Temp-Classes/CHandlingData.hpp

#pragma once

#include "vector.hpp"

#include <cstdint>

class CHandlingData
{
public:
	char pad_0000[8]; //0x0000
	uint32_t m_model_hash; //0x0008
	float m_mass; //0x000C
	float m_initial_drag_coeff; //0x0010
	float m_downforce_multiplier; //0x0014
	float m_popup_light_rotation; //0x0018
	char pad_001C[4]; //0x001C
	rage::fvector3 m_centre_of_mass; //0x0020
	char pad_002C[4]; //0x002C
	rage::fvector3 m_inertia_mult; //0x0030
	char pad_003C[4]; //0x003C
	float m_buoyancy; //0x0040
	float m_drive_bias_rear; //0x0044
	float m_drive_bias_front; //0x0048
	float m_acceleration; //0x004C
	uint8_t m_initial_drive_gears; //0x0050
	char pad_0051[3]; //0x0051
	float m_drive_inertia; //0x0054
	float m_upshift; //0x0058
	float m_downshift; //0x005C
	float m_initial_drive_force; //0x0060
	float m_drive_max_flat_velocity; //0x0064
	float m_initial_drive_max_flat_vel; //0x0068
	float m_brake_force; //0x006C
	char pad_0070[4]; //0x0070
	float m_brake_bias_front; //0x0074
	float m_brake_bias_rear; //0x0078
	float m_handbrake_force; //0x007C
	float m_steering_lock; //0x0080
	float m_steering_lock_ratio; //0x0084
	float m_traction_curve_max; //0x0088
	float m_traction_curve_lateral; //0x008C
	float m_traction_curve_min; //0x0090
	float m_traction_curve_ratio; //0x0094
	float m_curve_lateral; //0x0098
	float m_curve_lateral_ratio; //0x009C
	float m_traction_spring_delta_max; //0x00A0
	float m_traction_spring_delta_max_ratio; //0x00A4
	float m_low_speed_traction_loss_mult; //0x00A8
	float m_camber_stiffness; //0x00AC
	float m_traction_bias_front; //0x00B0
	float m_traction_bias_rear; //0x00B4
	float m_traction_loss_mult; //0x00B8
	float m_suspension_force; //0x00BC
	float m_suspension_comp_damp; //0x00C0
	float m_suspension_rebound_damp; //0x00C4
	float m_suspension_upper_limit; //0x00C8
	float m_suspension_lower_limit; //0x00CC
	float m_suspension_raise; //0x00D0
	float m_suspension_bias_front; //0x00D4
	float m_suspension_bias_rear; //0x00D8
	float m_anti_rollbar_force; //0x00DC
	float m_anti_rollbar_bias_front; //0x00E0
	float m_anti_rollbar_bias_rear; //0x00E4
	float m_roll_centre_height_front; //0x00E8
	float m_roll_centre_height_rear; //0x00EC
	float m_collision_damage_mult; //0x00F0
	float m_weapon_damamge_mult; //0x00F4
	float m_deformation_mult; //0x00F8
	float m_engine_damage_mult; //0x00FC
	float m_petrol_tank_volume; //0x0100
	float m_oil_volume; //0x0104
	char pad_0108[4]; //0x0108
	rage::fvector3 m_seat_offset_dist; //0x010C
	uint32_t m_monetary_value; //0x0118
	char pad_011C[8]; //0x011C
	uint32_t m_model_flags; //0x0124
	uint32_t m_handling_flags; //0x0128
	uint32_t m_damage_flags; //0x012C
	char pad_0130[12]; //0x0130
	uint32_t m_ai_handling_hash; //0x013C
}; //Size: 0x0140
static_assert(sizeof(CHandlingData) == 0x140);