void SetupBrushUI()
{
m_AnnotationPointer = ObjectUtils.CreateGameObjectWithComponent <AnnotationPointer>(rayOrigin, false);
m_OriginalAnnotationPointerLocalScale = m_AnnotationPointer.transform.localScale;
var brushSize = m_Preferences.brushSize;
m_AnnotationPointer.Resize(brushSize);
var brushSizeUi = this.InstantiateUI(m_BrushSizePrefab, rayOrigin: rayOrigin);
m_BrushSizeUI = brushSizeUi.GetComponent <BrushSizeUI>();
var transform = brushSizeUi.transform;
var scale = transform.localScale;
transform.SetParent(alternateMenuOrigin, false);
transform.localPosition = Vector3.zero;
transform.localRotation = Quaternion.Euler(-90, 0, 0);
transform.localScale = scale;
m_BrushSizeUI.onValueChanged = value =>
{
var sliderValue = Mathf.Lerp(MinBrushSize, MaxBrushSize, value);
m_Preferences.brushSize = sliderValue;
m_AnnotationPointer.Resize(sliderValue);
};
m_BrushSizeChanged = m_BrushSizeUI.ChangeSliderValue;
}
void HandleBrushSize(float value)
{
if (m_AnnotationPointer != null)
{
var brushSize = m_Preferences.brushSize;
if (this.GetDeviceType() == DeviceType.Vive) // For vive controllers, use 1:1 touchpad setting.
{
brushSize = Mathf.Lerp(MinBrushSize, MaxBrushSize, (value + 1) / 2f);
}
else // For touch and hydra, let the thumbstick gradually modify the width.
{
brushSize += value * Time.unscaledDeltaTime * .1f;
brushSize = Mathf.Clamp(brushSize, MinBrushSize, MaxBrushSize);
}
if (m_BrushSizeUI && m_BrushSizeChanged != null)
{
var ratio = Mathf.InverseLerp(MinBrushSize, MaxBrushSize, brushSize);
m_BrushSizeChanged(ratio);
}
m_AnnotationPointer.Resize(brushSize);
m_Preferences.brushSize = brushSize;
}
}
public void ProcessInput(ActionMapInput input, ConsumeControlDelegate consumeControl)
{
if (m_Preferences == null)
{
return;
}
var annotationInput = (AnnotationInput)input;
var draw = annotationInput.draw;
var isOverUI = this.IsHoveringOverUI(rayOrigin);
var isHeld = false;
var rawInput = draw.rawValue;
m_SmoothInput.Update(rawInput, Time.smoothDeltaTime);
// We can only start drawing if we're not over UI
if (!isOverUI || m_WasDrawing)
{
if (m_Preferences.pressureSensitive)
{
var drawInput = Mathf.Lerp(rawInput, m_SmoothInput.predictedValue, m_Preferences.pressureSmoothing);
isHeld = drawInput > k_MinDrawStrength;
m_DrawStrength = (drawInput - k_MinDrawStrength) * k_DrawPressureScale;
}
else
{
isHeld = draw.isHeld;
m_DrawStrength = 1.0f;
}
}
var isPressed = !m_WasDrawing && isHeld;
var isReleased = m_WasDrawing && !isHeld;
m_WasDrawing = isHeld;
if (primary)
{
if (!Mathf.Approximately(annotationInput.changeBrushSize.value, 0))
{
HandleBrushSize(annotationInput.changeBrushSize.value);
consumeControl(annotationInput.changeBrushSize);
consumeControl(annotationInput.vertical);
}
if (isPressed)
{
SetupAnnotation();
consumeControl(draw);
}
if (isHeld)
{
UpdateAnnotation();
consumeControl(draw);
}
if (isReleased)
{
FinalizeMesh();
consumeControl(draw);
}
var brushSize = m_Preferences.brushSize;
if (isHeld)
{
brushSize *= m_DrawStrength;
}
// ProcessInput is called once before Start, so m_AnnotationPointer will be null
if (m_AnnotationPointer != null)
{
m_AnnotationPointer.Resize(brushSize);
}
}
if (isHeld)
{
return;
}
if (isOverUI != m_WasOverUI)
{
m_WasOverUI = isOverUI;
this.RestartCoroutine(ref m_AnnotationPointerVisibilityCoroutine, SetAnnotationPointerVisibility(!isOverUI));
if (isOverUI)
{
this.RemoveRayVisibilitySettings(rayOrigin, this);
}
else
{
this.AddRayVisibilitySettings(rayOrigin, this, false, false);
}
}
}
