Watch the illustration of the Cylindrical joint in our video tutorial on physics. An example illustrating connection of two bodies using a cylindrical joint can be found here. The spring (if it is enabled) tries to keep the specified angle between the connected bodies.įor more information refer to JointCylindrical Class description. The angle is specified in degrees in the range.Ī target angle of the attached angular spring. The maximum angle in the range of twisting around the joint axis. The angle is specified in degrees in the range. The minimum angle in the range of twisting around the joint axis. The spring (if it is enabled) tries to keep the specified distance between the connected bodies.Īngular damping coefficient of the cylindrical joint. The maximum distance between the bodies along the joint axis.Ī target linear distance of the attached spring. The minimum distance between the bodies along the joint axis. Linear damping coefficient of the cylindrical joint. Watch the illustration of the Prismatic joint in our video tutorial on physics. An example illustrating connection of two bodies using a prismatic joint can be found here. Target velocity of the attached linear motor.įor more information refer to JointPrismatic Class description. Maximum force of the attached linear motor. The spring (if it is enabled) tries to keep the specified distance between the connected bodies. Target linear distance of the attached spring. If rigidity is set to 0, the spring is disabled. Spring rigidity coefficient, determines how strong the joint resists linear motion. Maximum distance between the bodies along the joint axis. Minimum distance between the bodies along the joint axis. Linear damping coefficient of the prismatic joint. Watch the illustration of the Hinge joint settings in our video tutorial on physics. An example illustrating connection of two bodies using a hinge joint can be found here. This joint also has a set of common parameters shared by all joint types.įor more information refer to JointHinge Class description. Target velocity of the attached angular motor. The spring (if it is enabled) tries to keep the specified angle between the connected bodies. Target angle of the attached angular spring. Spring rigidity coefficient, determines how strong the joint resists rotation. Maximum angle in the range of movement at which the hinge stops. Minimum angle in the range of movement at which the hinge stops. The basic constraint parameters of this joint include: Joint axisĬoordinates of the joint axis, around which the bodies rotate.Īngular damping coefficient of the hinge joint. Show older versions >|Hide older versions << UNIGINE 2.16.1 (Latest) (Unsupported SDK).
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