Difference between revisions of "User:Vincent Nacon"
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[[Image:Motors.jpg]] | [[Image:Motors.jpg]] | ||
'''llSetLinkMotorParam((integer)Linkset,[List],(integer)Local,(integer)Motor type); | '''llSetLinkMotorParam((integer)Linkset,[List],(integer)Local,(integer)Motor type);<br><br> | ||
'''Linkset''', to assign which child prim, can not be parent prim. '''Local''', to assign it as local to parent prim or set to False as global. '''Motor type''', to give what kind of motor to be given from Vehicle's Param motor, Linear and Angular motors. | |||
'''[DAMPER_SHOCK, (vector)Strength]''' 0.0-1.0, Zero for soild static. How much it takes to cancel out reaction to the whole on each axis. | '''[DAMPER_SHOCK, (vector)Strength]''' 0.0-1.0, Zero for soild static. How much it takes to cancel out reaction to the whole on each axis. | ||
Revision as of 12:58, 8 October 2007
Yeah, that's me. Don't go messin` with me, punk.
This template is no longer supported. See Template:ISO 639-3/cat-speaking for the template which replaces this one.This template is no longer supported. See Template:ISO 639-3/cat-speaking for the template which replaces this one.
:Feature suggestion for Havok 4: for vehicles!
llSetLinkMotorParam((integer)Linkset,[List],(integer)Local,(integer)Motor type);
Linkset, to assign which child prim, can not be parent prim. Local, to assign it as local to parent prim or set to False as global. Motor type, to give what kind of motor to be given from Vehicle's Param motor, Linear and Angular motors.
[DAMPER_SHOCK, (vector)Strength] 0.0-1.0, Zero for soild static. How much it takes to cancel out reaction to the whole on each axis.
[SPRING_RECOIL, (vector)Rate] 0.0-1.0, Zero for no recoil. How fast it returns to its place on each axis.
[SET_AXLE, (vector)Range] 0.0-1.0, Zero for no rotational. Assigns which vector as an free rotating axle with given range. 1.0 = 360* degree.
[SET_FRICTION, (float)Strength] 0.0-1.0, Zero for none, One for complete grip(think like a gear cog). For set of grip to climb on.
[MOTOR_DRIVE, (vector)Power] 0.0-1.0, Zero for no drive, One for full drive power from the main Vehicle's Linear/Angular Motor input. Using 0.1 to 0.99 divides the power usage from the main motor as given.
If Motor type is LINEAR, it moves along the axis.
If Motor type is ANGULAR, it rotate around the axis. ANGULAR is limited by SET_AXLE range on given axle.
If Motor type is NONE, it cancels MOTOR_DRIVE Param.
If Motor type is OMEGA, it uses both Motor drive. ANGULAR is limited by SET_AXLE range on given axle.
NOTE: Those Child-prims are actually meant to be physical in-world, to the surface. However, They should ignore collision to itself and the whole linkset they are linked to. Whenever a child-prim is set with a motor type of "Linear", the vehicle param's linear motor should be disabled from applying to parent prim. Same for Angular motor as well... However, when one child-prim has Omega motor type, it disable both of Linear & Angular from the parent-prim. They would need to be disabled for possible force source issue with steering and fine movements.
With llSetVehicleType(); should apply the behavior of the child-prim motor.
Examples:
- VEHICLE_TYPE_SLED & VEHICLE_TYPE_NONE would results as having no motor param.
- VEHICLE_TYPE_CAR would result having a rotational motor push from an axle's path.
- VEHICLE_TYPE_BOAT & VEHICLE_TYPE_AIRPLANE would result having a rotational motor push along its axis in screw style. (like a fan blowing one way)
Feel free to post your commons about this suggestion in my discussion page. Tell me what you think, any minor change?