void LateUpdate()
{
if (markerVisibilityChanged)
{
CoB.SetActive(CoL.activeSelf);
CoBdir.SetActive(CoL.activeSelf);
markerVisibilityChanged = false;
}
autofillCounter = 0;
overpressureCounter = 0;
pControlCounter = 0;
autoFill = false;
if (null != EditorLogic.fetch.ship.Parts)
{
foreach (Part p in EditorLogic.fetch.ship.Parts)
{
AirshipEnvelope env = p.GetComponent <AirshipEnvelope>();
if (null != env)
{
if (env.AutoFill)
{
++autofillCounter;
}
if (env.Overpressure > 0.0f)
{
++overpressureCounter;
}
if (env.PressureControl)
{
++pControlCounter;
}
}
}
foreach (Part p in EditorLogic.fetch.ship.Parts)
{
if (null == p)
{
continue;
}
BuoyancyStats stats = p.GetComponent <BuoyancyStats>();
if (null != stats)
{
netBuoyancy = stats.vesselNetBuoyancy;
break;
}
}
}
else
{
Log.post("null == EditorLogic.fetch.ship.Parts", LogLevel.LOG_ERROR);
}
}
protected override void OnTutorialSetup()
{
Log.post("AirshipsTutorial OnTutorialSetup", LogLevel.LOG_DEBUG);
ProcAirships.Instance.pressureDestruction = false;
TutorialPage page1 = new TutorialPage("page1");
page1.windowTitle = "Airships Tutorial";
page1.OnDrawContent = () =>
{
GUILayout.Label("Welcome to the Procedural Airships tutorial. \n" +
"Today we will learn how to control a simple airship by using ballonets.", GUILayout.ExpandHeight(true));
if (GUILayout.Button("Next"))
{
Tutorial.GoToNextPage();
}
};
this.Tutorial.AddPage(page1);
TutorialPage page2 = new TutorialPage("page2");
page2.windowTitle = "Airships Tutorial";
page2.OnDrawContent = () =>
{
GUILayout.Label("Lets have a look at our airship. Its envelope is composed of three parts. Two pointy 'envelope caps', and one cylindric envelope between those two caps.\n" +
"It is important to understand that stacked envelopes automatically form a connection between each other. Gas can flow freely between them. " +
"So everything you do on one envelope part will affect connected envelopes.\n", GUILayout.ExpandHeight(true));
GUILayout.BeginHorizontal();
if (GUILayout.Button("Previous"))
{
Tutorial.GoToLastPage();
}
if (GUILayout.Button("Next"))
{
Tutorial.GoToNextPage();
}
GUILayout.EndHorizontal();
};
this.Tutorial.AddPage(page2);
TutorialPage page3 = new TutorialPage("page3");
page3.windowTitle = "Airships Tutorial";
page3.OnDrawContent = () =>
{
GUILayout.Label("Now please do a right-click on the cylindric envelope between the two pointy caps. " +
"Wow thats a lot of complicated stuff isn't it? Well, it's not that hard actually. First thing you have to learn about is " +
"'net. Buoyancy'. It is the airships static lift after substracting the gravitational force. It is negative at the moment, " +
"and thats the reason why our airship sits patiently on the runway instead of floating around. Gravity holds it on the ground.\n" +
"Lets see how we can change that.", GUILayout.ExpandHeight(true));
GUILayout.BeginHorizontal();
if (GUILayout.Button("Previous"))
{
Tutorial.GoToLastPage();
}
if (GUILayout.Button("Next"))
{
Tutorial.GoToNextPage();
}
GUILayout.EndHorizontal();
};
this.Tutorial.AddPage(page3);
TutorialPage page4 = new TutorialPage("page4");
page4.windowTitle = "Airships Tutorial";
page4.OnEnter = (KFSMState st) =>
{
};
page4.OnUpdate = () =>
{
if (FlightGlobals.ActiveVessel.altitude >= 200.0)
{
Tutorial.GoToNextPage();
}
};
page4.OnDrawContent = () =>
{
GUILayout.Label("To change an envelopes buoyancy, you can use it's ballonet. A ballonet is an inflatable balloon that limits the space " +
"that the lifting gas can use to expand. Inflating the ballonet results in less buoyancy. Deflating the ballonet results in more " +
"buoyancy. But be careful! The ballonet direclty affects the pressure of the gas in the envelope. Please make sure you have selected the " +
"cylindrical envelope (not the caps) and carefully deflate the ballonet until the airship rises to an altitude of 200 meters.", GUILayout.ExpandHeight(true));
};
page4.OnLeave = (KFSMState st) =>
{
};
this.Tutorial.AddPage(page4);
TutorialPage page5 = new TutorialPage("page5");
page5.windowTitle = "Airships Tutorial";
page5.OnEnter = (KFSMState st) =>
{
instructor.PlayEmote(instructor.anim_true_thumbsUp);
};
page5.OnDrawContent = () =>
{
GUILayout.Label("Well done! But what will happen if we alter the ballonets of the envelope caps? More power to you! Try it. " +
"But be careful. Before going wild on the ballonets. Have a look at the 'press. Status' bar. It shows you how much the pressure in your envelope " +
"differs from the ideal pressure. A half filled bar is good. An empty or completely filled bar is bad. Feel free to experiment. But make sure to set the " +
"inflation of both caps back to 50% when you are ready to continue the tutorial.", GUILayout.ExpandHeight(true));
if (fiftyfifty())
{
if (GUILayout.Button("Next"))
{
Tutorial.GoToNextPage();
}
}
};
this.Tutorial.AddPage(page5);
TutorialPage page6 = new TutorialPage("page6");
page6.windowTitle = "Airships Tutorial";
page6.OnEnter = (KFSMState st) => { instructor.PlayEmote(instructor.anim_true_smileA); };
page6.OnDrawContent = () =>
{
GUILayout.Label("Alright. You might have noticed that you can use the ballonets on the caps to pitch your airship up and down. " +
"Using the right click menus is a good way to do it. But professional airship instructors, like me, know a better way: " +
"Action Groups! I have already assigned some. Use the 1 Key to pitch the airship up and 2 to pitch it down. Try it, it works quite well, doesn't it?", GUILayout.ExpandHeight(true));
GUILayout.BeginHorizontal();
if (GUILayout.Button("Previous"))
{
Tutorial.GoToLastPage();
}
if (GUILayout.Button("Next"))
{
Tutorial.GoToNextPage();
}
GUILayout.EndHorizontal();
};
this.Tutorial.AddPage(page6);
TutorialPage page7 = new TutorialPage("page7");
page7.windowTitle = "Airships Tutorial";
page7.OnDrawContent = () =>
{
GUILayout.Label("There is one more important thing before we can start flying around. The higher you get, the less pressure the air will exert on your envelopes. " +
"You must balance that out by deflating a ballonet or... well pressure will rise and bad things will happen. Fortunately there is a built-in automatic to assist " +
"us. 'Pressure Control'. The Pressure Control system can take over control of a ballonet to assure pressure is always near the perfect spot to prevent damage to the envelopes. " +
"Please activate Pressure Control now. Do it on the cylindric envelope but NOT on the caps, since we need to control the caps ourself to pitch the airship.", GUILayout.ExpandHeight(true));
GUILayout.BeginHorizontal();
if (GUILayout.Button("Previous"))
{
Tutorial.GoToLastPage();
}
if (GUILayout.Button("Next"))
{
Tutorial.GoToNextPage();
}
GUILayout.EndHorizontal();
};
this.Tutorial.AddPage(page7);
TutorialPage page8 = new TutorialPage("page8");
page8.windowTitle = "Airships Tutorial";
page8.OnDrawContent = () =>
{
GUILayout.Label("Alright, you are ready to go. Start your engines and throttle up to 100% Trim your pitch with '1' and '2' and use WASD to steer around. " +
"Be careful though. It is a very maneuverable airship and turning too fast can cause it to spin out of control.", GUILayout.ExpandHeight(true));
GUILayout.BeginHorizontal();
if (GUILayout.Button("Previous"))
{
Tutorial.GoToLastPage();
}
if (GUILayout.Button("Next"))
{
Tutorial.GoToNextPage();
}
GUILayout.EndHorizontal();
};
this.Tutorial.AddPage(page8);
TutorialPage page9 = new TutorialPage("page9");
page9.windowTitle = "Airships Tutorial";
page9.OnDrawContent = () =>
{
GUILayout.Label("Congartulations. You just learned the basic airship controls. My Job here is done. But here are some challenges if you want to hang around a bit:\n" +
"- Try to land on the VAB\n-See if you can land on the Island Runway\n-Find out how high you can get the airship without destroying the envelopes\n\n" +
"You may also load the tutorial airship in a sandbox game and see if you can improve it.", GUILayout.ExpandHeight(true));
};
this.Tutorial.AddPage(page9);
TutorialPage pressureAlertPage = new TutorialPage("pressureAlertPage");
pressureAlertPage.windowTitle = "OH NO!";
pressureAlertPage.OnEnter = (KFSMState lastSt) =>
{
instructor.PlayEmote(instructor.anim_false_disagreeA);
pressureAlertPage.onAdvanceConditionMet.GoToStateOnEvent = lastSt;
};
pressureAlertPage.SetAdvanceCondition((KFSMState currentState) =>
{
AirshipEnvelope envelope = FlightGlobals.ActiveVessel.rootPart.GetComponent <AirshipEnvelope>();
float overpressure = Math.Abs((envelope.RelPressure - envelope.IdealRelPressure)) - envelope.PressureTolerance;
if (overpressure > 0)
{
return(false);
}
return(true);
});
pressureAlertPage.OnDrawContent = () =>
{
GUILayout.Label("Oh no! Envelope Pressure reaches critical range! Use the ballonets to bring it back to normal before everything explodes.\n" +
"Try to get the 'press. Status' bar in a position thats near to 0", GUILayout.ExpandHeight(true));
};
pressureAlertPage.OnLeave = (KFSMState st) =>
{
instructor.PlayEmote(instructor.anim_idle_sigh);
};
Tutorial.AddState(pressureAlertPage);
onPressureAlert = new KFSMEvent("PressureAlert");
onPressureAlert.updateMode = KFSMUpdateMode.LATEUPDATE;
onPressureAlert.OnCheckCondition = (KFSMState currentState) =>
{
AirshipEnvelope envelope = FlightGlobals.ActiveVessel.rootPart.GetComponent <AirshipEnvelope>();
float overpressure = Math.Abs((envelope.RelPressure - envelope.IdealRelPressure)) - envelope.PressureTolerance;
if (overpressure > 0)
{
if (Tutorial.Started)
{
return(true);
}
}
return(false);
};
onPressureAlert.GoToStateOnEvent = pressureAlertPage;
Tutorial.AddEventExcluding(onPressureAlert, pressureAlertPage);
this.Tutorial.StartTutorial(page1);
}
