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INPUT.h
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#include <driver/adc.h>
#include "src/PhysicBtn/PhysicBtn.hpp"
PhysicBtn phbs;
//================================================================================
// FASTER digital READ and WRITE
//================================================================================
extern void ___digitalWrite(uint8_t pin, uint8_t val) {
if(val) {
if(pin < 32) {
GPIO.out_w1ts = ((uint32_t)1 << pin);
} else if(pin < 34) {
GPIO.out1_w1ts.val = ((uint32_t)1 << (pin - 32));
}
} else {
if(pin < 32) {
GPIO.out_w1tc = ((uint32_t)1 << pin);
} else if(pin < 34) {
GPIO.out1_w1tc.val = ((uint32_t)1 << (pin - 32));
}
}
}
//================================================================================
void LOW_ENERGY() {
#if defined(NCAT_TWATCH_V1) || defined(NCAT_TWATCH_V2) || defined(HACKED_NCAT_TWATCH_V2)
if (toggle_screen) {
printf("LOW_ENERGY.\n");
ttgo->closeBL();
ttgo->bma->enableStepCountInterrupt(false);
//ttgo->displaySleep();
toggle_screen = false;
} else {
printf("HIGH_ENERGY.\n");
//ttgo->displayWakeup();
ttgo->openBL();
ttgo->bma->enableStepCountInterrupt();
toggle_screen=true;
}
#endif
}
//================================================================================
void _DEEP_SLEEP() {
#if defined(NCAT_TWATCH_V1) || defined(NCAT_TWATCH_V2) || defined(HACKED_NCAT_TWATCH_V2)
printf("DEEPSLEEP.\n");
delay(3000);
ttgo->powerOff();
// Use ext1 for external wakeup
esp_sleep_enable_ext1_wakeup(GPIO_SEL_35, ESP_EXT1_WAKEUP_ALL_LOW);
esp_deep_sleep_start();
#endif
}
//--------------------------------------------------------------------------------
byte* keymap; // scancodes keymap array... (ps_malloc 256bytes)
uint32_t keyboardcounter_pause;
uint32_t keyboardcounter_repeat;
#define KEYBOARD_REPEAT_PAUSE 500 // in milliseconds
#define KEYBOARD_REPEAT_TIME 50 // in milliseconds
uint32_t* prevkeytime; // malloc/ps_malloc 1kB
//--------------------------------------------------------------------------------
#include "bluepad32/uni_hid_parser_generic.h"
#include "bluepad32/hid_usage.h"
#include "bluepad32/uni_debug.h"
#include "bluepad32/uni_hid_device.h"
#include "bluepad32/uni_hid_parser.h"
//================================================================================
int8_t AXISX=0; // X AXIS POSITION
int8_t AXISY=0; // Y AXIS POSITION
//================================================================================
int16_t MOUSEX=0;
int16_t MOUSEY=0;
int16_t MOUSEZ=0; // SCROLL WHEEL
uint8_t MOUSEBUTTONS=0;
uint8_t MOUSEBUTTONS_LAST=0;
//================================================================================
uint8_t BUTTONS=0; // MOUSE & JOYSTICK (0bRLZYXCBA)
uint8_t BUTTONS_LAST=0;
//================================================================================
int16_t TOUCHX=0; // TOUCHPAD
int16_t TOUCHY=0;
//================================================================================
uint8_t* BTKEYBOARD; // malloc/ps_malloc
uint8_t BTBUFFER_SET[6]= {0};
uint8_t BTBUFFER_CLEAR[6]= {0};
int8_t BTBUF_POS=0; // KEY RELEASE BUFFER POS (STATUS)
//================================================================================
uint8_t* USBKEYBOARD; // malloc/ps_malloc
//================================================================================
uint8_t* PS2KEYBOARD; // malloc/ps_malloc
//================================================================================
uint8_t JOYBUTTON=0; // 4bits
uint8_t JOYBUTTON_LAST=0;
//--------------------------------------------------------------------------------
uint8_t JOY_UP=0;
uint8_t JOY_DOWN=0;
uint8_t JOY_LEFT=0;
uint8_t JOY_RIGHT=0;
uint8_t JOY_A=0;
uint8_t JOY_B=0;
uint8_t JOY_C=0;
uint8_t JOY_X=0;
uint8_t JOY_Y=0;
uint8_t JOY_Z=0;
uint8_t JOY_L=0;
uint8_t JOY_R=0;
uint8_t JOY_START=0;
uint8_t JOY_SELECT=0;
uint8_t JOY_SYSTEM=0; //0=HOME button OFF, 1=HOME button ON.
//================================================================================
// USB JOYSTICK Player 1
//--------------------------------------------------------------------------------
uint8_t USB_JOY_UP=0;
uint8_t USB_JOY_DOWN=0;
uint8_t USB_JOY_LEFT=0;
uint8_t USB_JOY_RIGHT=0;
uint8_t USB_JOY_A=0;
uint8_t USB_JOY_B=0;
uint8_t USB_JOY_C=0;
uint8_t USB_JOY_X=0;
uint8_t USB_JOY_Y=0;
uint8_t USB_JOY_Z=0;
uint8_t USB_JOY_L=0;
uint8_t USB_JOY_R=0;
uint8_t USB_JOY_START=0;
uint8_t USB_JOY_SELECT=0;
uint8_t USB_JOY_SYSTEM=0; //0=HOME button OFF, 1=HOME button ON.
//================================================================================
//================================================================================
// USB JOYSTICK Player 2
//--------------------------------------------------------------------------------
uint8_t USB_JOY2_UP=0;
uint8_t USB_JOY2_DOWN=0;
uint8_t USB_JOY2_LEFT=0;
uint8_t USB_JOY2_RIGHT=0;
uint8_t USB_JOY2_A=0;
uint8_t USB_JOY2_B=0;
uint8_t USB_JOY2_C=0;
uint8_t USB_JOY2_X=0;
uint8_t USB_JOY2_Y=0;
uint8_t USB_JOY2_Z=0;
uint8_t USB_JOY2_L=0;
uint8_t USB_JOY2_R=0;
uint8_t USB_JOY2_START=0;
uint8_t USB_JOY2_SELECT=0;
uint8_t USB_JOY2_SYSTEM=0; //0=HOME button OFF, 1=HOME button ON.
//================================================================================
//GPIO BUTTONS: 9pcs
//--------------------------------------------------------------------------------
uint8_t BUTTON_UP=0;
uint8_t BUTTON_DOWN=0;
uint8_t BUTTON_LEFT=0;
uint8_t BUTTON_RIGHT=0;
uint8_t BUTTON_A=0;
uint8_t BUTTON_B=0;
uint8_t BUTTON_START=0;
uint8_t BUTTON_SELECT=0;
uint8_t BUTTON_SYSTEM=0;
//================================================================================
//NES CONTROLLER BUTTONS: 8
//--------------------------------------------------------------------------------
uint8_t NESCTRL_UP=0;
uint8_t NESCTRL_DOWN=0;
uint8_t NESCTRL_LEFT=0;
uint8_t NESCTRL_RIGHT=0;
uint8_t NESCTRL_A=0;
uint8_t NESCTRL_B=0;
uint8_t NESCTRL_START=0;
uint8_t NESCTRL_SELECT=0;
//================================================================================
//TOUCHPAD COMBOS:
//--------------------------------------------------------------------------------
uint8_t TOUCH_UP=0;
uint8_t TOUCH_DOWN=0;
uint8_t TOUCH_LEFT=0;
uint8_t TOUCH_RIGHT=0;
uint8_t TOUCH_A=0;
uint8_t TOUCH_B=0;
uint8_t TOUCH_START=0;
uint8_t TOUCH_SELECT=0;
uint8_t TOUCH_SYSTEM=0;
//================================================================================
///GENERAL BUTTONS
//================================================================================
uint8_t INPUT_UP=0; /// ↑
uint8_t INPUT_DOWN=0; /// ↓
uint8_t INPUT_LEFT=0; /// ←
uint8_t INPUT_RIGHT=0; /// →
uint8_t INPUT_A=0; /// X = ALT = Z
uint8_t INPUT_B=0; /// □ = CTRL = X
uint8_t INPUT_X=0; /// O
uint8_t INPUT_Y=0; /// Δ
uint8_t INPUT_START=0; /// ◄ START = ENTER
uint8_t INPUT_SELECT=0; /// ► SELECT = BACKSPACE
uint8_t INPUT_SYSTEM=0; /// ■ SYSTEM = ESCAPE
//================================================================================
uint8_t Player2_INPUT_UP=0; /// ↑
uint8_t Player2_INPUT_DOWN=0; /// ↓
uint8_t Player2_INPUT_LEFT=0; /// ←
uint8_t Player2_INPUT_RIGHT=0; /// →
uint8_t Player2_INPUT_A=0; /// X = ALT = Z
uint8_t Player2_INPUT_B=0; /// □ = CTRL = X
uint8_t Player2_INPUT_X=0; /// O
uint8_t Player2_INPUT_Y=0; /// Δ
uint8_t Player2_INPUT_START=0; /// ◄ START = ENTER
uint8_t Player2_INPUT_SELECT=0; /// ► SELECT = BACKSPACE
uint8_t Player2_INPUT_SYSTEM=0; /// ■ SYSTEM = ESCAPE
//================================================================================
uint8_t TOUCHPAD_INPUT();
uint8_t BUTTONSINPUT();
//================================================================================
void EVENTS();
//================================================================================
uint32_t NES_CONTROLLER_TIME=0;
void CLEAR_NES_CONTROLLER() {
#if NES_CONTROLLER
NESCTRL_UP=0;
NESCTRL_DOWN=0;
NESCTRL_LEFT=0;
NESCTRL_RIGHT=0;
NESCTRL_A=0;
NESCTRL_B=0;
NESCTRL_START=0;
NESCTRL_SELECT=0;
#endif
}
void NES_CONTROLLER_READ() {
#define NES_CONTROLLER_REFRESH_TIME 40 //every 40ms read JOYSTICK
#if NES_CONTROLLER
if (millis() - NES_CONTROLLER_TIME > NES_CONTROLLER_REFRESH_TIME) {
NES_CONTROLLER_TIME=millis();
CLEAR_NES_CONTROLLER();
//NES Controller strobe
digitalWrite(NESCTRL_Latch, 1);
digitalWrite(NESCTRL_Latch, 0);
delayMicroseconds(1); //ESP32 is too fast for NES CONTROLLER...
if (digitalRead(NESCTRL_Data) == 0) NESCTRL_A=1; //else NESCTRL_A=0;
digitalWrite(NESCTRL_Clock, 0);
digitalWrite(NESCTRL_Clock, 1);
delayMicroseconds(1);
if (digitalRead(NESCTRL_Data) == 0) NESCTRL_B=1; //else NESCTRL_B=0;
digitalWrite(NESCTRL_Clock, 0);
digitalWrite(NESCTRL_Clock, 1);
delayMicroseconds(1);
if (digitalRead(NESCTRL_Data) == 0) NESCTRL_SELECT=1; //else NESCTRL_SELECT=0;
digitalWrite(NESCTRL_Clock, 0);
digitalWrite(NESCTRL_Clock, 1);
delayMicroseconds(1);
if (digitalRead(NESCTRL_Data) == 0) NESCTRL_START=1; //else NESCTRL_START=0;
digitalWrite(NESCTRL_Clock, 0);
digitalWrite(NESCTRL_Clock, 1);
delayMicroseconds(1);
if (digitalRead(NESCTRL_Data) == 0) NESCTRL_UP=1; //else NESCTRL_UP=0;
digitalWrite(NESCTRL_Clock, 0);
digitalWrite(NESCTRL_Clock, 1);
delayMicroseconds(1);
if (digitalRead(NESCTRL_Data) == 0) NESCTRL_DOWN=1; //else NESCTRL_DOWN=0;
digitalWrite(NESCTRL_Clock, 0);
digitalWrite(NESCTRL_Clock, 1);
delayMicroseconds(1);
if (digitalRead(NESCTRL_Data) == 0) NESCTRL_LEFT=1; //else NESCTRL_LEFT=0;
digitalWrite(NESCTRL_Clock, 0);
digitalWrite(NESCTRL_Clock, 1);
delayMicroseconds(1);
if (digitalRead(NESCTRL_Data) == 0) NESCTRL_RIGHT=1; //else NESCTRL_RIGHT=0;
digitalWrite(NESCTRL_Clock, 0);
digitalWrite(NESCTRL_Clock, 1);
delayMicroseconds(1);
}
#endif
}
extern uint32_t ON_SECONDS; //TOTAL ON SCEONDS
extern uint32_t LAST_ACTIVITY_SECONDS; //LAST ACTIVITY SECONDS TIME
extern uint8_t LCD_BACKLIGHT;
extern uint8_t BACKLIGHT_PIN_LAST_VALUE;
uint8_t wakeup_LCD();
uint8_t INPUTREPORT();
int phbtnState[4];//物理ボリューム
void updatePhBtns()
{
delay(1);
// 入力状態の更新（変化がなければ終了）
if (!phbs.loop()) return;
// コマンド判定結果を取得
static std::uint32_t hitvalue = ~0U;
std::uint32_t prev = hitvalue;
hitvalue = phbs.getValue();
// 以前の値と同じ場合は除外
if (prev == hitvalue) return;
}
void updatePhVols()
{
//AD1の場合
phbtnState[0] = adc1_get_raw(ADC1_CHANNEL_7);//34pin ジョイスティックX
phbtnState[1] = adc1_get_raw(ADC1_CHANNEL_6);//35pin ジョイスティックY
phbtnState[2] = adc1_get_raw(ADC1_CHANNEL_3);//39pin 4つのボタン
// //phbtnState[3] = adc1_get_raw(ADC1_CHANNEL_5);//33pin ボリューム
}
int getPhVol(int n)
{
return phbtnState[n];
}
// 閾値の数
const int numThresholds = 8;
// 方向を示すビット列
int directionBits = -1;
//int predirectionBits = -1;
// 閾値のリスト
float statebtn_vals[9] = {
4070, 3910, 3760, 3530, 3290, 3030, 2940, 2650, 0
};
int getPhVolDir(int n)
{
// 音声ボリュームの値
float volume = getPhVol(n);
directionBits = -1; // デフォルト値として無効な値を設定
//閾値を元に方向を判断する
for (int i = 0; i < 8; i++) { // statebtn_valsの範囲内でループ
float threshold = (statebtn_vals[i] + statebtn_vals[i + 1]) / 2;
if (volume >= threshold) {
directionBits = i; // 該当する方向を示すビット列をセット
break; // 最初の該当する閾値を見つけたらループを終了
}
}
// if(volume > 4090 && volume <= 4095){
// directionBits = -1;
// }
//+key
// 6|5|7
//|0 3|
// 2|1|4
//十字キーの出力値を揃える
if(directionBits==0){directionBits=7;}
else if(directionBits==2){directionBits=0;}
else if(directionBits==4){directionBits=2;}
else if(directionBits==7){directionBits=4;}
// 6|5|4
//|7 3|
// 0|1|2
// if(predirectionBits==directionBits)//２回連続した時だけ前菜の値を出力
// {
// predirectionBits = directionBits;//１回だけの時は前の値を出力
// return directionBits;//前の値を出力
// }
// else
// {
// predirectionBits = directionBits;
// return predirectionBits;
// }
return directionBits;//前の値を出力
}
int getPhVolVec(int n1, int n2) {
// 音声ボリュームの値
float x = getPhVol(n1);
float y = getPhVol(n2);
// 基準値を引いて調整
x -= 2140;
y -= 2180;
// 値の制限
if (x > 2140) {
x = 2140;
} else if (x < -2140) {
x = -2140;
}
if (y > 2140) {
y = 2140;
} else if (y < -2140) {
y = -2140;
}
// 角度を計算（ラジアン）
float angle = atan2(y, x);
// 角度を0~360度に変換
if (angle < 0) {
angle += 2 * M_PI;
}
float degrees = angle * 180.0 / M_PI;
// 方向を判定
int direction = -1; // デフォルトは方向がないという意味
if (abs(x) < 300 && abs(y) < 300) {
direction = -1; // 方向がない
} else if (degrees >= 22.5 && degrees < 67.5) {
direction = 0; // 右上
} else if (degrees >= 67.5 && degrees < 112.5) {
direction = 1; // 上
} else if (degrees >= 112.5 && degrees < 157.5) {
direction = 2; // 左上
} else if (degrees >= 157.5 && degrees < 202.5) {
direction = 3; // 左
} else if (degrees >= 202.5 && degrees < 247.5) {
direction = 4; // 左下
} else if (degrees >= 247.5 && degrees < 292.5) {
direction = 5; // 下
} else if (degrees >= 292.5 && degrees < 337.5) {
direction = 6; // 右下
} else if ((degrees >= 337.5 && degrees <= 360) || (degrees >= 0 && degrees < 22.5)) {
direction = 7; // 右
}
if (abs(x) < 300 && abs(y) < 300) {
direction = -1; // 方向がない
}
return direction;
}
uint8_t INPUTREAD() {
updatePhVols();//volボタン関連
if(getPhVolVec(0, 1)==7){INPUT_LEFT=1;}
if(getPhVolVec(0, 1)==1){INPUT_DOWN=1;}
if(getPhVolVec(0, 1)==3){INPUT_RIGHT=1;}
if(getPhVolVec(0, 1)==5){INPUT_UP=1;}
if(getPhVolDir(2)==7){INPUT_X =1;}
if(getPhVolDir(2)==1){INPUT_B =1;}
if(getPhVolDir(2)==3){INPUT_A =1;}
if(getPhVolDir(2)==5){INPUT_Y =1;}
updatePhBtns();//物理ボタン3つ
//static constexpr command_holder commands[] =
//{ { 101, 5, btn_a_single } // A 短押し
//, { 102, 5, btn_b_single } // B 短押し
//, { 103, 5, btn_c_single } // C 短押し
//, { 111, 3, btn_a_hold } // A 長押し
//, { 112, 3, btn_b_hold } // B 長押し
//, { 113, 3, btn_c_hold } // C 長押し
//, { 121, 5, btn_a_double } // A 二回押し
//, { 122, 5, btn_b_double } // B 二回押し
//, { 123, 5, btn_c_double } // C 二回押し
//, { 201, 2, btn_ab_hold } // AB 同時押し
//, { 202, 2, btn_ac_hold } // AC 同時押し
//, { 203, 2, btn_bc_hold } // BC 同時押し
//, { 204, 2, btn_abc_hold } // ABC 同時押し
//, { 301, 7, btn_a_b_c } // ABC 順番押し
//};
if(phbs.getValue() == 101||phbs.getValue() == 111){INPUT_START =1;}
if(phbs.getValue() == 102||phbs.getValue() == 112){INPUT_SELECT =1;}
if(phbs.getValue() == 103||phbs.getValue() == 113){INPUT_SYSTEM =1;}
// NES_CONTROLLER_READ();
/*
if (BUTTON_UP==1 || JOY_UP==1 || USB_JOY_UP==1 || NESCTRL_UP==1 || USBKEYBOARD[0x57] || TOUCH_UP==1 ) INPUT_UP=1;
if (BUTTON_DOWN==1 || JOY_DOWN==1 || USB_JOY_DOWN==1 || NESCTRL_DOWN==1 || USBKEYBOARD[0x62] || TOUCH_DOWN==1) INPUT_DOWN=1;
if (BUTTON_LEFT==1 || JOY_LEFT==1 || USB_JOY_LEFT==1 || NESCTRL_LEFT==1 || USBKEYBOARD[0x61] || TOUCH_LEFT==1 ) INPUT_LEFT=1;
if (BUTTON_RIGHT==1 || JOY_RIGHT==1 || USB_JOY_RIGHT==1 || NESCTRL_RIGHT==1 || USBKEYBOARD[0x63] || TOUCH_RIGHT==1 ) INPUT_RIGHT=1;
if (BUTTON_A==1 || JOY_B==1 || USB_JOY_A==1 || NESCTRL_A==1 || USBKEYBOARD[0x5d] || USBKEYBOARD[0x4c] || TOUCH_A==1) INPUT_A=1;
if (JOY_X==1 || USB_JOY_Y==1 || USBKEYBOARD[0x3c] ) INPUT_Y=1;
if (BUTTON_B==1 || JOY_A==1 || USB_JOY_B==1 || NESCTRL_B==1 || USBKEYBOARD[0x5c] || USBKEYBOARD[0x4d]) INPUT_B=1;
if (JOY_C==1 || USB_JOY_X==1 || USBKEYBOARD[0x3d] ) INPUT_X=1;
if (BUTTON_START==1 || USB_JOY_START==1 || JOY_START || NESCTRL_START==1 || USBKEYBOARD[0x47] ) INPUT_START=1;
if (BUTTON_SELECT==1 || USB_JOY_SELECT==1 || JOY_SELECT || NESCTRL_SELECT==1 || USBKEYBOARD[0x1e]) INPUT_SELECT=1;
if (JOY_SYSTEM || USB_JOY_SYSTEM || BUTTON_SYSTEM || USBKEYBOARD[0x01] || TOUCH_SYSTEM==1 ) INPUT_SYSTEM=1;
*/
if (DEBUG>2) INPUTREPORT();
// if (digitalRead(IO_BUTTON0)==0) INPUT_START= 1;
// if (digitalRead(IO_BUTTON47)==0) INPUT_SELECT= 1;
// if ((NESCTRL_LEFT || USB_LEFT) && INPUT_LEFT==0) INPUT_LEFT=1; else if ((!NESCTRL_LEFT && !USB_LEFT) && INPUT_LEFT==2) INPUT_LEFT=3;
// if ((NESCTRL_RIGHT || USB_RIGHT) && INPUT_RIGHT==0) INPUT_RIGHT=1; else if ((!NESCTRL_RIGHT && !USB_RIGHT) && INPUT_RIGHT==2) INPUT_RIGHT=3;
// if ((NESCTRL_UP || USB_UP) && INPUT_UP==0) INPUT_UP=1; else if ((!NESCTRL_UP && !USB_UP) && INPUT_UP==2) INPUT_UP=3;
// if ((NESCTRL_DOWN || USB_DOWN) && INPUT_DOWN==0) INPUT_DOWN=1; else if ((!NESCTRL_DOWN && !USB_DOWN) && INPUT_DOWN==2) INPUT_DOWN=3;
//
// if ((NESCTRL_A || USB_A) && INPUT_A==0) INPUT_A=1; else if ((!NESCTRL_A && !USB_A) && INPUT_A==2) INPUT_A=3;
// if ((NESCTRL_B || USB_B) && INPUT_B==0) INPUT_B=1; else if ((!NESCTRL_B && !USB_B) && INPUT_B==2) INPUT_B=3;
//
// if ((NESCTRL_SELECT || USB_SELECT) && INPUT_SELECT==0) INPUT_SELECT=1; else if ((!NESCTRL_SELECT && !USB_SELECT) && INPUT_SELECT==2) INPUT_SELECT=3;
// if ((NESCTRL_START || USB_START) && INPUT_START==0) INPUT_START=1; else if ((!NESCTRL_START && !USB_START) && INPUT_START==2) INPUT_START=3;
//................................................................................
//return 1=keypressed, 0=no change
if (INPUT_UP==1||INPUT_DOWN==1||INPUT_LEFT==1||INPUT_RIGHT==1
||INPUT_A==1||INPUT_B==1||INPUT_X==1||INPUT_Y==1
||INPUT_START==1||INPUT_SELECT==1||INPUT_SYSTEM==1) {
return 1;
} else return 0;
}
//uint8_t INPUTREAD() {
////--------------------------------------------------------------------------------
//#if USBHOST
////--------------------------------------------------------------------------------
//#if USBHOST_BLUETOOTH
// if (USBhost_bluetooth_PS4joysticks == 2) {
// if (PS4.connected()) {
// if (PS4.getButtonPress(UP)) INPUT_UP=1;
// if (PS4.getButtonPress(RIGHT)) INPUT_RIGHT=1;
// if (PS4.getButtonPress(DOWN)) INPUT_DOWN=1;
// if (PS4.getButtonPress(LEFT)) INPUT_LEFT=1;
// if (PS4.getButtonPress(TRIANGLE)) INPUT_Y=1;
// if (PS4.getButtonPress(CIRCLE)) INPUT_X=1;
// if (PS4.getButtonPress(CROSS)) INPUT_A=1;
// if (PS4.getButtonPress(SQUARE)) INPUT_B=1;
//
// if (PS4.getButtonPress(SHARE)) INPUT_START=1;
// if (PS4.getButtonPress(OPTIONS)) INPUT_SELECT=1;
// if (PS4.getButtonPress(PS)) INPUT_SYSTEM=1;
// }
// }
//#endif
//#endif
////--------------------------------------------------------------------------------
// BUTTONSINPUT();
// NES_CONTROLLER_READ();
// TOUCHPAD_INPUT();
//
// if (BUTTON_UP==1 || JOY_UP==1 || USB_JOY_UP==1 || NESCTRL_UP==1 || USBKEYBOARD[0x57] || BTKEYBOARD[0x57] || TOUCH_UP==1 || PS2KEYBOARD[0x57]==1) INPUT_UP=1;
// if (BUTTON_DOWN==1 || JOY_DOWN==1 || USB_JOY_DOWN==1 || NESCTRL_DOWN==1 || USBKEYBOARD[0x62] || BTKEYBOARD[0x62] || TOUCH_DOWN==1 || PS2KEYBOARD[0x62]==1) INPUT_DOWN=1;
// if (BUTTON_LEFT==1 || JOY_LEFT==1 || USB_JOY_LEFT==1 || NESCTRL_LEFT==1 || USBKEYBOARD[0x61] || BTKEYBOARD[0x61] || TOUCH_LEFT==1 || PS2KEYBOARD[0x61]==1) INPUT_LEFT=1;
// if (BUTTON_RIGHT==1 || JOY_RIGHT==1 || USB_JOY_RIGHT==1 || NESCTRL_RIGHT==1 || USBKEYBOARD[0x63] || BTKEYBOARD[0x63] || TOUCH_RIGHT==1 || PS2KEYBOARD[0x63]==1) INPUT_RIGHT=1;
// if (BUTTON_A==1 || JOY_B==1 || USB_JOY_A==1 || NESCTRL_A==1 || USBKEYBOARD[0x5d] || USBKEYBOARD[0x4c] || BTKEYBOARD[0x5d] || BTKEYBOARD[0x4c] || TOUCH_A==1
// || PS2KEYBOARD[0x5d]== 1 || PS2KEYBOARD[0x4c]==1) INPUT_A=1;
//
// if (JOY_X==1 || USB_JOY_Y==1 || USBKEYBOARD[0x3c] || BTKEYBOARD[0x3c] || PS2KEYBOARD[0x3c]) INPUT_Y=1;
// if (BUTTON_B==1 || JOY_A==1 || USB_JOY_B==1 || NESCTRL_B==1 || USBKEYBOARD[0x5c] || USBKEYBOARD[0x4d] || BTKEYBOARD[0x5c] || BTKEYBOARD[0x4d] ||
// PS2KEYBOARD[0x5c]== 1 || PS2KEYBOARD[0x4d]==1) INPUT_B=1;
//
// if (JOY_C==1 || USB_JOY_X==1 || USBKEYBOARD[0x3d] || BTKEYBOARD[0x3d] || PS2KEYBOARD[0x3d]) INPUT_X=1;
//
// if (BUTTON_START==1 || USB_JOY_START==1 || JOY_START || NESCTRL_START==1 || USBKEYBOARD[0x47] || BTKEYBOARD[0x47] || PS2KEYBOARD[0x47]==1) INPUT_START=1;
// if (BUTTON_SELECT==1 || USB_JOY_SELECT==1 || JOY_SELECT || NESCTRL_SELECT==1 || USBKEYBOARD[0x1e] || BTKEYBOARD[0x1e] || PS2KEYBOARD[0x1e]==1) INPUT_SELECT=1;
// if (JOY_SYSTEM || USB_JOY_SYSTEM || BUTTON_SYSTEM || USBKEYBOARD[0x01] || BTKEYBOARD[0x01] || TOUCH_SYSTEM==1 || PS2KEYBOARD[0x01]==1) INPUT_SYSTEM=1;
//
// if (DEBUG>4) INPUTREPORT();
////................................................................................
// if (Multiplayer_dev_input_support==2) {
// if (USB_JOY2_UP==1) Player2_INPUT_UP=1;
// if (USB_JOY2_DOWN==1) Player2_INPUT_DOWN=1;
// if (USB_JOY2_LEFT==1) Player2_INPUT_LEFT=1;
// if (USB_JOY2_RIGHT==1) Player2_INPUT_RIGHT=1;
//
// if (USB_JOY2_A==1) Player2_INPUT_A=1;
// if (USB_JOY2_Y==1) Player2_INPUT_Y=1;
// if (USB_JOY2_B==1) Player2_INPUT_B=1;
// if (USB_JOY2_X==1) Player2_INPUT_X=1;
//
// if (USB_JOY2_START==1) Player2_INPUT_START=1;
// if (USB_JOY2_SELECT==1) Player2_INPUT_SELECT=1;
// }
////................................................................................
// //return 1=keypressed, 0=no change
// if (INPUT_UP==1||INPUT_DOWN==1||INPUT_LEFT==1||INPUT_RIGHT==1
// ||INPUT_A==1||INPUT_B==1||INPUT_X==1||INPUT_Y==1
// ||INPUT_START==1||INPUT_SELECT==1||INPUT_SYSTEM==1) {
//
// wakeup_LCD();
// LAST_ACTIVITY_SECONDS=ON_SECONDS;
// return 1;
// } else return 0;
//}
//================================================================================
uint8_t INPUTCLEAR() {
INPUT_UP=0; /// ↑
INPUT_DOWN=0; /// ↓
INPUT_LEFT=0; /// ←
INPUT_RIGHT=0; /// →
INPUT_A=0; /// X = CTRL = X
INPUT_B=0; /// □ = ALT = Z
INPUT_X=0; /// O
INPUT_Y=0; /// Δ
INPUT_START=0; /// ◄ START = ENTER
INPUT_SELECT=0; /// ► SELECT = BACKSPACE
INPUT_SYSTEM=0; /// ■ SYSTEM = ESCAPE
//................................................................................
if (Multiplayer_dev_input_support==2) {
Player2_INPUT_UP=0;
Player2_INPUT_DOWN=0;
Player2_INPUT_LEFT=0;
Player2_INPUT_RIGHT=0;
Player2_INPUT_A=0;
Player2_INPUT_Y=0;
Player2_INPUT_B=0;
Player2_INPUT_X=0;
Player2_INPUT_START=0;
Player2_INPUT_SELECT=0;
Player2_INPUT_SYSTEM=0;
}
//................................................................................
return 1;
}
//================================================================================
uint8_t INPUTREPORT() {
if (INPUT_UP) printf("↑"); else printf(" ");
if (INPUT_DOWN) printf("↓"); else printf(" ");
if (INPUT_LEFT) printf("←"); else printf(" ");
if (INPUT_RIGHT) printf("→"); else printf(" ");
printf(" ");
if (INPUT_A) printf("A"); else printf(" ");
if (INPUT_B) printf("B"); else printf(" ");
if (INPUT_X) printf("X"); else printf(" ");
if (INPUT_Y) printf("Y"); else printf(" ");
printf(" ");
if (INPUT_START) printf("◄"); else printf(" ");
if (INPUT_SYSTEM) printf("■"); else printf(" ");
if (INPUT_SELECT) printf("►"); else printf(" ");
printf("\n");
return 1;
}
//================================================================================
//▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒
//--------------------------------------------------------------------------------
uint8_t digital_IN = 0;
uint16_t digital_CALIBRATION = 0;
uint32_t BatteryLevelCounter=0;
#define MOUSE_COMBO_UPDATE_TIME 10
#define MOUSE_COMBO_DBLCLICK_TIME 160
#define MOUSE_COMBO_REACT_TIME 160
#define MOUSE_COMBO_TIMEOUT_TIME 80
uint32_t MOUSE_COMBO_TOUCH_COUNTER=0;
uint32_t MOUSE_COMBO_COUNTER=0;
uint32_t MOUSE_COMBO_TIMEOUT_COUNTER=0;
int16_t COMBO_MOUSEX=0;
int16_t COMBO_MOUSEY=0;
int16_t COMBO_MOUSEZ=0; //SCROLL WHEEL
char DEBUGMOUSEBUF[128];
//--------------------------------------------------------------------------------
uint8_t TOUCHPAD_INPUT() {
#if defined(NCAT_TWATCH_V1) || defined(NCAT_TWATCH_V2) || defined(HACKED_NCAT_TWATCH_V2)
if (TWATCH_irq) {
TWATCH_irq = 0;
bool rlst;
do {
rlst = ttgo->bma->readInterrupt();
} while (!rlst);
ttgo->power->readIRQ();
if (ttgo->power->isPEKShortPressIRQ()) {
ttgo->power->clearIRQ();
TOUCH_SYSTEM=1;
MOUSE_COMBO_TIMEOUT_COUNTER=millis___();
}
if (ttgo->power->isPEKLongtPressIRQ ()) {
ttgo->power->clearIRQ();
_DEEP_SLEEP();
MOUSE_COMBO_TIMEOUT_COUNTER=millis___();
}
}
if (MOUSE_COMBO_TOUCH_COUNTER+MOUSE_COMBO_UPDATE_TIME<millis___()) {
if (tft.getTouch(&MOUSEX, &MOUSEY)) { ///
sprintf(DEBUGMOUSEBUF, "x:%03d y:%03d", MOUSEX, MOUSEY);
if (MOUSE_COMBO_TIMEOUT_COUNTER==0 && MOUSE_COMBO_COUNTER==0) {
COMBO_MOUSEX=MOUSEX;
COMBO_MOUSEY=MOUSEY;
MOUSE_COMBO_COUNTER=millis___();
printf("ZERO ---> MOUSE X: %d, MOUSE Y: %d, COMBO_MOUSEX: %d, COMBO_MOUSEY: %d\n",MOUSEX,MOUSEY,COMBO_MOUSEX,COMBO_MOUSEY); //MOUSEMOVE
}
if (MOUSE_COMBO_COUNTER+MOUSE_COMBO_DBLCLICK_TIME<millis___() && abs(COMBO_MOUSEX-MOUSEX)<20 && abs(COMBO_MOUSEY-MOUSEY)<20) {
MOUSE_COMBO_COUNTER=0;
COMBO_MOUSEX=0;
COMBO_MOUSEY=0;
MOUSEX=0;
MOUSEY=0;
printf("SET ---> INPUT_A\n");
TOUCH_A=1;
MOUSE_COMBO_TIMEOUT_COUNTER=millis___();
}
printf("UPDATE ---> MOUSE X: %d, MOUSE Y: %d, COMBO_MOUSEX: %d, COMBO_MOUSEY: %d\n",MOUSEX,MOUSEY,COMBO_MOUSEX,COMBO_MOUSEY); //MOUSEMOVE
}
if (MOUSE_COMBO_COUNTER>0 && MOUSE_COMBO_COUNTER+MOUSE_COMBO_REACT_TIME<millis___()) {
if ((COMBO_MOUSEX>MOUSEX) && (abs(COMBO_MOUSEX-MOUSEX)) > (abs(COMBO_MOUSEY-MOUSEY))) {
TOUCH_RIGHT=1;
printf("SET ---> INPUT_RIGHT\n");
}
if ((COMBO_MOUSEX<MOUSEX) && (abs(MOUSEX-COMBO_MOUSEX)) > (abs(COMBO_MOUSEY-MOUSEY))) {
TOUCH_LEFT=1;
printf("SET ---> INPUT_LEFT\n");
}
if ((COMBO_MOUSEY<MOUSEY) && (abs(MOUSEY-COMBO_MOUSEY)) > (abs(COMBO_MOUSEX-MOUSEX))) {
TOUCH_DOWN=1;
printf("SET ---> INPUT_DOWN\n");
}
if ((MOUSEY<COMBO_MOUSEY) && (abs(COMBO_MOUSEY-MOUSEY)) > (abs(COMBO_MOUSEX-MOUSEX))) {
TOUCH_UP=1;
printf("SET ---> INPUT_UP\n");
}
printf("SET ---> MOUSE X: %d, MOUSE Y: %d, COMBO_MOUSEX: %d, COMBO_MOUSEY: %d\n",MOUSEX,MOUSEY,COMBO_MOUSEX,COMBO_MOUSEY); //MOUSEMOVE
MOUSE_COMBO_COUNTER=0;
COMBO_MOUSEX=0;
COMBO_MOUSEY=0;
MOUSEX=0;
MOUSEY=0;
MOUSE_COMBO_TIMEOUT_COUNTER=millis___();
}
MOUSE_COMBO_TOUCH_COUNTER=millis___();
}
if (MOUSE_COMBO_TIMEOUT_COUNTER>0 && MOUSE_COMBO_TIMEOUT_COUNTER+MOUSE_COMBO_TIMEOUT_TIME<millis___()) {
TOUCH_RIGHT=0;
TOUCH_LEFT=0;
TOUCH_UP=0;
TOUCH_DOWN=0;
TOUCH_A=0;
TOUCH_SYSTEM=0;
MOUSE_COMBO_TIMEOUT_COUNTER=0;
}
#endif
return 1;
}
//--------------------------------------------------------------------------------
uint8_t BUTTONSINPUT() {
#if (GPIO_BUTTONS==1) // IC 4017 BUTTONS
uint8_t CALIBRATED=0;
for (uint8_t tmp=0;tmp<=10;tmp++) {
___digitalWrite(DIGITAL_BUTTON_SWITCH,1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
digital_CALIBRATION=digitalRead(DIGITAL_BUTTON_CALIBRATION);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
if (digital_CALIBRATION==1) {
CALIBRATED=1;
break;
}
}
if (CALIBRATED) {
___digitalWrite(DIGITAL_BUTTON_SWITCH,1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
BUTTON_UP = digitalRead(DIGITAL_BUTTON_IN);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
BUTTON_DOWN = digitalRead(DIGITAL_BUTTON_IN);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
BUTTON_LEFT = digitalRead(DIGITAL_BUTTON_IN);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
BUTTON_RIGHT = digitalRead(DIGITAL_BUTTON_IN);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
BUTTON_A = digitalRead(DIGITAL_BUTTON_IN);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
BUTTON_B = digitalRead(DIGITAL_BUTTON_IN);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
BUTTON_START = digitalRead(DIGITAL_BUTTON_IN);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
BUTTON_SELECT = digitalRead(DIGITAL_BUTTON_IN);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
___digitalWrite(DIGITAL_BUTTON_SWITCH,0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
BUTTON_SYSTEM = digitalRead(DIGITAL_BUTTON_IN);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
} else {
//calibration unsuccessful but don reset buttons!
#if (DEBUG>4)
printf("BUTTONS CALIBRATION FAILED...\n");
#endif
}
#endif
#if (GPIO_BUTTONS==2) // BUTTONS MATRIX
pinMode(PIN_BUS1, INPUT);
pinMode(PIN_BUS2, INPUT);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
pinMode(PIN_UP_SELECT, OUTPUT);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
digitalWrite(PIN_UP_SELECT, 1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
if (digitalRead(PIN_BUS1) == 1) BUTTON_SELECT = 1; else BUTTON_SELECT = 0;
if (digitalRead(PIN_BUS2) == 1) BUTTON_UP = 1; else BUTTON_UP = 0;
digitalWrite(PIN_UP_SELECT, 0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
pinMode(PIN_UP_SELECT, INPUT);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
pinMode(PIN_DOWN_A, OUTPUT);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
digitalWrite(PIN_DOWN_A, 1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
if (digitalRead(PIN_BUS1) == 1) BUTTON_A = 1; else BUTTON_A = 0;
if (digitalRead(PIN_BUS2) == 1) BUTTON_DOWN = 1; else BUTTON_DOWN = 0;
digitalWrite(PIN_DOWN_A, 0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
pinMode(PIN_DOWN_A, INPUT);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
pinMode(PIN_RIGHT_START, OUTPUT);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
digitalWrite(PIN_RIGHT_START, 1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
if (digitalRead(PIN_BUS1) == 1) BUTTON_START = 1; else BUTTON_START = 0;
if (digitalRead(PIN_BUS2) == 1) BUTTON_RIGHT = 1; else BUTTON_RIGHT = 0;
digitalWrite(PIN_RIGHT_START, 0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
pinMode(PIN_RIGHT_START, INPUT);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
pinMode(PIN_LEFT_B, OUTPUT);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
digitalWrite(PIN_LEFT_B, 1);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
if (digitalRead(PIN_BUS1) == 1) BUTTON_B = 1; else BUTTON_B = 0;
if (digitalRead(PIN_BUS2) == 1) BUTTON_LEFT = 1; else BUTTON_LEFT = 0;
digitalWrite(PIN_LEFT_B, 0);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
pinMode(PIN_LEFT_B, INPUT);
delayMicroseconds___(DIGITAL_BUTTON_DELAY_us);
#endif
#if (GPIO_BUTTONS==3) // DIRECT GPIO BUTTONS
if (digitalRead(PIN_A)==1) BUTTON_A = 1; else BUTTON_A = 0;
if (digitalRead(PIN_B)==1) BUTTON_B = 1; else BUTTON_B = 0;
if (digitalRead(PIN_SELECT)==1) BUTTON_SELECT = 1; else BUTTON_SELECT = 0;
if (digitalRead(PIN_START)==1) BUTTON_START = 1; else BUTTON_START = 0;
if (digitalRead(PIN_UP)==1) BUTTON_UP = 1; else BUTTON_UP = 0;
if (digitalRead(PIN_DOWN)==1) BUTTON_DOWN = 1; else BUTTON_DOWN = 0;
if (digitalRead(PIN_LEFT)==1) BUTTON_LEFT = 1; else BUTTON_LEFT = 0;
if (digitalRead(PIN_RIGHT)==1) BUTTON_RIGHT = 1; else BUTTON_RIGHT = 0;
#endif
return 1;
}
//▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒
//================================================================================
const int Service_freq = 5000; ///5000Hz
const int Service_ledChannel = 0;
const int Service_resolution = 8;
//--------------------------------------------------------------------------------
uint8_t LCD_BACKLIGHT_PIN_SETUP(uint8_t BACKLIGHT_LEVEL) {
#if LCD_ENABLED
BACKLIGHT_LEVEL=BACKLIGHT_LEVEL/8;
BACKLIGHT_LEVEL=BACKLIGHT_LEVEL<<3;
#if defined(NCAT_TWATCH_V1) || defined(NCAT_TWATCH_V2) || defined(HACKED_NCAT_TWATCH_V2)
ttgo->bl->adjust(BACKLIGHT_LEVEL);
#else
tft.setBrightness(BACKLIGHT_LEVEL);
#endif
#endif
return 1;
}
//--------------------------------------------------------------------------------
void BACKLIGHT_PIN_UPDATE(uint8_t BACKLIGHT_LEVEL) {
#if LCD_BACKLIGHT_CONTROL
BACKLIGHT_LEVEL=BACKLIGHT_LEVEL/8;
BACKLIGHT_LEVEL=BACKLIGHT_LEVEL<<3;
#if defined(NCAT_TWATCH_V1) || defined(NCAT_TWATCH_V2) || defined(HACKED_NCAT_TWATCH_V2)
ttgo->bl->adjust(BACKLIGHT_LEVEL);
#else
tft.setBrightness(BACKLIGHT_LEVEL);
#endif
#endif
}
//--------------------------------------------------------------------------------
#if FAKE86_EMULATOR
void FAKE86_KEYBOARD();
#endif
uint8_t BTKEYBOARD_STATE=0;
uint8_t BLUETOOTH_KEYBOARD_PRESS(uint8_t KEY) {
#if DEBUG>4
printf("BTKEY: %d\n",KEY); ///
#endif
switch (KEY) {
/// case 1: //KEYBOARD OVERFLOW = not used
/// BTKEYBOARD[]=1;
/// break;
/// case 2:
/// BTKEYBOARD[]=1;
/// break;
/// case 3:
/// BTKEYBOARD[]=1;
/// break;
case 4: //A
BTKEYBOARD[0x3c]=1;
break;
case 5: //B
BTKEYBOARD[0x50]=1;
break;
case 6: //C
BTKEYBOARD[0x4e]=1;
break;
case 7: //D
BTKEYBOARD[0x3e]=1;
break;
case 8: //E
BTKEYBOARD[0x29]=1;
break;
case 9: //F
BTKEYBOARD[0x3f]=1;
break;
case 10: //G
BTKEYBOARD[0x40]=1;
break;
case 11: //H
BTKEYBOARD[0x41]=1;
break;
case 12: //I
BTKEYBOARD[0x2e]=1;
break;
case 13: //J
BTKEYBOARD[0x42]=1;