Simulation: An edge in the softbody structure. More...

#include <SimData.h>

Public Member Functions
	beam_t ()

	~beam_t ()

Data Fields
node_t *	p1 = nullptr

node_t *	p2 = nullptr

float	k = 0.f
	tensile spring More...

float	d = 0.f
	damping factor More...

float	L = 0.f
	length More...

float	minmaxposnegstress = 0.f

float	maxposstress = 0.f

float	maxnegstress = 0.f

float	strength = 0.f

float	stress = 0.f

float	plastic_coef = 0.f

int	detacher_group = DEFAULT_DETACHER_GROUP
	Attribute: detacher group number (integer) More...

SpecialBeam	bounded = SpecialBeam::NOSHOCK

BeamType	bm_type = BeamType::BEAM_NORMAL

bool	bm_inter_actor = false
	in case p2 is on another actor More...

ActorPtr	bm_locked_actor
	in case p2 is on another actor More...

bool	bm_disabled = false

bool	bm_broken = false

float	shortbound = 0.f

float	longbound = 0.f

float	refL = 0.f
	reference length More...

shock_t *	shock = nullptr

float	initial_beam_strength = 0.f
	for reset More...

float	default_beam_deform = 0.f
	for reset More...

float	default_beam_diameter = 0.f
	for export only More...

float	debug_k = 0.f
	debug shock spring_rate More...

float	debug_d = 0.f
	debug shock damping More...

float	debug_v = 0.f
	debug shock velocity More...

Detailed Description

Simulation: An edge in the softbody structure.

Definition at line 304 of file SimData.h.

Constructor & Destructor Documentation

◆ beam_t()

beam_t::beam_t ( )

Definition at line 42 of file SimData.cpp.

◆ ~beam_t()

beam_t::~beam_t ( )

Definition at line 47 of file SimData.cpp.

Field Documentation

◆ bm_broken

bool RoR::beam_t::bm_broken = false

Definition at line 326 of file SimData.h.

◆ bm_disabled

bool RoR::beam_t::bm_disabled = false

Definition at line 325 of file SimData.h.

◆ bm_inter_actor

bool RoR::beam_t::bm_inter_actor = false

in case p2 is on another actor

Definition at line 323 of file SimData.h.

◆ bm_locked_actor

ActorPtr RoR::beam_t::bm_locked_actor

in case p2 is on another actor

Definition at line 324 of file SimData.h.

◆ bm_type

BeamType RoR::beam_t::bm_type = BeamType::BEAM_NORMAL

Definition at line 322 of file SimData.h.

◆ bounded

SpecialBeam RoR::beam_t::bounded = SpecialBeam::NOSHOCK

Definition at line 321 of file SimData.h.

◆ d

float RoR::beam_t::d = 0.f

damping factor

Definition at line 312 of file SimData.h.

◆ debug_d

float RoR::beam_t::debug_d = 0.f

debug shock damping

Definition at line 339 of file SimData.h.

◆ debug_k

float RoR::beam_t::debug_k = 0.f

debug shock spring_rate

Definition at line 338 of file SimData.h.

◆ debug_v

float RoR::beam_t::debug_v = 0.f

debug shock velocity

Definition at line 340 of file SimData.h.

◆ default_beam_deform

float RoR::beam_t::default_beam_deform = 0.f

for reset

Definition at line 335 of file SimData.h.

◆ default_beam_diameter

float RoR::beam_t::default_beam_diameter = 0.f

for export only

Definition at line 336 of file SimData.h.

◆ detacher_group

int RoR::beam_t::detacher_group = DEFAULT_DETACHER_GROUP

Attribute: detacher group number (integer)

Definition at line 320 of file SimData.h.

◆ initial_beam_strength

float RoR::beam_t::initial_beam_strength = 0.f

for reset

Definition at line 334 of file SimData.h.

◆ k

float RoR::beam_t::k = 0.f

tensile spring

Definition at line 311 of file SimData.h.

◆ L

float RoR::beam_t::L = 0.f

length

Definition at line 313 of file SimData.h.

◆ longbound

float RoR::beam_t::longbound = 0.f

Definition at line 329 of file SimData.h.

◆ maxnegstress

float RoR::beam_t::maxnegstress = 0.f

Definition at line 316 of file SimData.h.

◆ maxposstress

float RoR::beam_t::maxposstress = 0.f

Definition at line 315 of file SimData.h.

◆ minmaxposnegstress

float RoR::beam_t::minmaxposnegstress = 0.f

Definition at line 314 of file SimData.h.

◆ p1

node_t* RoR::beam_t::p1 = nullptr

Definition at line 309 of file SimData.h.

◆ p2

node_t* RoR::beam_t::p2 = nullptr

Definition at line 310 of file SimData.h.

◆ plastic_coef

float RoR::beam_t::plastic_coef = 0.f

Definition at line 319 of file SimData.h.

◆ refL

float RoR::beam_t::refL = 0.f

reference length

Definition at line 330 of file SimData.h.

◆ shock

shock_t* RoR::beam_t::shock = nullptr

Definition at line 332 of file SimData.h.

◆ shortbound

float RoR::beam_t::shortbound = 0.f

Definition at line 328 of file SimData.h.

◆ strength

float RoR::beam_t::strength = 0.f

Definition at line 317 of file SimData.h.

◆ stress

float RoR::beam_t::stress = 0.f

Definition at line 318 of file SimData.h.

The documentation for this struct was generated from the following files:

source/main/physics/SimData.h
source/main/physics/SimData.cpp

Public Member Functions

Data Fields