lednerg
Joined: 18 Feb 2007
Posts: 5
Location: New Jersey, US
Digg It |
 Posted: Mon Feb 19, 2007 6:23 am Post subject: Google Earth with Airplane Mode (G-Force) |
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Here's something I've been working on for a couple weeks. I'm not going to have as much time to work on it because of a new job. It's got a lot of things I haven't seen elsewhere, which is why I'm making a new topic about it. It's not perfect, going to the edge of the screen in Normal Mode with 2 IR sources is kinda sketchy, for instance. But I just don't think I'll be able to get all the kinks worked out any time soon. If someone wants to work on it, then by all means, have at it.
Press 2 on the Wiimote (while in Google Earth) to make sure that both the script's and Google Earth's modes match. "Airplane Mode" is what Google calls "G-Force". But since most folks don't know what G-Force means (or that it exists), I'm calling it Airplane Mode. It uses an airplane icon, after all.
The battery tester (Home) displays 4 lights until the battery gets below 40%. This is actually how the Wii and Wiimote display battery life. This can be changed in the options.
| Code: |
/* *//* *//* *//* *//* *//* *//* *//* *//* *//* *//* *//* *//* *//* *//*
Google Earth w/ Airplane Mode v0.1
by lednerg
Calibrate your Wiimote before trying this script:
( CP-Settings menu -> Wiimote Calibration )
Put Google Earth in full-screen (One on Wiimote).
The Sidebar can be left on.
--- --- --- --- How to use (default buttons) --- --- --- ---
Normal Mode:
Uses only the Wiimote IR sensor (1 or 2 IR sources)
The mouse can be used while not pointing at an IR source.
Hold A = Move - drag the map with the pointer
Hold B = Zoom - with 1 IR source: move cursor up and down
with 2 IR sources: move Wiimote forward and back
A and B = Rotate - (currently just like with the mouse)
Airplane Mode:
Uses only the Wiimote tilt sensor
The mouse can be used while not pressing a Wiimote button.
Hold B = Steer - tilt the Wiimote like a model airplane
(Start with buttons facing straight up for best results)
Hold A = Throttle - tilt up and down to change speed
Both Modes:
Two = Switch Modes
Tap Minus = Top View (of whatever is in the center of the screen)
Hold Minus = Zoom Out
Plus = Zoom In
Arrow Keys = Move map
One = Full-Screen Toggle
Home = Battery Test - By default, 4 lights represents anything over 40%,
which is how Wii measures battery life.
This can be changed in Options section below.
*/ /**/ /**/ /**/ /**/ /**/ /**/ /**/ /**/ /**/ /**/ /**/ /**/ /**/ /**/
// --- --- --- --- --- --- --- --- CUSTOMIZE BUTTONS
var.SteerButton = Wiimote.B // For Airplane Mode
var.ThrottleButton = Wiimote.A // For Airplane Mode
var.MouseLeftButton = Wiimote.B // For Normal Mode
var.MouseRightButton = Wiimote.A // For Normal Mode
var.TopView = Wiimote.minus // Tap for Top View, hold for Zoom Out
Key.NumPadPlus = Wiimote.plus // Zoom In
Key.F11 = Wiimote.One // Full-screen Toggle
var.modeChange = Wiimote.Two // Switch between Airplane and Normal
var.BattButton = Wiimote.Home // Battery Test
Up = Wiimote.Up // Arrow Keys for moving map
Down = Wiimote.Down
Left = Wiimote.Left
Right = Wiimote.Right
// --- --- --- --- --- --- --- --- OPTIONS
var.startMode = "Normal" // Starting mode - "Airplane" or "Normal"
var.WiiBatteryMode = true // Mimicks how Wii measures battery life
var.Talk = true // Tells you what mode you're using
debug = var.BattDebug + " [ x: " + mouse.x + " y: " + mouse.y +" ] "
//\//\//\//\//\///\//\//\//\// CODE START //\//\//\//\//\///\//\//\//\//\//
if var.init = false {
var.Mode = var.startMode
var.init = true
var.steery = .5
var.steerx = .5
}
if var.modeChange = true {
if var.mCdone = false {
if var.Mode = "Airplane" {
Key.Ctrl+T = true
Key.Ctrl+T = false
var.Mode = "Normal"
mouse.y = 0.5
mouse.x = 0.5
elseif var.Mode = "Normal" {
Key.Ctrl+G = true
Key.Ctrl+G = false
var.mode = "Airplane"
mouse.x = 0.86
mouse.y = 0.96
}
if var.talk = true {
Say var.mode + "."
}
var.mCdone = true
}
}
if var.modeChange = false {
var.mCdone = false
}
if var.TopView = true {
if var.above = false {
var.above = true
wait 200ms
if var.TopView = true {
Key.NumPadMinus = true
else
Key.U = true
wait 1ms
Key.U = false
}
}
elseif var.TopView = false
Key.NumPadMinus = false
var.above = false
}
// ========================= Airplane ==========================
if var.Mode = "Airplane" {
if var.SteerButton and not var.ThrottleButton = true {
if var.DragMode != "steer" {
var.DragMode = "steer"
}
if var.MouseLeft != "helddown" {
var.MouseLeft = "down"
}
}
if var.SteerButton = false {
if var.MouseLeft != "up" {
var.MouseLeft = "up"
}
}
if var.ThrottleButton and not var.SteerButton = true {
if var.DragMode != "throttle" {
var.DragMode = "throttle"
}
if var.MouseRight != "helddown" {
var.MouseRight = "down"
}
}
if var.ThrottleButton = false {
if var.MouseRight != "up" {
var.MouseRight = "up"
}
}
if var.DragMode = "steer" {
if var.MouseLeft = "helddown" {
var.steery = (Wiimote.SmoothPitch/195) + .5
var.steerx = (Wiimote.SmoothRoll/360) + .5
}
mouse.y = Smooth ( var.steery, 30) // Smooth ( (Wiimote.SmoothPitch/195), 30 ) + .5
mouse.x = Smooth ( var.steerx, 30) // Smooth ( (Wiimote.SmoothRoll/360), 30 ) + .5
}
if var.DragMode = "throttle" {
mouse.x = 0.8
mouse.y = mouse.y - ( Smooth ( (Wiimote.SmoothPitch/17000), 3 ) )
if (mouse.y > 0.75 ) or (mouse.y < 0.28) {
Mouse.RightButton = false
var.RightChanged = false
mouse.y = 0.5
mouse.x = 0.8
var.MouseRight = "down"
}
var.MouseRight = "down"
}
if var.MouseLeft = "down" {
var.MouseLeft = "helddown"
if var.LeftChanged = false {
var.LeftChanged = true
Mouse.LeftButton = true
}
}
if var.MouseLeft = "up" {
var.MouseLeft = "released"
var.DragMode = "off"
if var.LeftChanged = true {
var.LeftChanged = false
Mouse.LeftButton = false
var.steery = .5
var.steerx = .5
mouse.x = 0.86
mouse.y = 0.96
}
}
if var.MouseRight = "down" {
var.MouseRight = "helddown"
if var.RightChanged = false {
var.RightChanged = true
mouse.y = 0.5
mouse.x = 0.8
Mouse.RightButton = true
}
}
if var.MouseRight = "up" {
var.MouseRight = "released"
var.DragMode = "off"
if var.RightChanged = true {
var.RightChanged = false
Mouse.RightButton = false
mouse.x = 0.86
mouse.y = 0.96
}
}
} // end Airplane
// ========================= Normal ==========================
if var.Mode = "Normal" {
//debug = "[ "+ Wiimote.SmoothRoll +" / "+ var.irRoll +" ] [ x: "+ var.XP +" y: "+ var.YP +" ]"
if var.MouseLeftButton and not var.MouseRightButton = true {
if var.MouseLeft != "helddown" {
var.MouseLeft = "down"
}
}
if var.MouseRightButton and not var.MouseLeftButton = true {
if ( Wiimote.dot1vis = false ) or ( Wiimote.dot2vis = false ) {
if var.MouseRight != "helddown" {
var.MouseRight = "down"
if var.zoomIR != false {
var.zoomIR = false
}
}
else
if var.zoomIR != true {
var.zoomIR = true
}
}
else
if var.zoomIR != false {
var.zoomIR = false
var.zoomInit = 0
}
}
if var.MouseLeftButton and var.MouseRightButton = true {
if var.MouseLeft != "released" {
var.MouseLeft = "up"
}
if var.MouseRight != "released" {
var.MouseRight = "up"
}
if var.MouseMiddle != "helddown" {
var.MouseMiddle = "down"
}
}
if var.MouseLeftButton = false {
if var.MouseLeft != "released" {
var.MouseLeft = "up"
}
if var.MouseRightButton = false {
if var.MouseMiddle != "released" {
var.MouseMiddle = "up"
}
}
}
if var.MouseRightButton = false {
if var.MouseRight != "released" {
var.MouseRight = "up"
}
}
if var.MouseLeft = "down" {
if var.LeftChanged = false {
var.LeftChanged = true
Mouse.LeftButton = true
var.MouseLeft = "helddown"
}
}
if var.MouseRight = "down" {
if var.RightChanged = false {
var.RightChanged = true
Mouse.RightButton = true
var.MouseRight = "helddown"
}
}
if var.MouseMiddle = "down" {
if var.MiddleChanged = false {
var.MiddleChanged = true
Mouse.MiddleButton = true
var.MouseMiddle = "helddown"
}
}
if var.MouseLeft = "up" {
if var.LeftChanged = true {
var.LeftChanged = false
Mouse.LeftButton = false
var.MouseLeft = "released"
}
}
if var.MouseRight = "up" {
if var.RightChanged = true {
var.RightChanged = false
Mouse.RightButton = false
var.MouseRight = "released"
}
}
if var.MouseMiddle = "up" {
if var.MiddleChanged = true {
var.MiddleChanged = false
Mouse.MiddleButton = false
var.MouseMiddle = "released"
}
}
if var.zoomIR = true {
if var.zoomInit = 0
var.zoomInit = abs( Wiimote.dot1x - Wiimote.dot2x ) + abs( Wiimote.dot1y - Wiimote.dot2y )
mouse.y = 0.5
mouse.x = 0.8
var.MouseRight = "down"
else
var.zoom = ( abs( Wiimote.dot1x - Wiimote.dot2x ) + abs( Wiimote.dot1y - Wiimote.dot2y ) ) - var.zoominit
if abs(var.zoom) > 5 {
mouse.y = smooth (mouse.y + var.zoom / 400, 10)
}
}
else
if Wiimote.dot1vis and not Wiimote.dot2vis = true {
var.dotx = Wiimote.dot1x
var.doty = Wiimote.dot1y
if var.wasLeft = 1 {
var.XP = var.zcXP - var.XPdiff
var.YP = var.zcYP - var.YPdiff
elseif var.wasLeft = 2 {
var.XP = var.zcXP + var.XPdiff
var.YP = var.zcYP + var.YPdiff
}
elseif Wiimote.dot2vis and not Wiimote.dot1vis = true {
var.dotx = Wiimote.dot2x
var.doty = Wiimote.dot2y
if var.wasLeft = 2 {
var.XP = var.zcXP - var.XPdiff
var.YP = var.zcYP - var.YPdiff
elseif var.wasLeft = 1 {
var.XP = var.zcXP + var.XPdiff
var.YP = var.zcYP + var.YPdiff
}
}
if ( Wiimote.dot1vis and not Wiimote.dot2vis ) or ( Wiimote.dot2vis and not Wiimote.dot1vis ) {
if abs( Smooth( Wiimote.Roll, 7) - Wiimote.Roll ) > 45 {
var.Roll = var.Roll
else
var.Roll = Smooth( Wiimote.Roll, 7)
}
var.xRaw = ( var.dotx - ( var.Sensitivity * 1.5 ) ) / ( 1024 - ( var.Sensitivity * 2 ) )
var.yRaw = ( var.doty - var.Sensitivity ) / ( 768 - ( var.Sensitivity * 2 ) )
var.r = math.sqrt( math.sqr( var.xRaw ) + math.sqr( var.yRaw ) )
var.t = math.aTan( ( var.xRaw ) / ( var.yRaw ) ) + var.Roll
var.midX = math.sqrt( .5 ) * math.sin( 45 + var.Roll )
var.midY = math.sqrt( .5 ) * math.cos( 45 + var.Roll )
var.preXP = - ( ( var.r ) * math.sin( var.t ) + ( .5 - var.midX ) ) + 1
var.preYP = ( var.r ) * math.cos( var.t ) + ( .5 - var.midY )
if var.preXP <= 0 or var.preXP > 1 {
var.zcXP = mouse.x
else
var.zcXP = var.preXP
}
if var.preYP <= 0 or var.preYP > 1 {
var.zcYP = smooth( var.preYP , 5)
else
var.zcYP = var.preYP
}
if var.wasLeft < 1 {
var.XP = var.zcXP
var.YP = var.zcYP
}
if abs( Smooth( var.XP, 2) - var.XP ) + abs( Smooth( var.YP, 2) - var.YP) > .1 {
mouse.x = var.XP
mouse.y = var.YP
elseif abs( Smooth( var.XP, 7) - var.XP ) + abs( Smooth( var.YP, 7) - var.YP ) > .003 {
mouse.x = Smooth( var.XP, 4)
mouse.y = Smooth( var.YP, 4)
}
}
if Wiimote.dot1vis and Wiimote.dot2vis = true {
if Wiimote.SmoothRoll < 45 and Wiimote.SmoothRoll > -45 {
if Wiimote.dot1x < Wiimote.dot2x {
var.irRoll = ArcTan( (Wiimote.dot2y - Wiimote.dot1y) / (Wiimote.dot2x - Wiimote.dot1x) )
else
var.irRoll = ArcTan( (Wiimote.dot1y - Wiimote.dot2y) / (Wiimote.dot1x - Wiimote.dot2x) )
}
elseif Wiimote.SmoothRoll > 45 and Wiimote.SmoothRoll < 135 {
if Wiimote.dot1y < Wiimote.dot2y {
var.preRoll = ArcTan( (Wiimote.dot2y - Wiimote.dot1y) / (Wiimote.dot2x - Wiimote.dot1x) )
else
var.preRoll = ArcTan( (Wiimote.dot1y - Wiimote.dot2y) / (Wiimote.dot1x - Wiimote.dot2x) )
}
if var.preRoll < 0 {
var.irRoll = (var.preRoll + 180)
else
var.irRoll = var.preRoll
}
elseif Wiimote.SmoothRoll < -45 and Wiimote.SmoothRoll > -135 {
if Wiimote.dot1y > Wiimote.dot2y {
var.preRoll = ArcTan( (Wiimote.dot2y - Wiimote.dot1y) / (Wiimote.dot2x - Wiimote.dot1x) )
else
var.preRoll = ArcTan( (Wiimote.dot1y - Wiimote.dot2y) / (Wiimote.dot1x - Wiimote.dot2x) )
}
if var.preRoll > 0 {
var.irRoll = (var.preRoll - 180)
else
var.irRoll = var.preRoll
}
else
if Wiimote.dot1x < Wiimote.dot2x {
var.irRoll = 180 + ArcTan( (Wiimote.dot2y - Wiimote.dot1y) / (Wiimote.dot2x - Wiimote.dot1x) )
else
var.irRoll = 180 + ArcTan( (Wiimote.dot1y - Wiimote.dot2y) / (Wiimote.dot1x - Wiimote.dot2x) )
}
}
var.1xRaw = ( Wiimote.dot1x - ( var.Sensitivity * 1.5 ) ) / ( 1024 - ( var.Sensitivity * 2 ) )
var.1yRaw = ( Wiimote.dot1y - var.Sensitivity ) / ( 768 - ( var.Sensitivity * 2 ) )
var.2xRaw = ( Wiimote.dot2x - ( var.Sensitivity * 1.5 ) ) / ( 1024 - ( var.Sensitivity * 2 ) )
var.2yRaw = ( Wiimote.dot2y - var.Sensitivity ) / ( 768 - ( var.Sensitivity * 2 ) )
var.1r = math.sqrt( math.sqr( var.1xRaw ) + math.sqr( var.1yRaw ) )
var.2r = math.sqrt( math.sqr( var.2xRaw ) + math.sqr( var.2yRaw ) )
var.1t = math.aTan( ( var.1xRaw ) / ( var.1yRaw ) ) + var.irRoll
var.2t = math.aTan( ( var.2xRaw ) / ( var.2yRaw ) ) + var.irRoll
var.midX = math.sqrt( .5 ) * math.sin( 45 + var.irRoll )
var.midY = math.sqrt( .5 ) * math.cos( 45 + var.irRoll )
var.1xP = - ( ( var.1r ) * math.sin( var.1t ) + ( .5 - var.midX ) ) + 1
var.2xP = - ( ( var.2r ) * math.sin( var.2t ) + ( .5 - var.midX ) ) + 1
var.1yP = ( var.1r ) * math.cos( var.1t ) + ( .5 - var.midY )
var.2yP = ( var.2r ) * math.cos( var.2t ) + ( .5 - var.midY )
if var.1xP > var.2xP {
var.XPdiff = ( ( var.1xP - var.2xP ) / 2 )// * ( var.1xP / .50 )
var.YPdiff = ( ( var.1yp - var.2yP ) / 2 )// * ( var.1yP / .50 )
var.wasLeft = 1
var.XP = var.1xP - var.XPdiff
var.YP = var.1yP - var.YPdiff
elseif var.2xP > var.1xP {
var.XPdiff = ( ( var.2xP - var.1xP ) / 2 )// * ( var.2xP / .50 )
var.YPdiff = ( ( var.2yp - var.1yP ) / 2 )// * ( var.2yP / .50 )
var.wasLeft = 2
var.XP = var.2xP - var.XPdiff
var.YP = var.2yP - var.YPdiff
}
if var.XP < 0 or var.XP > 1 {
var.zcXP = mouse.x
else
var.zcXP = var.XP
}
if var.YP < 0 or var.YP > 1 {
var.zcYP = mouse.y
else
var.zcYP = var.YP
}
if abs( Smooth( var.zcXP, 2) - var.zcXP ) + abs( Smooth( var.zcYP, 2) - var.zcYP) > .1 {
mouse.x = var.zcXP
mouse.y = var.zcYP
elseif abs( Smooth( var.zcXP, 7) - var.zcXP ) + abs( Smooth( var.zcYP, 7) - var.zcYP ) > .003 {
mouse.x = Smooth( var.zcXP, 3)
mouse.y = Smooth( var.zcYP, 3)
}
}
}
}
//
// Detailed Battery Indicator v0.03
// by lednerg
//
// Example reading:
// [x] [ ] [ ] [ ] then [x] [x] [x] [ ] (a quick flash)
//
// This would mean...
// One full bar plus 3/4 of the 2nd bar
// ...or just under half the battery
//
// No flash means the battery level is at/near a 25% increment.
//
// With WiiBatteryMode set to true, the 4 bars represent the last 40%.
// var.BattButton = Wiimote.Home // Button for checking battery
// var.BattWiiMode = true // Mimicks how Wii measures battery life
var.BattDebug = " [ Battery: " + int(var.BattRead / 2) + "% ] " + var.tick
if var.BattButton = true {
if var.BattRunning = false {
var.BattMode = "battTest"
var.BattRunning = true
}
}
if var.BattMode = "battTest" {
if var.BattTested = false {
var.BattTested = true
var.BattRead = wiimote.battery
Wiimote.Report15 = 0x80 | Int(wiimote.Rumble)
}
if var.WiiBatteryMode = true {
if var.BattRead >= 80 {
if var.BattRead >= 200 {
wait 1 s
var.BattMode = "battTest"
var.BattTested = false
elseif var.BattRead < 200
var.BattPLEDs = false
var.BattFullLED = 15
var.BattNum = Int(var.BattRead / 2 , 0 )
var.BattMode = "lightStart"
}
else
var.BattNum = Int(var.BattRead / 2 , 0 )
var.BattMode = "fullLED"
}
else
if var.BattRead >= 200 {
wait 1 s
var.BattMode = "battTest"
var.BattTested = false
else
var.BattNum = Int(var.BattRead / 5 , 0 )
var.BattMode = "fullLED"
}
}
var.BattTen = ( Int ( var.BattNum / 10 , 1 ) * 10 )
}
if var.BattMode = "fullLED" {
if var.BattNum >= 9 {
var.BattFullLED = 1
if var.BattNum >= 19 {
for var.BattCount = 9 to ( var.BattNum ) step 10 {
var.BattFullLED = var.BattFullLED + var.BattFullLED
}
var.BattFullLED = var.BattFullLED - 1
}
else
var.BattFullLED = 0
}
var.BattMode = "partLED"
}
if var.BattMode = "partLED" {
if 9 > ( var.BattNum - var.BattTen ) > 1 {
var.BattPartLED = 1
for var.BattCount = 1 to Round( ( var.BattNum - var.BattTen ) / 2.5 ) {
var.BattPartLED = var.BattPartLED + var.BattPartLED
}
var.BattPartLED = var.BattPartLED - 1
var.BattPLEDs = true
var.BattMode = "lightStart"
else
var.BattPLEDs = false
var.BattMode = "lightStart"
}
else
}
if var.BattMode = "lightStart" {
if var.BattRead <= 24 then
if var.BattWarned <= 0 then
Say "bat-tery is low"
var.BattWarned = 1
endif
endif
if var.BattPLEDs = true {
Wiimote.Leds = var.BattFullLED
wait 1000 ms
Wiimote.Leds = 0
wait 236 ms
Wiimote.Leds = var.BattPartLED
wait 2 ms
Wiimote.Leds = 0
wait 20 ms
Wiimote.Leds = var.BattPartLED
wait 2 ms
Wiimote.Leds = 0
wait 240 ms
var.BattMode = "lightEnd"
else
Wiimote.Leds = var.BattFullLED
var.BattFullOnly = true
wait 1500 ms
var.BattMode = "lightEnd"
}
}
if var.BattMode = "lightEnd" {
if var.BattButton = false {
Wiimote.Leds = 0
var.BattRunning = false
var.BattMode = "OFF"
var.BattTested = false
else
var.BattTested = false
var.BattMode = "battTest"
}
var.BattPLEDs = false
}
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