sspi-splitSegments.kt

internal fun splitSegments(
     indicatorColor: Color,
     trackColor: Color,
     range: ClosedFloatingPointRange<Float>
 ): List<CalculatedSegment> {
     return buildList {
         range.intersect(topRightRange)?.let {
             if (!it.isZeroWidth()) {
                 add(CalculatedSegment(indicatorColor, trackColor, topRight, it))
             }
         }
         range.intersect(rightTopCornerRange)?.let {
             if (!it.isZeroWidth()) {
                 add(CalculatedSegment(indicatorColor, trackColor, rightTopCorner, it))
             }
         }
         range.intersect(rightRange)?.let {
             if (!it.isZeroWidth()) {
                 add(CalculatedSegment(indicatorColor, trackColor, right, it))
             }
         }
         range.intersect(rightBottomCornerRange)?.let {
             if (!it.isZeroWidth()) {
                 add(CalculatedSegment(indicatorColor, trackColor, rightBottomCorner, it))
             }
         }
         range.intersect(bottomRange)?.let {
             if (!it.isZeroWidth()) {
                 add(CalculatedSegment(indicatorColor, trackColor, bottom, it))
             }
         }
         range.intersect(leftBottomCornerRange)?.let {
             if (!it.isZeroWidth()) {
                 add(CalculatedSegment(indicatorColor, trackColor, leftBottomCorner, it))
             }
         }
         range.intersect(leftRange)?.let {
             if (!it.isZeroWidth()) {
                 add(CalculatedSegment(indicatorColor, trackColor, left, it))
             }
         }
         range.intersect(leftTopCornerRange)?.let {
             if (!it.isZeroWidth()) {
                 add(CalculatedSegment(indicatorColor, trackColor, leftTopCorner, it))
             }
         }
         range.intersect(topLeftRange)?.let {
             if (!it.isZeroWidth()) {
                 add(CalculatedSegment(indicatorColor, trackColor, topLeft, it))
             }
         }
     }
 }