Class: Raylib::PhysicsBodyData

Inherits:

FFI::Struct

Object
FFI::Struct
Raylib::PhysicsBodyData

Defined in:: lib/physac.rb

Instance Method Summary collapse

Instance Method Details

#angularVelocity ⇒ `Object`

121	# File 'lib/physac.rb', line 121 def angularVelocity = self[:angularVelocity]

#angularVelocity=(v) ⇒ `Object`

122	# File 'lib/physac.rb', line 122 def angularVelocity=(v) self[:angularVelocity] = v end

#dynamicFriction ⇒ `Object`

137	# File 'lib/physac.rb', line 137 def dynamicFriction = self[:dynamicFriction]

#dynamicFriction=(v) ⇒ `Object`

138	# File 'lib/physac.rb', line 138 def dynamicFriction=(v) self[:dynamicFriction] = v end

#enabled ⇒ `Object`

113	# File 'lib/physac.rb', line 113 def enabled = self[:enabled]

#enabled=(v) ⇒ `Object`

114	# File 'lib/physac.rb', line 114 def enabled=(v) self[:enabled] = v end

#force ⇒ `Object`

119	# File 'lib/physac.rb', line 119 def force = self[:force]

#force=(v) ⇒ `Object`

120	# File 'lib/physac.rb', line 120 def force=(v) self[:force] = v end

#freezeOrient ⇒ `Object`

145	# File 'lib/physac.rb', line 145 def freezeOrient = self[:freezeOrient]

#freezeOrient=(v) ⇒ `Object`

146	# File 'lib/physac.rb', line 146 def freezeOrient=(v) self[:freezeOrient] = v end

#id ⇒ `Object`

111	# File 'lib/physac.rb', line 111 def id = self[:id]

#id=(v) ⇒ `Object`

112	# File 'lib/physac.rb', line 112 def id=(v) self[:id] = v end

#inertia ⇒ `Object`

127	# File 'lib/physac.rb', line 127 def inertia = self[:inertia]

#inertia=(v) ⇒ `Object`

128	# File 'lib/physac.rb', line 128 def inertia=(v) self[:inertia] = v end

#inverseInertia ⇒ `Object`

129	# File 'lib/physac.rb', line 129 def inverseInertia = self[:inverseInertia]

#inverseInertia=(v) ⇒ `Object`

130	# File 'lib/physac.rb', line 130 def inverseInertia=(v) self[:inverseInertia] = v end

#inverseMass ⇒ `Object`

133	# File 'lib/physac.rb', line 133 def inverseMass = self[:inverseMass]

#inverseMass=(v) ⇒ `Object`

134	# File 'lib/physac.rb', line 134 def inverseMass=(v) self[:inverseMass] = v end

#isGrounded ⇒ `Object`

143	# File 'lib/physac.rb', line 143 def isGrounded = self[:isGrounded]

#isGrounded=(v) ⇒ `Object`

144	# File 'lib/physac.rb', line 144 def isGrounded=(v) self[:isGrounded] = v end

#mass ⇒ `Object`

131	# File 'lib/physac.rb', line 131 def mass = self[:mass]

#mass=(v) ⇒ `Object`

132	# File 'lib/physac.rb', line 132 def mass=(v) self[:mass] = v end

#orient ⇒ `Object`

125	# File 'lib/physac.rb', line 125 def orient = self[:orient]

#orient=(v) ⇒ `Object`

126	# File 'lib/physac.rb', line 126 def orient=(v) self[:orient] = v end

#position ⇒ `Object`

115	# File 'lib/physac.rb', line 115 def position = self[:position]

#position=(v) ⇒ `Object`

116	# File 'lib/physac.rb', line 116 def position=(v) self[:position] = v end

#restitution ⇒ `Object`

139	# File 'lib/physac.rb', line 139 def restitution = self[:restitution]

#restitution=(v) ⇒ `Object`

140	# File 'lib/physac.rb', line 140 def restitution=(v) self[:restitution] = v end

#shape ⇒ `Object`

147	# File 'lib/physac.rb', line 147 def shape = self[:shape]

#shape=(v) ⇒ `Object`

148	# File 'lib/physac.rb', line 148 def shape=(v) self[:shape] = v end

#staticFriction ⇒ `Object`

135	# File 'lib/physac.rb', line 135 def staticFriction = self[:staticFriction]

#staticFriction=(v) ⇒ `Object`

136	# File 'lib/physac.rb', line 136 def staticFriction=(v) self[:staticFriction] = v end

#torque ⇒ `Object`

123	# File 'lib/physac.rb', line 123 def torque = self[:torque]

#torque=(v) ⇒ `Object`

124	# File 'lib/physac.rb', line 124 def torque=(v) self[:torque] = v end

#useGravity ⇒ `Object`

141	# File 'lib/physac.rb', line 141 def useGravity = self[:useGravity]

#useGravity=(v) ⇒ `Object`

142	# File 'lib/physac.rb', line 142 def useGravity=(v) self[:useGravity] = v end

#velocity ⇒ `Object`

117	# File 'lib/physac.rb', line 117 def velocity = self[:velocity]

#velocity=(v) ⇒ `Object`

118	# File 'lib/physac.rb', line 118 def velocity=(v) self[:velocity] = v end