public void UpdateLightGizmoHint() {
if (m_LightGizmoHoverTimer >= 0) {
if (!m_LightGizmoHint) {
var hint = Instantiate(m_LightGizmoHintPrefab);
m_LightGizmoHint = hint.GetComponent<HintObjectScript>();
}
// TODO: Fix this.
// This assumes there is only one panel of type Lights created.
BasePanel basePanel = PanelManager.m_Instance.GetPanelByType(BasePanel.PanelType.Lights);
LightsPanel lightsPanel = basePanel as LightsPanel;
if (lightsPanel != null) {
if (lightsPanel.IsLightGizmoBeingDragged) {
m_LightGizmoHoverTimer = -1;
if (m_LightGizmoHint.IsActive()) {
m_LightGizmoHint.Activate(false);
}
} else if (lightsPanel.IsLightGizmoBeingHovered) {
m_LightGizmoHoverTimer += Time.deltaTime;
if (m_LightGizmoHoverTimer > m_LightGizmoHoverTimeBeforeHint) {
if (!m_LightGizmoHint.IsActive()) {
m_LightGizmoHint.Activate(true);
}
m_LightGizmoHint.transform.position = lightsPanel.ActiveLightGizmoPosition;
m_LightGizmoHint.transform.rotation = lightsPanel.transform.rotation;
}
} else {
m_LightGizmoHint.Activate(false);
m_LightGizmoHoverTimer = m_LightGizmoHoverTimeBeforeHint / 2;
}
}
}
}
void Update()
{
switch (m_MoveMode)
{
case Movement.Still:
break;
case Movement.Drift:
m_JumpTimer -= Time.deltaTime;
// Move forward.
float speed = m_Jumping ? m_JumpSpeed : m_DriftSpeed;
m_MoveTimer += Time.deltaTime * speed;
if (m_MoveTimer >= 1.0f)
{
// If we're passed our threshold, udpate our curves.
AdvanceCurves();
m_MoveTimer -= 1.0f;
m_Jumping = false;
}
// TODO: Fix this.
// This assumes there is only one panel of type Lights created.
BasePanel basePanel = PanelManager.m_Instance.GetPanelByType(BasePanel.PanelType.Lights);
LightsPanel lightsPanel = basePanel as LightsPanel;
if (lightsPanel)
{
for (int i = 0; i < m_DiscoCurves.Length; ++i)
{
m_DiscoCurves[i].lerpColor =
Color.Lerp(m_DiscoCurves[i].startColor, m_DiscoCurves[i].targetColor, m_MoveTimer);
var lightGizmo = lightsPanel.GetLight((LightMode)i);
if (lightGizmo != null)
{
lightGizmo.SetRotation(
Quaternion.Slerp(m_DiscoCurves[i].start, m_DiscoCurves[i].target, m_MoveTimer));
}
}
lightsPanel.SetDiscoLights(m_DiscoCurves[0].lerpColor, m_DiscoCurves[1].lerpColor,
m_DiscoCurves[2].lerpColor, noRecord: true);
}
// Speed to the next checkpoint if we're listening to music and we hit a threshold.
if (m_JumpTimer < 0.0f && App.Instance.RequestingAudioReactiveMode)
{
if (VisualizerManager.m_Instance.BeatOutput.z > m_BeatThreshold)
{
m_Jumping = true;
// Prevent jumping from happening too quickly, back to back.
m_JumpTimer = m_JumpInterval;
}
}
break;
}
}
public void SetParentPanel(LightsPanel panel)
{
Debug.AssertFormat(m_ParentPanel == null, "Light Gizmo parent already set!");
m_ParentPanel = panel;
App.Scene.PoseChanged += (TrTransform prev, TrTransform current) => {
transform.rotation = current.rotation * m_Rotation_SS;
transform.position = m_ParentPanel.LightWidgetPosition(transform.rotation);
};
}
override protected void OnButtonPressed()
{
LightsPanel lightsParent = m_Manager.GetComponent <LightsPanel>();
if (lightsParent)
{
lightsParent.ButtonPressed(m_ButtonType);
}
}
