private static void AddPropertyAndSyncEntityId(string id, out ValueSync <long, AutopilotTerminal> sync, string fieldName)
{
MyTerminalControlProperty <MyShipController, string> property = new MyTerminalControlProperty <MyShipController, string>(id);
FieldInfo field = typeof(AutopilotTerminal).GetField(fieldName, BindingFlags.Instance | BindingFlags.Public | BindingFlags.NonPublic);
sync = new ValueSync <long, AutopilotTerminal>(id, GenerateGetter <long>(field), GenerateSetter <long>(field), false);
ValueSync <long, AutopilotTerminal> syncRef = sync;
property.Getter = (block) => {
AutopilotTerminal autopilot;
if (!Registrar.TryGetValue(block, out autopilot))
{
if (!Globals.WorldClosed)
{
Logger.AlwaysLog("failed lookup of block: " + block.getBestName(), Logger.severity.WARNING);
}
return(default(string));
}
long entityId = syncRef.GetValue(autopilot);
IMyEntity entity;
if (!MyAPIGateway.Entities.TryGetEntityById(entityId, out entity))
{
Logger.DebugLog("Failed to get entity for " + entityId, Logger.severity.WARNING);
return("Unknown Entity");
}
return(entity.GetNameForDisplay(autopilot.m_block.OwnerId));
};
AddControl(property, false);
}
private void AddOffsetSlider(string id, string title, string toolTip, int dim)
{
MyTerminalControlSlider <MySpaceProjector> control = new MyTerminalControlSlider <MySpaceProjector>(id, MyStringId.GetOrCompute(title), MyStringId.GetOrCompute(toolTip));
ValueSync <float, Projector> tvs = new ValueSync <float, Projector>(control, (proj) => proj.m_offset_ev.GetDim(dim), (proj, value) => proj.m_offset_ev.SetDim(dim, value));
control.DefaultValue = dim == 1 ? 2.5f : 0f;
control.Normalizer = (block, value) => Normalizer(MinOffset, MaxOffset, block, value);
control.Denormalizer = (block, value) => Denormalizer(MinOffset, MaxOffset, block, value);
control.Writer = (block, sb) => WriterMetres(tvs.GetValue(block), sb);
TermControls_Offset.Add(control);
}
private static void AddPropertyAndSync <T>(string id, out ValueSync <T, AutopilotTerminal> sync, string fieldName)
{
MyTerminalControlProperty <MyShipController, T> property = new MyTerminalControlProperty <MyShipController, T>(id);
FieldInfo field = typeof(AutopilotTerminal).GetField(fieldName, BindingFlags.Instance | BindingFlags.Public | BindingFlags.NonPublic);
sync = new ValueSync <T, AutopilotTerminal>(id, GenerateGetter <T>(field), GenerateSetter <T>(field), false);
ValueSync <T, AutopilotTerminal> syncRef = sync;
property.Getter = syncRef.GetValue;
AddControl(property, false);
}
private static void HijackShoot()
{
TerminalControlHelper.EnsureTerminalControlCreated <MySmallMissileLauncher>();
Func <object, bool> False = (o) => false;
foreach (ITerminalControl control in MyTerminalControlFactory.GetControls(typeof(MyUserControllableGun)))
{
if (control.Id == "ShootOnce")
{
MyTerminalControlButton <MyUserControllableGun> shootOnce = (MyTerminalControlButton <MyUserControllableGun>)control;
EventSync <GuidedMissileLauncher> termControl_shootOnce = new EventSync <GuidedMissileLauncher>(shootOnce.Id, ShootOnceEvent, false);
Action <MyUserControllableGun> originalAction = shootOnce.Action;
shootOnce.Action = block => {
if (IsGuidedMissileLauncher(block))
{
termControl_shootOnce.RunEvent(block);
}
else
{
originalAction(block);
}
};
shootOnce.Actions[0].Action = shootOnce.Action;
}
else if (control.Id == "Shoot")
{
MyTerminalControlOnOffSwitch <MyUserControllableGun> shoot = (MyTerminalControlOnOffSwitch <MyUserControllableGun>)control;
termControl_shoot = new ValueSync <bool, GuidedMissileLauncher>(shoot.Id, "value_termShoot");
var originalGetter = shoot.Getter;
var originalSetter = shoot.Setter;
shoot.Getter = (block) => {
if (IsGuidedMissileLauncher(block))
{
return(termControl_shoot.GetValue(block));
}
else
{
return(originalGetter(block));
}
};
shoot.Setter = (block, value) => {
if (IsGuidedMissileLauncher(block))
{
Logger.TraceLog("Set shoot: " + value);
termControl_shoot.SetValue(block, value);
}
else
{
originalSetter(block, value);
}
};
shoot.Actions[0].Action = block => shoot.SetValue(block, !shoot.GetValue(block)); // toggle
shoot.Actions[1].Action = block => shoot.SetValue(block, true); // on
shoot.Actions[2].Action = block => shoot.SetValue(block, false); // off
break;
}
}
}
public StaticVariables()
{
Logger.DebugLog("entered", Logger.severity.TRACE);
MyAPIGateway.Session.DamageSystem.RegisterAfterDamageHandler((int)MyDamageSystemPriority.Low, AfterDamageHandler);
TerminalControlHelper.EnsureTerminalControlCreated <MySpaceProjector>();
TermControls.Add(new MyTerminalControlSeparator <MySpaceProjector>());
AddCheckbox("HoloDisplay", "Holographic Display", "Holographically display this ship and nearby detected ships", Option.OnOff);
AddCheckbox("HD_This_Ship", "This Ship", "Holographically display this ship", Option.ThisShip);
AddCheckbox("HD_Owner", "Owned Ships", "Holographically display ships owned by this block's owner", Option.Owner);
AddCheckbox("HD_Faction", "Faction Ships", "Holographically display faction owned ships", Option.Faction);
AddCheckbox("HD_Neutral", "Neutral Ships", "Holographically display neutral ships", Option.Neutral);
AddCheckbox("HD_Enemy", "Enemy Ships", "Holographically display enemy ships", Option.Enemy);
MyTerminalControlSlider <MySpaceProjector> slider = new MyTerminalControlSlider <MySpaceProjector>("HD_RangeDetection", MyStringId.GetOrCompute("Detection Range"), MyStringId.GetOrCompute("Maximum distance of detected entity"));
ValueSync <float, Projector> tvsRange = new ValueSync <float, Projector>(slider, (proj) => proj.m_rangeDetection, (proj, value) => proj.m_rangeDetection = value);
slider.DefaultValue = DefaultRangeDetection;
slider.Normalizer = (block, value) => Normalizer(MinRangeDetection, MaxRangeDetection, block, value);
slider.Denormalizer = (block, value) => Denormalizer(MinRangeDetection, MaxRangeDetection, block, value);
slider.Writer = (block, sb) => WriterMetres(tvsRange.GetValue(block), sb);
TermControls.Add(slider);
slider = new MyTerminalControlSlider <MySpaceProjector>("HD_RadiusHolo", MyStringId.GetOrCompute("Hologram Radius"), MyStringId.GetOrCompute("Maximum radius of hologram"));
ValueSync <float, Projector> tvsRadius = new ValueSync <float, Projector>(slider, (proj) => proj.m_radiusHolo, (proj, value) => proj.m_radiusHolo = value);
slider.DefaultValue = DefaultRadiusHolo;
slider.Normalizer = (block, value) => Normalizer(MinRadiusHolo, MaxRadiusHolo, block, value);
slider.Denormalizer = (block, value) => Denormalizer(MinRadiusHolo, MaxRadiusHolo, block, value);
slider.Writer = (block, sb) => WriterMetres(tvsRadius.GetValue(block), sb);
TermControls.Add(slider);
slider = new MyTerminalControlSlider <MySpaceProjector>("HD_EntitySizeScale", MyStringId.GetOrCompute("Entity Size Scale"), MyStringId.GetOrCompute("Larger value causes entities to appear larger"));
ValueSync <float, Projector> tvsScale = new ValueSync <float, Projector>(slider, (proj) => proj.m_sizeDistScale, (proj, value) => proj.m_sizeDistScale = value);
slider.DefaultValue = DefaultSizeScale;
slider.Normalizer = (block, value) => Normalizer(MinSizeScale, MaxSizeScale, block, value);
slider.Denormalizer = (block, value) => Denormalizer(MinSizeScale, MaxSizeScale, block, value);
slider.Writer = (block, sb) => sb.Append(tvsScale.GetValue(block));
TermControls.Add(slider);
TermControls.Add(new MyTerminalControlSeparator <MySpaceProjector>());
MyTerminalControlCheckbox <MySpaceProjector> control = new MyTerminalControlCheckbox <MySpaceProjector>("HD_MouseControls", MyStringId.GetOrCompute("Mouse Controls"),
MyStringId.GetOrCompute("Allow manipulation of hologram with mouse. User-specific setting."));
IMyTerminalValueControl <bool> valueControlBool = control;
valueControlBool.Getter = block => MouseControls;
valueControlBool.Setter = (block, value) => MouseControls = value;
TermControls.Add(control);
control = new MyTerminalControlCheckbox <MySpaceProjector>("HD_ShowBoundary", MyStringId.GetOrCompute("Show Boundary"), MyStringId.GetOrCompute("Show the boundaries of the hologram. User-specific setting."));
valueControlBool = control;
valueControlBool.Getter = block => ShowBoundary;
valueControlBool.Setter = (block, value) => ShowBoundary = value;
TermControls.Add(control);
control = new MyTerminalControlCheckbox <MySpaceProjector>("HD_ShowOffset", MyStringId.GetOrCompute("Show Offset Controls"), MyStringId.GetOrCompute("Display controls that can be used to adjust the position of the hologram. User-specific setting."));
control.Getter = block => ShowOffset;
control.Setter = (block, value) => {
ShowOffset = value;
block.RebuildControls();
};
TermControls.Add(control);
AddOffsetSlider("HD_OffsetX", "Right/Left Offset", "+ve moves hologram to the right, -ve moves hologram to the left", 0);
AddOffsetSlider("HD_OffsetY", "Up/Down Offset", "+ve moves hologram up, -ve moves hologram down", 1);
AddOffsetSlider("HD_OffsetZ", "Back/Fore Offset", "+ve moves hologram back, -ve moves hologram forward", 2);
TermControls_Offset.Add(new MyTerminalControlSeparator <MySpaceProjector>());
AddCheckbox("HD_IntegrityColour", "Colour by Integrity", "Colour blocks according to their integrities", Option.IntegrityColours);
IMyTerminalControlColor colour = MyAPIGateway.TerminalControls.CreateControl <IMyTerminalControlColor, IMyProjector>("HD_FullIntegriyColour");
colour.Title = MyStringId.GetOrCompute("Whole");
colour.Tooltip = MyStringId.GetOrCompute("Colour when block has full integrity. User-specific setting.");
colour.Getter = (block) => IntegrityFull;
colour.Setter = (block, value) => IntegrityFull = value;
TermControls_Colours.Add(colour);
colour = MyAPIGateway.TerminalControls.CreateControl <IMyTerminalControlColor, IMyProjector>("HD_CriticalIntegriyColour");
colour.Title = MyStringId.GetOrCompute("Func.");
colour.Tooltip = MyStringId.GetOrCompute("Colour when block is just above critical integrity. User-specific setting.");
colour.Getter = (block) => IntegrityFunctional;
colour.Setter = (block, value) => IntegrityFunctional = value;
TermControls_Colours.Add(colour);
colour = MyAPIGateway.TerminalControls.CreateControl <IMyTerminalControlColor, IMyProjector>("HD_CriticalIntegriyColour");
colour.Title = MyStringId.GetOrCompute("Broken");
colour.Tooltip = MyStringId.GetOrCompute("Colour when block is just below critical integrity. User-specific setting.");
colour.Getter = (block) => IntegrityDamaged;
colour.Setter = (block, value) => IntegrityDamaged = value;
TermControls_Colours.Add(colour);
colour = MyAPIGateway.TerminalControls.CreateControl <IMyTerminalControlColor, IMyProjector>("HD_ZeroIntegriyColour");
colour.Title = MyStringId.GetOrCompute("Razed");
colour.Tooltip = MyStringId.GetOrCompute("Colour when block has zero integrity. User-specific setting.");
colour.Getter = (block) => IntegrityZero;
colour.Setter = (block, value) => IntegrityZero = value;
TermControls_Colours.Add(colour);
new ValueSync <long, Projector>("CentreEntity",
(script) => script.m_centreEntityId,
(script, value) => {
script.m_centreEntityId = value;
script.m_centreEntityId_AfterValueChanged();
});
}
public StaticVariables()
{
Logger.DebugLog("entered", Logger.severity.TRACE);
TerminalControlHelper.EnsureTerminalControlCreated <MyCockpit>();
TerminalControlHelper.EnsureTerminalControlCreated <MyRemoteControl>();
AddControl(new MyTerminalControlSeparator <MyShipController>()
{
Enabled = ShipAutopilot.IsAutopilotBlock, Visible = ShipAutopilot.IsAutopilotBlock
});
autopilotControl = new MyTerminalControlCheckbox <MyShipController>("ArmsAp_OnOff", MyStringId.GetOrCompute("ARMS Autopilot"), MyStringId.GetOrCompute("Enable ARMS Autopilot"));
new ValueSync <bool, AutopilotTerminal>(autopilotControl, "value_autopilotControl");
AddControl(autopilotControl);
AddAction(new MyTerminalAction <MyShipController>("ArmsAp_OnOff", new StringBuilder("ARMS Autopilot On/Off"), @"Textures\GUI\Icons\Actions\Toggle.dds")
{
Action = ToggleAutopilotControl
});
AddAction(new MyTerminalAction <MyShipController>("ArmsAp_On", new StringBuilder("ARMS Autopilot On"), @"Textures\GUI\Icons\Actions\SwitchOn.dds")
{
Action = block => SetAutopilotControl(block, true)
});
AddAction(new MyTerminalAction <MyShipController>("ArmsAp_Off", new StringBuilder("ARMS Autopilot Off"), @"Textures\GUI\Icons\Actions\SwitchOff.dds")
{
Action = block => SetAutopilotControl(block, false)
});
autopilotCommands = new MyTerminalControlTextbox <MyShipController>("ArmsAp_Commands", MyStringId.GetOrCompute("Autopilot Commands"), MyStringId.NullOrEmpty);
new StringBuilderSync <AutopilotTerminal>(autopilotCommands, (autopilot) => autopilot.value_autopilotCommands, (autopilot, value) => {
autopilot.value_autopilotCommands = value;
AutopilotCommands.GetOrCreate(autopilot.m_block)?.OnCommandsChanged();
});
AddControl(autopilotCommands);
MyTerminalControlButton <MyShipController> gooeyProgram = new MyTerminalControlButton <MyShipController>("ArmsAp_GuiProgram", MyStringId.GetOrCompute("Program Autopilot"), MyStringId.GetOrCompute("Interactive programming for autopilot"), GooeyProgram);
gooeyProgram.Enabled = ShipAutopilot.IsAutopilotBlock;
AddControl(gooeyProgram);
AddPropertyAndSync <ShipAutopilot.State, Enum>("ArmsAp_Status", out autopilotStatus, "value_autopilotStatus");
FieldInfo value_autopilotFlags = typeof(AutopilotTerminal).GetField("value_autopilotFlags", BindingFlags.Instance | BindingFlags.Public | BindingFlags.NonPublic);
autopilotFlags = new ValueSync <AutopilotFlags, AutopilotTerminal>("ArmsAp_AutopilotFlags", GenerateGetter <AutopilotFlags>(value_autopilotFlags), GenerateSetter <AutopilotFlags>(value_autopilotFlags), false);
foreach (AutopilotFlags flag in Enum.GetValues(typeof(AutopilotFlags)))
{
if (flag != 0)
{
AddPropertyAndSync(flag);
}
}
AddPropertyAndSync <Pathfinder.State, Enum>("ArmsAp_PathStatus", out pathfinderState, "value_pathfinderState");
AddPropertyAndSync <GridFinder.ReasonCannotTarget, Enum>("ArmsAp_ReasonCannotTarget", out reasonCannotTarget, "value_reasonCannotTarget");
AddPropertyAndSync <InfoString.StringId, Enum>("ArmsAp_Complaint", out complaint, "value_complaint");
AddPropertyAndSync <InfoString.StringId_Jump, Enum>("ArmsAp_JumpComplaint", out jumpComplaint, "value_jumpComplaint");
AddPropertyAndSync("ArmsAp_WaitUntil", out waitUntil, "value_waitUntil");
AddPropertyAndSyncEntityId("ArmsAp_BlockedBy", out blockedBy, "value_blockedBy");
FieldInfo value_distance = typeof(AutopilotTerminal).GetField("value_distance", BindingFlags.Instance | BindingFlags.Public | BindingFlags.NonPublic);
distance = new ValueSync <long, AutopilotTerminal>("ArmsAp_Distance", GenerateGetter <long>(value_distance), GenerateSetter <long>(value_distance), false);
MyTerminalControlProperty <MyShipController, float> linearDistance = new MyTerminalControlProperty <MyShipController, float>("ArmsAp_LinearDistance")
{
Getter = GetLinearDistance
};
AddControl(linearDistance, false);
MyTerminalControlProperty <MyShipController, float> angularDistance = new MyTerminalControlProperty <MyShipController, float>("ArmsAp_AngularDistance")
{
Getter = GetAngularDistance
};
AddControl(angularDistance, false);
AddPropertyAndSyncEntityId("ArmsAp_EnemyFinderBestTarget", out enemyFinderBestTarget, "value_enemyFinderBestTarget");
AddPropertyAndSync("ArmsAp_WelderUnfinishedBlocks", out welderUnfinishedBlocks, "value_welderUnfinishedBlocks");
AddPropertyAndSync("ArmsAp_NavigatorMover", out prevNavMover, "value_prevNavMover");
AddPropertyAndSync("ArmsAp_NavigatorRotator", out prevNavRotator, "value_prevNavRotator");
AddPropertyAndSync("ArmsAp_NavigatorMoverInfo", out prevNavMoverInfo, "value_prevNavMoverInfo");
AddPropertyAndSync("ArmsAp_NavigatorRotatorInfo", out prevNavRotatorInfo, "value_prevNavRotatorInfo");
}
