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提交蓝白成品文件
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6 files changed

+1914
-211
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6 files changed

+1914
-211
lines changed

‎Danmakux/Fadein_1.cs‎

Lines changed: 267 additions & 0 deletions
Original file line numberDiff line numberDiff line change
@@ -228,6 +228,273 @@ public static void Func6(GraphicHelper helper, string str,string alias, string p
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},"cubic-bezier(0,.8,.2,1)");
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});
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}
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//说明：根据包围盒进行检测，如果是长方形则从对应的横向/纵向进入。
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//TODO: 带时间轴
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public static void Func7(GraphicHelper helper, string str,string alias, string parent, TextProperty prop,
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float direction, float effect, float duration, List<float> timeline)
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{
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int charDistance = (int)(100f * prop.scale??1.0);
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const float strokeOffset = 0.04f;
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const float charOffset = 0.1f;
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helper.AddText(str, alias, parent, prop, (p, noChar, noStroke) =>
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{
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p.x = 0;
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p.alpha = 0;
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}, (motion, p, noChar, noStroke, ctx) =>
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{
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var graphic = ctx.Info;
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var (width, height) = GraphicHelper.GetRealBoundingBox(graphic);
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width++;
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height++;
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var ratio = width / height;
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var offset = strokeOffset * noStroke + timeline[noChar] ;
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var dstX = (float)(noChar * charDistance * Math.Cos(direction));
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var dstY = (float)(noChar * charDistance * Math.Sin(direction));
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var index = ((noChar * 5 + noStroke) % 2) * 2 - 1;
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motion.Apply(offset);
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motion.Apply(0.001f, new TextProperty {alpha = 1});
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if (ratio < 0.5) //竖线
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{
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motion.Apply(0.001f, new TextProperty {y=index * 1000 + dstY, x = dstX});
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motion.Apply(effect * 0.15f, new TextProperty()
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{
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y = index * 100 + dstY
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});
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motion.Apply(effect * 0.85f, new TextProperty()
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{
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y = dstY
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},"cubic-bezier(0,1,0,1)");
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}
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else if (ratio < 1.5) //一般
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{
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motion.Apply(0.001f, new TextProperty {y=dstY, x = dstX});
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motion.Apply(0.001f, new TextProperty {scale = 0,rotateZ = 720});
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motion.Apply(effect, new TextProperty()
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{
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scale = prop.scale,
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rotateZ = 0
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},"cubic-bezier(0,1,0,1)");
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}
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else
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{//横线
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motion.Apply(0.001f, new TextProperty {y=dstY, x = index * 1000 + dstX});
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motion.Apply(effect * 0.15f, new TextProperty()
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{
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x = index * 100 + dstX
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});
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motion.Apply(effect * 0.85f, new TextProperty()
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{
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x = dstX
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},"cubic-bezier(0,1,0,1)");
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}
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motion.Apply(duration - offset);
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motion.Apply(0.001f, new TextProperty {alpha = 0});
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});
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}
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//说明：横向向右弹出。带时间轴
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public static void Func8(GraphicHelper helper, string str,string alias, string parent, TextProperty prop,
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float effect, float duration, List<float> timeline)
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{
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const int charDistance = 30;
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const float strokeOffset = 0.04f;
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const float charOffset = 0f;
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helper.AddText(str, alias, parent, prop, (p, noChar, noStroke) =>
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{
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p.x = 0;
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p.alpha = 0;
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}, (motion, p, noChar, noStroke) =>
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{
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var offset = strokeOffset * noStroke ;
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motion.Apply(timeline[noChar] + offset);
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motion.Apply(0.001f, new TextProperty {alpha = 1});
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motion.Apply(effect + offset, new TextProperty()
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{
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x = charDistance * noChar
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},"cubic-bezier(0,.8,.2,1)");
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motion.Apply(duration);
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});
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}
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public static void RandomMove(MotionHelper motion, Random rnd, float duration, float dstX, float dstY,
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float distanceX = 1f, float distanceY = 200f, bool isBackup = false)
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{
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for (;;)
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{
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if (duration <= 0)
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break;
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float current = 1.0f;
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if (duration < 2.0f)
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{
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distanceX = 0;
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distanceY = 0;
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current = duration;
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}
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float angle = (float) ((rnd.NextDouble() - 0.5f) * Math.PI);
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motion.Apply(current, new TextProperty
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{
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x = dstX + distanceX * (float)Math.Cos(angle),
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y = dstY + distanceY * (float)Math.Sin(angle),
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}, "cubic-bezier(.5,0,.5,1)", isBackup: isBackup);
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duration -= current;
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}
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}
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public static void RandomRot(MotionHelper motion, Random rnd, float duration, float dstRot,
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float distance = 3, bool isBackup = false)
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{
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for (;;)
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{
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if (duration <= 0)
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break;
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float current = 0.75f;
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if (duration < 1.5f)
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{
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distance = 0;
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current = duration;
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}
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float value = (float)((rnd.NextDouble() - 0.5f) * distance);
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motion.Apply(current, new TextProperty
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{
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rotateZ = (dstRot + value)
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}, "cubic-bezier(.5,0,.5,1)", isBackup: isBackup);
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duration -= current;
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}
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}
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//说明：横向向左弹出。带时间轴
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public static void Func9(GraphicHelper helper, string str,string alias, string parent, TextProperty prop,
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float effect, float duration, List<float> timeline)
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{
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const int charDistance = -30;
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const float strokeOffset = 0.04f;
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const float charOffset = 0f;
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helper.AddText(str, alias, parent, prop, (p, noChar, noStroke) =>
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{
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p.x = 0;
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p.alpha = 0;
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}, (motion, p, noChar, noStroke) =>
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{
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var offset = strokeOffset * noStroke ;
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motion.Apply(timeline[noChar] + offset);
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motion.Apply(0.001f, new TextProperty {alpha = 1});
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motion.Apply(effect + offset, new TextProperty()
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{
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x = charDistance * noChar
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},"cubic-bezier(0,.8,.2,1)");
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motion.Apply(duration);
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});
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}
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//说明：横向笔划闪现。带时间轴
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public static void Func10(GraphicHelper helper, string str,string alias, string parent, TextProperty prop,
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float effect, List<float> timeline)
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{
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const int charDistance = 90;
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const int strokeDistance = 30;
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const float strokeOffset = 0.02f;
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const float charOffset = 0f;
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helper.AddText(str, alias, parent, prop, (p, noChar, noStroke) =>
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{
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p.x = charDistance * noChar + strokeDistance * noStroke;
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p.alpha = 0;
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}, (motion, p, noChar, noStroke) =>
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{
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var offset = strokeOffset * noStroke ;
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motion.Apply(timeline[noChar] + offset);
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motion.Apply(0.001f, new TextProperty {alpha = 1});
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motion.Apply(effect, new TextProperty()
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{
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x = 30 + charDistance * noChar + strokeDistance * noStroke
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},"cubic-bezier(0,.8,.2,1)");
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motion.Apply(0.001f, new TextProperty {alpha = 0});
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});
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}
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//说明：根据包围盒进行检测，如果是长方形则从对应的横向/纵向进入。
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//带字体大小分别设定，和行距处理的版本
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public static void Func11(GraphicHelper helper, string str,string alias, string parent, TextProperty prop,
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float direction, float effect, float duration, List<float> timeline, List<float> fontSize)
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{
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const int lineSpacing = 25;
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int charLocation = 0;//(int)(lineSpacing + 100f * prop.scale??1.0);
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const float strokeOffset = 0.03f;
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const float charOffset = 0.1f;
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helper.AddText(str, alias, parent, prop, (p, noChar, noStroke) =>
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{
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p.alpha = 0;
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p.scale = fontSize[noChar];
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if (noChar > 0 && noStroke == 0)
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{
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charLocation += (int) (lineSpacing + 0.5f * 50f * fontSize[noChar - 1]
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+ 50f * fontSize[noChar]);
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}
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}, (motion, p, noChar, noStroke, ctx) =>
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{
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var graphic = ctx.Info;
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var (width, height) = GraphicHelper.GetRealBoundingBox(graphic);
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width++;
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height++;
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var ratio = width / height;
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var offset = strokeOffset * noStroke + timeline[noChar] ;
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var dstX = (float)(charLocation * Math.Cos(direction));
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var dstY = (float)(charLocation * Math.Sin(direction));
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var index = ((noChar * 5 + noStroke) % 2) * 2 - 1;
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motion.Apply(offset);
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motion.Apply(0.001f, new TextProperty {alpha = 1});
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if (ratio < 0.5) //竖线
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{
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motion.Apply(0.001f, new TextProperty {y=index * 1000 + dstY, x = dstX});
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motion.Apply(effect * 0.15f, new TextProperty()
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{
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y = index * 100 + dstY
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});
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motion.Apply(effect * 0.85f, new TextProperty()
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{
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y = dstY
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},"cubic-bezier(0,1,0,1)");
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}
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else if (ratio < 1.5) //一般
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{
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motion.Apply(0.001f, new TextProperty {y=dstY, x = dstX});
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motion.Apply(0.001f, new TextProperty {scale = 0,rotateZ = 720});
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motion.Apply(effect, new TextProperty()
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{
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scale = prop.scale,
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rotateZ = 0
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},"cubic-bezier(0,1,0,1)");
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}
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else
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{//横线
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motion.Apply(0.001f, new TextProperty {y=dstY, x = index * 1000 + dstX});
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motion.Apply(effect * 0.15f, new TextProperty()
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{
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x = index * 100 + dstX
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});
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motion.Apply(effect * 0.85f, new TextProperty()
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{
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x = dstX
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},"cubic-bezier(0,1,0,1)");
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}
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motion.Apply(duration - offset - 0.100f);
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motion.Apply(0.001f, new TextProperty {alpha = 0});
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motion.Apply(0.02f, new TextProperty {alpha = 1});
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motion.Apply(0.02f, new TextProperty {alpha = 0});
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motion.Apply(0.02f, new TextProperty {alpha = 1});
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motion.Apply(0.02f, new TextProperty {alpha = 0});
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motion.Apply(0.02f, new TextProperty {alpha = .5f});
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motion.Apply(0.02f, new TextProperty {alpha = 0});
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motion.Apply(0.02f, new TextProperty {alpha = .5f});
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motion.Apply(0.02f, new TextProperty {alpha = 0});
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});
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}
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static void Func3()
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{

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