View difference between Paste ID: grDU6c4V and vxbY6GcK

 switch to 0.
 ship:partsdubbedpattern("cockpit")[0]:controlfrom().
-fuelcells on.
+list engines in es. for e in es e:shutdown().
 set steeringmanager:maxstoppingtime to 6.
-list engines in es.
+
-for e in es e:activate.
+
-set es to ship:partsdubbedpattern("vector").
+set es to ship:partsdubbedpattern("wolf").
-for e in es set e:gimbal:limit to 6.
+for w in es if vang(w:facing:vector, ship:facing:vector) > 10 w:activate().
 
 for w in es set w:gimbal:limit to 10.
 for w in es if vang(w:facing:vector, ship:facing:vector) < 10 set w:gimbal:limit to 100.
-toggle ag1.
+
 bays off.
 rcs on.
 //toggle ag1.
 brakes off.
 set servos to ship:modulesnamed("ModuleRoboticRotationServo").
 for s in servos {
 	s:setfield("damping", 80).
 	s:setfield("traverse rate", 40).
 	s:setfield("locked",false).
 	s:setfield("motor",true).
-for s in servos s:setfield("target angle", tlt).
+
 function tilt2 {
-tilt2(20).
+
 for s in servos s:setfield("target angle", -tlt + 90).
-set p to 20.
+
 tilt2(0).
-when true then { tilt2(min(max(10,alt:Radar), 90)). return alt:Radar <  2000. }.
+
-wait 1.
+set p to 0.
 lock steering to heading(x, p).
-//lock roll to max(-5,min(5, body:geopositionof(heading(x,0):vector):bearing)).
+set gotime to false.
 when gotime then { tilt2(min(max(10,alt:Radar/10), 90)). return alt:Radar <  2000. }.
 wait 0.25.
 lights on.
 
-when apoapsis > 55000 then lock throttle to 0.
+
-when apoapsis > 40000 then { lock steering to prograde. for e in es if e:position:x > 0 set e:gimbal:limit to 100. }
+
 when abs(steeringmanager:angleerror) < 15 then { set gotime to true. lock throttle to 1. set p to 20. for e in es e:activate(). }
 when alt:radar > 20 then gear off.
 when alt:Radar > 2000 then { rcs off.  for e in es if e:position:x > 0 set e:gimbal:limit to 100. }
 when apoapsis > body:atm:height + 20000 then lock throttle to 0.
 when apoapsis > body:atm:height +  10e3 then { lock steering to prograde. for e in es if e:position:x > 0 set e:gimbal:limit to 100. }