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diff --git a/art/Kafka Hibino/index.js b/art/Kafka Hibino/index.js
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-/*
-@title: Kafka Hibino
-@author: Owen
-@snapshot: 1.png
-*/
-
-const width = 125;
-const height = 125;
-
-bt.setRandSeed(100)
-
-setDocDimensions(width, height);
-// store final lines here
-const finalLines = [];
-
-function approximateEllipticalSemiCircle(xCenter, yCenter, horizontalRadius,
-  verticalRadius, numSegments, isUpper) {
-  let points = []; // Array to store the points
-  let deltaAngle = Math.PI / numSegments; // Calculate the angle increment
-
-  for (let i = 0; i <= numSegments; i++) {
-    let angle = isUpper ? Math.PI * i / numSegments // Upper semicircle
-      :
-      Math.PI * (1 + i / numSegments); // Lower semicircle
-    let x = xCenter + horizontalRadius * Math.cos(angle); // X calculation
-    let y = yCenter + verticalRadius * Math.sin(angle); // Y calculation
-    points.push([x, y]); // Store point
-  }
-
-  return points; // Return points
-}
-
-
-let xCenter = 65; // x-coordinate of the semicircle's center
-let yCenter = 70; // y-coordinate of the semicircle's center
-let horizontalRadius = 35; // Horizontal radius of the elliptical semicircle
-let verticalRadius = 10; // Vertical radius of the elliptical semicircle, smaller than horizontal
-let isUpper = true; // Set to true for upper semicircle, false for lower
-let triangles = bt.randIntInRange(7,12)
-
-let ellipticalSemiCirclePoints = approximateEllipticalSemiCircle(xCenter, yCenter, horizontalRadius, verticalRadius, triangles, isUpper);
-
-console.log(ellipticalSemiCirclePoints);
-
-function rotatePoint(point, center, angle) {
-  const x = point[0] - center[0];
-  const y = point[1] - center[1];
-
-  const rotatedX = x * Math.cos(angle) - y * Math.sin(angle);
-  const rotatedY = x * Math.sin(angle) + y * Math.cos(angle);
-
-  return [rotatedX + center[0], rotatedY + center[1]];
-}
-
-function calculateTriangleVertices(start, end, height) {
-  // Extract coordinates from the input arrays
-  const startX = start[0];
-  const startY = start[1];
-  const endX = end[0];
-  const endY = end[1];
-
-  // Calculate the midpoint of the line segment
-  const midX = (startX + endX) / 2;
-  const midY = (startY + endY) / 2;
-
-  // Calculate the direction vector of the line segment
-  const dirX = endX - startX;
-  const dirY = endY - startY;
-
-  // Calculate the perpendicular vector to the line segment
-  const perpX = dirY; // Changed to point upwards
-  const perpY = -dirX; // Changed to point upwards
-
-  // Calculate the length of the perpendicular vector (Euclidean distance)
-  const perpLength = Math.sqrt(perpX * perpX + perpY * perpY);
-
-  // Normalize the perpendicular vector
-  const normPerpX = perpX / perpLength;
-  const normPerpY = perpY / perpLength;
-
-  // Calculate the third vertex by moving along the normalized perpendicular vector from the midpoint
-  const thirdVertexX = midX + normPerpX * height;
-  const thirdVertexY = midY + normPerpY * height;
-
-  finalLines.push([
-    [startX, startY],
-    [endX, endY],
-    [thirdVertexX, thirdVertexY],
-    [startX, startY]
-  ])
-}
-
-
-function drawTriangle(start, height, width, degree) {
-  const pt1 = start;
-  const pt2 = [(start[0] + width / 2), (start[1] + height)];
-  const pt3 = [(start[0] + width), start[1]];
-
-  // Convert degrees to radians for rotation calculation
-  const radians = (Math.PI / 180) * degree;
-
-  // Function to rotate a point around the start point
-
-  // Rotate each point around the start point by the given angle
-  const rotatedPt1 = rotatePoint(pt1, pt1, radians);
-  const rotatedPt2 = rotatePoint(pt2, pt1, radians);
-  const rotatedPt3 = rotatePoint(pt3, pt1, radians);
-
-  const triangle = [
-    rotatedPt1,
-    rotatedPt2,
-    rotatedPt3,
-    rotatedPt1 // Close the triangle
-  ];
-
-  finalLines.push(triangle);
-}
-
-
-drawTriangle([30, 50], 6, 10, 90)
-drawTriangle([30, 60], 6, 10, 90)
-drawTriangle([100, 60], 6, 10, 270)
-drawTriangle([100, 70], 6, 10, 270)
-
-
-let leng = 70 / triangles
-let height1 = bt.randIntInRange(5, 11)
-for (let i = 0; i < triangles; i++) {
-  drawTriangle([(i * leng) + 30 + leng, 70], height1, leng, 180)
-}
-
-for (let i = 0; i < (ellipticalSemiCirclePoints.length - 1); i++) {
-  calculateTriangleVertices(ellipticalSemiCirclePoints[i], ellipticalSemiCirclePoints[i + 1], height1)
-}
-// create a polyline
-
-const polyline = [
-  [100, 70],
-  [100, 30],
-  [80, 10],
-  [50, 10],
-  [30, 30],
-  [30, 70]
-];
-
-const mouth = [
-  [55, 30],
-  [75, 30]
-]
-
-const eye1 = [
-  [40, 50],
-  [50, 50]
-]
-
-const eye2 = [
-  [80, 50],
-  [90, 50]
-]
-
-finalLines.push(mouth);
-// add the polyline to the final lines
-finalLines.push(polyline);
-finalLines.push(eye1);
-finalLines.push(eye2);
-
-
-finalLines.push(ellipticalSemiCirclePoints);
-// transform lines using the toolkit
-// bt.rotate(finalLines, 45);
-
-
-
-// draw it
-drawLines(finalLines);
\ No newline at end of file