fome-fw/firmware/controllers/algo/fuel/fuel_computer_generated.h

#pragma once
#include "rusefi_types.h"
struct running_fuel_s {
	// offset 0
	float postCrankingFuelCorrection = (float)0;

	// @@GAUGE_NAME_FUEL_IAT_CORR@@
	// offset 4
	float intakeTemperatureCoefficient = (float)0;

	// @@GAUGE_NAME_FUEL_CLT_CORR@@
	// offset 8
	float coolantTemperatureCoefficient = (float)0;

	// secs
	// offset 12
	float timeSinceCrankingInSecs = (float)0;

	// offset 16
	floatms_t baseFuel = (floatms_t)0;

	// Fuel: actual
	// Actual injection duration with CLT, IAT and TPS acceleration corrections per cycle, as squirt duration.
	// Without injector lag.
	// @see baseFuel
	// @see actualLastInjection
	// offset 20
	floatms_t fuel = (floatms_t)0;

};
static_assert(sizeof(running_fuel_s) == 24);

struct fuel_computer_s {
	// mult
	// offset 0
	float totalFuelCorrection = (float)0;

	// offset 4
	running_fuel_s running;

	// %
	// offset 28
	scaled_channel<uint16_t, 100, 1> afrTableYAxis = (uint16_t)0;

	// @@GAUGE_NAME_TARGET_LAMBDA@@
	// offset 30
	scaled_channel<uint16_t, 10000, 1> targetLambda = (uint16_t)0;

	// @@GAUGE_NAME_TARGET_AFR@@
	// ratio
	// offset 32
	scaled_channel<uint16_t, 1000, 1> targetAFR = (uint16_t)0;

	// fuel: stoich ratio
	// ratio
	// offset 34
	scaled_channel<uint16_t, 1000, 1> stoichiometricRatio = (uint16_t)0;

	// offset 36
	float sdTcharge_coff = (float)0;

	// SD cylinder mass
	// Speed-density logic: calculated air mass in one cylinder, in grams
	// offset 40
	float sdAirMassInOneCylinder = (float)0;

	// offset 44 bit 0
	bool sdIsTChargeAirModel : 1 {};

	// offset 44 bit 1
	bool unusedBit_9_1 : 1 {};

	// offset 44 bit 2
	bool unusedBit_9_2 : 1 {};

	// offset 44 bit 3
	bool unusedBit_9_3 : 1 {};

	// offset 44 bit 4
	bool unusedBit_9_4 : 1 {};

	// offset 44 bit 5
	bool unusedBit_9_5 : 1 {};

	// offset 44 bit 6
	bool unusedBit_9_6 : 1 {};

	// offset 44 bit 7
	bool unusedBit_9_7 : 1 {};

	// offset 44 bit 8
	bool unusedBit_9_8 : 1 {};

	// offset 44 bit 9
	bool unusedBit_9_9 : 1 {};

	// offset 44 bit 10
	bool unusedBit_9_10 : 1 {};

	// offset 44 bit 11
	bool unusedBit_9_11 : 1 {};

	// offset 44 bit 12
	bool unusedBit_9_12 : 1 {};

	// offset 44 bit 13
	bool unusedBit_9_13 : 1 {};

	// offset 44 bit 14
	bool unusedBit_9_14 : 1 {};

	// offset 44 bit 15
	bool unusedBit_9_15 : 1 {};

	// offset 44 bit 16
	bool unusedBit_9_16 : 1 {};

	// offset 44 bit 17
	bool unusedBit_9_17 : 1 {};

	// offset 44 bit 18
	bool unusedBit_9_18 : 1 {};

	// offset 44 bit 19
	bool unusedBit_9_19 : 1 {};

	// offset 44 bit 20
	bool unusedBit_9_20 : 1 {};

	// offset 44 bit 21
	bool unusedBit_9_21 : 1 {};

	// offset 44 bit 22
	bool unusedBit_9_22 : 1 {};

	// offset 44 bit 23
	bool unusedBit_9_23 : 1 {};

	// offset 44 bit 24
	bool unusedBit_9_24 : 1 {};

	// offset 44 bit 25
	bool unusedBit_9_25 : 1 {};

	// offset 44 bit 26
	bool unusedBit_9_26 : 1 {};

	// offset 44 bit 27
	bool unusedBit_9_27 : 1 {};

	// offset 44 bit 28
	bool unusedBit_9_28 : 1 {};

	// offset 44 bit 29
	bool unusedBit_9_29 : 1 {};

	// offset 44 bit 30
	bool unusedBit_9_30 : 1 {};

	// offset 44 bit 31
	bool unusedBit_9_31 : 1 {};

};
static_assert(sizeof(fuel_computer_s) == 48);