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-- View scripts
-- Copyright (C) 2004, Eagle Dynamics.
-- Don't change existing values, they are requested from Ñ++!
-- Use these indices in Snap and CockpitLocalPoint tables.
dofile("Scripts/Database/wsTypes.lua")
--dofile("./Config/viewConsumer.lua")

PlaneIndex = {
iSu_27 = 1,
iSu_33 = 2,
iSu_25 = 3,
iSu_39 = 4, -- Su-39 or Su-25T
iMiG_29 = 5,
iMiG_29K = 6,
iA_10 = 7,
iF_15 = 8,
iKA_50 = 9,
iA_10C = 11,
}
PlaneIndexByType =
{
[MiG_29] = PlaneIndex.iMiG_29,
[Su_27] = PlaneIndex.iSu_27,
[Su_33] = PlaneIndex.iSu_33,
[F_15] = PlaneIndex.iF_15,
[Su_25] = PlaneIndex.iSu_25,
[A_10A] = PlaneIndex.iA_10,
[MIG_29K] = PlaneIndex.iMiG_29K,
[Su_39] = PlaneIndex.iSu_39,
[MiG_29G] = PlaneIndex.iMiG_29,
[MiG_29C] = PlaneIndex.iMiG_29,
[Su_25T] = PlaneIndex.iSu_39,
[A_10C] = PlaneIndex.iA_10C,
[KA_50] = PlaneIndex.iKA_50,
}

function GetPlaneIndex(plane_type)
return PlaneIndexByType[plane_type] or PlaneIndex.iSu_27
end

CockpitMouse = true --false
CockpitMouseSpeedSlow = 1.0
CockpitMouseSpeedNormal = 10.0
CockpitMouseSpeedFast = 20.0
CockpitKeyboardAccelerationSlow = 5.0
CockpitKeyboardAccelerationNormal = 30.0
CockpitKeyboardAccelerationFast = 80.0
CockpitKeyboardZoomAcceleration = 300.0
DisableSnapViewsSaving = false
UseDefaultSnapViews = true
CockpitPanStepHor = 45.0
CockpitPanStepVert = 30.0
CockpitNyMove = true

CockpitHAngleAccelerateTimeMax = 0.15
CockpitVAngleAccelerateTimeMax = 0.15
CockpitZoomAccelerateTimeMax = 0.2

function checkSnapviewTable(iPlane,iKey)
local index = GetPlaneIndex(iPlane)
local snaps = DefaultSnapView.Snap
if not UseDefaultSnapViews then
snaps = Snap
end
if snaps[index] == nil then
for i = 1,13 do
snaps[index] =
{
hAngle = 0,
vAngle = -10,
viewAngle = 60,
x_trans = 0,
y_trans = 0,
z_trans = 0,
rollAngle = 0,
}
end
end
return snaps[index][iKey]
end

function GetSnapView(iPlane, iKey)
local s = checkSnapviewTable(iPlane, iKey)
return s.hAngle,
s.vAngle,
s.viewAngle,
s.x_trans,
s.y_trans,
s.z_trans,
s.rollAngle
end

function SetSnapView(iPlane, iKey, hAngle, vAngle, viewAngle,x_trans,y_trans,z_trans,rollAngle)
local s = checkSnapviewTable(iPlane, iKey)
s.hAngle = hAngle
s.vAngle = vAngle
s.viewAngle = viewAngle
s.x_trans = x_trans
s.y_trans = y_trans
s.z_trans = z_trans
s.rollAngle = rollAngle
end

function WriteSnapViews(fileName)
local file = io.open(fileName, "w")
if file then
local t = {}
if UseDefaultSnapViews then
Serialize(file,"Snap", DefaultSnapView.Snap, t)
else
Serialize(file,"Snap", Snap, t)
end
file:close()
end
end
-- Camera view angle limits {view angle min, view angle max}.

CameraViewAngleLimits = {}
CameraViewAngleLimits[Su_27] = {20.0, 120.0}
CameraViewAngleLimits[Su_33] = {20.0, 120.0}
CameraViewAngleLimits[Su_25] = {20.0, 120.0}
CameraViewAngleLimits[Su_25T] = {20.0, 120.0}
CameraViewAngleLimits[MiG_29] = {20.0, 120.0}
CameraViewAngleLimits[MIG_29K] = {20.0, 120.0}
CameraViewAngleLimits[F_15] = {20.0, 140.0}
CameraViewAngleLimits[A_10A] = {20.0, 120.0}
CameraViewAngleLimits[KA_50] = {20.0, 120.0}
CameraViewAngleLimits[A_10C] = CameraViewAngleLimits[A_10A]

function validate(tbl,itype)
return tbl[itype] or tbl[Su_27]
end

function GetCameraViewAngleLimits(iType)
local p = validate(CameraViewAngleLimits,iType)
return p[1], p[2]
end

function SetCameraViewAngleLimits(iType, viewAngMin, viewAngMax)
local p = validate(CameraViewAngleLimits,iType)
p[1] = viewAngMin
p[2] = viewAngMax
end

CameraAngleRestriction = {}
CameraAngleRestriction[Su_27] = {1,60,0.4}
CameraAngleRestriction[Su_33] = {1,60,0.4}
CameraAngleRestriction[Su_25] = {1,60,0.4}
CameraAngleRestriction[Su_25T] = {1,60,0.4}
CameraAngleRestriction[MiG_29] = {1,60,0.4}
CameraAngleRestriction[MIG_29K] = {1,60,0.4}
CameraAngleRestriction[F_15] = {1,60,0.4}
CameraAngleRestriction[A_10A] = {1,90,0.5}
CameraAngleRestriction[KA_50] = {0,60,0.4}
CameraAngleRestriction[A_10C] = {0,90,0.5}

function GetCameraAngleRestriction(iType)
local p = validate(CameraAngleRestriction,iType)
return p[1], p[2], p[3]
end


-- HUD displacement for the HUD-only view (for cockpit builders).
-- Y-axis - up/down, Z-axis - left/right, in meters. X-axis (size) not implemented yet.
HUDOnlyPoint = {}
HUDOnlyPoint[Su_27] = {0.0, 0.0, 0.0}
function GetHUDOnlyPoint(iType)
local p = validate(HUDOnlyPoint,iType)
return p[1], p[2], p[3]
end

-- HUD RGB color
HUDColor = {}
HUDColor[Su_27] = {0, 255, 0}
function GetHUDColor(iType)
local p = validate(HUDColor,iType)
return p[1], p[2], p[3]
end

function NaturalHeadMoving(tang, roll, omz)
local r = roll
if r > 90.0 then
r = 180.0 - r
elseif roll < -90.0 then
r = -180.0 - r
end
local hAngle = -0.25 * r
local vAngle = math.min(math.max(0.0, 0.4 * tang + 45.0 * omz), 90.0)
return hAngle, vAngle
end

ExternalMouse = true
ExternalMouseSpeedSlow = 1.0
ExternalMouseSpeedNormal = 5.0
ExternalMouseSpeedFast = 20.0
ExternalViewAngleMin = 3.0
ExternalViewAngleMax = 170.0
ExternalViewAngleDefault = 60.0
ExternalKeyboardZoomAcceleration = 30.0
ExternalKeyboardZoomAccelerateTimeMax = 1.0
ExplosionExpoTime = 4.0
ExternalKeyboardAccelerationSlow = 1.0
ExternalKeyboardAccelerationNormal = 10.0
ExternalKeyboardAccelerationFast = 30.0
ExternalHAngleAccelerateTimeMax = 3.0
ExternalVAngleAccelerateTimeMax = 3.0
ExternalDistAccelerateTimeMax = 3.0
ExternalHAngleLocalAccelerateTimeMax = 3.0
ExternalVAngleLocalAccelerateTimeMax = 3.0
ExternalAngleNormalDiscreteStep = 15.0/ExternalKeyboardAccelerationNormal -- When 'S' is pressed only
ChaseCameraNyMove = true
FreeCameraAngleIncrement = 3.0
FreeCameraDistanceIncrement = 200.0
FreeCameraLeftRightIncrement = 2.0
FreeCameraAltitudeIncrement = 2.0
FreeCameraScalarSpeedAcceleration = 0.1
xMinMap = -300000
xMaxMap = 500000
yMinMap = -400000
yMaxMap = 200000
dxMap = 150000
dyMap = 100000

head_roll_shaking = true
head_roll_shaking_max = 30.0
head_roll_shaking_compensation_gain = 0.3

-- CameraJiggle() and CameraFloat() functions make camera position
-- dependent on FPS so be careful in using the Shift-J command with tracks, please.
-- uncomment to use custom jiggle functions
--[[
function CameraJiggle(t,rnd1,rnd2,rnd3)
local rotX, rotY, rotZ
rotX = 0.05 * rnd1 * math.sin(37.0 * (t - 0.0))
rotY = 0.05 * rnd2 * math.sin(41.0 * (t - 1.0))
rotZ = 0.05 * rnd3 * math.sin(53.0 * (t - 2.0))
return rotX, rotY, rotZ
end

function CameraFloat(t)
local dX, dY, dZ
dX = 0.61 * math.sin(0.7 * t) + 0.047 * math.sin(1.6 * t);
dY = 0.43 * math.sin(0.6 * t) + 0.067 * math.sin(1.7 * t);
dZ = 0.53 * math.sin(1.0 * t) + 0.083 * math.sin(1.9 * t);
return dX, dY, dZ
end
--]]
--Debug keys

DEBUG_TEXT = 1
DEBUG_GEOMETRY = 2

debug_keys = {
[DEBUG_TEXT] = 1,
[DEBUG_GEOMETRY] = 1
}

function onDebugCommand(command)
if command == 10000 then
if debug_keys[DEBUG_TEXT] ~= 0 or debug_keys[DEBUG_GEOMETRY] ~= 0 then
debug_keys[DEBUG_GEOMETRY] = 0
debug_keys[DEBUG_TEXT] = 0
else
debug_keys[DEBUG_GEOMETRY] = 1
debug_keys[DEBUG_TEXT] = 1
end
elseif command == 10001 then
if debug_keys[DEBUG_TEXT] ~= 0 then
debug_keys[DEBUG_TEXT] = 0
else
debug_keys[DEBUG_TEXT] = 1
end
elseif command == 10002 then
if debug_keys[DEBUG_GEOMETRY] ~= 0 then
debug_keys[DEBUG_GEOMETRY] = 0
else
debug_keys[DEBUG_GEOMETRY] = 1
end
end
end

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