Final 1.0 commit

Author: gotmachine

GameData/MandatoryRCS/MandatoryRCS.dll

@@ -51,7 +51,7 @@ private void OnDestroy()
         {
             GameEvents.onSetSpeedMode.Remove(onSetSpeedMode);
             GameEvents.onVesselChange.Remove(onVesselChange);
-            GameEvents.onVesselStandardModification.Add(onVesselStandardModification);
+            GameEvents.onVesselStandardModification.Remove(onVesselStandardModification);
         }
     }
 }

MandatoryRCS-Source/MandatoryRCSEvents.cs

@@ -64,6 +64,12 @@ public void Start()
                 }
                 // Debug.Log("[MTC] RW Events : guiName=" + e.guiName + ", name=" + e.name + ", guiActive=" + e.guiActive + ", guiActiveEditor=" + e.guiActiveEditor);
             }
+            foreach (BaseAction a in rwmodule.Actions)
+            {
+                a.active = false;
+                // Debug.Log("[MTC] RW Actions : guiName=" + a.guiName + ", name=" + a.name + ", active=" + a.active);
+            }
+
         }
 
         public void FixedUpdate()

MandatoryRCS-Source/ModuleTorqueController.cs

@@ -8,9 +8,8 @@
 // - OK - Fix maneuver sas hold not being reset if maneuver node is modified during warp
 // - OK - Restore SAS selection on loading
 // - OK - Restore SAS selection on switching vessels in timewarp
-// - Adjust SAS Hold conditions
+// - OK - Adjust SAS Hold conditions
 // - TO TEST - Disable everything on prelaunch / landed / splashed
-// - Add RW torque conditions to SAS hold ?
 // - Fix camera rotating when timewarping, need to find a reproductible case
 // - use part.addforce instead of part.rigidbody.addforce, see KSP1.2 patchnotes --> not sure this is a good idea and things seemsto work fine as they are
 
@@ -191,8 +190,6 @@ private void ApplyAngularVelocity()
 
                 // Doing this trough rigidbody is depreciated but I can't find a reliable way to use the 1.2 part.addforce/addtorque so they provide reliable results
                 // see 1.2 patchnotes and unity docs for ForceMode.VelocityChange/ForceMode.Force
-                // p.AddTorque((rotation * angularVelocity) / (p.resourceMass + p.mass));
-                // p.AddForce(Vector3.Cross(rotation * angularVelocity, (p.transform.position - COM)) / (p.resourceMass + p.mass));
             }
         }