public void megaWaveDouble(double x) {
// logger.info("megaWaveDouble@ " + x);
Content waveImage = anim.getContent("megaWave");
int waveWidth = 256;
int wave1End = 340;
// pmvr2Start
Clip wave1 =
live.addClip(
waveImage,
cWidth - 15,
0,
waveWidth / 2,
cHeight,
1.0); // add it as 32px wide at the end of the stage
Clip wave2 =
live.addClip(
waveImage,
pmvr2Start - 8,
0,
waveWidth / 3,
cHeight,
1.0); // add it as 32px wide at the end of the stage
wave1.zIndex = -100; // sets to far background
wave2.zIndex = -100; // sets to far background
// fadein, wait, fadeout
Change waveMove1 = new LinearChange().xTo(wave1End - waveWidth).scaleWidth(3.0).alphaTo(0.0);
Change waveMove2 = new LinearChange().xTo(0 - waveWidth).scaleWidth(3.0).alphaTo(0.0);
wave1.queueChange(waveMove1, 3000).delete();
wave2.queueChange(waveMove2, 3000).delete();
}
public void s1v1sparkle(double x) {
// logger.info("s1v1sparkle@ " + x);
Content sparkleClipFast = anim.getContent("sparkleClipFast");
Clip faintSparkle = live.addClip(sparkleClipFast, 0, 0, cWidth, 16, 0.0);
faintSparkle.zIndex = -100; // sets to far background
// fadein, wait, fadeout
Change lightFade = new LinearChange().alphaTo(.15);
faintSparkle.delay(0).queueChange(lightFade, 800).delay(19000).fadeOut(2000).delete();
}
public void localStabExpand(double x) {
// logger.info("localStabBig@ " + x);
x = findNearestLight(x + lookAhead, true);
int barWidth = 8;
int of = 1;
// create all bars, but at 0.0 alpha to popin later
Content blurSquare = anim.getContent("blurSquare64grad");
Clip stab1 = live.addClip(blurSquare, (int) x - barWidth / 2 - of, 0, barWidth, cHeight, 1.0);
double newScale = 12.0;
Change scale =
new LinearChange().scaleWidth(newScale).xTo(x - barWidth / 2 * newScale - of).alphaTo(0.0);
stab1.queueChange(scale, 800);
}
public void screenSaverSparkle2(double x) {
// logger.info("screenSaverSparkle2@ " + x);
// use x as total time here as a hack
int tFadeIn = 2000;
int tFadeOut = 2000;
int remain = (int) (x - tFadeOut - tFadeIn);
Content sparkleClipFast = anim.getContent("sparkleClipSaver2");
Clip faintSparkle = quiet.addClip(sparkleClipFast, 0, 0, cWidth, 16, 0.0);
faintSparkle.zIndex = -100; // sets to far background
// fadein, wait, fadeout
Change lightFade = new LinearChange().alphaTo(0.35);
faintSparkle.queueChange(lightFade, tFadeIn).delay(remain).fadeOut(tFadeOut).delete();
}
public void bigWaveAll(double x) {
// logger.info("bigWaveAll@ " + x);
Content waveImage = anim.getContent("waveImage");
int waveWidth = 32;
Clip waveImageClip =
live.addClip(
waveImage, 235, 0, waveWidth, 16, 1.0); // add it as 32px wide at the end of the stage
waveImageClip.zIndex = -100; // sets to far background
// fadein, wait, fadeout
Change waveMove = new LinearChange().xTo(-waveWidth);
waveImageClip.queueChange(waveMove, 10000).delay(500).delete();
// one.delay(4000).queueChange(change6, 1000);
// faintSparkle.delay(500).queueChange(lightFade, 4000).delay(12000).fadeOut(2000).delete();
}
public void randomWaves2(double x) {
// logger.info("randomWaves2 @" + x);
int xLow = 0;
int xHigh = cWidth;
int waveWidth = 40;
// here we are using the x value as the number of waves to make
int waves = (int) x;
int pDelay = eNote / 3;
Content waveImage = anim.getContent("waveImage");
for (int p = 0; p < waves; p++) {
int newx = (int) (Math.random() * (xHigh - xLow));
Change moveIt = new LinearChange().xBy(-16).alphaTo(0.0);
live.addClip(waveImage, newx, 0, waveWidth, cHeight, 1.0, p * pDelay)
.queueChange(moveIt, 1500);
}
}
public void megaThrob(double x) {
// logger.info("megaThrob @" + x);
int wave1End = 340;
// use x here as a timing value for throb in/out
int throbTime = (int) x;
int throbOutTime = (int) (throbTime * 1.0);
Content throbImage = anim.getContent("megaWave");
live.addClip(throbImage, 0, 0, wave1End - 100, cHeight, 0.0)
.fadeIn(throbTime)
.delay(throbTime / 4)
.fadeOut(throbOutTime)
.delete();
live.addClip(throbImage, wave1End, 0, cWidth - wave1End, cHeight, 0.0)
.fadeIn(throbTime)
.fadeOut(throbOutTime)
.delete();
}
public void structuredWaves(double x) {
// logger.info("structuredWaves @" + x);
// here we are using the x value as the number of waves to make
int waves = (int) x; // ?
int wave1End = 340;
int waveWidth = 32;
int waveOffset = waveWidth / 3;
int waveSpacing = waveWidth + waveOffset;
waves = (cWidth - wave1End) / waveSpacing;
int pDelay = eNote;
Content waveImage = anim.getContent("waveImage");
for (int p = 0; p < waves; p++) {
int newx1 = wave1End + p * waveSpacing; // ppm 1
int newx2 = 0 + p * waveSpacing; // ppm 2
Change moveIt = new LinearChange().xBy(-1 * waveWidth / 2).alphaTo(0.0);
live.addClip(waveImage, newx1, 0, waveWidth, cHeight, 1.0, p * pDelay)
.queueChange(moveIt, 1500);
live.addClip(waveImage, newx2, 0, waveWidth, cHeight, 1.0, p * pDelay)
.queueChange(moveIt, 1500);
}
}