Hi guys,
I believe there something wrong with my equation formula
rpmgaugehinge.TargetAngle =- math.clamp(config.MinRPM + ((config.MinRPM / 5) * currentspeed.Value * config.D1ratio) / -11.15, -270, 0)
the answer to this would be -75 degrees
However, instead it goes to 500
I think I see the problem, you just forgot a parenthesis at the very start of your equation, which completely changed your answer from -75, to around 579. I think I fixed it here:
rpmgaugehinge.TargetAngle =- math.clamp((config.MinRPM + (config.MinRPM / 5) * currentspeed.Value * config.D1ratio) / -11.15, -270, 0)
tried this,
the rpm goes into -500 rpm if the throttle is 0
if the throttle is 1 then it goes back to 0
It should work in theory. Did you change any of the variables? Like config.MinRPM, etc.
the minimum rpm is at 600 since
Wait, why does it say 500 in the screenshot? Do you change it later on in the script or something?
oops sorry, I thought it was at 600,
even if at 600 it still does weird stuff
Just curious, can I see your entire code? It’ll be really helpful.
local connection = script.Parent.Value.Value
local config = require(connection:WaitForChild("config"))
local rpmgauge = connection.Misc["rpm gauge"]
local speedgauge = connection.Misc["Speed gauge"]
local currentspeed = connection.GUI.Values.currentspeed
local rpmvalue = connection.GUI.Values.rpm
local speedgaugehinge = speedgauge.Hinge.HingeConstraint
local rpmgaugehinge = rpmgauge.Hinge.HingeConstraint
local minrpm = config.MinRPM * 0.09
local UIS = game:GetService("UserInputService")
local tweenservice = game:GetService("TweenService")
game["Run Service"].Stepped:Connect(function()
if connection.GUI.Values.IsDriving.Value == false then
rpmgaugehinge.TargetAngle = 0
end
if connection.GUI.Values.gear.Value == "N" and connection.VehicleSeat.ThrottleFloat == 1 then
rpmgaugehinge.TargetAngle = rpmgaugehinge.TargetAngle - 5
elseif connection.GUI.Values.gear.Value == "N" and connection.VehicleSeat.ThrottleFloat == 0 then
rpmgaugehinge.TargetAngle = rpmgaugehinge.TargetAngle + 5
end
if rpmgaugehinge.TargetAngle > 0 then
rpmgaugehinge.TargetAngle = 0
end
if connection.GUI.Values.IsDriving.Value == true and rpmgaugehinge.TargetAngle < -minrpm and connection.GUI.Values.gear.Value == "N" and connection.VehicleSeat.ThrottleFloat == 0 then
rpmgaugehinge.TargetAngle = -minrpm
end
if connection.GUI.Values.IsDriving.Value == true and rpmgaugehinge.TargetAngle < -minrpm and connection.GUI.Values.gear.Value == "D1" and connection.VehicleSeat.ThrottleFloat == 0 then
rpmgaugehinge.TargetAngle = -minrpm
end
if rpmgaugehinge.TargetAngle < -270 then
rpmgaugehinge.TargetAngle = -270
end
script.Parent.cargui.rpm.Text = "RPM:"..rpmvalue.Value
if currentspeed.Value < -1 then
rpmgaugehinge.TargetAngle =- math.clamp((config.MinRPM + ((config.MinRPM / 5) * currentspeed.Value * config.Rratio) / -11.15), -270, 1110)
elseif currentspeed.Value > 1 and currentspeed.Value < config.D1 then
rpmgaugehinge.TargetAngle =- math.clamp((config.MinRPM + ((config.MinRPM / 5) * currentspeed.Value * config.D1ratio) / -11.15), -270, 1110)
elseif currentspeed.Value > config.D1 and currentspeed.Value < config.D2 then
rpmgaugehinge.TargetAngle =- math.clamp((config.MinRPM + ((config.MinRPM / 5) * currentspeed.Value * config.D2ratio) / -11.15), -270, 1110)
elseif currentspeed.Value > config.D2 and currentspeed.Value < config.D3 then
rpmgaugehinge.TargetAngle =- math.clamp((config.MinRPM + ((config.MinRPM / 5) * currentspeed.Value * config.D3ratio) / -11.15), -270, 1110)
elseif currentspeed.Value > config.D3 and currentspeed.Value < config.D4 then
rpmgaugehinge.TargetAngle =- math.clamp((config.MinRPM + ((config.MinRPM / 5) * currentspeed.Value * config.D4ratio) / -11.15), -270, 1110)
elseif currentspeed.Value > config.D4 and currentspeed.Value < config.D5 then
rpmgaugehinge.TargetAngle =- math.clamp((config.MinRPM + ((config.MinRPM / 5) * currentspeed.Value * config.D5ratio) / -11.15), -270, 1110)
end
if connection.VehicleSeat.ThrottleFloat == 1 then
if currentspeed.Value < -1 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMpeak + ((config.RPMpeak / 10) * currentspeed.Value * config.Rratio) / -11.15, -270, 1110)
elseif currentspeed.Value > 1 and currentspeed.Value < config.D1 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMpeak + ((config.RPMpeak / 10) * currentspeed.Value * config.D1ratio) / -11.15, -270, 1110)
elseif currentspeed.Value > config.D1 and currentspeed.Value < config.D2 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMpeak + ((config.RPMpeak / 10) * currentspeed.Value * config.D2ratio) / -11.15, -270, 1110)
elseif currentspeed.Value > config.D2 and currentspeed.Value < config.D3 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMpeak + ((config.RPMpeak / 10) * currentspeed.Value * config.D3ratio) / -11.15, -270, 1110)
elseif currentspeed.Value > config.D3 and currentspeed.Value < config.D4 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMpeak + ((config.RPMpeak / 10) * currentspeed.Value * config.D4ratio) / -11.15, -270, 1110)
elseif currentspeed.Value > config.D4 and currentspeed.Value < config.D5 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMpeak + ((config.RPMpeak / 10) * currentspeed.Value * config.D5ratio) / -11.15, -270, 1110)
end
end
if connection.VehicleSeat.ThrottleFloat == 1 and UIS:IsKeyDown(Enum.KeyCode.LeftShift) then
if currentspeed.Value < -1 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMboost + ((config.RPMboost / 10) * currentspeed.Value * config.Rratio) / -11.15, -270, 1110)
elseif currentspeed.Value > 1 and currentspeed.Value < config.D1 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMboost + ((config.RPMboost / 10) * currentspeed.Value * config.D1ratio) / -11.15, -270, 1110)
elseif currentspeed.Value > config.D1 and currentspeed.Value < config.D2 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMboost + ((config.RPMboost / 10) * currentspeed.Value * config.D2ratio) / -11.15, -270, 1110)
elseif currentspeed.Value > config.D2 and currentspeed.Value < config.D3 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMboost + ((config.RPMboost / 10) * currentspeed.Value * config.D3ratio) / -11.15, -270, 1110)
elseif currentspeed.Value > config.D3 and currentspeed.Value < config.D4 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMboost + ((config.RPMboost / 10) * currentspeed.Value * config.D4ratio) / -11.15, -270, 1110)
elseif currentspeed.Value > config.D4 and currentspeed.Value < config.D5 then
rpmgaugehinge.TargetAngle =- math.clamp(config.RPMboost + ((config.RPMboost / 10) * currentspeed.Value * config.D5ratio) / -11.15, -270, 1110)
end
end
rpmvalue.Value = rpmgaugehinge.CurrentAngle * 11.15
rpmgaugehinge.TargetAngle = rpmgaugehinge.TargetAngle * -1
--rpmgaugehinge.TargetAngle = math.clamp(-rpmvalue.Value/ 11.15, -270, 0)
speedgaugehinge.TargetAngle = math.clamp(currentspeed.Value * -1.6875, -270, 0) -- MAX SPEEDOMETER 160
end)
In rpmgaugehinge.TargetAngle =- math.clamp((config.MinRPM + ((config.MinRPM / 5) * currentspeed.Value * config.D1ratio) / -11.15), -270, 1110), what is the 1110 for? Just wondering, as the original code you had say it was 0.
i changed it to see if the number would go positive or negative range
If you print rpmgaugehinge.TargetAngle, will it be limited to -270 and 1110? Also, is this in a local script? I did some research and it said CurrentAngle only works in a local script.
yes probably.
yes its in a local script.