Update RunService.yaml

content/en-us/reference/engine/classes/RunService.yaml

@@ -525,7 +525,7 @@ methods:
       - type: void
         summary: ''
     tags: []
-    deprecation_message: ''
+    deprecation_message: 'This event has been superceded by <code>Class.RunService.PostSimulation|PostSimulation</code>.'
     security: None
     thread_safety: Unsafe
     capabilities: []
@@ -566,13 +566,13 @@ events:
     summary: |
       Fires every frame, after the physics simulation has completed.
     description: |
-      The `PostSimulation` event fires every frame, after the physics simulation
+      The `PostSimulation` event (replacement for
+      `Class.RunService.Heartbeat|Heartbeat`) fires every frame, after the physics simulation
       has completed. The `deltaTimeSim` argument indicates the time that has
       elapsed since the previous frame.
 
       This event is useful for making final adjustments to the outcome of the
-      simulation. Following this phase, the engine triggers the
-      `Class.RunService.Heartbeat|Heartbeat` event.
+      simulation.
     code_samples:
     parameters:
       - name: deltaTimeSim
@@ -618,7 +618,7 @@ events:
     summary: |
       Fires every frame, prior to the frame being rendered.
     description: |
-      The `PreRender` event (equivalent to
+      The `PreRender` event (replacement for
       `Class.RunService.RenderStepped|RenderStepped`) fires every frame, prior
       to the frame being rendered. The `deltaTimeRender` argument indicates the
       time that has elapsed since the previous frame.
@@ -653,7 +653,7 @@ events:
     summary: |
       Fires every frame, prior to the physics simulation.
     description: |
-      The `PreSimulation` event (equivalent to
+      The `PreSimulation` event (replacement for
       `Class.RunService.Stepped|Stepped`) fires every frame, prior to the
       physics simulation. The `deltaTimeSim` argument indicates the time that
       has elapsed since the previous frame.
@@ -671,7 +671,7 @@ events:
         summary: |
           The time (in seconds) that has elapsed since the previous frame.
     tags: []
-    deprecation_message: ''
+    deprecation_message: ''This event has been superceded by <code>Class.RunService.PreRender|PreRender</code>.''
     security: None
     thread_safety: Unsafe
     capabilities: []
@@ -680,8 +680,7 @@ events:
     summary: |
       Fires every frame, prior to the frame being rendered.
     description: |
-      The `RenderStepped` event (equivalent to
-      `Class.RunService.PreRender|PreRender`) fires every frame, prior to the
+      The `RenderStepped` event fires every frame, prior to the
       frame being rendered. The `deltaTime` argument indicates the time that has
       elapsed since the previous frame.
 
@@ -697,7 +696,7 @@ events:
       `Class.BaseScript.RunContext|RunContext` set to `Enum.RunContext.Client`.
 
       Following the `RenderStepped` phase, the simulation phase begins with the
-      `Class.RunService.PreAnimation|PreAnimation` event.
+      `Class.RunService.Stepped|Stepped` event.
     code_samples: []
     parameters:
       - name: deltaTime
@@ -706,7 +705,7 @@ events:
         summary: |
           The time (in seconds) that has elapsed since the previous frame.
     tags: []
-    deprecation_message: ''
+    deprecation_message: 'This event has been superceded by <code>Class.RunService.PreSimulation|PreSimulation</code>.'
     security: None
     thread_safety: Unsafe
     capabilities: []
@@ -715,16 +714,15 @@ events:
     summary: |
       Fires every frame, prior to the physics simulation.
     description: |
-      The `Stepped` event (equivalent to
-      `Class.RunService.PreSimulation|PreSimulation`) fires every frame, prior
+      The `Stepped` event fires every frame, prior
       to the physics simulation. The `deltaTime` argument indicates the time
       that has elapsed since the previous frame.
 
       This event is useful for adjusting properties like velocity or forces just
       before they're applied as part of the simulation. The simulation then
       runs, potentially multiple times, as the physics solver runs at a higher
       frequency than other engine systems. Once this is complete, the
-      `Class.RunService.PostSimulation|PostSimulation` event is fired.
+      `Class.RunService.Heartbeat|Heartbeat` event is fired.
     code_samples: []
     parameters:
       - name: time