[ track ]
track_name = Le mas du clos version2.1
track_name_short = Le Mas du clos
track_num_turns = 11
track_length = 2.000m			
track_altitude = 0.0			
  ; Above, note track length given in miles,
  ; while altitude given in meters.

[ configuration_0 ]
  ; Format: dlong, start dlat, end dlat, time penalty (sec), 0 (required)
  ; 3 checkpoint minimum


[ statistics ]
reference_value = 90.3

[ ai_track ]
end_start_behavior_section = 5.000000   	; section at which race start behavior should end
merge_from_pit_line_dlong = 150.100000		; dlong at which cars leaving pits will merge to race line
pit_at_end_of_track = 1.0			; 0 if all stalls beyond s/f, 1 if not
pit_lane_end_dlong = 61.000000           	; dlong where pit lane divider ends
pit_lane_entrance_width = 110.0			; dlong width of pit lane entrance in meters
pit_lane_has_wall = 1.000000            	; 0 if no pit wall, 1 if pit wall exists
pit_lane_on_right = 1.000000            	; 0 if lane on left, 1 if on right
pit_lane_start_dlong = 3000.000000      	; base dlong for calculating transition to pit line
pit_lane_width_left = 2.700000          	; width of pit lane in meters to LEFT of PIT.LP
pit_lane_width_right = 4.100000         	; width of pit lane in meters to RIGHT of PIT.LP
start_of_pit_stalls = -33.000000  	     	; dlong where pit stalls begin
brabham_fuel_load_per_lap = 1.97		; Brabham AI fuel loading in liters per lap
brm_fuel_load_per_lap = 2.42			; BRM AI fuel loading in liters per lap
coventry_fuel_load_per_lap = 2.10		; Coventry AI fuel loading in liters per lap
eagle_fuel_load_per_lap = 2.23			; Eagle AI fuel loading in liters per lap
ferrari_fuel_load_per_lap = 2.19		; Ferrari AI fuel loading in liters per lap
lotus_fuel_load_per_lap = 2.14			; Lotus AI fuel loading in liters per lap
murasama_fuel_load_per_lap = 2.37		; Murasama AI fuel loading in liters per lap

track_dlong_sep_coeff = 0.5			; encourage somewhat closer racing
track_global_hype_scaling = 1.25		; Sets range between slowest and fastest AI.  Increase to spread field out 

[ GP ]
dlong_speed_adj_coeff = 1.140000        	; value modifies dlong velocities (i.e. RELS) in .LP  
dlong_speed_maximum = 2.70000           	; max. dlong speed (meters/tick) for .LP after all modifiers (e.g., dlong_speed_adj_coeff)

[ pit_lane_0 ]
lane_on_right = 1				; 0 if lane on left, 1 if on right
lane_has_wall = 1				; 0 if no pit wall, 1 if pit wall exists
lane_bounds_dlong = 3000 160.0			; start/end dlong of the pit lane
lane_bounds_dlat = -18 -12			; start/end dlat of the pit lane
pit_board = 8.0 102.0-100.0 100.0		; dlat of board, dlong of board, dlong LOS start, dlong LOS end (last 2 not used)

[ pit_lane_0 ]
stall_0 = 100.00 -17
stall_1 = 93 -17
stall_2 = 86 -17
stall_3 = 79 -17
stall_4 = 72 -17
stall_5 = 65 -17
stall_6 = 58 -17
stall_7 = 51 -17
stall_8 = 44 -17
stall_9 = 37 -17
stall_10 = 30 -17
stall_11 = 23 -17
stall_12 = 16 -17
stall_13 = 9 -17
stall_14 = 2 -17
stall_15 = -5 -17
stall_16 = -12 -17
stall_17 = -19 -17
stall_18 = -26 -16
stall_19 = -33 -15

[ starting_grid_0 ]
  ; 1x1 staggered grid
  ; polesitter on right
  ; track length is <3135>
  ; grid front center at <3131,  0.00>
  ; width between boxes  10.00
stall_0 = 3125 -2.50
stall_1 = 3115 2.50
stall_2 = 3105 -2.50
stall_3 = 3095  2.50
stall_4 = 3085 -2.50
stall_5 = 3075  2.50
stall_6 = 3065  -2.50
stall_7 = 3055 2.50
stall_8 = 3045 -2.50
stall_9 = 3035  2.50
stall_10 = 3025 -2.50
stall_11 = 3015 2.50
stall_12 = 3005 -2.50
stall_13 = 2995 2.50
stall_14 = 2985 -2.50
stall_15 = 2975 2.50
stall_16 = 2965 -2.50
stall_17 = 2955 2.50
stall_18 = 2945 -2.50
stall_19 = 2935 2.50