Exemplos de ignition_cut em C++ (Cpp)

Exemplo n.º 1

Arquivo: check.c Projeto: via/tfi-computer

END_TEST

START_TEST(check_calculate_ignition_cut) {
    config.rpm_stop = 5000;
    config.rpm_start = 4500;

    config.decoder.rpm = 1000;
    ck_assert_int_eq(ignition_cut(), 0);
    ck_assert_int_eq(calculated_values.rpm_limit_cut, 0);

    config.decoder.rpm = 5500;
    ck_assert_int_eq(ignition_cut(), 1);
    ck_assert_int_eq(calculated_values.rpm_limit_cut, 1);

    config.decoder.rpm = 4000;
    ck_assert_int_eq(ignition_cut(), 0);
    ck_assert_int_eq(calculated_values.rpm_limit_cut, 0);

    config.decoder.rpm = 4800;
    ck_assert_int_eq(ignition_cut(), 0);
    ck_assert_int_eq(calculated_values.rpm_limit_cut, 0);

    config.decoder.rpm = 5500;
    ck_assert_int_eq(ignition_cut(), 1);
    ck_assert_int_eq(calculated_values.rpm_limit_cut, 1);
}

Exemplo n.º 2

Arquivo: stress_main.c Projeto: davidebids/uwfh_shifter

void shift_gear (void)
{
	//gear_status = 1 (upshift), gear_status = 2 (downshift), gear_status = 3 (neutral - half shift)

	shift_posn = readADC(14);

	if (gear_status == 1) {
		if (in_neutral == 1) {
			while (shift_posn < neutral_posn) {
				P3OUT |= PIN3; //DIR
				P4OUT |= PIN2; //PWMH

				shift_posn = readADC(14);
			}

			P4OUT &= ~PIN2;

			while (shift_posn > rest_posn) {
				P3OUT &= ~PIN3; //DIR
				P4OUT |= PIN2; //PWMH

				shift_posn = readADC(14);
			}

			P4OUT &= ~PIN2;
			in_neutral = 0;
		}
		else if (in_neutral == 0)
		{
			if (in_neutral != 1) {
				ign_cut = 1;
				ignition_cut();
			}

			while (shift_posn < up_posn) {
				P3OUT |= PIN3; //DIR
				P4OUT |= PIN2; //PWMH

				shift_posn = readADC(14);
			}

			P4OUT &= ~PIN2;

			if (in_neutral != 1) {
				ign_cut = 0;
				ignition_cut();
			}

			while (shift_posn > rest_posn) {
				P3OUT &= ~PIN3; //DIR
				P4OUT |= PIN2; //PWMH

				shift_posn = readADC(14);
			}

			P4OUT &= ~PIN2;
		}
	}
	else if (gear_status == 2) {
		clutch_state = 1;
		actuate_clutch();

		while (shift_posn > down_posn) {
			P3OUT &= ~PIN3; //DIR
			P4OUT |= PIN2; //PWMH

			shift_posn = readADC(14);
		}

		P4OUT &= ~PIN2;

		while (shift_posn < rest_posn) {
			P3OUT |= PIN3; //DIR
			P4OUT |= PIN2; //PWMH

			shift_posn = readADC(14);
		}

		P4OUT &= ~PIN2;

		clutch_state = 0;
		actuate_clutch();
	}
	else if (gear_status == 3) {
		shift_posn = readADC(14);

		if (gear_num == 1 && in_neutral != 1)
		{
			while (shift_posn < neutral_posn) {
				P3OUT |= PIN3; //DIR
				P4OUT |= PIN2; //PWMH

				shift_posn = readADC(14);
			}

			P4OUT &= ~PIN2;

			while (shift_posn > rest_posn) {
				P3OUT &= ~PIN3; //DIR
				P4OUT |= PIN2; //PWMH

				shift_posn = readADC(14);
			}

			P4OUT &= ~PIN2;
		}
		else if (gear_num == 2 && in_neutral != 1)
		{
			clutch_state = 1;
			actuate_clutch();

			while (shift_posn > shift_half) {
				P3OUT &= ~PIN3; //DIR
				P4OUT |= PIN2; //PWMH

				shift_posn = readADC(14);
			}

			P4OUT &= ~PIN2;

			while (shift_posn < rest_posn) {
				P3OUT |= PIN3; //DIR
				P4OUT |= PIN2; //PWMH

				shift_posn = readADC(14);
			}

			P4OUT &= ~PIN2;

			clutch_state = 0;
			actuate_clutch();
		}

		in_neutral = 1;
	}
}