Collaboration diagram for voxel::PhysicalMaterial:

Public Member Functions
constexpr auto	isIndestructible () const noexcept -> bool
constexpr auto	breakableBy (physics::Hardness max_hardness) const noexcept -> bool
constexpr auto	collides () const noexcept -> bool
constexpr auto	isFlammable () const noexcept -> bool

Public Attributes
uint16_t	density = static_cast<uint16_t>(physics::material_defaults::k_density)
	kg/m³ never zero and integer so MassMoments stays exact
uint8_t	flags = 0
physics::Hardness	hardness = physics::material_defaults::k_hardness
	Damage that breaks only softer tiers never breaks this material.
physics::FracturePattern	fracture_pattern = physics::material_defaults::k_fracture_pattern
physics::PackedFractureProfile	fracture_profile = physics::material_defaults::k_fracture_profile
float	toughness = physics::material_defaults::k_toughness
	kJ/m³ it takes to break per m3
float	structural_strength = physics::material_defaults::k_structural_strength
float	static_friction = physics::material_defaults::k_static_friction
float	dynamic_friction = physics::material_defaults::k_dynamic_friction
float	restitution = physics::material_defaults::k_restitution
float	rolling_friction = physics::material_defaults::k_rolling_friction
float	spin_friction = physics::material_defaults::k_spin_friction
float	ignition_energy = 0.0f
float	burn_rate = 0.0f
float	fuel = 0.0f

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

Public Member Functions

Public Attributes