private void Init(IWindowManager windowManager,
IThemeProvider themeProvider,
IViewPerspective viewPerspective,
DisplayMetrics displayMetrics,
AndroidFontProvider fontProvider,
IViewState viewState,
IUiProvider uiProvider,
ref AndroidMeasureKit measureContext,
ref AndroidRenderContext renderContext,
ref RefreshRenderContext refreshRenderContext)
{
var imageProvider = new AndroidImageProvider(displayMetrics);
var visualLineage = new VisualLineage();
var lastMeasures = new Dictionary <IVisualElement, ValueSize>();
var layoutQueue = new LayoutQueue();
measureContext = new AndroidMeasureKit(windowManager, fontProvider,
this, lastMeasures, themeProvider, displayMetrics, visualLineage, layoutQueue);
var visualPositions = new Dictionary <IVisualElement, ValueCube>();
renderContext = new AndroidRenderContext(viewPerspective,
fontProvider, viewState, this, visualPositions,
lastMeasures, themeProvider, visualLineage, layoutQueue);
refreshRenderContext = new RefreshRenderContext(viewPerspective, this,
visualPositions, lastMeasures, themeProvider, visualLineage, layoutQueue);
Container.ResolveTo <IImageProvider>(imageProvider);
Container.ResolveTo(uiProvider);
Container.ResolveTo(themeProvider);
}
public override void Render(IModelRenderer modelRenderer, IViewState viewState)
{
if (Model is StudioModel studioModel)
{
var renderData = new StudioModelRenderData
{
Model = studioModel,
Shared = GetSharedModelRenderData(viewState),
CurrentTime = Context.Time.ElapsedTime,
Sequence = Sequence,
LastTime = LastTime,
Frame = Frame,
FrameRate = FrameRate,
Body = Body,
Skin = Skin,
BoneData = new BoneData(),
RenderFXLightMultiplier = RenderFXLightMultiplier,
};
for (var i = 0; i < MDLConstants.MaxControllers; ++i)
{
renderData.BoneData.SetController(i, Controllers[i]);
}
for (var i = 0; i < MDLConstants.MaxBlenders; ++i)
{
renderData.BoneData.SetBlender(i, Blenders[i]);
}
modelRenderer.RenderStudioModel(ref renderData);
}
}
public void Draw(IViewState viewState)
{
if (ImGui.BeginMainMenuBar())
{
if (ImGui.BeginMenu("Tools"))
{
ImGui.Checkbox("Toggle Console", ref _consoleVisible);
ImGui.Checkbox("Toggle Material Control", ref _materialControlVisible);
ImGui.Checkbox("Toggle Object Editor", ref _objectEditorVisible);
ImGui.EndMenu();
}
ImGui.Text(_fta.CurrentAverageFramesPerSecond.ToString("000.0 fps / ") + _fta.CurrentAverageFrameTimeMilliseconds.ToString("#00.00 ms"));
ImGui.TextUnformatted($"Camera Position: {viewState.Origin} Camera Angles: Pitch {viewState.Angles.X} Yaw {viewState.Angles.Y}");
ImGui.EndMainMenuBar();
}
DrawConsole();
DrawMaterialControl();
DrawObjectEditor();
}
void IView.SetSource(IViewState newSource)
{
using (Atom.NoWatch)
{
if (ReferenceEquals(_source.Value, newSource))
{
return;
}
}
if (!(newSource is TState nextState))
{
var expected = typeof(TState).Name;
var actual = newSource.GetType().Name;
Debug.LogError($"Wrong model type at '{name}': expected={expected}, actual={actual}");
return;
}
_renderScope.Link(this);
if (_renderAtom == null)
{
_renderAtom = new ReactionAtom(DoRender, OnRenderFailed);
}
_hasSource = true;
_source.Value = nextState;
if (!_renderAtom.IsActive)
{
_renderAtom.Get();
}
}
/// <summary>
/// Connects to the dotNetify hub server.
/// </summary>
/// <param name="vmId">Identifies the view model to request.</param>
/// <param name="viewState">View state manager.</param>
/// <param name="options">View model initialization options.</param>
public async Task ConnectAsync(string vmId, IViewState viewState, VMConnectOptions options = null)
{
if (!string.IsNullOrEmpty(_vmId))
{
throw new Exception($"The instance was connected to '{_vmId}'. Call Dispose to disconnect.");
}
_vmId = vmId;
_viewState = viewState;
await _hubProxy.StartAsync();
_hubProxy.Response_VM += OnResponseReceived;
Dictionary <string, object> data = null;
if (options?.VMArg != null)
{
data = new Dictionary <string, object>();
data.Add(TOKEN_VMARG, options.VMArg);
if (options?.Headers != null)
{
data.Add(TOKEN_HEADERS, options.Headers);
}
}
await _hubProxy.Request_VM(vmId, data);
}
public (IView, WidgetViewReference) LoadViewPrefab(IViewState viewState)
{
var viewReference = viewState.View;
if (viewReference.Type != WidgetViewReferenceType.Addressable)
{
return(null, default);
public (IView, WidgetViewReference) LoadViewPrefab(IViewState state)
{
var viewReference = state.View;
if (viewReference.Type != WidgetViewReferenceType.Resource ||
!viewReference.Path.StartsWith("$$_"))
{
return(null, default);
void UpdateControls(IViewState state)
{
void updateControl(
Control ctrl,
ControlState controlState,
TextBoxBase textBox = null,
bool backColor = false,
bool foreColor = false
)
{
ctrl.Visible = !controlState.Hidden;
ctrl.Enabled = !controlState.Disabled;
if (backColor)
{
ctrl.BackColor = controlState.BackColor != null?controlState.BackColor.Value.ToSystemDrawingObject() : System.Drawing.SystemColors.Control;
}
if (foreColor)
{
ctrl.ForeColor = controlState.ForeColor != null?controlState.ForeColor.Value.ToSystemDrawingObject() : System.Drawing.SystemColors.ControlText;
}
if (ctrl.Text != controlState.Text)
{
ctrl.Text = controlState.Text;
textBox?.Select(0, 0);
}
toolTip1.SetToolTip(ctrl, controlState.Tooltip);
}
void updateCheckBox(CheckBox control, ControlState controlState)
{
updateControl(control, controlState);
control.Checked = controlState.Checked.GetValueOrDefault();
}
void updateTextBox(TextBox control, ControlState controlState)
{
updateControl(control, controlState, control);
}
updateTextBox(nameTextBox, state.NameEditbox);
updateTextBox(formatTextBox, state.FormatTextBox);
updateCheckBox(visibleCheckBox, state.VisibleCheckBox);
updateControl(colorPanel, state.ColorPanel, backColor: true);
updateControl(stateDetailsLink, state.StateDetailsLink);
updateControl(stateLabel, state.StateLabel, foreColor: true);
updateTextBox(loadedMessagesTextBox, state.LoadedMessagesTextBox);
updateControl(loadedMessagesWarningIcon, state.LoadedMessagesWarningIcon);
updateControl(loadedMessagesWarningLinkLabel, state.LoadedMessagesWarningLinkLabel);
updateControl(trackChangesLabel, state.TrackChangesLabel);
updateControl(suspendResumeTrackingLink, state.SuspendResumeTrackingLink);
updateControl(firstMessageLinkLabel, state.FirstMessageLinkLabel);
updateControl(lastMessageLinkLabel, state.LastMessageLinkLabel);
updateControl(saveAsButton, state.SaveAsButton);
updateTextBox(annotationTextBox, state.AnnotationTextBox);
updateTextBox(timeOffsetTextBox, state.TimeOffsetTextBox);
updateControl(copyPathLink, state.CopyPathButton);
}
public static (RenderFX, RenderMode, int, Vector3) GetProperties(IViewState viewState, Transform transform, RenderProperties renderProperties)
{
var renderFX = renderProperties?.RenderFX ?? RenderFX.None;
var renderMode = renderProperties?.RenderMode ?? RenderMode.Normal;
var renderAmount = CalculateFXBlend(viewState, transform, renderFX, renderMode != RenderMode.Normal ? renderProperties?.RenderAmount ?? 0 : 255);
return(renderFX, renderMode, renderAmount, renderProperties?.RenderColor ?? Vector3.Zero);
}
public (IView, WidgetViewReference) LoadViewPrefab(IViewState viewState)
{
foreach (var loader in _loaders)
{
var(view, reference) = loader.LoadViewPrefab(viewState);
if (view != null)
{
return(view, reference);
}
}
return(null, default);
public bool Equals(IViewState other)
{
if (other.GetType() == GetType())
{
ViewState state = (ViewState) other;
if (state.Name == Name)
return true;
return false;
}
return false;
}
protected override IView ResolveView(IViewState state)
{
var(prefab, viewRef) = ViewContext.Loader.LoadViewPrefab(state);
var view = GameObjectPool
.Instantiate(prefab.gameObject, _parentSelector.Invoke(), _worldPositionStays)
.GetComponent <IView>();
view.gameObject.name = prefab.gameObject.name;
view.rectTransform.anchoredPosition = Vector2.zero;
view.ViewReference = viewRef;
return(view);
}
public override void Render(IModelRenderer modelRenderer, IViewState viewState)
{
if (Model is SpriteModel spriteModel)
{
var renderData = new SpriteModelRenderData
{
Model = spriteModel,
Shared = GetSharedModelRenderData(viewState),
Frame = Frame
};
modelRenderer.RenderSpriteModel(ref renderData);
}
}
public AndroidRenderContext(IViewPerspective perspective,
AndroidFontProvider fontProvider,
IViewState viewState,
IVisualSurrogateProvider surrogateProvider,
Dictionary <IVisualElement, ValueCube> renderPositions,
Dictionary <IVisualElement, ValueSize> lastMeasurements,
IThemeProvider themeProvider,
IVisualLineage visualLineage,
ILayoutQueue layoutQueue)
: base(perspective, surrogateProvider, renderPositions, lastMeasurements,
themeProvider, visualLineage, layoutQueue)
{
_fontProvider = fontProvider;
_paint = new Paint();
ViewState = viewState;
}
public AndroidRenderKit(IViewPerspective viewPerspective,
IViewState viewState,
AndroidFontProvider fontProvider,
IWindowManager windowManager,
IUiProvider uiProvider,
IThemeProvider themeProvider,
DisplayMetrics displayMetrics,
IResolver container,
IImageProvider imageProvider)
: base(imageProvider, Serializer,
new SvgPathBuilder(imageProvider, Serializer), container)
{
ViewState = viewState;
DisplayMetrics = displayMetrics;
Init(windowManager, themeProvider, viewPerspective, displayMetrics,
fontProvider, viewState, uiProvider,
ref _measureContext !, ref _renderContext !, ref _refreshRenderContext !);
}
void IView.SetSource(IViewState newSource, bool link)
{
Initialize();
_renderScope.Link(this);
var doRebindAtom = ((AtomBase)_doRebind);
if (!doRebindAtom.IsActive)
{
doRebindAtom.Actualize();
}
if (!ReferenceEquals(newSource, _currentState))
{
if (newSource is TState typedState)
{
_nextState.Value = typedState;
}
else
{
var expected = typeof(TState).Name;
var actual = newSource.GetType().Name;
Debug.LogError($"Wrong model type at '{name}': expected={expected}, actual={actual}");
return;
}
RefreshBounds();
}
if (link)
{
_doRebind.Get();
}
else
{
doRebindAtom.Actualize();
}
}
public ValueSize MeasureMainView <TRenderSize>(IVisualElement element,
TRenderSize availableSpace,
IViewState viewState)
where TRenderSize : IRenderSize
{
//Debug.WriteLine("********** BEGIN MEASURE ***********");
ViewState = viewState;
if (viewState.ZoomLevel.AreDifferent(1.0))
{
var zoomWidth = availableSpace.Width / viewState.ZoomLevel;
var zoomHeight = availableSpace.Height / viewState.ZoomLevel;
if (_contextBounds.Width.AreDifferent(zoomWidth) ||
_contextBounds.Height.AreDifferent(zoomHeight))
{
_contextBounds = new ValueSize(zoomWidth, zoomHeight);
}
var availableSpace2 = new ValueRenderSize(zoomWidth, zoomHeight, availableSpace.Offset);
//Debug.WriteLine("********** END MEASURE ***********");
return(MeasureElement(element, availableSpace2));
}
if (_contextBounds.Width.AreDifferent(availableSpace.Width) ||
_contextBounds.Height.AreDifferent(availableSpace.Height))
{
_contextBounds = new ValueSize(availableSpace);
}
var res = MeasureElement(element, availableSpace);
//Debug.WriteLine("********** END MEASURE ***********");
return(res);
}
private int GlowBlend(ref SharedModelRenderData renderData, IViewState viewState)
{
var tmp = renderData.Origin - viewState.Origin;
var distance = tmp.Length();
//TODO: implement trace
/*
pmove->usehull = 2;
var traceFlags = PM_GLASS_IGNORE;
if (!r_traceglow.value)
{
traceFlags |= PM_STUDIO_IGNORE;
}
var trace = pmove->PM_PlayerTrace(viewState.Origin, renderData.Origin, traceFlags, -1);
if ((1.0 - trace.fraction) * distance > 8.0)
{
return 0;
}
else */
if (renderData.RenderFX == RenderFX.NoDissipation)
{
return renderData.RenderAmount;
}
else
{
renderData.Scale = new Vector3(distance * 0.005f);
return (int)(Math.Clamp(19000.0f / (distance * distance), 0.5f, 1.0f) * 255);
}
}
public void OnRenderModels(IModelRenderer modelRenderer, IViewState viewState)
{
_entities.RenderEntities(modelRenderer, viewState);
}
public static int CalculateFXBlend(IViewState viewState, Transform transform, RenderFX renderFX, int renderAmount)
{
//Offset is random based on entity index
var offset = transform.Entity.Id * 363.0f;
int result;
//Not all render effects update the render amount
switch (renderFX)
{
//All effects not handled use entity render amount (no special effect)
default:
result = renderAmount;
break;
//Pulsating transparency
case RenderFX.PulseSlow:
case RenderFX.PulseFast:
case RenderFX.PulseSlowWide:
case RenderFX.PulseFastWide:
{
var multiplier1 = (renderFX == RenderFX.PulseSlow || renderFX == RenderFX.PulseSlowWide) ? 2.0 : 8.0;
var multiplier2 = (renderFX == RenderFX.PulseSlow || renderFX == RenderFX.PulseFast) ? 16.0 : 64.0;
result = (int)Math.Floor(renderAmount + (Math.Sin(offset + (EntitySystem.Time.ElapsedTime * multiplier1)) * multiplier2));
break;
}
//Fade out from solid to translucent
case RenderFX.FadeSlow:
case RenderFX.FadeFast:
result = renderAmount = Math.Max(0, renderAmount - (renderFX == RenderFX.FadeSlow ? 1 : 4));
break;
//Fade in from translucent to solid
case RenderFX.SolidSlow:
case RenderFX.SolidFast:
result = renderAmount = Math.Min(255, renderAmount + (renderFX == RenderFX.SolidSlow ? 1 : 4));
break;
//A strobing effect where the model becomes visible every so often
case RenderFX.StrobeSlow:
case RenderFX.StrobeFast:
case RenderFX.StrobeFaster:
{
double multiplier;
switch (renderFX)
{
case RenderFX.StrobeSlow:
multiplier = 4.0;
break;
case RenderFX.StrobeFast:
multiplier = 16.0;
break;
case RenderFX.StrobeFaster:
multiplier = 36.0;
break;
//Will never happen, silences compiler error
default: throw new InvalidOperationException("Update switch statement to handle render fx strobe cases");
}
if ((int)Math.Floor(Math.Sin(offset + (EntitySystem.Time.ElapsedTime * multiplier)) * 20.0) < 0)
{
return(0);
}
result = renderAmount;
break;
}
//Flicker in and out of existence
case RenderFX.FlickerSlow:
case RenderFX.FlickerFast:
{
double multiplier1;
double multiplier2;
if (renderFX == RenderFX.FlickerSlow)
{
multiplier1 = 2.0;
multiplier2 = 17.0;
}
else
{
multiplier1 = 16.0;
multiplier2 = 23.0;
}
if ((int)Math.Floor(Math.Sin(offset * EntitySystem.Time.ElapsedTime * multiplier2) + (Math.Sin(EntitySystem.Time.ElapsedTime * multiplier1) * 20.0)) < 0)
{
return(0);
}
result = renderAmount;
break;
}
//Similar to pulse, but clamped to [148, 211], more chaotic
case RenderFX.Distort:
//Hologram effect based on player position and view direction relative to entity
case RenderFX.Hologram:
{
int amount;
if (renderFX == RenderFX.Distort)
{
amount = renderAmount = 180;
}
else
{
var dot = Vector3.Dot(transform.Origin - viewState.Origin, viewState.ViewVectors.Forward);
if (dot <= 0)
{
return(0);
}
renderAmount = 180;
if (dot <= 100)
{
amount = 180;
}
else
{
amount = (int)Math.Floor((1 - ((dot - 100) * 0.0025)) * 180);
}
}
result = EntitySystem.Scene.Random.Next(-32, 31) + amount;
break;
}
}
return(Math.Clamp(result, 0, 255));
}
private Vector3 GetSpriteAngles(ref SharedModelRenderData renderData, SpriteType type, IViewState viewState)
{
//Convert parallel sprites to parallel oriented if a roll was specified
if (type == SpriteType.Parallel && renderData.Angles.Z != 0)
{
type = SpriteType.ParallelOriented;
}
Vector3 GetModifiedViewAngles()
{
var angles = viewState.Angles;
//Pitch and roll need to be inverted to operate in the sprite's coordinate system
//Yaw stays the same
angles.X = -angles.X;
angles.Z = -angles.Z;
return angles;
}
switch (type)
{
case SpriteType.FacingUpright:
{
//This is bugged in vanilla since it uses an origin that isn't initialized by sprite models, only other models
var angles = VectorUtils.VectorToAngles(-renderData.Origin);
//No pitch
angles.X = 0;
return angles;
}
case SpriteType.ParallelUpright:
{
var angles = GetModifiedViewAngles();
//No pitch
angles.X = 0;
return angles;
}
case SpriteType.Parallel:
{
return GetModifiedViewAngles();
}
case SpriteType.Oriented:
{
return renderData.Angles;
}
case SpriteType.ParallelOriented:
{
var angles = GetModifiedViewAngles();
//Apply roll
angles.Z -= renderData.Angles.Z;
return angles;
}
default:
{
Logger.Warning($"{nameof(GetSpriteAngles)}: Bad sprite type {type}");
break;
}
}
return new Vector3();
}
public void SetSource(IViewState source)
{
Context = source.Context;
}
public void Update(float deltaSeconds, IViewState viewState)
{
_fta.AddTime(deltaSeconds);
}
protected abstract IView ResolveView(IViewState state);
public void Change(IViewState state)
{
_currentViewState = state;
}
public ViewContext(IViewState vwViewState)
{
_currentViewState = vwViewState;
//ButtonVisibilty = _vmStateContext.ButtonVisibilty;
}
public void SetSource(IViewState source, bool link)
{
Context = source.Context;
}
void UpdateView(IViewState viewState)
{
bool updateControl(ControlState state, NSControl control)
{
var txt = state.Text ?? "";
bool result = control.StringValue != txt;
if (result)
{
control.StringValue = txt;
}
control.Hidden = state.Hidden;
control.Enabled = !state.Disabled;
control.ToolTip = state.Tooltip ?? "";
return(result);
}
void updateTextField(ControlState state, NSTextField control)
{
if (updateControl(state, control))
{
if (control.CurrentEditor != null)
{
control.CurrentEditor.SelectedRange = new NSRange();
}
}
control.BackgroundColor = state.BackColor != null?state.BackColor.Value.ToNSColor() : NSColor.TextBackground;
}
void updateLinkLabel(ControlState state, NSLinkLabel control)
{
control.StringValue = state.Text ?? "";
control.Hidden = state.Hidden;
control.IsEnabled = !state.Disabled;
control.TextColor = state.ForeColor != null?state.ForeColor.Value.ToNSColor() : NSColor.LinkColor;
}
void updateButton(ControlState state, NSButton control)
{
updateControl(state, control);
if (state.Checked != null)
{
control.State = state.Checked == true ? NSCellStateValue.On : NSCellStateValue.Off;
}
}
updateTextField(viewState.NameEditbox, nameTextField);
updateTextField(viewState.FormatTextBox, formatTextField);
updateButton(viewState.VisibleCheckBox, visibleCheckbox);
updateTextField(viewState.ColorPanel, colorPanel);
updateLinkLabel(viewState.StateDetailsLink, stateDetailsLink);
updateTextField(viewState.StateLabel, stateLabel);
updateTextField(viewState.LoadedMessagesTextBox, loadedMessagesLabel);
updateButton(viewState.LoadedMessagesWarningIcon, loadedMessagesWarningIcon);
updateLinkLabel(viewState.LoadedMessagesWarningLinkLabel, loadedMessagesWarningLinkLabel);
updateTextField(viewState.TrackChangesLabel, trackChangesLabel);
updateLinkLabel(viewState.SuspendResumeTrackingLink, suspendResumeTrackingLinkLabel);
updateLinkLabel(viewState.FirstMessageLinkLabel, firstMessageLinkLabel);
updateLinkLabel(viewState.LastMessageLinkLabel, lastMessageLinkLabel);
updateButton(viewState.SaveAsButton, saveAsButton);
updateTextField(viewState.AnnotationTextBox, annotationEditBox);
updateTextField(viewState.TimeOffsetTextBox, timeShiftTextField);
updateButton(viewState.CopyPathButton, copyPathButton);
updateButton(viewState.OpenContainingFolderButton, openContainingFolderButton);
}
