Collisions are where the real magic happens with Thrower Palettes.<\/p>\n
Many actions can happen upon a Palette colliding with another object because we can be so “precise<\/strong><\/span>” with this trigger<\/strong><\/span>.\u00a0 A simple minor adjustment of the collision-triggering-object can change the timing just a smidgeon.<\/p>\n Only a physical object<\/strong> will receive a collision events from colliding with a non-physical object.<\/p>\n CollisionPostActions<\/strong>(1\/2\/3) MUST<\/strong> be “on”<\/strong><\/span> for 1 thru 8 below to occur. If more than 1 CollisionPostAction<\/strong> is on then ONLY<\/span> <\/strong>the lowest one executes.\u00a0 Ex: 1 if 1 and 2.\u00a0 2 if 2 and 3. 1 if 1 and 3.<\/p>\n IMPORTANT<\/strong><\/span>:\u00a0 ThrowOnCollide,(1\/2\/3) <\/strong><\/span>ALWAYS<\/strong><\/span> executes and acknowledges respective CollisionPostAction2<\/strong> , CollisionPostAction3, ApplyImpulse(2\/3), and AngularVelocity(2\/3).\u00a0 All other parameters apply the same as for ThrowOnCollide.\u00a0 That is, ThrowOnCollide2 respects ApplyImpulse2 and AngularVelocity2<\/strong><\/p>\n *********************** 1 = SetMatchPosOnCollide<\/span><\/strong>,(on\/off) – Thrown Palette matches position<\/span> <\/strong>of Target<\/p>\n 2 = SetMatchRotOnCollide<\/span><\/strong>,(on\/off) – Thrown Palette matches rotation <\/b><\/span>of Target<\/p>\n 3 = SetStopSpinAtTarget<\/strong><\/span>,(on\/off) – Thrown Palette Stop spinning<\/strong> <\/span>via a TargetOmega<\/strong> (client-side spin)<\/p>\n 4 = SetNonPhysOnCollide<\/span><\/strong>,(on\/off) – Makes Thrown Palette NON-PHYSICAL 6 = DieOnCollide<\/span><\/strong>,(on\/off) – Deletes\/Kills<\/span><\/strong> the Palette owning the *thrower nc<\/span><\/strong><\/p>\n 7 =<\/span><\/span>\u00a0 ControlOnCollide,<\/span><\/span><\/span><\/span><\/strong>(on\/off) – Control<\/strong> <\/span>an action in another named Palette<\/span><\/span><\/span><\/span><\/p>\n 8 = MaterialsOnCollide<\/strong><\/span>,(on\/off) – Changes Gravity,Friction,Denisty, and Bounciness<\/p>\n 9 = ThrowOnCollide<\/strong><\/span>,(1\/2\/3) – This DOES NOT NEED<\/span> a CollisionPostAction<\/span>,(1\/2\/3)\u00a0 to be ON.\u00a0 It will<\/span> ALWAYS trigger a throw but that throws collision IS determined by<\/span> CollisionPostAction<\/span><\/span><\/span><\/span><\/span><\/span><\/strong><\/p>\n","protected":false},"excerpt":{"rendered":" Collisions are where the real magic happens with Thrower Palettes. Many actions can happen upon a Palette colliding with another object because we can be so “precise” with this trigger.\u00a0 A simple minor adjustment of the collision-triggering-object can change the timing just a smidgeon. Only a physical object will receive a collision events from colliding … Continue reading Palette Reference \u2013 10 \u2013 Thrower – Part 6 – Collisions<\/span>
\nThe following commands affect the Palette containing<\/strong> <\/span>the *thrower nc<\/span><\/p>\n
\n<\/strong><\/span>
\n5 =\u00a0 AttachOnCollide<\/strong><\/span>,(on\/off) – Attaches<\/strong> <\/span>thrown palette\u00a0 to body-part of granter of Attach<\/strong> permissions. Attachable<\/span> <\/strong>ability must be ‘on’.\u00a0 Use ResetSit<\/strong> as needed.<\/p>\n