- 506
- Italy
Hi guys and Happy New year!
I have an issue with the ks_ferrari_488_gt3:
As you can see the LCD screen mirror doesn't work.
I tried deactivating CSP features. I tried adding the line:
[REAL_MIRROR_1]
IS_MONITOR=1
inside the ext_config.ini of the extension folder I have in the root of the car.
I tried changing PPFilter.
I asked a friend to zip me his folder and overwrite the data file and LODA.
I also noticed there's an automatically loaded ks_ferrari_488_gt3.ini inside assettocorsa\extension\config\cars\loaded with a long code about LCD mirror. But if there's an error inside the code, if I delete it, it keeps on loading it...
Any idea how to solve this, before checking the files via Steam as last resource? I have no idea.
UPDATE!
I deleted the code about the internal LCD mirror inside the ini file in assettocorsa\extension\config\cars\loaded and it works!!!
Would be cool to find out what part of that long code is wrong...
I have an issue with the ks_ferrari_488_gt3:
As you can see the LCD screen mirror doesn't work.
I tried deactivating CSP features. I tried adding the line:
[REAL_MIRROR_1]
IS_MONITOR=1
inside the ext_config.ini of the extension folder I have in the root of the car.
I tried changing PPFilter.
I asked a friend to zip me his folder and overwrite the data file and LODA.
I also noticed there's an automatically loaded ks_ferrari_488_gt3.ini inside assettocorsa\extension\config\cars\loaded with a long code about LCD mirror. But if there's an error inside the code, if I delete it, it keeps on loading it...
Any idea how to solve this, before checking the files via Steam as last resource? I have no idea.
UPDATE!
I deleted the code about the internal LCD mirror inside the ini file in assettocorsa\extension\config\cars\loaded and it works!!!
Would be cool to find out what part of that long code is wrong...
; For demonstration purposes let’s replace interior rear view mirror with a mirror with extra features:
; Hide original mirror mesh
[SHADER_REPLACEMENT_...]
MESHES = Extra_Mirror_SUB1
LAYER = 10
ACTIVE = $" read('csp/version', 0) >= 1709 "
; Create a new mirror mesh
[INCLUDE: common/displays.ini]
[DisplayShape]
MeshName = __mirror_display_mesh
ScreenScale = 256
ScreenAspectRatio = 0.5
MatrixType = TN
TreatTextureAsHDR = 1
P1 = -0.033037, 0.853015, 1.069863 ; four corners of new mirror
P2 = -0.109149, 0.844854, 1.013162 ; hold alt and click with objects inspector to get in-car coordinate
P3 = -0.109451, 0.773587, 1.023871 ; pro tip: with 0.1.76, hold Shift to get six digits after the delimiter
P4 = -0.033524, 0.781760, 1.080841
; And create dynamic texture. New mirror is going to have two modes, mirror with overlay and ABS/TC/brake bias control
[SCRIPTABLE_DISPLAY_...]
MESHES = __mirror_display_mesh
RESOLUTION = 512, 512
DISPLAY_POS = 0, 0
DISPLAY_SIZE = 512, 512
SKIP_FRAMES = 0 ; high refresh rate, it’s a mirror in a racing car after all (don’t use it for other displays though)
SCRIPT = '
-- Buttons on display
local displayMesh = display.interactiveMesh{ mesh = "Extra_Mirror_SUB0", resolution = vec2(512, 128) }
local btnModeSwitch = displayMesh.clicked(vec2(200, 7), vec2(45, 26))
local btnMenu = displayMesh.clicked(vec2(254, 7), vec2(45, 26))
local btnMinus = displayMesh.clicked(vec2(308, 7), vec2(45, 26), 0.15)
local btnPlus = displayMesh.clicked(vec2(363, 7), vec2(45, 26), 0.15)
local btnFasterMinus = displayMesh.clicked(vec2(308, 7), vec2(45, 26), 0.05)
local btnFasterPlus = displayMesh.clicked(vec2(363, 7), vec2(45, 26), 0.05)
local btnTurnOff = displayMesh.clicked(vec2(418, 7), vec2(45, 26))
-- Each mode will be drawn by its own function. Here is a function for mirror mode:
local brightnessMult = 1
local selectedOverlay = 1
local updateDelay = 0
local overlayText = ""
function modeMirror(dt)
-- Enable real mirror in this mode
ac.pauseRealMirror(1, false)
-- Firsly, draw mirror texture across whole thing
display.mirror{
pos = vec2(),
size = vec2(512, 512),
color = rgb(brightnessMult, brightnessMult, brightnessMult),
mirrorIndex = 1, -- for rear mirrors, specifices position of which mirror to use. 0 is for the leftmost
uvStart = vec2(0.343, 0), -- these coords are used only if real mirrors are disabled
uvEnd = vec2(0.658, 1) -- good thing to switch real mirrors on and off to make sure it all matches
}
-- And let’s just put current speed in the top left corner
if updateDelay <= 0 then
updateDelay = 0.5
overlayText = selectedOverlay == 1 and string.format("%.1f km/h", car.speedKmh)
or selectedOverlay == 2 and string.format("%.1f l", car.fuel)
or selectedOverlay == 3 and string.format("%.1f C", car.waterTemperature)
else
updateDelay = updateDelay - dt
end
display.text{
text = overlayText,
pos = vec2(40, 408),
color = rgb(0, 0, 0),
letter = vec2(24, 64),
font = "aria",
width = 432,
alignment = 1,
spacing = -6
}
if btnPlus() then brightnessMult = math.min(brightnessMult + 0.1, 1.2) end
if btnMinus() then brightnessMult = math.max(brightnessMult - 0.1, 0) end
if btnMenu() then
selectedOverlay = selectedOverlay + 1
if selectedOverlay == 4 then
selectedOverlay = 1
end
end
end
-- Second mode for customizing ABS and brake bias
local selectedItem = 1
function modeConfig(dt)
-- Disable real mirror in this mode
ac.pauseRealMirror(1, true)
local colorSelected = rgb(0, 0, 0)
local colorNotSelected = rgb(1, 1, 1)
if btnMenu() then
selectedItem = selectedItem == 1 and 2 or 1
end
display.rect{
pos = vec2(0, 40 + (selectedItem - 1) * 140),
size = vec2(512, 140),
color = rgb(0.2, 0.2, 0.2)
}
display.text{
text = car.absMode == 0 and "ABS: disabled" or string.format("ABS: %d/12", car.absMode),
pos = vec2(40, 70),
letter = vec2(24, 64),
color = rgb(1, 1, 1),
font = "aria",
}
display.horizontalBar{
pos = vec2(40, 70+68),
size = vec2(432, 8),
delta = 6,
activeColor = rgb(1, 1, 1),
inactiveColor = rgb(0.2, 0, 0),
total = 12,
active = car.absMode
}
local range = car.brakesBiasLimitUp - car.brakesBiasLimitDown
display.text{
text = string.format("Brake bias: %.1f%%", car.brakeBias * 100),
pos = vec2(40, 210),
letter = vec2(24, 64),
color = rgb(1, 1, 1),
font = "aria",
}
display.horizontalBar{
pos = vec2(40, 210+68),
size = vec2(432, 8),
delta = 1,
activeColor = rgb(1, 1, 1),
inactiveColor = rgb(0.2, 0, 0),
total = math.ceil(range / car.brakesBiasStep),
active = math.ceil((car.brakeBias - car.brakesBiasLimitDown) / car.brakesBiasStep)
}
if selectedItem == 1 then
if btnMinus() and car.absMode > 0 then ac.setABS(car.absMode - 1) end
if btnPlus() then ac.setABS(car.absMode + 1) end
else
if btnFasterMinus() then ac.setBrakeBias(car.brakeBias - car.brakesBiasStep) end
if btnFasterPlus() then ac.setBrakeBias(car.brakeBias + car.brakesBiasStep) end
end
end
-- Storing current mode in variable
local currentMode = modeMirror
local isTurnedOff = false
function update(dt)
if btnModeSwitch() then
currentMode = currentMode == modeMirror and modeConfig or modeMirror
isTurnedOff = false
end
if btnTurnOff() then
isTurnedOff = not isTurnedOff
end
if isTurnedOff then
ac.pauseRealMirror(1, true)
currentMode = modeMirror
else
currentMode(dt)
end
end'
; Hide original mirror mesh
[SHADER_REPLACEMENT_...]
MESHES = Extra_Mirror_SUB1
LAYER = 10
ACTIVE = $" read('csp/version', 0) >= 1709 "
; Create a new mirror mesh
[INCLUDE: common/displays.ini]
[DisplayShape]
MeshName = __mirror_display_mesh
ScreenScale = 256
ScreenAspectRatio = 0.5
MatrixType = TN
TreatTextureAsHDR = 1
P1 = -0.033037, 0.853015, 1.069863 ; four corners of new mirror
P2 = -0.109149, 0.844854, 1.013162 ; hold alt and click with objects inspector to get in-car coordinate
P3 = -0.109451, 0.773587, 1.023871 ; pro tip: with 0.1.76, hold Shift to get six digits after the delimiter
P4 = -0.033524, 0.781760, 1.080841
; And create dynamic texture. New mirror is going to have two modes, mirror with overlay and ABS/TC/brake bias control
[SCRIPTABLE_DISPLAY_...]
MESHES = __mirror_display_mesh
RESOLUTION = 512, 512
DISPLAY_POS = 0, 0
DISPLAY_SIZE = 512, 512
SKIP_FRAMES = 0 ; high refresh rate, it’s a mirror in a racing car after all (don’t use it for other displays though)
SCRIPT = '
-- Buttons on display
local displayMesh = display.interactiveMesh{ mesh = "Extra_Mirror_SUB0", resolution = vec2(512, 128) }
local btnModeSwitch = displayMesh.clicked(vec2(200, 7), vec2(45, 26))
local btnMenu = displayMesh.clicked(vec2(254, 7), vec2(45, 26))
local btnMinus = displayMesh.clicked(vec2(308, 7), vec2(45, 26), 0.15)
local btnPlus = displayMesh.clicked(vec2(363, 7), vec2(45, 26), 0.15)
local btnFasterMinus = displayMesh.clicked(vec2(308, 7), vec2(45, 26), 0.05)
local btnFasterPlus = displayMesh.clicked(vec2(363, 7), vec2(45, 26), 0.05)
local btnTurnOff = displayMesh.clicked(vec2(418, 7), vec2(45, 26))
-- Each mode will be drawn by its own function. Here is a function for mirror mode:
local brightnessMult = 1
local selectedOverlay = 1
local updateDelay = 0
local overlayText = ""
function modeMirror(dt)
-- Enable real mirror in this mode
ac.pauseRealMirror(1, false)
-- Firsly, draw mirror texture across whole thing
display.mirror{
pos = vec2(),
size = vec2(512, 512),
color = rgb(brightnessMult, brightnessMult, brightnessMult),
mirrorIndex = 1, -- for rear mirrors, specifices position of which mirror to use. 0 is for the leftmost
uvStart = vec2(0.343, 0), -- these coords are used only if real mirrors are disabled
uvEnd = vec2(0.658, 1) -- good thing to switch real mirrors on and off to make sure it all matches
}
-- And let’s just put current speed in the top left corner
if updateDelay <= 0 then
updateDelay = 0.5
overlayText = selectedOverlay == 1 and string.format("%.1f km/h", car.speedKmh)
or selectedOverlay == 2 and string.format("%.1f l", car.fuel)
or selectedOverlay == 3 and string.format("%.1f C", car.waterTemperature)
else
updateDelay = updateDelay - dt
end
display.text{
text = overlayText,
pos = vec2(40, 408),
color = rgb(0, 0, 0),
letter = vec2(24, 64),
font = "aria",
width = 432,
alignment = 1,
spacing = -6
}
if btnPlus() then brightnessMult = math.min(brightnessMult + 0.1, 1.2) end
if btnMinus() then brightnessMult = math.max(brightnessMult - 0.1, 0) end
if btnMenu() then
selectedOverlay = selectedOverlay + 1
if selectedOverlay == 4 then
selectedOverlay = 1
end
end
end
-- Second mode for customizing ABS and brake bias
local selectedItem = 1
function modeConfig(dt)
-- Disable real mirror in this mode
ac.pauseRealMirror(1, true)
local colorSelected = rgb(0, 0, 0)
local colorNotSelected = rgb(1, 1, 1)
if btnMenu() then
selectedItem = selectedItem == 1 and 2 or 1
end
display.rect{
pos = vec2(0, 40 + (selectedItem - 1) * 140),
size = vec2(512, 140),
color = rgb(0.2, 0.2, 0.2)
}
display.text{
text = car.absMode == 0 and "ABS: disabled" or string.format("ABS: %d/12", car.absMode),
pos = vec2(40, 70),
letter = vec2(24, 64),
color = rgb(1, 1, 1),
font = "aria",
}
display.horizontalBar{
pos = vec2(40, 70+68),
size = vec2(432, 8),
delta = 6,
activeColor = rgb(1, 1, 1),
inactiveColor = rgb(0.2, 0, 0),
total = 12,
active = car.absMode
}
local range = car.brakesBiasLimitUp - car.brakesBiasLimitDown
display.text{
text = string.format("Brake bias: %.1f%%", car.brakeBias * 100),
pos = vec2(40, 210),
letter = vec2(24, 64),
color = rgb(1, 1, 1),
font = "aria",
}
display.horizontalBar{
pos = vec2(40, 210+68),
size = vec2(432, 8),
delta = 1,
activeColor = rgb(1, 1, 1),
inactiveColor = rgb(0.2, 0, 0),
total = math.ceil(range / car.brakesBiasStep),
active = math.ceil((car.brakeBias - car.brakesBiasLimitDown) / car.brakesBiasStep)
}
if selectedItem == 1 then
if btnMinus() and car.absMode > 0 then ac.setABS(car.absMode - 1) end
if btnPlus() then ac.setABS(car.absMode + 1) end
else
if btnFasterMinus() then ac.setBrakeBias(car.brakeBias - car.brakesBiasStep) end
if btnFasterPlus() then ac.setBrakeBias(car.brakeBias + car.brakesBiasStep) end
end
end
-- Storing current mode in variable
local currentMode = modeMirror
local isTurnedOff = false
function update(dt)
if btnModeSwitch() then
currentMode = currentMode == modeMirror and modeConfig or modeMirror
isTurnedOff = false
end
if btnTurnOff() then
isTurnedOff = not isTurnedOff
end
if isTurnedOff then
ac.pauseRealMirror(1, true)
currentMode = modeMirror
else
currentMode(dt)
end
end'
Last edited:
