#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
#
#   HiLiftPW-3 Force/moment DATA SUBMITTAL FORM Case 2c (Version 1), March 2017
#
#   CASE 2c is a required nacelle-ON run of the JSM configuration
#   Six ALPHAs are required: 4.36, 10.47, 14.54, 18.58, 20.59, and 21.57.
#   This case can be run fully turbulent or with forced transition or with a transition prediction method.
#
#       NOMENCLATURE:
#              ALPHA:	Angle of attack, deg.
#                  N:   Total number of grid points (node-centered code) or grid cells (cell-centered code)
#                 CL:	Coefficient of lift (total)
#                 CD:	Coefficient of drag (total)
#                 CM:	Coefficient of pitching moment about moment reference center (MRC) (total)
#              VARCL:   Oscillation/variation magnitude in CL (CLmax-CLmin)/2; enter 0 if converged to steady-state
#              VARCD:   Oscillation/variation magnitude in CD (CDmax-CDmin)/2; enter 0 if converged to steady-state
#              VARCM:   Oscillation/variation magnitude in CM (CMmax-CMmin)/2; enter 0 if converged to steady-state
#                 DT:   nondimensional time step if run time-accurately (dt*U_freestream/MAC);
#                         enter -1 if run in steady-state mode (non-time-accurately)
#
#                MAC:   Mean aerodynamic chord = 529.2 mm
#
#                XXX:	Participant ID (To be assigned by HiLiftPW workshop committee)
#
#    FLOW CONDITIONS:
#                 Mach Number: 0.172
#             Reynolds Number: 1.93 million (based on MAC)
#             Freestream Temp: 551.79 R (=33.40 C = 92.12 F)
#  Freestream Static Pressure: 747.70 mmHg (= 14.458 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. If optional data is NOT provided, please fill data fields with a numerical value of "-999" 
#                     4. If not converged to steady-state, give approximate mean values of CL, CD, and CM 
#                        along with VARCL, VARCD, and VARCM, such that (e.g.) CL +- VARCL describes the variation
#
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

TITLE = "XXX"

VARIABLES = "ALPHA" "N" "CL" "CD" "CM" "VARCL" "VARCD" "VARCM" "DT"

ZONE T="XXX case2c medium with nacelle"
 4.36 -999    -999 -999 -999   -999 -999 -999   -999
10.47 -999    -999 -999 -999   -999 -999 -999   -999
14.54 -999    -999 -999 -999   -999 -999 -999   -999
18.58 -999    -999 -999 -999   -999 -999 -999   -999
20.59 -999    -999 -999 -999   -999 -999 -999   -999
21.57 -999    -999 -999 -999   -999 -999 -999   -999