151 lines
5.8 KiB
Plaintext
Executable File
151 lines
5.8 KiB
Plaintext
Executable File
void genNoiseWave(XYscope xy) {
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// set new noiseSeed
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noiseSeed(frameCount);
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// get bufferSize() of output
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// initialize array for storing values
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yWave = new float[xy.waveSize()];
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xWave = new float[xy.waveSize()];
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float nx = random(1);
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float ny = random(1);
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// add noise walker to waveform
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for (int i=0; i<yWave.length; i++) {
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xWave[i] = noise(nx)*1;
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yWave[i] = noise(ny)*1;
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nx+=.01;
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ny+=.01;
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}
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}
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void draw_shape(XYscope xy, int note, int i)
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{
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if (timbre == 0)
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{
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xy.ellipse(map(note, 0, 11, 2 * width / 15, 13 * width / 15), height / 2, height/5, height/5);
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for (int j = height / 5; j > filling; j--)
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{
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xy.ellipse(map(note, 0, 11, 2 * width / 15, 13 * width / 15), height / 2, j, j);
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}
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}
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if (timbre == 1)
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{
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C_point p0 = new C_point(map(note, 0, 11, 2 * width / 15, 13 * width / 15), height / 2);
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C_point p1 = new C_point(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + cos(t[i] / 1f) + 150 + noise(t[i] / 100f) * 100f, + sin(t[i] / 1f) + height / 2 + noise(t[i] / 10f) * 100f );
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C_point p2 = new C_point(map(note, 0, 11, 2 * width / 15, 13 * width / 15) - cos(t[i] / 1f) + 150 * 2, - sin(t[i] / 10f) + 200 + height / 2 + noise(t[i] / 1f) * 100f);
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C_point p3 = new C_point(map(note, 0, 11, 2 * width / 15, 13 * width / 15), height / 2);
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C_point p4 = new C_point(map(note, 0, 11, 2 * width / 15, 13 * width / 15), height / 2);
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C_point p5 = new C_point(map(note, 0, 11, 2 * width / 15, 13 * width / 15) - cos(t[i] / 1f) - 150 - noise(t[i] / 100f) * 100f, - sin(t[i] / 1f) + height / 2 - noise(t[i] / 10f) * 100f );
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C_point p6 = new C_point(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + cos(t[i] / 1f) - 150 * 2, + sin(t[i] / 10f) - 200 + height / 2 - noise(t[i] / 1f) * 100f);
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C_point p7 = new C_point(map(note, 0, 11, 2 * width / 15, 13 * width / 15), height / 2);
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xy.beginShape();
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for (float tt = 0; tt < 1; tt+= 0.01)
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{
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C_point pFinal = cubicBezier(p0, p1, p2, p3, tt);
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C_point pFinal2 = cubicBezier(p4, p5, p6, p7, tt);
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xy.vertex(pFinal.x, pFinal.y);
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}
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xy.endShape();
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xy.beginShape();
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for (float tt = 0; tt < 1; tt+= 0.01)
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{
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C_point pFinal = cubicBezier(p4, p5, p6, p7, tt);
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xy.vertex(pFinal.x, pFinal.y);
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}
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xy.endShape();
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for (int j = -3; j < 4; j++)
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{
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xy.line(map(note, 0, 11, 2 * width / 15, 13 * width / 15)- 200 +j, height / 2 + 200+j, map(note, 0, 11, 2 * width / 15, 13 * width / 15) + 50+j, height / 2 - 50+j);
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}
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}
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if (timbre == 2)
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{
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xy.beginShape();
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15), height / 2 - height / 4);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15), height / 2 + height / 4);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + height / 2, height / 2 - height / 4);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15), height / 2 - height / 4);
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xy.endShape();;
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}
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if (timbre == 3)
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{
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xy.ellipse(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + t[i], height / 4, height/10, height/10);
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xy.beginShape();
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + t[i], height / 4 + height/10);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + t[i], height / 4 + 2 * height / 6);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + t[i] + height / 6, height / 4 + height / 2);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + t[i], height / 4 + 2 * height / 6);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + t[i] - height / 6, height / 4 + height / 2);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + t[i], height / 4 + 2 * height / 6);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + t[i], height / 4 + 1 * height / 6);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + t[i] + height / 6, height / 4 + 1 * height / 6);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + t[i], height / 4 + 1 * height / 6);
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xy.vertex(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + t[i] - height / 6, height / 4 + 1 * height / 6);
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xy.endShape();
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}
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if (timbre == 4)
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{
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xy.rect(map(note, 0, 11, 2 * width / 15, 13 * width / 15) - height / 10, height / 2 - height / 10, height/5, height/5);
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for (int j = height / 5; j > filling; j--)
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{
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xy.rect(map(note, 0, 11, 2 * width / 15, 13 * width / 15) + filling - j, height / 2 + filling - j, j, j);
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}
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}
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}
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public interface Draw_notes {
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void draw_(XYscope xy, int i);
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}
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class C {
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void draw_C(XYscope xy, int i) { draw_shape(xy, 0, i); }
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}
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class C_sharp {
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void draw_C_sharp(XYscope xy, int i) { draw_shape(xy, 1, i); }
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}
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class D {
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void draw_D(XYscope xy, int i) { draw_shape(xy, 2, i); }
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}
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class D_sharp {
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void draw_D_sharp(XYscope xy, int i) { draw_shape(xy, 3, i); }
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}
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class E {
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void draw_E(XYscope xy, int i) { draw_shape(xy, 4, i); }
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}
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class F {
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void draw_F(XYscope xy, int i) { draw_shape(xy, 5, i); }
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}
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class F_sharp {
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void draw_F_sharp(XYscope xy, int i) { draw_shape(xy, 6, i); }
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}
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class G {
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void draw_G(XYscope xy, int i) { draw_shape(xy, 7, i); }
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}
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class G_sharp {
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void draw_G_sharp(XYscope xy, int i) { draw_shape(xy, 8, i); }
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}
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class A {
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void draw_A(XYscope xy, int i) { draw_shape(xy, 9, i); }
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}
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class A_sharp {
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void draw_A_sharp(XYscope xy, int i) { draw_shape(xy, 10, i); }
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}
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class B {
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void draw_B(XYscope xy, int i) { draw_shape(xy, 11, i); }
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}
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