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using System ;
using System.Collections.Generic ;
using System.Linq ;
using System.Text ;
using DS4Library ;
namespace DS4Control
{
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public class Mapping
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{
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/ *
* Represent the synthetic keyboard and mouse events . Maintain counts for each so we don ' t duplicate events .
* /
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public class SyntheticState
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{
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public struct MouseClick
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{
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public int leftCount , middleCount , rightCount , fourthCount , fifthCount , wUpCount , wDownCount , toggleCount ;
public bool toggle ;
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}
public MouseClick previousClicks , currentClicks ;
public struct KeyPress
{
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public int vkCount , scanCodeCount , repeatCount , toggleCount ; // repeat takes priority over non-, and scancode takes priority over non-
public bool toggle ;
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}
public class KeyPresses
{
public KeyPress previous , current ;
}
public Dictionary < UInt16 , KeyPresses > keyPresses = new Dictionary < UInt16 , KeyPresses > ( ) ;
public void SavePrevious ( bool performClear )
{
previousClicks = currentClicks ;
if ( performClear )
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currentClicks . leftCount = currentClicks . middleCount = currentClicks . rightCount = currentClicks . fourthCount = currentClicks . fifthCount = currentClicks . wUpCount = currentClicks . wDownCount = currentClicks . toggleCount = 0 ;
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foreach ( KeyPresses kp in keyPresses . Values )
{
kp . previous = kp . current ;
if ( performClear )
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{
kp . current . repeatCount = kp . current . scanCodeCount = kp . current . vkCount = kp . current . toggleCount = 0 ;
//kp.current.toggle = false;
}
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}
}
}
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public static SyntheticState globalState = new SyntheticState ( ) ;
public static SyntheticState [ ] deviceState = { new SyntheticState ( ) , new SyntheticState ( ) , new SyntheticState ( ) , new SyntheticState ( ) } ;
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// TODO When we disconnect, process a null/dead state to release any keys or buttons.
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public static DateTime oldnow = DateTime . UtcNow ;
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private static bool pressagain = false ;
private static int wheel = 0 , keyshelddown = 0 ;
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public static void Commit ( int device )
{
SyntheticState state = deviceState [ device ] ;
lock ( globalState )
{
globalState . currentClicks . leftCount + = state . currentClicks . leftCount - state . previousClicks . leftCount ;
globalState . currentClicks . middleCount + = state . currentClicks . middleCount - state . previousClicks . middleCount ;
globalState . currentClicks . rightCount + = state . currentClicks . rightCount - state . previousClicks . rightCount ;
globalState . currentClicks . fourthCount + = state . currentClicks . fourthCount - state . previousClicks . fourthCount ;
globalState . currentClicks . fifthCount + = state . currentClicks . fifthCount - state . previousClicks . fifthCount ;
globalState . currentClicks . wUpCount + = state . currentClicks . wUpCount - state . previousClicks . wUpCount ;
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globalState . currentClicks . wDownCount + = state . currentClicks . wDownCount - state . previousClicks . wDownCount ;
globalState . currentClicks . toggleCount + = state . currentClicks . toggleCount - state . previousClicks . toggleCount ;
globalState . currentClicks . toggle = state . currentClicks . toggle ;
if ( globalState . currentClicks . toggleCount ! = 0 & & globalState . previousClicks . toggleCount = = 0 & & globalState . currentClicks . toggle )
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{
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if ( globalState . currentClicks . leftCount ! = 0 & & globalState . previousClicks . leftCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_LEFTDOWN ) ;
if ( globalState . currentClicks . rightCount ! = 0 & & globalState . previousClicks . rightCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_RIGHTDOWN ) ;
if ( globalState . currentClicks . middleCount ! = 0 & & globalState . previousClicks . middleCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_MIDDLEDOWN ) ;
if ( globalState . currentClicks . fourthCount ! = 0 & & globalState . previousClicks . fourthCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_XBUTTONDOWN , 1 ) ;
if ( globalState . currentClicks . fifthCount ! = 0 & & globalState . previousClicks . fifthCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_XBUTTONDOWN , 2 ) ;
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}
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else if ( globalState . currentClicks . toggleCount ! = 0 & & globalState . previousClicks . toggleCount = = 0 & & ! globalState . currentClicks . toggle )
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{
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if ( globalState . currentClicks . leftCount ! = 0 & & globalState . previousClicks . leftCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_LEFTUP ) ;
if ( globalState . currentClicks . rightCount ! = 0 & & globalState . previousClicks . rightCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_RIGHTUP ) ;
if ( globalState . currentClicks . middleCount ! = 0 & & globalState . previousClicks . middleCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_MIDDLEUP ) ;
if ( globalState . currentClicks . fourthCount ! = 0 & & globalState . previousClicks . fourthCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_XBUTTONUP , 1 ) ;
if ( globalState . currentClicks . fifthCount ! = 0 & & globalState . previousClicks . fifthCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_XBUTTONUP , 2 ) ;
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}
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if ( globalState . currentClicks . toggleCount = = 0 & & globalState . previousClicks . toggleCount = = 0 )
{
if ( globalState . currentClicks . leftCount ! = 0 & & globalState . previousClicks . leftCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_LEFTDOWN ) ;
else if ( globalState . currentClicks . leftCount = = 0 & & globalState . previousClicks . leftCount ! = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_LEFTUP ) ;
if ( globalState . currentClicks . middleCount ! = 0 & & globalState . previousClicks . middleCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_MIDDLEDOWN ) ;
else if ( globalState . currentClicks . middleCount = = 0 & & globalState . previousClicks . middleCount ! = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_MIDDLEUP ) ;
if ( globalState . currentClicks . rightCount ! = 0 & & globalState . previousClicks . rightCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_RIGHTDOWN ) ;
else if ( globalState . currentClicks . rightCount = = 0 & & globalState . previousClicks . rightCount ! = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_RIGHTUP ) ;
if ( globalState . currentClicks . fourthCount ! = 0 & & globalState . previousClicks . fourthCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_XBUTTONDOWN , 1 ) ;
else if ( globalState . currentClicks . fourthCount = = 0 & & globalState . previousClicks . fourthCount ! = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_XBUTTONUP , 1 ) ;
if ( globalState . currentClicks . fifthCount ! = 0 & & globalState . previousClicks . fifthCount = = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_XBUTTONDOWN , 2 ) ;
else if ( globalState . currentClicks . fifthCount = = 0 & & globalState . previousClicks . fifthCount ! = 0 )
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_XBUTTONUP , 2 ) ;
if ( globalState . currentClicks . wUpCount ! = 0 & & globalState . previousClicks . wUpCount = = 0 )
{
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_WHEEL , 100 ) ;
oldnow = DateTime . UtcNow ;
wheel = 100 ;
}
else if ( globalState . currentClicks . wUpCount = = 0 & & globalState . previousClicks . wUpCount ! = 0 )
wheel = 0 ;
if ( globalState . currentClicks . wDownCount ! = 0 & & globalState . previousClicks . wDownCount = = 0 )
{
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_WHEEL , - 100 ) ;
oldnow = DateTime . UtcNow ;
wheel = - 100 ;
}
if ( globalState . currentClicks . wDownCount = = 0 & & globalState . previousClicks . wDownCount ! = 0 )
wheel = 0 ;
}
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if ( wheel ! = 0 ) //Continue mouse wheel movement
{
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DateTime now = DateTime . UtcNow ;
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if ( now > = oldnow + TimeSpan . FromMilliseconds ( 100 ) & & ! pressagain )
{
oldnow = now ;
InputMethods . MouseEvent ( InputMethods . MOUSEEVENTF_WHEEL , wheel ) ;
}
}
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// Merge and synthesize all key presses/releases that are present in this device's mapping.
// TODO what about the rest? e.g. repeat keys really ought to be on some set schedule
foreach ( KeyValuePair < UInt16 , SyntheticState . KeyPresses > kvp in state . keyPresses )
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{
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SyntheticState . KeyPresses gkp ;
if ( globalState . keyPresses . TryGetValue ( kvp . Key , out gkp ) )
{
gkp . current . vkCount + = kvp . Value . current . vkCount - kvp . Value . previous . vkCount ;
gkp . current . scanCodeCount + = kvp . Value . current . scanCodeCount - kvp . Value . previous . scanCodeCount ;
gkp . current . repeatCount + = kvp . Value . current . repeatCount - kvp . Value . previous . repeatCount ;
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gkp . current . toggle = kvp . Value . current . toggle ;
gkp . current . toggleCount + = kvp . Value . current . toggleCount - kvp . Value . previous . toggleCount ;
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}
else
{
gkp = new SyntheticState . KeyPresses ( ) ;
gkp . current = kvp . Value . current ;
globalState . keyPresses [ kvp . Key ] = gkp ;
}
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if ( gkp . current . toggleCount ! = 0 & & gkp . previous . toggleCount = = 0 & & gkp . current . toggle )
{
if ( gkp . current . scanCodeCount ! = 0 )
InputMethods . performSCKeyPress ( kvp . Key ) ;
else
InputMethods . performKeyPress ( kvp . Key ) ;
}
else if ( gkp . current . toggleCount ! = 0 & & gkp . previous . toggleCount = = 0 & & ! gkp . current . toggle )
{
if ( gkp . previous . scanCodeCount ! = 0 ) // use the last type of VK/SC
InputMethods . performSCKeyRelease ( kvp . Key ) ;
else
InputMethods . performKeyRelease ( kvp . Key ) ;
}
else if ( gkp . current . vkCount + gkp . current . scanCodeCount ! = 0 & & gkp . previous . vkCount + gkp . previous . scanCodeCount = = 0 )
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{
if ( gkp . current . scanCodeCount ! = 0 )
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{
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oldnow = DateTime . UtcNow ;
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InputMethods . performSCKeyPress ( kvp . Key ) ;
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pressagain = false ;
keyshelddown = kvp . Key ;
}
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else
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{
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oldnow = DateTime . UtcNow ;
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InputMethods . performKeyPress ( kvp . Key ) ;
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pressagain = false ;
keyshelddown = kvp . Key ;
}
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}
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else if ( gkp . current . toggleCount ! = 0 | | gkp . previous . toggleCount ! = 0 | | gkp . current . repeatCount ! = 0 | | // repeat or SC/VK transition
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( ( gkp . previous . scanCodeCount = = 0 ) ! = ( gkp . current . scanCodeCount = = 0 ) ) ) //repeat keystroke after 500ms
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{
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if ( keyshelddown = = kvp . Key )
{
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DateTime now = DateTime . UtcNow ;
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if ( now > = oldnow + TimeSpan . FromMilliseconds ( 500 ) & & ! pressagain )
{
oldnow = now ;
pressagain = true ;
}
if ( pressagain & & gkp . current . scanCodeCount ! = 0 )
{
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now = DateTime . UtcNow ;
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if ( now > = oldnow + TimeSpan . FromMilliseconds ( 25 ) & & pressagain )
{
oldnow = now ;
InputMethods . performSCKeyPress ( kvp . Key ) ;
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}
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}
else if ( pressagain )
{
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now = DateTime . UtcNow ;
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if ( now > = oldnow + TimeSpan . FromMilliseconds ( 25 ) & & pressagain )
{
oldnow = now ;
InputMethods . performKeyPress ( kvp . Key ) ;
}
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}
}
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}
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else if ( ( gkp . current . toggleCount = = 0 & & gkp . previous . toggleCount = = 0 ) & & gkp . current . vkCount + gkp . current . scanCodeCount = = 0 & & gkp . previous . vkCount + gkp . previous . scanCodeCount ! = 0 )
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{
if ( gkp . previous . scanCodeCount ! = 0 ) // use the last type of VK/SC
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{
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InputMethods . performSCKeyRelease ( kvp . Key ) ;
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pressagain = false ;
}
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else
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{
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InputMethods . performKeyRelease ( kvp . Key ) ;
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pressagain = false ;
}
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}
}
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globalState . SavePrevious ( false ) ;
}
state . SavePrevious ( true ) ;
}
public enum Click { None , Left , Middle , Right , Fourth , Fifth , WUP , WDOWN } ;
public static void MapClick ( int device , Click mouseClick )
{
switch ( mouseClick )
{
case Click . Left :
deviceState [ device ] . currentClicks . leftCount + + ;
break ;
case Click . Middle :
deviceState [ device ] . currentClicks . middleCount + + ;
break ;
case Click . Right :
deviceState [ device ] . currentClicks . rightCount + + ;
break ;
case Click . Fourth :
deviceState [ device ] . currentClicks . fourthCount + + ;
break ;
case Click . Fifth :
deviceState [ device ] . currentClicks . fifthCount + + ;
break ;
case Click . WUP :
deviceState [ device ] . currentClicks . wUpCount + + ;
break ;
case Click . WDOWN :
deviceState [ device ] . currentClicks . wDownCount + + ;
break ;
}
}
/** Map the touchpad button state to mouse or keyboard events. */
public static void MapTouchpadButton ( int device , DS4Controls what , Click mouseEventFallback , DS4State MappedState = null )
{
SyntheticState deviceState = Mapping . deviceState [ device ] ;
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string macro = Global . getCustomMacro ( device , what ) ;
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if ( macro ! = "0" )
{
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DS4KeyType keyType = Global . getCustomKeyType ( device , what ) ;
SyntheticState . KeyPresses kp ;
string [ ] skeys = macro . Split ( '/' ) ;
ushort [ ] keys = new ushort [ skeys . Length ] ;
for ( int i = 0 ; i < keys . Length ; i + + )
{
keys [ i ] = ushort . Parse ( skeys [ i ] ) ;
if ( keys [ i ] = = 256 ) deviceState . currentClicks . leftCount + + ; //anything above 255 is not a keyvalue
if ( keys [ i ] = = 257 ) deviceState . currentClicks . rightCount + + ;
if ( keys [ i ] = = 258 ) deviceState . currentClicks . middleCount + + ;
if ( keys [ i ] = = 259 ) deviceState . currentClicks . fourthCount + + ;
if ( keys [ i ] = = 260 ) deviceState . currentClicks . fifthCount + + ;
if ( ! deviceState . keyPresses . TryGetValue ( keys [ i ] , out kp ) )
deviceState . keyPresses [ keys [ i ] ] = kp = new SyntheticState . KeyPresses ( ) ;
if ( keyType . HasFlag ( DS4KeyType . ScanCode ) )
kp . current . scanCodeCount + + ;
else
kp . current . vkCount + + ;
kp . current . repeatCount + + ;
}
}
else if ( Global . getCustomKey ( device , what ) ! = 0 )
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{
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ushort key = Global . getCustomKey ( device , what ) ;
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DS4KeyType keyType = Global . getCustomKeyType ( device , what ) ;
SyntheticState . KeyPresses kp ;
if ( ! deviceState . keyPresses . TryGetValue ( key , out kp ) )
deviceState . keyPresses [ key ] = kp = new SyntheticState . KeyPresses ( ) ;
if ( keyType . HasFlag ( DS4KeyType . ScanCode ) )
kp . current . scanCodeCount + + ;
else
kp . current . vkCount + + ;
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if ( keyType . HasFlag ( DS4KeyType . Toggle ) )
kp . current . toggleCount + + ;
}
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else
{
X360Controls button = Global . getCustomButton ( device , what ) ;
switch ( button )
{
case X360Controls . None :
switch ( mouseEventFallback )
{
case Click . Left :
deviceState . currentClicks . leftCount + + ;
return ;
case Click . Middle :
deviceState . currentClicks . middleCount + + ;
return ;
case Click . Right :
deviceState . currentClicks . rightCount + + ;
return ;
case Click . Fourth :
deviceState . currentClicks . fourthCount + + ;
return ;
case Click . Fifth :
deviceState . currentClicks . fifthCount + + ;
return ;
case Click . WUP :
deviceState . currentClicks . wUpCount + + ;
return ;
case Click . WDOWN :
deviceState . currentClicks . wDownCount + + ;
return ;
}
return ;
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case X360Controls . LeftMouse :
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deviceState . currentClicks . leftCount + + ;
return ;
case X360Controls . MiddleMouse :
deviceState . currentClicks . middleCount + + ;
return ;
case X360Controls . RightMouse :
deviceState . currentClicks . rightCount + + ;
return ;
case X360Controls . FourthMouse :
deviceState . currentClicks . fourthCount + + ;
return ;
case X360Controls . FifthMouse :
deviceState . currentClicks . fifthCount + + ;
return ;
case X360Controls . WUP :
deviceState . currentClicks . wUpCount + + ;
return ;
case X360Controls . WDOWN :
deviceState . currentClicks . wDownCount + + ;
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return ;
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case X360Controls . A :
MappedState . Cross = true ;
return ;
case X360Controls . B :
MappedState . Circle = true ;
return ;
case X360Controls . X :
MappedState . Square = true ;
return ;
case X360Controls . Y :
MappedState . Triangle = true ;
return ;
case X360Controls . LB :
MappedState . L1 = true ;
return ;
case X360Controls . LS :
MappedState . L3 = true ;
return ;
case X360Controls . RB :
MappedState . R1 = true ;
return ;
case X360Controls . RS :
MappedState . R3 = true ;
return ;
case X360Controls . DpadUp :
MappedState . DpadUp = true ;
return ;
case X360Controls . DpadDown :
MappedState . DpadDown = true ;
return ;
case X360Controls . DpadLeft :
MappedState . DpadLeft = true ;
return ;
case X360Controls . DpadRight :
MappedState . DpadRight = true ;
return ;
case X360Controls . Guide :
MappedState . PS = true ;
return ;
case X360Controls . Back :
MappedState . Share = true ;
return ;
case X360Controls . Start :
MappedState . Options = true ;
return ;
case X360Controls . LT :
if ( MappedState . L2 = = 0 )
MappedState . L2 = 255 ;
return ;
case X360Controls . RT :
if ( MappedState . R2 = = 0 )
MappedState . R2 = 255 ;
return ;
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case X360Controls . Unbound :
return ;
default :
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if ( MappedState = = null )
return ;
break ;
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}
}
}
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public static bool [ ] pressedonce = new bool [ 261 ] ;
public static int test = 0 ;
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/** Map DS4 Buttons/Axes to other DS4 Buttons/Axes (largely the same as Xinput ones) and to keyboard and mouse buttons. */
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public static void MapCustom ( int device , DS4State cState , DS4State MappedState , DS4State pState = null )
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{
cState . CopyTo ( MappedState ) ;
SyntheticState deviceState = Mapping . deviceState [ device ] ;
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foreach ( KeyValuePair < DS4Controls , string > customKey in Global . getCustomMacros ( device ) )
{
DS4KeyType keyType = Global . getCustomKeyType ( device , customKey . Key ) ;
if ( getBoolMapping ( customKey . Key , cState ) )
{
resetToDefaultValue ( customKey . Key , MappedState ) ;
string [ ] skeys = customKey . Value . Split ( '/' ) ;
ushort [ ] keys = new ushort [ skeys . Length ] ;
for ( int i = 0 ; i < keys . Length ; i + + )
{
keys [ i ] = ushort . Parse ( skeys [ i ] ) ;
if ( keys [ i ] = = 256 ) deviceState . currentClicks . leftCount + + ; //anything above 255 is not a keyvalue
if ( keys [ i ] = = 257 ) deviceState . currentClicks . rightCount + + ;
if ( keys [ i ] = = 258 ) deviceState . currentClicks . middleCount + + ;
if ( keys [ i ] = = 259 ) deviceState . currentClicks . fourthCount + + ;
if ( keys [ i ] = = 260 ) deviceState . currentClicks . fifthCount + + ;
SyntheticState . KeyPresses kp ;
if ( ! deviceState . keyPresses . TryGetValue ( keys [ i ] , out kp ) )
deviceState . keyPresses [ keys [ i ] ] = kp = new SyntheticState . KeyPresses ( ) ;
if ( keyType . HasFlag ( DS4KeyType . ScanCode ) )
kp . current . scanCodeCount + + ;
else
kp . current . vkCount + + ;
kp . current . repeatCount + + ;
}
}
}
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foreach ( KeyValuePair < DS4Controls , ushort > customKey in Global . getCustomKeys ( device ) )
{
DS4KeyType keyType = Global . getCustomKeyType ( device , customKey . Key ) ;
if ( getBoolMapping ( customKey . Key , cState ) )
{
resetToDefaultValue ( customKey . Key , MappedState ) ;
SyntheticState . KeyPresses kp ;
if ( ! deviceState . keyPresses . TryGetValue ( customKey . Value , out kp ) )
deviceState . keyPresses [ customKey . Value ] = kp = new SyntheticState . KeyPresses ( ) ;
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if ( keyType . HasFlag ( DS4KeyType . ScanCode ) )
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kp . current . scanCodeCount + + ;
else
kp . current . vkCount + + ;
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if ( keyType . HasFlag ( DS4KeyType . Toggle ) )
{
if ( ! pressedonce [ customKey . Value ] )
{
kp . current . toggle = ! kp . current . toggle ;
pressedonce [ customKey . Value ] = true ;
}
kp . current . toggleCount + + ;
}
kp . current . repeatCount + + ;
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}
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else
pressedonce [ customKey . Value ] = false ;
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}
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bool LX = false , LY = false , RX = false , RY = false ;
MappedState . LX = 127 ;
MappedState . LY = 127 ;
MappedState . RX = 127 ;
MappedState . RY = 127 ;
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int MouseDeltaX = 0 ;
int MouseDeltaY = 0 ;
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Dictionary < DS4Controls , X360Controls > customButtons = Global . getCustomButtons ( device ) ;
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//foreach (KeyValuePair<DS4Controls, X360Controls> customButton in customButtons)
// resetToDefaultValue(customButton.Key, MappedState); // erase default mappings for things that are remapped
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foreach ( KeyValuePair < DS4Controls , X360Controls > customButton in customButtons )
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{
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DS4KeyType keyType = Global . getCustomKeyType ( device , customButton . Key ) ;
int keyvalue = 0 ;
switch ( customButton . Value )
{
case X360Controls . LeftMouse : keyvalue = 256 ; break ;
case X360Controls . RightMouse : keyvalue = 257 ; break ;
case X360Controls . MiddleMouse : keyvalue = 258 ; break ;
case X360Controls . FourthMouse : keyvalue = 259 ; break ;
case X360Controls . FifthMouse : keyvalue = 260 ; break ;
}
if ( keyType . HasFlag ( DS4KeyType . Toggle ) )
{
if ( getBoolMapping ( customButton . Key , cState ) )
{
resetToDefaultValue ( customButton . Key , MappedState ) ;
if ( ! pressedonce [ keyvalue ] )
{
deviceState . currentClicks . toggle = ! deviceState . currentClicks . toggle ;
test + + ;
pressedonce [ keyvalue ] = true ;
}
deviceState . currentClicks . toggleCount + + ;
}
else // if (test = 1)// && pressedonce[keyvalue])
{
pressedonce [ keyvalue ] = false ;
}
}
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bool LXChanged = ( Math . Abs ( 127 - MappedState . LX ) < 5 ) ;
bool LYChanged = ( Math . Abs ( 127 - MappedState . LY ) < 5 ) ;
bool RXChanged = ( Math . Abs ( 127 - MappedState . RX ) < 5 ) ;
bool RYChanged = ( Math . Abs ( 127 - MappedState . RY ) < 5 ) ;
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resetToDefaultValue ( customButton . Key , MappedState ) ; // erase default mappings for things that are remapped
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switch ( customButton . Value )
{
case X360Controls . A :
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if ( ! MappedState . Cross )
MappedState . Cross = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . B :
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if ( ! MappedState . Circle )
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MappedState . Circle = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . X :
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if ( ! MappedState . Square )
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MappedState . Square = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . Y :
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if ( ! MappedState . Triangle )
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MappedState . Triangle = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . LB :
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if ( ! MappedState . L1 )
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MappedState . L1 = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . LS :
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if ( ! MappedState . L3 )
MappedState . L3 = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . RB :
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if ( ! MappedState . R1 )
MappedState . R1 = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . RS :
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if ( ! MappedState . R3 )
MappedState . R3 = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . DpadUp :
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if ( ! MappedState . DpadUp )
MappedState . DpadUp = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . DpadDown :
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if ( ! MappedState . DpadDown )
MappedState . DpadDown = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . DpadLeft :
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if ( ! MappedState . DpadLeft )
MappedState . DpadLeft = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . DpadRight :
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if ( ! MappedState . DpadRight )
MappedState . DpadRight = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . Guide :
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if ( ! MappedState . PS )
MappedState . PS = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . Back :
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if ( ! MappedState . Share )
MappedState . Share = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . Start :
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if ( ! MappedState . Options )
MappedState . Options = getBoolMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . LXNeg :
if ( LXChanged )
{
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MappedState . LX = getXYAxisMapping ( customButton . Key , cState ) ;
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LX = true ;
}
break ;
case X360Controls . LYNeg :
if ( LYChanged )
{
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MappedState . LY = getXYAxisMapping ( customButton . Key , cState ) ;
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LY = true ;
}
break ;
case X360Controls . RXNeg :
if ( RXChanged )
{
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MappedState . RX = getXYAxisMapping ( customButton . Key , cState ) ;
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RX = true ;
}
break ;
case X360Controls . RYNeg :
if ( RYChanged )
{
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MappedState . RY = getXYAxisMapping ( customButton . Key , cState ) ;
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RY = true ;
}
break ;
case X360Controls . LXPos :
if ( LXChanged )
{
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MappedState . LX = getXYAxisMapping ( customButton . Key , cState , true ) ;
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LX = true ;
}
break ;
case X360Controls . LYPos :
if ( LYChanged )
{
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MappedState . LY = getXYAxisMapping ( customButton . Key , cState , true ) ;
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LY = true ;
}
break ;
case X360Controls . RXPos :
if ( RXChanged )
{
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MappedState . RX = getXYAxisMapping ( customButton . Key , cState , true ) ;
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RX = true ;
}
break ;
case X360Controls . RYPos :
if ( RYChanged )
{
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MappedState . RY = getXYAxisMapping ( customButton . Key , cState , true ) ;
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RY = true ;
}
break ;
case X360Controls . LT :
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if ( MappedState . L2 = = 0 )
MappedState . L2 = getByteMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . RT :
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if ( MappedState . R2 = = 0 )
MappedState . R2 = getByteMapping ( customButton . Key , cState ) ;
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break ;
case X360Controls . LeftMouse :
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if ( getBoolMapping ( customButton . Key , cState ) )
deviceState . currentClicks . leftCount + + ;
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break ;
case X360Controls . RightMouse :
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if ( getBoolMapping ( customButton . Key , cState ) )
deviceState . currentClicks . rightCount + + ;
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break ;
case X360Controls . MiddleMouse :
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if ( getBoolMapping ( customButton . Key , cState ) )
deviceState . currentClicks . middleCount + + ;
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break ;
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case X360Controls . FourthMouse :
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if ( getBoolMapping ( customButton . Key , cState ) )
deviceState . currentClicks . fourthCount + + ;
break ;
case X360Controls . FifthMouse :
if ( getBoolMapping ( customButton . Key , cState ) )
deviceState . currentClicks . fifthCount + + ;
break ;
case X360Controls . WUP :
if ( getBoolMapping ( customButton . Key , cState ) )
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deviceState . currentClicks . wUpCount + + ;
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break ;
case X360Controls . WDOWN :
if ( getBoolMapping ( customButton . Key , cState ) )
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deviceState . currentClicks . wDownCount + + ;
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break ;
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case X360Controls . MouseUp :
if ( MouseDeltaY = = 0 )
{
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MouseDeltaY = getMouseMapping ( device , customButton . Key , cState , pState , 0 ) ;
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MouseDeltaY = - Math . Abs ( ( MouseDeltaY = = - 2147483648 ? 0 : MouseDeltaY ) ) ;
}
break ;
case X360Controls . MouseDown :
if ( MouseDeltaY = = 0 )
{
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MouseDeltaY = getMouseMapping ( device , customButton . Key , cState , pState , 1 ) ;
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MouseDeltaY = Math . Abs ( ( MouseDeltaY = = - 2147483648 ? 0 : MouseDeltaY ) ) ;
}
break ;
case X360Controls . MouseLeft :
if ( MouseDeltaX = = 0 )
{
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MouseDeltaX = getMouseMapping ( device , customButton . Key , cState , pState , 2 ) ;
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MouseDeltaX = - Math . Abs ( ( MouseDeltaX = = - 2147483648 ? 0 : MouseDeltaX ) ) ;
}
break ;
case X360Controls . MouseRight :
if ( MouseDeltaX = = 0 )
{
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MouseDeltaX = getMouseMapping ( device , customButton . Key , cState , pState , 3 ) ;
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MouseDeltaX = Math . Abs ( ( MouseDeltaX = = - 2147483648 ? 0 : MouseDeltaX ) ) ;
}
break ;
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}
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}
if ( ! LX )
MappedState . LX = cState . LX ;
if ( ! LY )
MappedState . LY = cState . LY ;
if ( ! RX )
MappedState . RX = cState . RX ;
if ( ! RY )
MappedState . RY = cState . RY ;
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InputMethods . MoveCursorBy ( MouseDeltaX , MouseDeltaY ) ;
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}
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public static DateTime [ ] mousenow = { DateTime . UtcNow , DateTime . UtcNow , DateTime . UtcNow , DateTime . UtcNow } ;
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public static double mvalue = 0 ;
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private static int getMouseMapping ( int device , DS4Controls control , DS4State cState , DS4State pState , int mnum )
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{
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int deadzone = 10 ;
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double value = 0 ;
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int speed = Global . getButtonMouseSensitivity ( device ) ;
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DateTime now = mousenow [ mnum ] ;
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switch ( control )
{
case DS4Controls . LXNeg :
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if ( cState . LX < 127 - deadzone )
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value = Math . Pow ( 1.01 + speed / 10000d , - ( cState . LX - 127 ) ) - 1 ;
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break ;
case DS4Controls . LXPos :
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if ( cState . LX > 127 + deadzone )
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value = Math . Pow ( 1.01 + speed / 10000d , ( cState . LX - 127 ) ) - 1 ;
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break ;
case DS4Controls . RXNeg :
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if ( cState . RX < 127 - deadzone )
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value = Math . Pow ( 1.01 + speed / 10000d , - ( cState . RX - 127 ) ) - 1 ;
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break ;
case DS4Controls . RXPos :
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if ( cState . RX > 127 + deadzone )
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value = Math . Pow ( 1.01 + speed / 10000d , ( cState . RX - 127 ) ) - 1 ;
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break ;
case DS4Controls . LYNeg :
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if ( cState . LY < 127 - deadzone )
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value = Math . Pow ( 1.01 + speed / 10000d , - ( cState . LY - 127 ) ) - 1 ;
2014-04-29 23:56:58 +02:00
break ;
case DS4Controls . LYPos :
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if ( cState . LY > 127 + deadzone )
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value = Math . Pow ( 1.01 + speed / 10000d , ( cState . LY - 127 ) ) - 1 ;
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break ;
case DS4Controls . RYNeg :
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if ( cState . RY < 127 - deadzone )
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value = Math . Pow ( 1.01 + speed / 10000d , - ( cState . RY - 127 ) ) - 1 ;
2014-04-29 23:56:58 +02:00
break ;
case DS4Controls . RYPos :
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if ( cState . RY > 127 + deadzone )
2014-05-28 21:47:25 +02:00
value = Math . Pow ( 1.01 + speed / 10000d , ( cState . RY - 127 ) ) - 1 ;
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break ;
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case DS4Controls . Share : value = ( cState . Share ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . Options : value = ( cState . Options ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . L1 : value = ( cState . L1 ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . R1 : value = ( cState . R1 ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . L3 : value = ( cState . L3 ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . R3 : value = ( cState . R3 ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . DpadUp : value = ( cState . DpadUp ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . DpadDown : value = ( cState . DpadDown ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . DpadLeft : value = ( cState . DpadLeft ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . DpadRight : value = ( cState . DpadRight ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . PS : value = ( cState . PS ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . Cross : value = ( cState . Cross ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . Square : value = ( cState . Square ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . Triangle : value = ( cState . Triangle ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
case DS4Controls . Circle : value = ( cState . Circle ? Math . Pow ( 1.01 + speed / 10000d , 100 ) - 1 : 0 ) ; break ;
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case DS4Controls . L2 : value = Math . Pow ( 1.01 + speed / 10000d , cState . L2 / 2d ) - 1 ; break ;
case DS4Controls . R2 : value = Math . Pow ( 1.01 + speed / 10000d , cState . R2 / 2d ) - 1 ; break ;
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}
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//if (value != 0)
//mvalue = value;
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bool LXChanged = ( Math . Abs ( 127 - cState . LX ) < deadzone ) ;
bool LYChanged = ( Math . Abs ( 127 - cState . LY ) < deadzone ) ;
bool RXChanged = ( Math . Abs ( 127 - cState . RX ) < deadzone ) ;
bool RYChanged = ( Math . Abs ( 127 - cState . RY ) < deadzone ) ;
if ( LXChanged | | LYChanged | | RXChanged | | RYChanged )
now = DateTime . UtcNow ;
if ( value < = 1 )
{
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if ( now > = mousenow [ mnum ] + TimeSpan . FromMilliseconds ( ( 1 - value ) * 250 ) )
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{
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mousenow [ mnum ] = now ;
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return 1 ;
}
else
return 0 ;
}
else
return ( int ) Math . Round ( value , 0 ) ;
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}
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public static bool compare ( byte b1 , byte b2 )
{
if ( Math . Abs ( b1 - b2 ) > 10 )
{
return false ;
}
return true ;
}
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static bool [ ] touchArea = { true , true , true , true } ;
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public static byte getByteMapping ( DS4Controls control , DS4State cState )
{
2014-04-27 21:32:09 +02:00
if ( ! cState . TouchButton )
for ( int i = 0 ; i < 4 ; i + + )
touchArea [ i ] = false ;
if ( ! ( touchArea [ 0 ] | | touchArea [ 1 ] | | touchArea [ 2 ] | | touchArea [ 3 ] ) )
{
if ( cState . Touch2 )
touchArea [ 0 ] = true ;
if ( cState . TouchLeft & & ! cState . Touch2 & & cState . Touch1 )
touchArea [ 1 ] = true ;
if ( cState . TouchRight & & ! cState . Touch2 & & cState . Touch1 )
touchArea [ 2 ] = true ;
if ( ! cState . Touch1 )
touchArea [ 3 ] = true ;
}
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switch ( control )
{
case DS4Controls . Share : return ( byte ) ( cState . Share ? 255 : 0 ) ;
case DS4Controls . Options : return ( byte ) ( cState . Options ? 255 : 0 ) ;
case DS4Controls . L1 : return ( byte ) ( cState . L1 ? 255 : 0 ) ;
case DS4Controls . R1 : return ( byte ) ( cState . R1 ? 255 : 0 ) ;
case DS4Controls . L3 : return ( byte ) ( cState . L3 ? 255 : 0 ) ;
case DS4Controls . R3 : return ( byte ) ( cState . R3 ? 255 : 0 ) ;
case DS4Controls . DpadUp : return ( byte ) ( cState . DpadUp ? 255 : 0 ) ;
case DS4Controls . DpadDown : return ( byte ) ( cState . DpadDown ? 255 : 0 ) ;
case DS4Controls . DpadLeft : return ( byte ) ( cState . DpadLeft ? 255 : 0 ) ;
case DS4Controls . DpadRight : return ( byte ) ( cState . DpadRight ? 255 : 0 ) ;
case DS4Controls . PS : return ( byte ) ( cState . PS ? 255 : 0 ) ;
case DS4Controls . Cross : return ( byte ) ( cState . Cross ? 255 : 0 ) ;
case DS4Controls . Square : return ( byte ) ( cState . Square ? 255 : 0 ) ;
case DS4Controls . Triangle : return ( byte ) ( cState . Triangle ? 255 : 0 ) ;
case DS4Controls . Circle : return ( byte ) ( cState . Circle ? 255 : 0 ) ;
2014-05-21 23:42:25 +02:00
case DS4Controls . LXNeg : return ( byte ) cState . LX ;
case DS4Controls . LYNeg : return ( byte ) cState . LY ;
case DS4Controls . RXNeg : return ( byte ) cState . RX ;
case DS4Controls . RYNeg : return ( byte ) cState . RY ;
2014-03-28 02:50:40 +01:00
case DS4Controls . LXPos : return ( byte ) ( cState . LX - 127 < 0 ? 0 : ( cState . LX - 127 ) ) ;
case DS4Controls . LYPos : return ( byte ) ( cState . LY - 123 < 0 ? 0 : ( cState . LY - 123 ) ) ;
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case DS4Controls . RXPos : return ( byte ) ( cState . RX - 129 < 0 ? 0 : ( cState . RX - 125 ) ) ;
case DS4Controls . RYPos : return ( byte ) ( cState . RY - 125 < 0 ? 0 : ( cState . RY - 127 ) ) ;
case DS4Controls . L2 : return ( byte ) cState . L2 ;
case DS4Controls . R2 : return ( byte ) cState . R2 ;
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}
2014-04-27 21:32:09 +02:00
if ( cState . TouchButton )
{
if ( control = = DS4Controls . TouchMulti )
if ( ! ( touchArea [ 1 ] | | touchArea [ 2 ] | | touchArea [ 3 ] ) )
return ( byte ) ( touchArea [ 0 ] ? 255 : 0 ) ;
if ( control = = DS4Controls . TouchLeft )
if ( ! ( touchArea [ 0 ] | | touchArea [ 2 ] | | touchArea [ 3 ] ) )
return ( byte ) ( touchArea [ 1 ] ? 255 : 0 ) ;
if ( control = = DS4Controls . TouchRight )
if ( ! ( touchArea [ 0 ] | | touchArea [ 1 ] | | touchArea [ 3 ] ) )
return ( byte ) ( touchArea [ 2 ] ? 255 : 0 ) ;
if ( control = = DS4Controls . TouchUpper )
if ( ! ( touchArea [ 0 ] | | touchArea [ 1 ] | | touchArea [ 2 ] ) )
return ( byte ) ( touchArea [ 3 ] ? 255 : 0 ) ;
}
2014-03-28 02:50:40 +01:00
return 0 ;
}
public static bool getBoolMapping ( DS4Controls control , DS4State cState )
{
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if ( ! cState . TouchButton )
for ( int i = 0 ; i < 4 ; i + + )
touchArea [ i ] = false ;
if ( ! ( touchArea [ 0 ] | | touchArea [ 1 ] | | touchArea [ 2 ] | | touchArea [ 3 ] ) )
{
if ( cState . Touch2 )
touchArea [ 0 ] = true ;
if ( cState . TouchLeft & & ! cState . Touch2 & & cState . Touch1 )
touchArea [ 1 ] = true ;
if ( cState . TouchRight & & ! cState . Touch2 & & cState . Touch1 )
touchArea [ 2 ] = true ;
if ( ! cState . Touch1 )
touchArea [ 3 ] = true ;
}
2014-03-28 02:50:40 +01:00
switch ( control )
{
case DS4Controls . Share : return cState . Share ;
case DS4Controls . Options : return cState . Options ;
case DS4Controls . L1 : return cState . L1 ;
case DS4Controls . R1 : return cState . R1 ;
case DS4Controls . L3 : return cState . L3 ;
case DS4Controls . R3 : return cState . R3 ;
case DS4Controls . DpadUp : return cState . DpadUp ;
case DS4Controls . DpadDown : return cState . DpadDown ;
case DS4Controls . DpadLeft : return cState . DpadLeft ;
case DS4Controls . DpadRight : return cState . DpadRight ;
case DS4Controls . PS : return cState . PS ;
case DS4Controls . Cross : return cState . Cross ;
case DS4Controls . Square : return cState . Square ;
case DS4Controls . Triangle : return cState . Triangle ;
case DS4Controls . Circle : return cState . Circle ;
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case DS4Controls . LXNeg : return cState . LX < 127 - 55 ;
case DS4Controls . LYNeg : return cState . LY < 127 - 55 ;
case DS4Controls . RXNeg : return cState . RX < 127 - 55 ;
case DS4Controls . RYNeg : return cState . RY < 127 - 55 ;
case DS4Controls . LXPos : return cState . LX > 127 + 55 ;
case DS4Controls . LYPos : return cState . LY > 127 + 55 ;
case DS4Controls . RXPos : return cState . RX > 127 + 55 ;
case DS4Controls . RYPos : return cState . RY > 127 + 55 ;
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case DS4Controls . L2 : return cState . L2 > 100 ;
case DS4Controls . R2 : return cState . R2 > 100 ;
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}
if ( cState . TouchButton )
{
if ( control = = DS4Controls . TouchMulti )
if ( ! ( touchArea [ 1 ] | | touchArea [ 2 ] | | touchArea [ 3 ] ) )
return touchArea [ 0 ] ;
if ( control = = DS4Controls . TouchLeft )
if ( ! ( touchArea [ 0 ] | | touchArea [ 2 ] | | touchArea [ 3 ] ) )
return touchArea [ 1 ] ;
if ( control = = DS4Controls . TouchRight )
if ( ! ( touchArea [ 0 ] | | touchArea [ 1 ] | | touchArea [ 3 ] ) )
return touchArea [ 2 ] ;
if ( control = = DS4Controls . TouchUpper )
if ( ! ( touchArea [ 0 ] | | touchArea [ 1 ] | | touchArea [ 2 ] ) )
return touchArea [ 3 ] ;
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}
return false ;
}
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public static byte getXYAxisMapping ( DS4Controls control , DS4State cState , bool alt = false )
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{
byte trueVal = 0 ;
byte falseVal = 127 ;
if ( alt )
{
trueVal = 255 ;
}
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if ( ! cState . TouchButton )
for ( int i = 0 ; i < 4 ; i + + )
touchArea [ i ] = false ;
if ( ! ( touchArea [ 0 ] | | touchArea [ 1 ] | | touchArea [ 2 ] | | touchArea [ 3 ] ) )
{
if ( cState . Touch2 )
touchArea [ 0 ] = true ;
if ( cState . TouchLeft & & ! cState . Touch2 & & cState . Touch1 )
touchArea [ 1 ] = true ;
if ( cState . TouchRight & & ! cState . Touch2 & & cState . Touch1 )
touchArea [ 2 ] = true ;
if ( ! cState . Touch1 )
touchArea [ 3 ] = true ;
}
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switch ( control )
{
case DS4Controls . Share : return ( byte ) ( cState . Share ? trueVal : falseVal ) ;
case DS4Controls . Options : return ( byte ) ( cState . Options ? trueVal : falseVal ) ;
case DS4Controls . L1 : return ( byte ) ( cState . L1 ? trueVal : falseVal ) ;
case DS4Controls . R1 : return ( byte ) ( cState . R1 ? trueVal : falseVal ) ;
case DS4Controls . L3 : return ( byte ) ( cState . L3 ? trueVal : falseVal ) ;
case DS4Controls . R3 : return ( byte ) ( cState . R3 ? trueVal : falseVal ) ;
case DS4Controls . DpadUp : return ( byte ) ( cState . DpadUp ? trueVal : falseVal ) ;
case DS4Controls . DpadDown : return ( byte ) ( cState . DpadDown ? trueVal : falseVal ) ;
case DS4Controls . DpadLeft : return ( byte ) ( cState . DpadLeft ? trueVal : falseVal ) ;
case DS4Controls . DpadRight : return ( byte ) ( cState . DpadRight ? trueVal : falseVal ) ;
case DS4Controls . PS : return ( byte ) ( cState . PS ? trueVal : falseVal ) ;
case DS4Controls . Cross : return ( byte ) ( cState . Cross ? trueVal : falseVal ) ;
case DS4Controls . Square : return ( byte ) ( cState . Square ? trueVal : falseVal ) ;
case DS4Controls . Triangle : return ( byte ) ( cState . Triangle ? trueVal : falseVal ) ;
case DS4Controls . Circle : return ( byte ) ( cState . Circle ? trueVal : falseVal ) ;
case DS4Controls . L2 : return ( byte ) ( cState . L2 = = 255 ? trueVal : falseVal ) ;
case DS4Controls . R2 : return ( byte ) ( cState . R2 = = 255 ? trueVal : falseVal ) ;
}
if ( ! alt )
{
switch ( control )
{
case DS4Controls . LXNeg : return cState . LX ;
case DS4Controls . LYNeg : return cState . LY ;
case DS4Controls . RXNeg : return cState . RX ;
case DS4Controls . RYNeg : return cState . RY ;
case DS4Controls . LXPos : return ( byte ) ( 255 - cState . LX ) ;
case DS4Controls . LYPos : return ( byte ) ( 255 - cState . LY ) ;
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case DS4Controls . RXPos : return ( byte ) ( 255 - cState . RX ) ;
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case DS4Controls . RYPos : return ( byte ) ( 255 - cState . RY ) ;
}
}
else
{
switch ( control )
{
case DS4Controls . LXNeg : return ( byte ) ( 255 - cState . LX ) ;
case DS4Controls . LYNeg : return ( byte ) ( 255 - cState . LY ) ;
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case DS4Controls . RXNeg : return ( byte ) ( 255 - cState . RX ) ;
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case DS4Controls . RYNeg : return ( byte ) ( 255 - cState . RY ) ;
case DS4Controls . LXPos : return cState . LX ;
case DS4Controls . LYPos : return cState . LY ;
case DS4Controls . RXPos : return cState . RX ;
case DS4Controls . RYPos : return cState . RY ;
}
}
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if ( cState . TouchButton )
{
if ( control = = DS4Controls . TouchMulti )
if ( ! ( touchArea [ 1 ] | | touchArea [ 2 ] | | touchArea [ 3 ] ) )
return ( byte ) ( touchArea [ 0 ] ? trueVal : falseVal ) ;
if ( control = = DS4Controls . TouchLeft )
if ( ! ( touchArea [ 0 ] | | touchArea [ 2 ] | | touchArea [ 3 ] ) )
return ( byte ) ( touchArea [ 1 ] ? trueVal : falseVal ) ;
if ( control = = DS4Controls . TouchRight )
if ( ! ( touchArea [ 0 ] | | touchArea [ 1 ] | | touchArea [ 3 ] ) )
return ( byte ) ( touchArea [ 2 ] ? trueVal : falseVal ) ;
if ( control = = DS4Controls . TouchUpper )
if ( ! ( touchArea [ 0 ] | | touchArea [ 1 ] | | touchArea [ 2 ] ) )
return ( byte ) ( touchArea [ 3 ] ? trueVal : falseVal ) ;
}
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return 0 ;
}
//Returns false for any bool,
//if control is one of the xy axis returns 127
//if its a trigger returns 0
public static void resetToDefaultValue ( DS4Controls control , DS4State cState )
{
switch ( control )
{
case DS4Controls . Share : cState . Share = false ; break ;
case DS4Controls . Options : cState . Options = false ; break ;
case DS4Controls . L1 : cState . L1 = false ; break ;
case DS4Controls . R1 : cState . R1 = false ; break ;
case DS4Controls . L3 : cState . L3 = false ; break ;
case DS4Controls . R3 : cState . R3 = false ; break ;
case DS4Controls . DpadUp : cState . DpadUp = false ; break ;
case DS4Controls . DpadDown : cState . DpadDown = false ; break ;
case DS4Controls . DpadLeft : cState . DpadLeft = false ; break ;
case DS4Controls . DpadRight : cState . DpadRight = false ; break ;
case DS4Controls . PS : cState . PS = false ; break ;
case DS4Controls . Cross : cState . Cross = false ; break ;
case DS4Controls . Square : cState . Square = false ; break ;
case DS4Controls . Triangle : cState . Triangle = false ; break ;
case DS4Controls . Circle : cState . Circle = false ; break ;
case DS4Controls . LXNeg : cState . LX = 127 ; break ;
case DS4Controls . LYNeg : cState . LY = 127 ; break ;
case DS4Controls . RXNeg : cState . RX = 127 ; break ;
case DS4Controls . RYNeg : cState . RY = 127 ; break ;
case DS4Controls . LXPos : cState . LX = 127 ; break ;
case DS4Controls . LYPos : cState . LY = 127 ; break ;
case DS4Controls . RXPos : cState . RX = 127 ; break ;
case DS4Controls . RYPos : cState . RY = 127 ; break ;
case DS4Controls . L2 : cState . L2 = 0 ; break ;
case DS4Controls . R2 : cState . R2 = 0 ; break ;
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//case DS4Controls.TouchButton: cState.TouchLeft = false; break;
//case DS4Controls.TouchMulti: cState.Touch2 = false; break;
//case DS4Controls.TouchRight: cState.TouchRight = false; break;
//case DS4Controls.TouchUpper: cState.TouchButton = false; break;
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}
}
// Arthritis mode, compensate for cumulative pressure F=kx on the triggers by allowing the user to remap the entire trigger to just the initial portion.
private static byte [ , ] leftTriggerMap = new byte [ 4 , 256 ] , rightTriggerMap = new byte [ 4 , 256 ] ;
private static double [ ] leftTriggerMiddle = new double [ 4 ] , // linear trigger remapping, 0.5 is in the middle of 0 and 255 from the native controller.
oldLeftTriggerMiddle = new double [ 4 ] ,
rightTriggerMiddle = new double [ 4 ] , oldRightTriggerMiddle = new double [ 4 ] ;
private static void initializeTriggerMap ( byte [ , ] map , double triggerMiddle , int deviceNum )
{
double midpoint = 256.0 * triggerMiddle ;
for ( uint x = 0 ; x < = 255 ; x + + )
{
double mapped ;
if ( x < midpoint ) // i.e. with standard 0.5, 0..127->0..127, etc.; with 0.25, 0..63->0..127 and 64..255->128..255\
mapped = ( x * 0.5 / triggerMiddle ) ;
else
mapped = 128.0 + 128.0 * ( x - midpoint ) / ( 256.0 - midpoint ) ;
map [ deviceNum , x ] = ( byte ) mapped ;
}
}
public static byte mapLeftTrigger ( byte orig , int deviceNum )
{
leftTriggerMiddle [ deviceNum ] = Global . getLeftTriggerMiddle ( deviceNum ) ;
if ( leftTriggerMiddle [ deviceNum ] ! = oldLeftTriggerMiddle [ deviceNum ] )
{
oldLeftTriggerMiddle [ deviceNum ] = leftTriggerMiddle [ deviceNum ] ;
initializeTriggerMap ( leftTriggerMap , leftTriggerMiddle [ deviceNum ] , deviceNum ) ;
}
return leftTriggerMap [ deviceNum , orig ] ;
}
public static byte mapRightTrigger ( byte orig , int deviceNum )
{
rightTriggerMiddle [ deviceNum ] = Global . getRightTriggerMiddle ( deviceNum ) ;
if ( rightTriggerMiddle [ deviceNum ] ! = oldRightTriggerMiddle [ deviceNum ] )
{
oldRightTriggerMiddle [ deviceNum ] = rightTriggerMiddle [ deviceNum ] ;
initializeTriggerMap ( rightTriggerMap , rightTriggerMiddle [ deviceNum ] , deviceNum ) ;
}
return rightTriggerMap [ deviceNum , orig ] ;
}
}
}