[공략/팁] [휠세팅]피시 유저분들에게 ffb_custom_settings 하나 추천드려요

[파워매니저]

포스피드백 커스텀 파일은 잭스페이드 파일이 유명해서 아시는 분도 많으실 듯 해요.

최근에 다른 분이 만든 커스텀 파일이 하나 올라와서 소개해 봅니다.

특징은 잭스페이드 각각 파일의 장점만을 선택해 강화한 느낌입니다.

잭스페이드는 연석이 강조되면 노면이 약하거나 또는 그 반대였죠.

이 파일은 연석 노면 피드백 모두 강조됨에도 클리핑이 없습니다.

피시 유저분들은 데모로라도 꼭 한번 체험해보시길 권합니다.

제작자는 T300/TX 용으로 만들었지만 제 G27에서도 잘 작동했습니다. 

비유하자면 고무장갑끼고 빨래하다가 맨손 빨래하는 느낌입니다.ㅎ

1. v0.91을 다운로드합니다. https://drive.google.com/open?id=1ftF... 

2. 파일 이름을 ffb_custom_settings.txt로 바꿉니다.

3. 그리고 아래의 위치에 붙여넣습니다. (기존파일은 백업)

4. 게임 내 '포스피드백' 옵션에 들어가 플레이버를 '커스텀'으로 변경합니다.

5. 게인/볼륨/톤/FX는 취향에 맞게 설정합니다. (기본:100/50/50/50, 본인:100/43/100/50) 

[파워매니저]

######################################################
# NAME: Nicsos123 - T300/TX v0.91
# youtube.com/Nicsos123

# Volume ---------------------------------------------
(raw_volume (blend volume 0.0 2.0))

# Spindle Scales -------------------------------------
(Fx_scale raw_volume)
(Fy_scale (* tone 2.0 raw_volume))
(Fz_scale raw_volume)
(Mz_scale (* (+ (* tone -1.0) 1.0) 2.0 raw_volume))

# Stand_Wheel_Force ----------------------------------
(swf 0.35)
(stand_force (* (crossover vel_mag 0.0 1.0) swf))
(drive_force (crossover vel_mag 0.0 1.0))
(Fx_scale (* Fx_scale (+ (- swf stand_force) drive_force)))
(Mz_scale (* Mz_scale (+ (- swf stand_force) drive_force)))

# Spindle Arm ----------------------------------------
(arm_angle 15.0))
(left_scale (linkage 1.0 -1.0))
(right_scale (linkage 1.0 1.0))

# Rack -----------------------------------------------
(Fx (+ (* left_scale FL_Fx) (* right_scale FR_Fx)))
(Fy (+ (* left_scale FL_Fy) (* right_scale FR_Fy)))
(Fz (+ (* left_scale FL_Fz) (* right_scale FR_Fz)))
(Mz (+ (* left_scale FL_Mz) (* right_scale FR_Mz)))
(output (+ (* Fx_scale Fx) (* Fy_scale Fy) (* Fz_scale Fz) (* Mz_scale Mz)))

#(output (compressor output threshold ratio attack release))

(output (compressor output (* 0.83) (* 2.0) (* 0.04) (* 0.02)))

(output (* 2.4 volume output))

# Lock Stops -----------------------------------------
(stops (bumpstop output 0.1 1.0 0.1 0.0))
(output (+ output (* stops device_lock_stop)))

# Jerk Based Road Feel Front -------------------------
(FL_road (* FL_load 1.0))
(FL_road (jerk FL_road))
(FL_road (* FL_road (abs FL_angvel)))

(FL_road_tx (* (+ 0.5 FL_road) 0.2))

(FR_road (* FR_load -1.0))
(FR_road (jerk FR_road))
(FR_road (* FR_road (abs FR_angvel)))

(FR_road_tx (* (+ 0.5 FR_road) 0.2))

(FL_brk (* FL_long 1.0))
(FL_brk (jerk FL_brk))
(FL_brk (* FL_brk (abs FL_angvel)))

(FR_brk (* FR_long -1.0))
(FR_brk (jerk FR_brk))
(FR_brk (* FR_brk (abs FR_angvel)))

(FL_crnr (* FL_lat 1.0))
(FL_crnr (jerk FL_crnr))
(FL_crnr (* FL_crnr (abs FL_angvel)))

(FR_crnr (* FR_lat -1.0))
(FR_crnr (jerk FR_crnr))
(FR_crnr (* FR_crnr (abs FR_angvel)))

# Jerk Based Road Feel Rear --------------------------
(RL_road (* RL_load 1.0))
(RL_road (jerk RL_road))
(RL_road (* RL_road (abs RL_angvel)))

(RL_road_tx (* (+ 0.5 RL_road) 0.2))

(RR_road (* RR_load -1.0))
(RR_road (jerk RR_road))
(RR_road (* RR_road (abs RR_angvel)))

(RR_road_tx (* (+ 0.5 RR_road) 0.2))

(RL_brk (* RL_long 1.0))
(RL_brk (jerk RL_brk))
(RL_brk (* RL_brk (abs RL_angvel)))

(RR_brk (* RR_long -1.0))
(RR_brk (jerk RR_brk))
(RR_brk (* RR_brk (abs RR_angvel)))

(RL_crnr (* RL_lat 1.0))
(RL_crnr (jerk RL_crnr))
(RL_crnr (* RL_crnr (abs RL_angvel)))

(RR_crnr (* RR_lat -1.0))
(RR_crnr (jerk RR_crnr))
(RR_crnr (* RR_crnr (abs RR_angvel)))

# Bump Front -----------------------------------------
(FL_bump_period (+ (* 0.4 FL_bump_kerb) (* 0.1 FL_bump_track)))
(FL_bump_amplitude (+ (* 0.4 FL_bump_kerb) (* 0.06 FL_bump_track)))
(FL_bump_sharpness 0.99)
(inv_period (/ 1.0 (+ FL_bump_period 0.001)))
(dphase (* FL_vel_x dt inv_period))
(FL_bump (oscillator dphase))
(FL_bump (scoop FL_bump FL_bump_sharpness 0.95))
(FL_bump (* FL_bump FL_load FL_bump_amplitude FL_angvel))
(FL_bump (split FL_bump 0.0 1.0 0.0 0.4 0.02))

(FR_bump_period (+ (* 0.4 FR_bump_kerb) (* 0.1 FR_bump_track)))
(FR_bump_amplitude (+ (* 0.4 FR_bump_kerb) (* 0.06 FR_bump_track)))
(FR_bump_sharpness 0.99)
(inv_period (/ 1.0 (+ FR_bump_period 0.001)))
(dphase (* FR_vel_x dt inv_period))
(FR_bump (oscillator dphase))
(FR_bump (scoop FR_bump FR_bump_sharpness 0.95))
(FR_bump (* FR_bump FR_load FR_bump_amplitude FR_angvel))
(FR_bump (split FR_bump 0.0 1.0 0.0 0.4 0.02))

# Bump Rear ------------------------------------------
(RL_bump_period (+ (* 0.4 RL_bump_kerb) (* 0.1 RL_bump_track)))
(RL_bump_amplitude (+ (* 0.4 RL_bump_kerb) (* 0.06 RL_bump_track)))
(RL_bump_sharpness 0.99)
(inv_period (/ 1.0 (+ RL_bump_period 0.001)))
(dphase (* RL_vel_x dt inv_period))
(RL_bump (oscillator dphase))
(RL_bump (scoop RL_bump RL_bump_sharpness 0.95))
(RL_bump (* RL_bump RL_load RL_bump_amplitude RL_angvel))
(RL_bump (split RL_bump 0.0 1.0 0.0 0.4 0.02))

(RR_bump_period (+ (* 0.4 RR_bump_kerb) (* 0.1 RR_bump_track)))
(RR_bump_amplitude (+ (* 0.4 RR_bump_kerb) (* 0.06 RR_bump_track)))
(RR_bump_sharpness 0.99)
(inv_period (/ 1.0 (+ RR_bump_period 0.001)))
(dphase (* RR_vel_x dt inv_period))
(RR_bump (oscillator dphase))
(RR_bump (scoop RR_bump RR_bump_sharpness 0.95))
(RR_bump (* RR_bump RR_load RR_bump_amplitude RR_angvel))
(RR_bump (split RR_bump 0.0 1.0 0.0 0.4 0.02))

# Scrub Front ----------------------------------------
(FL_scrub (soft_clip FL_scrub 1.3 0.0))
(FL_scrub (scoop FL_scrub 0.8 0.999))
(FL_scrub (* (* FL_scrub 1.0) (oscillator 1.2)))
(FL_scrub (* (* FL_scrub 0.5) (oscillator 0.85)))
(FR_scrub (soft_clip FR_scrub 1.3 0.0))
(FR_scrub (scoop FR_scrub 0.8 0.999))
(FR_scrub (* (* FL_scrub 1.0) (oscillator 1.2)))
(FR_scrub (* (* FR_scrub 0.5) (oscillator 0.85)))

# Scrub Rear -----------------------------------------
(RL_scrub (soft_clip RL_scrub 1.6 0.0))
(RL_scrub (scoop RL_scrub 0.8 0.999))
(RL_scrub (* RL_scrub (oscillator 1.1)))
(RL_scrub (* (* RL_scrub 0.4) (oscillator 0.80)))
(RR_scrub (soft_clip RR_scrub 1.6 0.0))
(RR_scrub (scoop RR_scrub 0.8 0.999))
(RR_scrub (* RR_scrub (oscillator 1.1)))
(RR_scrub (* (* RR_scrub 0.4) (oscillator 0.80)))

# Texture --------------------------------------------
(road_scale (* 0.0004 1.0))
(road_tx_scale (* 0.00009 2.0))
(brk_scale 0.0000001)
(bump_scale (* 0.24 1.0))
(scrub_scale (* 14.0 1.0))
(tex_k 20000.0)
(tex_d 1.0)

(FL_tex (+ (split (* road_scale FL_road) 1.0 0.6 0.01 0.2 0.1) (* brk_scale FL_brk) (* brk_scale FL_crnr) (* bump_scale FL_bump) (* scrub_scale FL_scrub)))
(FL_tex (split FL_tex 0.0 1.0 1.0 2.0 0.01))
(FL_tex (spring FL_tex tex_k tex_d 1.0))
(FL_tex (+ FL_tex (* (spring (split (* road_tx_scale FL_road_tx) 1.0 0.0 0.0 0.2 0.0) 0.0 0.5) 0.5)))

(FR_tex (+ (split (* road_scale FR_road) 1.0 0.6 0.01 0.2 0.1) (* brk_scale FR_brk) (* brk_scale FR_crnr) (* bump_scale FR_bump) (* scrub_scale FR_scrub)))
(FR_tex (split FR_tex 0.0 1.0 1.0 2.0 0.01))
(FR_tex (spring FR_tex tex_k tex_d 1.0))
(FR_tex (+ FR_tex (* (spring (split (* road_tx_scale FR_road_tx) 1.0 0.0 0.0 0.2 0.0) 0.0 0.5) 0.5)))

(RL_tex (+ (split (* road_scale RL_road) 1.0 0.6 0.01 0.2 0.1) (* brk_scale RL_brk) (* brk_scale RL_crnr) (* bump_scale RL_bump) (* scrub_scale RL_scrub)))
(RL_tex (split RL_tex 0.0 1.0 1.0 2.0 0.01))
(RL_tex (spring RL_tex tex_k tex_d 1.0))
(RL_tex (+ RL_tex (* (spring (split (* road_tx_scale RL_road_tx) 1.0 0.0 0.0 0.2 0.0) 0.0 0.5) 0.5)))

(RR_tex (+ (split (* road_scale RR_road) 1.0 0.6 0.01 0.2 0.1) (* brk_scale RR_brk) (* brk_scale RR_crnr) (* bump_scale RR_bump) (* scrub_scale RR_scrub)))
(RR_tex (split RR_tex 0.0 1.0 1.0 2.0 0.01))
(RR_tex (spring RR_tex tex_k tex_d 1.0))
(RR_tex (+ RR_tex (* (spring (split (* road_tx_scale RR_road_tx) 1.0 0.0 0.0 0.2 0.0) 0.0 0.5) 0.5)))

(tex (+ FL_tex FR_tex RL_tex RR_tex))

(tex (* tex track_road_noise device_road_noise))

(tex (soft_clip tex 1.0 0.0))

# Gearbox --------------------------------------------
(gearbox (oscillator (* (- driveshaft_core clutchshaft_core) 1.0)))
(gearbox (* gearbox gearbox_grind clutch 0.1))
(gearbox (spring gearbox 8000.0 0.2 1.0))
(gearbox (* gearbox 1.0))

(feel (+ tex gearbox))
(output (+ output (* feel fx)))

# 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)

# mass damper ---------------------------------------
(output (spring output device_mass_k 1.0 1.0))

#Deadzone Removal
(output (tighten output 0.005 0.01))

(output (relative output 1.3 0.1 0.95))

# Wheel Weight post ---------------------------------
(wheel_weight (smooth Fz 0.0))
(wheel_weight (drag wheel_weight 0.000116 0.0))
(output (+ output (* wheel_weight 1.0)))

# Engine --------------------------------------------
(engine (oscillator (* (* (+ 8.0 crankshaft) 0.0037) 0.60060)))
(car_speed (crossover vel_mag 0.0 1.0))
(engine (* (- 1.0 (* car_speed 0.37)) engine))
(output (+ output (* (* 0.1 engine) fx)))

(histogram output)

(output (hard_clip (* output gain) 1.0))

[파워매니저]

텍스트 파일 내용입니다. 굳이 해당 링크에 들어갈 필요없이 이 내용으로 txt 파일을 만드셔도 됩니다.
파일명은
ffb_custom_settings
으로...

[루리웹-5431566931]

좋은 자료 감사합니다
이런거 플포좀 지원되게 해주면 좋은데 아쉬워요 참

[lookseedo]

자료 정말 감사합니다. 방금 적용해봤는데 진동피드백이 가히 폭발적이네요 ㅎㄷㄷ
그런데 혹시 이 파일이 주행물리에도 영향을 주는가요?
기분탓인가 모르겠는데 차량그립이 엄청 쫀쫀해진것 같습니다....

[파워매니저]

그렇죠. 저도 그립 주행하면서 놀랐습니다. 주행물리는 그대로일 거에요. 포스피드백 세팅과 차량 셋업은 별개니까요. 다른 점은 직진 주행 뿐아니라 코너링할 때에도 잔진동이 보다 선명해진다는 것인데 이때문에 타이어/노면 피드백 정보를 더 받는 느낌이 들더라고요. 핸들을 더 꽉 쥐게 되면서 더 미세조절하게 유도하는 피드백이였습니다. 아마 뒷바퀴 포스피드백 효과까지 실감나게 구현해 놓은 것이 아닌가 해요.