#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
#
#   HiLiftPW-3 Iterative Convergence DATA SUBMITTAL FORM Case 1d (Version 1), March 2017
#
#   CASE 1d is an optional case for the HL-CRM configuration - partially-sealed chord flap gap on adapted grid
#   (solution should be provided on the final adapted grid)
#   Two ALPHAs (8 and 16 deg) are required.
#   This case should be run FULLY TURBULENT (no forced transition).
#
#       NOMENCLATURE:
#               ITER:   Iteration or time step number (ITER1=first recorded time step, ITERn=last time step).
#                       ITERn-ITER1 should be long enough to show any range in variation of final forces and moments. 
#                       If no variation exists (i.e., steady-state reached), provide at least the final 25% of the range of iterations used.
#                 CL:   Coefficient of lift (total)
#                 CD:   Coefficient of drag (total)
#                 CM:   Coefficient of pitching moment about moment reference center (MRC) (total)
#           RESIDM-n:   Residual of selected mean-flow equation (n=equation number)
#           RESIDT-n:   Residual of selected turbulence equation (n=equation number)
#
#              ALPHA:   Angle of attack, deg.
#                MAC:   Mean aerodynamic chord = 275.8 inches
#                 FT:   Fully Turbulent
#
#                XXX:   Participant ID (To be assigned by HiLiftPW workshop committee)
#
#    FLOW CONDITIONS:
#                 Mach Number: 0.2
#             Reynolds Number: 3.26 million (based on MAC)
#             Freestream Temp: 518.67 R (= 15.0 C = 59.0 F)
#  Freestream Static Pressure: 760.21 mmHg (= 14.70 psi)
#
#              NOTES: 1. All numerical data fields can be free-formatted
#                     2. Please use at least 5 decimal places in the numerical values for CL CD CM
#                     3. Please use scientific notation (e.g. 2.51e-6) in the numerical values for RESIDM-n and RESIDT-n
#                     4. Residuals are optional; as many residuals can be provided as desired (up to 5 for mean flow, up to 7 for turbulence)
#                     5. If optional data is NOT provided, please fill data fields with a numerical value of "-999" 
#                     6. Only final adapted grid iterative convergence histories are requested
#                     7. Indicate (using each DATASETAUXDATA) whether local-time-stepping or time-accurate method was used
#
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TITLE = "XXX"

#                                 <--------------------------------------------------------- OPTIONAL -------------------------------------------------------------->
VARIABLES = "ITER" "CL" "CD" "CM" "RESIDM-1" "RESIDM-2" "RESIDM-3" "RESIDM-4" "RESIDM-5" "RESIDT-1" "RESIDT-2" "RESIDT-3" "RESIDT-4" "RESIDT-5" "RESIDT-6" "RESIDT-7"

DATASETAUXDATA TIMESTEPPING_METHOD_A8_ADAPT  = "local-time-stepping -or- time-accurate"
ZONE T="XXX case1d adapted ALPHA=8 FT partialgap"
 1  -999 -999 -999   -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999

DATASETAUXDATA TIMESTEPPING_METHOD_A16_ADAPT  = "local-time-stepping -or- time-accurate"
ZONE T="XXX case1d adapted ALPHA=16 FT partialgap"
 1  -999 -999 -999   -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999