000, 1375, 1375, 25, 1.00E-05, 0.135, -3.0
ReinforcementSteel = 21000, 10500, 10500, 78.5, 1.2E-05, 50.0, -50

#---
# colors for coloring positive values of the shell section results
#---
shellsec_color_pos_N_tt  = LightBlue
shellsec_color_pos_N_nn  = LightGreen
shellsec_color_pos_N_tn  = LightSkyBlue
shellsec_color_pos_M_tt  = Red
shellsec_color_pos_M_nn  = SeaGreen
shellsec_color_pos_M_tn  = CadetBlue
shellsec_color_pos_V_t   = LightBlue
shellsec_color_pos_V_n   = LightGreen

// meshes a list of breps such that their vertices coincide on common edges. The minimum mesh-size is hard-coded to 5mm. This is due to tolerance checks and will be removed in future.
// list of breps to be meshed
// points to be added to the mesh as vertices if their distance from the breps is not too large
// characteristic length of the resulting face edges
// case 0: No Point Reduction (check Cull Mode),
// case 1: Point Reduction is set to ‘Leave One’; Culling Points at distance < 0.5 * Mesh Resolution
// case 2: Point Reduction is set to ‘Average’; Culling Points at distance < 0.5 * Mesh Resolution
// Edges are refined with: Math.Round(refineEdgeResFactor, 2) x Mesh Resolution
// Vertices closer than cullDist get removed
// tolerance *0.1 = tolerance for delauney triangulation
// must be between 0 and 1; smoothes the mesh
// number of steps for smoothing the mesh
// warning encountered during mesh generation
// information regarding the meshing process
// resulting meshes
public static void solve
(
    List inputBrep, List inclusionPoints,
    double mResolution, int m_mode, double refineEdgeResFactor,
    double cullDist, double tolerance, double smooth, int steps,
    out string warning, out string info, out List remappedMeshes
)