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  1. May 18, 2015
  2. May 17, 2015
  3. May 16, 2015
    • Henry's avatar
      int32: Add IO operators for long on 32bit OS · 372dc26c
      Henry authored
      On 32bit OSs long is not unambiguously int32_t (or int64_t) causing
      problems for IO operator resolution.  This problem is avoided by
      explicitly defining the following operators:
      372dc26c
  4. May 14, 2015
  5. May 10, 2015
  6. May 09, 2015
  7. May 08, 2015
  8. May 05, 2015
    • Henry's avatar
      Update header · e1d88f18
      Henry authored
      e1d88f18
    • Henry's avatar
      Correct comment · 08cc4668
      Henry authored
      08cc4668
    • Henry's avatar
      fieldMinMax: add optional switch to control the output of max/min location · 8dee55bc
      Henry authored
      and simplify output format for graphing
      
      With "location yes;"
      
      log:
          fieldMinMax fieldMinMax output:
              min/max(mag(U.air)) = 0 28.309442
              min/max(mag(U.water)) = 0 27.221734
      
      file:
          # Field minima and maxima
          # Time          min(U.air)      max(U.air)      min(U.water)    max(U.water)
          4.00061050e-01  0.00000000e+00  2.87015987e+01  0.00000000e+00  2.71025731e+01
          4.00134265e-01  0.00000000e+00  2.86505310e+01  0.00000000e+00  2.71134246e+01
          4.00222098e-01  0.00000000e+00  2.85937449e+01  0.00000000e+00  2.71255302e+01
      
      With "location no;"
      
      log:
          fieldMinMax fieldMinMax output:
              min(mag(U.air)) = 0 at location (-0.058373423 -0.15376628 0.021017389)
              max(mag(U.air)) = 28.701599 at location (-0.24002836 0.0053456235 3.8964638)
              min(mag(U.water)) = 0 at location (-0.058373423 -0.15376628 0.021017389)
              max(mag(U.water)) = 27.102573 at location (-0.24002836 0.0053456235 3.8964638)
      
      file:
          # Field minima and maxima
          # Time          field           min             location(min)   max             location(max)
          4.00061050e-01  U.air           0.00000000e+00  (-5.83734226e-02 -1.53766281e-01 2.10173892e-02)        2.87015987e+01  (-2.40028359e-01 5.34562354e-03 3.89646377e+00)
          4.00061050e-01  U.water         0.00000000e+00  (-5.83734226e-02 -1.53766281e-01 2.10173892e-02)        2.71025731e+01  (-2.40028359e-01 5.34562354e-03 3.89646377e+00)
      8dee55bc
    • Henry's avatar
      probes: Improved formatting of header to make it easier to parse and read probe locations · 05cd20d8
      Henry authored
      New layout:
      
          # Probe 0 (0.0254 0.0253 0)
          # Probe 1 (0.0508 0.0253 0)
          # Probe 2 (0.0762 0.0253 0)
          #       Probe             0             1             2
          #        Time
                  1e-05        142974        128861        115934
                  2e-05      -69444.1        -62541      -56395.7
                  3e-05      -1546.81      -1445.94      -1154.79
      05cd20d8
  9. May 04, 2015
  10. May 03, 2015
  11. May 02, 2015
  12. Apr 30, 2015
  13. Apr 29, 2015
    • Henry's avatar
      patchInteractionDataList: Ignore empty patches · c43b1454
      Henry authored
      c43b1454
    • Henry's avatar
      Update headers · e5a52c90
      Henry authored
      e5a52c90
    • Henry's avatar
      MULES: nLimiterIter and smoothLimiter are now user-input via the corresponding fvSolution sub-dict · 3e2b64c0
      Henry authored
      nLimiterIter: Number of iterations during limiter construction
          3 (default) is sufficient for 3D simulations with a Courant number 0.5 or so
          For larger Courant numbers larger values may be needed but this is
          only relevant for IMULES and CMULES
      
      smoothLimiter: Coefficient to smooth the limiter to avoid "diamond"
          staggering patters seen in regions of low particle phase-fraction in
          fluidised-bed simulations.
      
          The default is 0 as it is not needed for all simulations.
          A value of 0.1 is appropriate for fluidised-bed simulations.
          The useful range is 0 -> 0.5.
          Values larger than 0.5 may cause excessive smearing of the solution.
      3e2b64c0
  14. Apr 28, 2015
  15. Apr 27, 2015
  16. Apr 26, 2015