Component:RemoteConnectionPointDriver: Difference between revisions

Latest revision as of 21:32, 3 March 2024

RemoteConnectionPointDriver allows driving local position, vector, orientation and size from a target Slot. It can be used with TubeWireMesh and StripeWireMesh to drive the other point from another slot.

Component image

**Remote Connection Point Driver** component as seen in the Scene Inspector

Fields

Fields
Name	Type	Description
`persistent`	Bool	Determines whether or not this item will be saved to the server.
`UpdateOrder`	Int	Controls the order in which this component is updated.
`Enabled`	Bool	Controls whether or not this component is enabled.
`FilterThreshold`	Float
`TargetPoint`	direct TransformRelayRef
`TargetVector`	Float3
`TargetSize`	Float
`TargetOrientation`	FloatQ
`LocalPoint`	field drive of Float3
`LocalVector`	field drive of Float3
`LocalOrientation`	field drive of FloatQ
`LocalSize`	field drive of Float

Usage

It's not a complete physical rope simulator or anything, but it lets you connect two endpoints using the different wire mesh types.
Hyper convenience components that make tube meshes squishy like neurons

Examples

Related Components

@@ Line 1: / Line 1: @@
 <languages></languages><noinclude><translate><!--T:1-->
 </noinclude>
-RemoteConnectionPointDriver allows driving local position, vector, orientation and size from a target Slot. It can be used with TubeWireMesh and StripeWireMesh to drive the other point from another slot.
+RemoteConnectionPointDriver allows driving local position, vector, orientation and size from a target Slot. It can be used with [[Component:TubeWireMesh|TubeWireMesh]] and [[Component:StripeWireMesh|StripeWireMesh]] to drive the other point from another slot.
 <!--T:6-->
@@ Line 12: / Line 12: @@
 {{Table ComponentFields
 |FilterThreshold|Float|
-|TargetPoint|TransformRelayRef|
+|TargetPoint|{{RootFieldType|TransformRelayRef}}|TypeAdv1=true|
 |TargetVector|Float3|
 |TargetSize|Float|
 |TargetOrientation|FloatQ|
-|LocalPoint|IField`1|TypeString5=IField<float3>|
+|LocalPoint|{{RootFieldType|FieldDrive`1|[[Type:Float3|Float3]]}}|TypeAdv5=true|
-|LocalVector|IField`1|TypeString6=IField<float3>|
+|LocalVector|{{RootFieldType|FieldDrive`1|[[Type:Float3|Float3]]}}|TypeAdv6=true|
-|LocalOrientation|IField`1|TypeString7=IField<floatQ>|
+|LocalOrientation|{{RootFieldType|FieldDrive`1|[[Type:FloatQ|FloatQ]]}}|TypeAdv7=true|
-|LocalSize|IField`1|TypeString8=IField<float>|
+|LocalSize|{{RootFieldType|FieldDrive`1|[[Type:Float|Float]]}}|TypeAdv8=true|
 }}
 == Usage == <!--T:3-->
-* It's not a complete physical rope simulator or anything, but it lets you connect two endpoints using the different wire mesh types. [https://discord.com/channels/402159838827905024/735381514988159016/884508590776389662| Official Discord conversation]
+* It's not a complete physical rope simulator or anything, but it lets you connect two endpoints using the different wire mesh types.
-* Hyper convenience components that make tube meshes squishy like neurons [https://misskey.neos.love/notes/9ayr0ptm5x| Post in jp Community]
+* Hyper convenience components that make tube meshes squishy like neurons
 == Examples == <!--T:4-->
-[https://discord.com/channels/402159838827905024/469131434628612116/884387788651384882| Official Discord post when update (2021.9.6.614)]
 == Related Components == <!--T:5-->