/// <summary>
/// send a new event, to create a new floating text
/// </summary>
public GameObject NewText(string text, HUDType hudType, Transform trans, Color color, int size, float speed, float yAcceleration, float yAccelerationScaleFactor, bl_Guidance movement)
{
GameObject t = Instantiate(TextPrefab) as GameObject;
//Create new text info to instatiate
bl_Text item = t.GetComponent <bl_Text>();
item.m_Speed = speed;
item.m_Color = color;
item.m_Transform = trans;
// text = "";
item.m_text = "";
item.m_Size = size;
item.movement = movement;
item.Yquickness = yAcceleration;
item.YquicknessScaleFactor = yAccelerationScaleFactor;
t.transform.SetParent(CanvasParent, false);
// t.GetComponent<RectTransform>().anchoredPosition = Vector2.zero;
texts.Add(item);
HUDImage hudImage = t.GetComponent <HUDImage>();
hudImage.Show(text, hudType);
return(item.gameObject);
}
public void SetText()
{
for (int i = 0; i < texts.Count; i++)
{
//Convert Word Position in screen position for UI
int mov = ScreenPosition(texts[i].m_Transform);
bl_Text m_Text = texts[i];
m_Text.Yquickness += Time.deltaTime * texts[i].YquicknessScaleFactor;;
//Get center up of target
Vector3 position = texts[i].m_Transform.GetComponent <Collider>().bounds.center + (((Vector3.up * texts[i].m_Transform.GetComponent <Collider>().bounds.size.y) * 0.5f));
Vector3 front = position - MCamera.transform.position;
//its in camera view
if ((front.magnitude <= HideDistance) && (Vector3.Angle(MCamera.transform.forward, position - MCamera.transform.position) <= MaxViewAngle))
{
//Convert position to view port
Vector2 v = MCamera.WorldToViewportPoint(position);
//configure each text
texts[i].m_Text.fontSize = ((int)(((mov / 2) * 1)) + texts[i].m_Size) / 2;
texts[i].m_Text.text = texts[i].m_text;
Vector2 size = new Vector2(0, 0);
//Calculate the movement
Vector2 v2 = new Vector2((v.x - size.x * 0.5f) + texts[i].Xcountervail, -((v.y - size.y) - texts[i].Ycountervail));
//Apply to Text
texts[i].Rect.anchorMax = v;
texts[i].Rect.anchorMin = v;
texts[i].Rect.anchoredPosition = v2;
texts[i].m_Text.color = texts[i].m_Color;
}
}
}
/// <summary>
/// send a new event, to create a new floating text
/// </summary>
public void NewText(HUDTextInfo info)
{
//override animation type
TextAnimationType tat = (info.AnimationType == TextAnimationType.None) ? m_TextAnimationType : info.AnimationType;
if (CanReuse && HaveUtil(info.CacheTransform) != null)
{
bl_Text t = HaveUtil(info.CacheTransform);
//check for new lines
//if you want add a new line to the current text simple send a text with the subfix '\n' in the end
string text = t.m_text + info.Text;
bool hasOtherLine = false;
int containCount = 0;
if (info.Text.Contains("\n") && !string.IsNullOrEmpty(t.m_text))
{
string[] tArray = text.Split('\n');
containCount = tArray.Length;
hasOtherLine = true;
text = string.Join("\n", tArray);
}
t.m_text = (hasOtherLine) ? text : info.Text;
t.m_Color = info.Color;
t.FadeSpeed = (info.FadeSpeed > 0) ? info.FadeSpeed : FadeSpeed;
t.VerticalPositionOffset = (hasOtherLine) ? 2.2f * containCount : t.VerticalPositionOffset;
t.Delay = (Time.time + (DelayStay / 2)) + info.ExtraDelayTime;
t.FloatSpeed = (FloatingSpeed + info.ExtraFloatSpeed);
t.Uses++;
t.PlayAnimation((int)tat, info.AnimationSpeed);
return;
}
GameObject prefab = (info.TextPrefab == null) ? TextPrefab : info.TextPrefab;
//Create new text info to instantiate
GameObject go = Instantiate(prefab) as GameObject;
bl_Text item = go.GetComponent <bl_Text>();
item.m_Speed = info.Speed;
item.FadeSpeed = (info.FadeSpeed > 0) ? info.FadeSpeed : FadeSpeed;
item.m_Color = info.Color;
item.m_Transform = info.CacheTransform;
item.m_text = info.Text;
item.m_Size = info.Size;
item.movement = info.Side;
item.FloatSpeed = (FloatingSpeed + info.ExtraFloatSpeed);
item.VerticalPositionOffset = info.VerticalPositionOffset;
item.Yquickness = info.VerticalAceleration;
item.YquicknessScaleFactor = info.VerticalFactorScale;
item.Delay = (Time.time + DelayStay) + info.ExtraDelayTime;
item.PlayAnimation((int)tat, info.AnimationSpeed);
go.transform.SetParent(CanvasParent, false);
go.GetComponent <RectTransform>().anchoredPosition = Vector2.zero;
texts.Add(item);
}
/// <summary>
/// send a new event, to create a new floating text
/// </summary>
public void NewText(string text, Transform trans, Color color, int size, float speed, float yAcceleration, float yAccelerationScaleFactor, bl_Guidance movement)
{
GameObject t = Instantiate(TextPrefab) as GameObject;
//Create new text info to instatiate
bl_Text item = t.GetComponent <bl_Text>();
item.m_Speed = speed;
item.m_Color = color;
item.m_Transform = trans;
item.m_text = text;
item.m_Size = size;
item.movement = movement;
item.Yquickness = yAcceleration;
item.YquicknessScaleFactor = yAccelerationScaleFactor;
print(1);
t.transform.SetParent(CanvasParent, false);
//t.GetComponent<RectTransform>().anchoredPosition = Vector2.zero;
texts.Add(item);
}
/// <summary>
///
/// </summary>
void OnGUI()
{
if (m_Cam == null)
{
return;
}
if (Event.current.type == EventType.Repaint)
{
for (int i = 0; i < texts.Count; i++)
{
//when target is destroyed then remove it from list.
if (texts[i].m_Transform == null)
{
//When player / Object death, destroy all last text.
if (DestroyTextOnDeath)
{
Destroy(texts[i].Rect.gameObject);
texts[i] = null;
}
texts.Remove(texts[i]);
return;
}
bl_Text temporal = texts[i];
//fade text
temporal.m_Color -= new Color(0f, 0f, 0f, (Time.deltaTime * FadeSpeed) / 100f);
//if Text have more than a target graphic
//add a canvas group in the root for fade all
if (texts[i].LayoutRoot != null)
{
texts[i].LayoutRoot.alpha = texts[i].m_Color.a;
}
//if complete fade remove and destroy text
if (texts[i].m_Color.a <= 0f)
{
Destroy(texts[i].Rect.gameObject);
texts[i] = null;
texts.Remove(texts[i]);
}
else//if UI visible
{
//Convert Word Position in screen position for UI
int mov = ScreenPosition(texts[i].m_Transform);
bl_Text m_Text = texts[i];
m_Text.Yquickness += Time.deltaTime * texts[i].YquicknessScaleFactor;;
switch (texts[i].movement)
{
case bl_Guidance.Up:
m_Text.Ycountervail += (((Time.deltaTime * FloatingSpeed) * mov) * 0.25f) * texts[i].Yquickness;
break;
case bl_Guidance.Down:
m_Text.Ycountervail -= (((Time.deltaTime * FloatingSpeed) * mov) * 0.25f) * texts[i].Yquickness;
break;
case bl_Guidance.Left:
m_Text.Xcountervail -= ((Time.deltaTime * FloatingSpeed) * mov) * 0.25f;
break;
case bl_Guidance.Right:
m_Text.Ycountervail += ((Time.deltaTime * FloatingSpeed) * mov) * 0.25f;
break;
case bl_Guidance.RightUp:
m_Text.Ycountervail += (((Time.deltaTime * FloatingSpeed) * mov) * 0.25f) * texts[i].Yquickness;
m_Text.Xcountervail += ((Time.deltaTime * FloatingSpeed) * mov) * 0.25f;
break;
case bl_Guidance.RightDown:
m_Text.Ycountervail -= (((Time.deltaTime * FloatingSpeed) * mov) * 0.25f) * texts[i].Yquickness;
m_Text.Xcountervail += ((Time.deltaTime * FloatingSpeed) * mov) * 0.25f;
break;
case bl_Guidance.LeftUp:
m_Text.Ycountervail += (((Time.deltaTime * FloatingSpeed) * mov) * 0.25f) * texts[i].Yquickness;
m_Text.Xcountervail -= ((Time.deltaTime * FloatingSpeed) * mov) * 0.25f;
break;
case bl_Guidance.LeftDown:
m_Text.Ycountervail -= (((Time.deltaTime * FloatingSpeed) * mov) * 0.25f) * texts[i].Yquickness;
m_Text.Xcountervail -= ((Time.deltaTime * FloatingSpeed) * mov) * 0.25f;
break;
}
//Get center up of target
Vector3 position = texts[i].m_Transform.GetComponent <Collider>().bounds.center + (((Vector3.up * texts[i].m_Transform.GetComponent <Collider>().bounds.size.y) * 0.5f));
Vector3 front = position - MCamera.transform.position;
//its in camera view
if ((front.magnitude <= HideDistance) && (Vector3.Angle(MCamera.transform.forward, position - MCamera.transform.position) <= MaxViewAngle))
{
//Convert position to view port
Vector2 v = MCamera.WorldToViewportPoint(position);
//configure each text
texts[i].m_Text.fontSize = ((int)(((mov / 2) * 1)) + texts[i].m_Size) / 2;
texts[i].m_Text.text = texts[i].m_text;
Vector2 size = GUI.skin.label.CalcSize(new GUIContent(texts[i].m_text));
//Calculate the movement
Vector2 v2 = new Vector2((v.x - size.x * 0.5f) + texts[i].Xcountervail, -((v.y - size.y) - texts[i].Ycountervail));
//Apply to Text
texts[i].Rect.anchorMax = v;
texts[i].Rect.anchorMin = v;
texts[i].Rect.anchoredPosition = v2;
texts[i].m_Text.color = texts[i].m_Color;
}
}
}
}
}
/// <summary>
///
/// </summary>
void HudTextControl()
{
for (int i = 0; i < texts.Count; i++)
{
//cache the current text
bl_Text temporal = texts[i];
if (temporal == null)
{
texts.RemoveAt(i);
return;
}
//when target is destroyed then remove it from list.
if (temporal.m_Transform == null)
{
//When player / Object death, destroy all last text.
if (DestroyTextOnDeath && temporal.Rect.gameObject != null)
{
Destroy(temporal.Rect.gameObject);
texts[i] = null;
}
texts.Remove(temporal);
return;
}
//Wait for delay time, if this is pass, then is not more util and can move.
temporal.isUtil = (Time.time < temporal.Delay && temporal.Uses < MaxUses);
if (!temporal.isUtil)
{
float alpha = FadeCurve.Evaluate(temporal.fadeCurveTime);
temporal.fadeCurveTime += ((Time.deltaTime * temporal.FadeSpeed) / 100);
//fade text
Color _color = temporal.m_Color;
_color.a = alpha;
temporal.m_Color = _color;
}
//if Text have more than a target graphic
//add a canvas group in the root for fade all
if (temporal.LayoutRoot != null)
{
temporal.LayoutRoot.alpha = texts[i].m_Color.a;
}
//if complete fade, remove and destroy text.
if (texts[i].m_Color.a <= FadeCurve.keys[FadeCurve.keys.Length - 1].value)
{
Destroy(texts[i].Rect.gameObject);
texts[i] = null;
texts.Remove(texts[i]);
}
else//if UI visible
{
//Convert Word Position in screen position for UI
int mov = ScreenPosition(texts[i].m_Transform);
//only move is already pass the daly time
if (!temporal.isUtil)
{
bl_Text m_Text = texts[i];
m_Text.Yquickness += Time.deltaTime * temporal.YquicknessScaleFactor;
float floatSpeed = temporal.FloatSpeed;
switch (texts[i].movement)
{
case bl_Guidance.Up:
m_Text.Ycountervail += (((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier) * temporal.Yquickness;
break;
case bl_Guidance.Down:
m_Text.Ycountervail -= (((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier) * temporal.Yquickness;
break;
case bl_Guidance.Left:
m_Text.Xcountervail -= ((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier;
break;
case bl_Guidance.Right:
m_Text.Xcountervail += ((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier;
break;
case bl_Guidance.RightUp:
m_Text.Ycountervail += (((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier) * temporal.Yquickness;
m_Text.Xcountervail += ((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier;
break;
case bl_Guidance.RightDown:
m_Text.Ycountervail -= (((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier) * temporal.Yquickness;
m_Text.Xcountervail += ((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier;
break;
case bl_Guidance.LeftUp:
m_Text.Ycountervail += (((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier) * temporal.Yquickness;
m_Text.Xcountervail -= ((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier;
break;
case bl_Guidance.LeftDown:
m_Text.Ycountervail -= (((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier) * temporal.Yquickness;
m_Text.Xcountervail -= ((Time.deltaTime * floatSpeed) * mov) * FactorMultiplier;
break;
}
}
//Get center up of target
Vector3 position = Vector3.zero;
if (m_Type == GameType.Mode3D)
{
position = temporal.m_Transform.GetComponent <Collider>().bounds.center + (((Vector3.up * temporal.m_Transform.GetComponent <Collider>().bounds.size.y) * 0.5f));
}
else
{
Collider2D c = temporal.m_Transform.GetComponent <Collider2D>();
position = c.bounds.center + (((Vector3.up * c.bounds.size.y) * 0.5f));
}
position.y += temporal.VerticalPositionOffset;
Vector3 front = position - MCamera.transform.position;
//its in camera view
if ((front.magnitude <= HideDistance) && (Vector3.Angle(MCamera.transform.forward, position - MCamera.transform.position) <= MaxViewAngle))
{
//Convert position to view port
Vector2 v = MCamera.WorldToViewportPoint(position);
//Calculate font size depend of distance.
int fontSize = ((int)((mov / 4) * 1) + temporal.m_Size) / 2;
//Clamp size for avoid problems of failed to generate dynamic font texture.
fontSize = Mathf.Clamp(fontSize, 1, 100);
temporal.m_Text.fontSize = fontSize;
temporal.m_Text.text = temporal.m_text;
//Calculate the movement
Vector2 v2 = new Vector2((v.x * 0.5f) + temporal.Xcountervail, -((v.y) - temporal.Ycountervail));
//Apply to Text
temporal.Rect.anchorMax = v;
temporal.Rect.anchorMin = v;
temporal.Rect.anchoredPosition = v2;
temporal.m_Text.color = texts[i].m_Color;
}
else
{
temporal.m_Color -= new Color(0f, 0f, 0f, (Time.deltaTime * temporal.FadeSpeed) / 25f);
}
}
}
}
