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  • KGergo81

    újonc

    válasz AcCEsS #2105 üzenetére

    a népszerűbb custom ffb-k nekem sem jöttek be, a def+ nagyon jó, de nekem néha (főleg irányváltásoknál) túl hirtelen és úgy általában intenzív. ez a gyári custom kicsit módosítva: csak kormánymű, kivettem belőle a csillapítást, illetve növeltem a végállásnál az ellenállást. a gain kicsit erősebb kell legyen, mint def/def+ esetén (55 helyett 70), és ehhez kell LFB (0 helyett 15), nekem ez hasonlít a legjobban az AMS1 szerintem kiváló ffb-jéhez.

    ####################################################################################################################### NAME: basic# # this file gives you raw & unaltered force as integrated by physics engine # acting on steering rack of the vehicle physical model# Summing these two valuee effectievly gives you rackforce.############################################################
    ###arm_force -- equivialent of "max force at steering rack" in ams1 


    #sum fl_steering & fr_steering matrix values here#(arm_force ( + FL_tierod FR_tierod))
    #above left and right rack are axial forces in tierods. To project them to rack, multiply by respective left right below "rack proj"#FL_rack_proj#FR_rack_proj#arm force is that same thing, already done in game. If left / right need manipulation, exposed them "un projected" here.#(rack_force ( + ( * FL_tierod FL_rack_proj ) ( * FR_tierod FR_rack_proj)))# rack_force = FL_rack_left * FL_rack_proj + FR_rack_righ * FR_rack_proj
    ###########################################################

    ###Some constants###general multipliers (from ams1)(max_overall_force 11500.0)(recip_force ( / 1.0 max_overall_force))

    (mass_damper ( * M_smooth_samples 0.0))

    (arm_force_smooth ( spring arm_force 000000 0.0 mass_damper))(arm_force (if M_smooth_samples arm_force_smooth arm_force))
    #mfasr scaler(rack_scaled ( * arm_force ( / max_overall_force M_max_force_at_rack)))(rack_scaled ( * rack_scaled recip_force))(rack rack_scaled)

    ######################################################################################################################################################################PARKING LOT FORCE :)
    (parkingForce (* parkingForceMult rack))(parkingForce (* parkingForce (crossover et 0.0 5.0)))(parkingForce (* parkingForce (- 1.0 (crossover vel_mag 0.0 7.0))))
    (smth_ctrl ( crossover (abs axis_vel_int) 0.005 0.1))(smth_time ( * 0.05  ( bi_smooth smth_ctrl 0.1 0.001)))
    (parkingForce ( smooth parkingForce smth_time))

    (rack (* rack (crossover vel_mag 0.0 5.0)))(rack (+ rack parkingForce))

    (output rack)
    # Scaler as informational only, doesnt affect output -(scale_window_init 10.0)(scale_window_nominal 2.0)(scale_soft_clear_t 10.0)(scale_min 0.2)(scale_max 2.0)(scale_blend_t 2.0)(signal_scale output        1.0 1.0 1.0 1.0 1.0        0.0        0.0 0.0)            

    ##############################################################################################################(LOW FORCE BOOST)################
    (output ( lfb output 0.15))
    ############################################################################################################

    ########################################################################################################
    (doom_check output)

    #allow 30% headroom(headroom ( - 0.7 gain))(clipTo ( + 1.3 headroom))(clipTo ( if headroom 1.3 clipTo))
    (output (hard_clip output clipTo))


    (output (* output gain))
    #third info container used for output (before lockstops, after clipping and gain)(info3 (smooth output 0.7))
    #(lock_ctrl ( * 4.0 oversteer lockstop_level))#(lock_ctrl ( min 1.0 lock_ctrl ))#(lock_ctrl ( lerp lock_ctrl 0.1 ))#(output ( blend lock_ctrl output 0.0))

    (lock_spring ( - axis_lock 0.1))
    (lock_spring ( - ( abs axis_int) lock_spring))(lock_spring ( hard_clip lock_spring 0.0 0.1))
    #(info0 lock_spring)(output ( blend lock_spring output 0.0))
    (lock_spring ( * lock_spring 10.0 (signo axis_int) ))
    #(info1 lock_spring)
    #(lock_spring ( * lock_spring 0.5))#(output ( + output lock_spring))
    (ratio_scale ( / steer_ratio 10.0))(ratio_scale ( min ratio_scale 1.0))(range_base 45.0)(lockstop_range ( * range_base ratio_scale))
    (histogram output)


    #Lock Stops -----------------------------------------(stops (bumpstop output 0.1 1.0 0.1 0.0))#(output (+ output (* stops device_lock_stop)))# by Viper 07.02.2018(output (+ output (* 1.5 stops device_lock_stop)))

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