#include <SimData.h>

Collaboration diagram for RoR::wheel_t:

Public Types
enum	BrakeCombo { BrakeCombo::NONE, BrakeCombo::FOOT_HAND, BrakeCombo::FOOT_HAND_SKID_LEFT, BrakeCombo::FOOT_HAND_SKID_RIGHT, BrakeCombo::FOOT_ONLY }
	Wheels are braked by three mechanisms: A footbrake, a handbrake/parkingbrake, and directional brakes used for skidsteer steering. More...

Data Fields
int	wh_num_nodes

node_t *	wh_nodes [50]

int	wh_num_rim_nodes

node_t *	wh_rim_nodes [50]

BrakeCombo	wh_braking

node_t *	wh_arm_node

node_t *	wh_near_attach_node

node_t *	wh_axis_node_0

node_t *	wh_axis_node_1

int	wh_propulsed

Ogre::Real	wh_radius

Ogre::Real	wh_rim_radius

Ogre::Real	wh_speed
	Current wheel speed in m/s. More...

Ogre::Real	wh_avg_speed
	Internal physics state; Do not read from this. More...

Ogre::Real	wh_alb_coef
	Sim state; Current anti-lock brake modulation ratio. More...

Ogre::Real	wh_tc_coef
	Sim state; Current traction control modulation ratio. More...

Ogre::Real	wh_mass
	Total rotational mass of the wheel. More...

Ogre::Real	wh_torque
	Internal physics state; Do not read from this. More...

Ogre::Real	wh_last_torque
	Last internal forces (engine / brakes / diffs) More...

Ogre::Real	wh_last_retorque
	Last external forces (friction, ...) More...

float	wh_net_rp

float	wh_width

bool	wh_is_detached

float	debug_rpm

float	debug_torque

Ogre::Vector3	debug_vel

Ogre::Vector3	debug_slip

Ogre::Vector3	debug_force

Ogre::Vector3	debug_scaled_cforce

Detailed Description

Definition at line 421 of file SimData.h.

Member Enumeration Documentation

◆ BrakeCombo

enum RoR::wheel_t::BrakeCombo

strong

Wheels are braked by three mechanisms: A footbrake, a handbrake/parkingbrake, and directional brakes used for skidsteer steering.

Enumerator
NONE	0 = no footbrake, no handbrake, no direction control – wheel is unbraked
FOOT_HAND	1 = yes footbrake, yes handbrake, no direction control
FOOT_HAND_SKID_LEFT	2 = yes footbrake, yes handbrake, yes direction control (braked when vehicle steers to the left)
FOOT_HAND_SKID_RIGHT	3 = yes footbrake, yes handbrake, yes direction control (braked when vehicle steers to the right)
FOOT_ONLY	4 = yes footbrake, no handbrake, no direction control – footbrake only, such as with the front wheels of a passenger car

Definition at line 423 of file SimData.h.

Field Documentation

◆ debug_force

Ogre::Vector3 RoR::wheel_t::debug_force

Definition at line 461 of file SimData.h.

◆ debug_rpm

float RoR::wheel_t::debug_rpm

Definition at line 457 of file SimData.h.

◆ debug_scaled_cforce

Ogre::Vector3 RoR::wheel_t::debug_scaled_cforce

Definition at line 462 of file SimData.h.

◆ debug_slip

Ogre::Vector3 RoR::wheel_t::debug_slip

Definition at line 460 of file SimData.h.

◆ debug_torque

float RoR::wheel_t::debug_torque

Definition at line 458 of file SimData.h.

◆ debug_vel

Ogre::Vector3 RoR::wheel_t::debug_vel

Definition at line 459 of file SimData.h.

◆ wh_alb_coef

Ogre::Real RoR::wheel_t::wh_alb_coef

Sim state; Current anti-lock brake modulation ratio.

Definition at line 446 of file SimData.h.

◆ wh_arm_node

node_t* RoR::wheel_t::wh_arm_node

Definition at line 437 of file SimData.h.

◆ wh_avg_speed

Ogre::Real RoR::wheel_t::wh_avg_speed

Internal physics state; Do not read from this.

Definition at line 445 of file SimData.h.

◆ wh_axis_node_0

node_t* RoR::wheel_t::wh_axis_node_0

Definition at line 439 of file SimData.h.

◆ wh_axis_node_1

node_t* RoR::wheel_t::wh_axis_node_1

Definition at line 440 of file SimData.h.

◆ wh_braking

BrakeCombo RoR::wheel_t::wh_braking

Definition at line 436 of file SimData.h.

◆ wh_is_detached

bool RoR::wheel_t::wh_is_detached

Definition at line 454 of file SimData.h.

◆ wh_last_retorque

Ogre::Real RoR::wheel_t::wh_last_retorque

Last external forces (friction, ...)

Definition at line 451 of file SimData.h.

◆ wh_last_torque

Ogre::Real RoR::wheel_t::wh_last_torque

Last internal forces (engine / brakes / diffs)

Definition at line 450 of file SimData.h.

◆ wh_mass

Ogre::Real RoR::wheel_t::wh_mass

Total rotational mass of the wheel.

Definition at line 448 of file SimData.h.

◆ wh_near_attach_node

node_t* RoR::wheel_t::wh_near_attach_node

Definition at line 438 of file SimData.h.

◆ wh_net_rp

float RoR::wheel_t::wh_net_rp

Definition at line 452 of file SimData.h.

◆ wh_nodes

node_t* RoR::wheel_t::wh_nodes[50]

Definition at line 433 of file SimData.h.

◆ wh_num_nodes

int RoR::wheel_t::wh_num_nodes

Definition at line 432 of file SimData.h.

◆ wh_num_rim_nodes

int RoR::wheel_t::wh_num_rim_nodes

Definition at line 434 of file SimData.h.

◆ wh_propulsed

int RoR::wheel_t::wh_propulsed

Definition at line 441 of file SimData.h.

◆ wh_radius

Ogre::Real RoR::wheel_t::wh_radius

Definition at line 442 of file SimData.h.

◆ wh_rim_nodes

node_t* RoR::wheel_t::wh_rim_nodes[50]

Definition at line 435 of file SimData.h.

◆ wh_rim_radius

Ogre::Real RoR::wheel_t::wh_rim_radius

Definition at line 443 of file SimData.h.

◆ wh_speed

Ogre::Real RoR::wheel_t::wh_speed

Current wheel speed in m/s.

Definition at line 444 of file SimData.h.

◆ wh_tc_coef

Ogre::Real RoR::wheel_t::wh_tc_coef

Sim state; Current traction control modulation ratio.

Definition at line 447 of file SimData.h.

◆ wh_torque

Ogre::Real RoR::wheel_t::wh_torque