KeyboardToSplatoon.gpc

#pragma METAINFO("Mouse to Splatoon", 1, 72, "Edited by: DaMu, Originally Created by: nspl")
  
#include <switch.gph>
#include <mouse.gph>
#include <display.gph>

#define segTime		1500
#define SEGMAX				5
#define MAXGX 		25.0
#define DEFAULT_MMY 0.0
#define MAXR 			212.5
 
uint8 status_a, status_b, status_j, protocol_a, protocol_b, protocol_j, device_a, device_b, device_j;
uint8 seg = 0;
fix32 mmy;
bool y_toggle = FALSE;
bool e_toggle = FALSE;
bool r_toggle = FALSE;
// GIVMXYF:FF0014008000000002000200FC00050A0F14191E23282D32373C41464B50555A5F64
const uint8 mmap[] = { 0x04, 0x04, 0x05, 0x07, 0x06, 0x03, 0x00, 0x15, 0x01, 0x16 };
const uint8 mxyc[] = { 0xFF, 0x00, 0x14, 0x00, 0x80, 0x00, 0x00, 0x00, 0x02, 0x00, 0x02, 0x00, 0xFC, 0x00, 0x05, 0x0A, 0x0F, 0x14, 0x19, 0x1E, 0x23, 0x28, 0x2D, 0x32, 0x37, 0x3C, 0x41, 0x46, 0x4B, 0x50, 0x55, 0x5A, 0x5F, 0x64 };
// Load an Mouse Mapping to reproduce the default BF1 layout
const uint8 custom_mmap[] = {
        MOUSE_X,            SWITCH_RX, 
        MOUSE_Y,            SWITCH_RY, 
        MWHEEL_FORWARD,     SWITCH_R, 
        MWHEEL_BACKWARD,    SWITCH_R, 
        MBUTTON_1,          SWITCH_ZR,
        MBUTTON_2,          SWITCH_R,
				MBUTTON_3,					SWITCH_RS,
				MBUTTON_4,					SWITCH_Y,
				MBUTTON_5,					SWITCH_B,
};

uint8 segDis () {
	status_a = port_status(PORT_USB_A, &protocol_a, &device_a);
	status_b = port_status(PORT_USB_B, &protocol_b, &device_b);
	if((status_b & DIR_INPUT) && (protocol_b == PROTOCOL_HID)) {
		printf("%u", device_a);
		return(_M_);
}
	return(_T_);
}

uint8 segDisRepeat (uint8 i) {
	status_a = port_status(PORT_USB_A, &protocol_a, &device_b);
	status_b = port_status(PORT_USB_B, &protocol_b, &device_b);
	const uint8 mouseName[5] = {
		_M_, _O_, _U_, _S_, _E_
	},
	noController[5] = {
		_N_, _O_, _T_, _I_, _T_
	};
	if((status_b & DIR_INPUT) && (protocol_b == PROTOCOL_HID)) {
		return(mouseName[i]);
	}
	return(noController[i]);
}

bool getJoyCon (){
	port_connect(PORT_BT_A, PROTOCOL_SWITCH);
	status_j = port_status(PORT_BT_A, &protocol_j, &device_j);
	if((status_j & !DIR_INPUT) || (protocol_j != PROTOCOL_SWITCH)){
		printf("no Joy-Con".);
		return FALSE;
	};
	printf("%u", device_j);
	return TRUE;
}

void JoyConButtons(){
	set_val(SWITCH_A, get_actual(SWITCH_SL));
	set_val(SWITCH_X, get_actual(SWITCH_SR));
}

init {
		display_overlay(segDis(), segTime);
//    keymapping(kmap);
    if(!mousemapping(custom_mmap)){
        printf("Mouse mapping failed!");
    }
    if(!mxyconverter(mxyc)){
        printf("Mouse converter failed!");
    }
    mmy = DEFAULT_MMY;
		getJoyCon();
}
 
main {
	if(mod((fix32)system_time(), (fix32)segTime) == 0.0) {
		display_overlay(segDisRepeat(seg), segTime);
		seg++;
		if(seg >= SEGMAX) {
			seg = 0;
		}
	}	
    set_val(SWITCH_ACCX, 0.0);
    set_val(SWITCH_ACCY,0.0 );
    set_val(SWITCH_ACCZ,0.0 );
    set_val(SWITCH_GYROX, 0.0 );
    set_val(SWITCH_GYROY, 0.0 );
    set_val(SWITCH_GYROZ, 0.0 );
    gyro_aim();
		JoyConButtons();
//		shortcutsAndCombos();
}
 
void gyro_aim(){
    fix32 my = rad2deg(get_val(SWITCH_RY) / 840.0 * PI) / MAXGX;
    mmy = clamp( mmy + my , -MAXGX , MAXGX );
    set_val(SWITCH_ACCY, mmy );
    if( abs(mmy) != MAXGX ){
        fix32 mybak = rad2deg(get_val(SWITCH_RY) / 440.0 * PI) / (MAXGX - 4.2);
        set_val(SWITCH_GYROX, mybak * MAXR ); 
        //set_val(SWITCH_GYROX, my * MAXR );
    }
    else {
        set_val(SWITCH_GYROX,0.0);
    }    
    set_val(SWITCH_ACCZ, abs(get_val(SWITCH_ACCY)) - 25.0  );
    fix32 gyroz = rad2deg(get_val(SWITCH_RX) / 240.0 * PI) / 45.0 * MAXR;
    set_val(SWITCH_GYROZ, gyroz * -get_val(SWITCH_ACCZ) / 25.0 );
    set_val(SWITCH_GYROY, gyroz * -get_val(SWITCH_ACCY) / 25.0 );
    set_val(SWITCH_ACCX, 0.0 );
    set_val(SWITCH_RY, 0.0);
    set_val(SWITCH_RX, 0.0);
}

void shortcutsAndCombos() {
/*
    if(event_active(SWITCH_Y)) {
        y_toggle = !y_toggle;
        mmy = DEFAULT_MMY;
    }
*/
    if(event_active(MBUTTON_2)) {
        r_toggle = !r_toggle;
				printf("%d", r_toggle);
    }
//		set_val(SWITCH_Y, y_toggle);
		set_val(SWITCH_R, r_toggle);
/*
    if(key_status(KEY_LEFTCONTROL)) {
        if(get_val(SWITCH_LX) && get_val(SWITCH_LY)) {
            set_val(SWITCH_LX, clamp(get_val(SWITCH_LX), -57.0, 57.0));
            set_val(SWITCH_LY, clamp(get_val(SWITCH_LY), -57.0, 57.0));
        }
        else {
            set_val(SWITCH_LX, clamp(get_val(SWITCH_LX), -83.0, 83.0));
            set_val(SWITCH_LY, clamp(get_val(SWITCH_LY), -83.0, 83.0));
        }
    }
    else {
        set_val(SWITCH_LX, clamp(get_val(SWITCH_LX), -100.0, 100.0));
        set_val(SWITCH_LY, clamp(get_val(SWITCH_LY), -100.0, 100.0));
    }
 
    if(key_status(KEY_H)) {
        combo_run(home);
    }
 
    if(get_val(SWITCH_DOWN)) {
        combo_run(booya);
    }
 
    if(key_status(KEY_T)) {
        mmy = DEFAULT_MMY;
        combo_run(cam_reset);
    }
 
    if(key_status(KEY_P) && e_toggle == FALSE) {
        combo_run(quickswim_thr);
        combo_run(quickswim_swm);
        e_toggle = TRUE;
    }
    else if(key_status(KEY_P) && e_toggle == TRUE) {
        set_val(SWITCH_ZL, 100.0);
    }
    else if(!key_status(KEY_P)) {
        e_toggle = FALSE;
    }
*/
}

combo home {
    set_val(SWITCH_X, 100.0);
    //wait(50);
    set_val(SWITCH_DOWN, 100.0);
    //wait(50);
    set_val(SWITCH_A, 100.0);
    //wait(50);
}
 
combo booya {
    set_val(SWITCH_DOWN, 100.0);
    wait(70);
    set_val(SWITCH_DOWN, 0.0);
    wait(70);
}
 
combo cam_reset {
    set_val(SWITCH_Y, 100.0);
    wait(70);
    set_val(SWITCH_Y, 0.0);
    wait(70);
}
 
combo quickswim_thr {
    set_val(SWITCH_ZL, 0.0);
    set_val(SWITCH_R, 100.0);
    wait(500);
}
 
combo quickswim_swm {
    wait(50);
    set_val(SWITCH_ZL, 100.0);
    wait(500);
}