/**
* When loading game, put escape pod back in any weird position, and restore its anchor.
*/
public static void JustLoadedGame()
{
if (!Config.BASIC_GAME.Equals(DeathRun.config.startLocation))
{
WorldForces wf = EscapePod.main.GetComponent <WorldForces>();
float depth = Ocean.main.GetDepthOf(EscapePod.main.gameObject);
if (DeathRun.saveData.podSave.podSinking)
{
wf.aboveWaterGravity = 9.81f;
}
if (DeathRun.saveData.podSave.podAnchored)
{
DeathRun.saveData.podSave.podTransform.copyTo(EscapePod.main.transform);
EscapePod.main.rigidbodyComponent.isKinematic = true;
wf.underwaterGravity = 0.0f;
}
else
{
wf.underwaterGravity = 9.81f;
}
}
if (EscapePod.main.liveMixin.GetHealthFraction() < 0.99f)
{
EscapePod.main.damageEffectsShowing = false;
EscapePod.main.ShowDamagedEffects();
EscapePod.main.lightingController.SnapToState(2);
uGUI_EscapePod.main.SetHeader(Language.main.Get("IntroEscapePod3Header"), new Color32(243, 201, 63, byte.MaxValue), 2f);
uGUI_EscapePod.main.SetContent(Language.main.Get("IntroEscapePod3Content"), new Color32(233, 63, 27, byte.MaxValue));
uGUI_EscapePod.main.SetPower(Language.main.Get("IntroEscapePod3Power"), new Color32(byte.MaxValue, byte.MaxValue, byte.MaxValue, byte.MaxValue));
EscapePod.main.introCinematic.interpolationTimeOut = 0f;
}
else
{
EscapePod.main.lightingController.SnapToState(0); //159,243,63
uGUI_EscapePod.main.SetHeader(Language.main.Get("IntroEscapePod4Header"), new Color32(243, 243, 63, byte.MaxValue), 2f);
uGUI_EscapePod.main.SetContent(Language.main.Get("IntroEscapePod4Content"), new Color32(243, 243, 63, byte.MaxValue));
uGUI_EscapePod.main.SetPower(Language.main.Get("IntroEscapePod4Power"), new Color32(byte.MaxValue, byte.MaxValue, byte.MaxValue, byte.MaxValue));
}
EscapePod.main.UpdateDamagedEffects();
CheckSolarCellRate();
}
public static void Postfix()
{
// Check if we've repaired the pod
if (!EscapePod.main.damageEffectsShowing && !DeathRun.saveData.podSave.podRepaired)
{
if (EscapePod.main.liveMixin.GetHealthFraction() > 0.99f)
{
DeathRun.saveData.podSave.podRepaired = true;
DeathRun.saveData.podSave.podRepairTime = DayNightCycle.main.timePassedAsFloat;
}
}
// This just fixes a situation that 1.7.1 screwed up for some people
if (EscapePod.main.damageEffectsShowing && DeathRun.saveData.podSave.podRepaired)
{
DeathRun.saveData.podSave.podRepaired = false;
DeathRun.saveData.podSave.podRepairTime = 0;
}
// If we've repaired the pod but it hasn't right itself yet, let it off the kinematic leash to turn itself upright
if (EscapePod_FixedUpdate_Patch.isRighting())
{
if (Vector3.Distance(EscapePod.main.transform.position, Player.main.transform.position) < 15)
{
if (DeathRun.saveData.podSave.podRightingTime <= 0)
{
DeathRun.saveData.podSave.podRightingTime = DayNightCycle.main.timePassedAsFloat;
}
EscapePod.main.rigidbodyComponent.isKinematic = false;
WorldForces wf = EscapePod.main.GetComponent <WorldForces>();
wf.underwaterGravity = 0.0f;
}
}
EscapePod_FixedUpdate_Patch.CheckSolarCellRate();
if (damaged != EscapePod.main.damageEffectsShowing)
{
if (!EscapePod.main.damageEffectsShowing)
{
// At repair, give a one-time "full recharge"
RegeneratePowerSource[] cells = EscapePod.main.gameObject.GetAllComponentsInChildren <RegeneratePowerSource>();
if (cells != null)
{
foreach (RegeneratePowerSource cell in cells)
{
float chargeable = cell.powerSource.GetMaxPower() - cell.powerSource.GetPower();
cell.powerSource.ModifyPower(chargeable, out _);
}
}
}
}
else
{
if ((lastBlink == 0) || (lastBlink > Time.time))
{
lastBlink = Time.time;
}
else if (Time.time >= lastBlink + 0.5)
{
lastBlink = Time.time;
blinkOn = !blinkOn;
}
bool radioFound = false;
bool radioWorks = false;
if (EscapePod.main.radioSpawner != null && EscapePod.main.radioSpawner.spawnedObj != null)
{
LiveMixin component = EscapePod.main.radioSpawner.spawnedObj.GetComponent <LiveMixin>();
if (component)
{
radioFound = true;
if (component.IsFullHealth())
{
radioWorks = true;
}
}
}
if (damaged)
{
string content = Language.main.Get("IntroEscapePod3Content");
string bonus;
if (DeathRun.saveData.podSave.podAnchored || Config.BASIC_GAME.Equals(DeathRun.config.startLocation))
{
if (!Config.BASIC_GAME.Equals(DeathRun.config.startLocation))
{
content = content.Replace("Flotation Devices: DEPLOYED", "Flotation Devices: FAILED");
if (DeathRun.config.podStayUpright || DeathRun.saveData.podSave.podRepaired)
{
content = content.Replace("Hull Integrity: OK", "Inertial Stabilizers: DEPLOYED");
}
else
{
content = content.Replace("Hull Integrity: OK", "Inertial Stabilizers: " + (blinkOn ? "FAILED" : ""));
}
}
}
else
{
content = content.Replace("Flotation Devices: DEPLOYED", "Flotation Devices: " + (blinkOn ? "FAILED" : ""));
}
if (radioWorks)
{
content = content.Replace("Radio: OFFLINE", "Radio: INCOMING ONLY");
}
if (!Config.NORMAL.Equals(DeathRun.config.creatureAggression))
{
content = content.Replace("Uncharted ocean planet 4546B", "Planet 4546B: HOSTILE FAUNA");
}
if (BreathingPatcher.isSurfaceAirPoisoned())
{
content = content.Replace("Oxygen/nitrogen atmosphere", "Atmosphere: requires filtration");
}
bonus = "";
if (BreathingPatcher.isSurfaceAirPoisoned())
{
bonus += "\n\n- Atmosphere: " + (blinkOn ? "NOT BREATHABLE" : "") + "\n- Recommend Air Pumps to Filter Oxygen";
}
if (DeathRunUtils.isExplosionClockRunning())
{
bonus += "\n\n" + (blinkOn ? "- QUANTUM EXPLOSION WARNING" : "");
}
if (RadiationUtils.isRadiationActive())
{
bonus += "\n\n" + (blinkOn ? "- EXTREME RADIATION HAZARD" : "");
}
uGUI_EscapePod.main.SetHeader(Language.main.Get("IntroEscapePod3Header"), new Color32(243, 201, 63, byte.MaxValue), 2f);
uGUI_EscapePod.main.SetContent(content + bonus, new Color32(233, 63, 27, byte.MaxValue));
}
else
{
string content = Language.main.Get("IntroEscapePod4Content");
if (radioFound && !radioWorks)
{
content = content.Replace("Incoming radio communication: ONLINE", "Incoming radio communication: OFFLINE");
}
if (!Config.NORMAL.Equals(DeathRun.config.creatureAggression))
{
content = content.Replace("Uncharted ocean planet 4546B", (blinkOn ? "Planet 4546B: HOSTILE FAUNA" : "Planet 4546B: "));
}
if (BreathingPatcher.isSurfaceAirPoisoned())
{
content = content.Replace("Oxygen/nitrogen atmosphere", "Atmosphere: requires filtration");
}
if (!Config.BASIC_GAME.Equals(DeathRun.config.startLocation))
{
content = content.Replace("Flotation Devices: DEPLOYED", "Flotation Devices: FAILED");
if (DeathRun.config.podStayUpright || DeathRun.saveData.podSave.podRepaired)
{
content = content.Replace("Hull Integrity: OK", "Inertial Stabilizers: DEPLOYED");
}
else
{
content = content.Replace("Hull Integrity: OK", "Inertial Stabilizers: FAILED");
}
}
if (BreathingPatcher.isSurfaceAirPoisoned())
{
content = content.Replace("Oxygen/nitrogen atmosphere", "Atmosphere: requires filtration");
}
string bonus = "";
if (DeathRunUtils.isExplosionClockRunning())
{
bonus += "\n " + (blinkOn ? "- QUANTUM EXPLOSION WARNING" : "");
}
if (RadiationUtils.isRadiationActive())
{
if (Config.NORMAL.Equals(DeathRun.config.radiationDepth))
{
bonus += "\n - Radiation Hazard: Aurora";
}
else
{
bonus += "\n " + (blinkOn ? "- EXTREME RADIATION HAZARD" : "");
}
}
uGUI_EscapePod.main.SetHeader(Language.main.Get("IntroEscapePod4Header"), new Color32((byte)(blinkOn ? 243 : 223), (byte)(blinkOn ? 243 : 223), 63, byte.MaxValue)); //, 2f);
uGUI_EscapePod.main.SetContent(content + bonus, new Color32((byte)(blinkOn ? 243 : 223), (byte)(blinkOn ? 243 : 223), 63, byte.MaxValue));
}
}
}
public static bool Prefix(EscapePod __instance)
{
if (Config.BASIC_GAME.Equals(DeathRun.config.startLocation))
{
return(true);
}
WorldForces wf = __instance.GetComponent <WorldForces>();
float depth = Ocean.main.GetDepthOf(__instance.gameObject);
// Copy our current transform
if (!DeathRun.saveData.podSave.podAnchored || isRighting())
{
DeathRun.saveData.podSave.podTransform.copyFrom(__instance.transform);
}
// This block makes sure the pod doesn't sink *during* the opening cinematic etc.
if (!DeathRun.saveData.podSave.podSinking)
{
frozen = false;
// This checks if we're holding on the "press any key to continue" screen or intro cinematic
if (DeathRunUtils.isIntroStillGoing())
{
return(true);
}
// Otherwise, "turn on gravity" for the pod
if (DeathRun.saveData.podSave.podGravity)
{
DeathRun.saveData.podSave.podSinking = true;
wf.underwaterGravity = 9.81f;
if (depth <= 0)
{
wf.aboveWaterGravity = 50f;
}
else
{
wf.aboveWaterGravity = 9.81f;
}
}
}
// Once we're below the surface, return gravity to normal
if (wf.aboveWaterGravity == 50f && depth > 0)
{
wf.aboveWaterGravity = 9.81f;
}
// Give player some early feedback the lifepod is sinking
if (DeathRun.saveData.podSave.podGravity && (depth > 6) && (DeathRun.saveData.podSave.lastDepth < 6))
{
ErrorMessage.AddMessage("The Life Pod is sinking!");
DeathRunUtils.CenterMessage("The Life Pod is sinking!", 6);
}
int secs = (int)DayNightCycle.main.timePassedAsFloat;
if (secs != DeathRun.saveData.podSave.prevSecs)
{
// Note if we've recently been frozen in place by cut scene or player distance
if (frozen || __instance.rigidbodyComponent.isKinematic)
{
frozenSecs = secs;
}
// Check when pod hits bottom so we can stop processing it.
if (!DeathRun.saveData.podSave.podRepaired && (DeathRun.saveData.podSave.prevSecs > 0) && (secs - frozenSecs > 2) && (depth > 20))
{
float dist = Vector3.Distance(DeathRun.saveData.podSave.podPrev.position, DeathRun.saveData.podSave.podTransform.position);
if (!DeathRun.saveData.podSave.podAnchored && (dist < 0.5))
{
ErrorMessage.AddMessage("The Escape Pod has struck bottom!");
DeathRunUtils.CenterMessage("The Escape Pod has struck bottom!", 6);
DeathRun.saveData.podSave.podAnchored = true;
float random = UnityEngine.Random.value;
float angle;
float up = 2;
if (random < .10f)
{
angle = 30;
}
else if (random < .20f)
{
angle = 45;
}
else if (random < .30f)
{
angle = 60;
}
else if (random < .40f)
{
angle = 120;
}
else if (random < .50f)
{
angle = 135;
up = 3;
}
else if (random < .60f)
{
angle = 150;
up = 4;
}
else if (random < .70f)
{
angle = 170;
up = 4;
}
else if (random < .80f)
{
angle = 300;
}
else if (random < .90f)
{
angle = 315;
}
else
{
angle = 330;
}
__instance.transform.Translate(0, up, 0);
if (Player.main.IsInside())
{
Player.main.transform.Translate(0, 2, 0);
}
// Make a copy of our "upright state"
DeathRun.saveData.podSave.podStraight.copyFrom(__instance.transform);
// Now tip the pod over and copy that
__instance.transform.Rotate(Vector3.forward, angle); // Jolt at bottom!
DeathRun.saveData.podSave.podTipped.copyFrom(__instance.transform);
// If we're supposed to (based on preferences) stay straight up, copy THAT back
if (DeathRun.config.podStayUpright)
{
DeathRun.saveData.podSave.podStraight.copyTo(__instance.transform);
}
// Finally, store the stable transform we're supposed to use.
DeathRun.saveData.podSave.podTransform.copyFrom(__instance.transform);
}
}
DeathRun.saveData.podSave.prevSecs = secs;
DeathRun.saveData.podSave.podPrev.copyFrom(DeathRun.saveData.podSave.podTransform);
}
// If player is away from the pod, stop gravity so that it doesn't fall through the world when the geometry unloads
frozen = (Vector3.Distance(__instance.transform.position, Player.main.transform.position) > 20) ||
(DeathRun.saveData.podSave.podAnchored && !isRighting());
if (frozen)
{
wf.underwaterGravity = 0.0f;
}
else
{
wf.underwaterGravity = 9.81f;
}
// Once pod is repaired, we give it a little time to right itself and then restore kinematic mode "for safety"
if (isRighting())
{
if ((DeathRun.saveData.podSave.podRightingTime > 0) && (DayNightCycle.main.timePassedAsFloat > DeathRun.saveData.podSave.podRightingTime + 15))
{
DeathRun.saveData.podSave.podRighted = true;
__instance.rigidbodyComponent.isKinematic = true;
}
}
DeathRun.saveData.podSave.lastDepth = depth;
return(true);
}