// the color range.)
	const shift = 0.7

	// Saturation and value (in hsv colorspace) for background colors.
	const bgSaturation = 0.1
	const bgValue = 0.93

	// Saturation and value (in hsv colorspace) for foreground colors.
	const fgSaturation = 1.0
	const fgValue = 0.7

	// Choose saturation and value based on isBackground.
	var saturation float64
	var value float64
	if isBackground {

   * positive probability.
   *
   * <p>Note that overflowing a {@code BloomFilter} with significantly more elements than specified,
   * will result in its saturation, and a sharp deterioration of its false positive probability.
   *
   * <p>The constructed {@code BloomFilter} will be serializable if the provided {@code Funnel<T>}
   * is.
   *

   * positive probability.
   *
   * <p>Note that overflowing a {@code BloomFilter} with significantly more elements than specified,
   * will result in its saturation, and a sharp deterioration of its false positive probability.
   *
   * <p>The constructed {@code BloomFilter} will be serializable if the provided {@code Funnel<T>}
   * is.
   *

		// If we're currently waiting on limiter, we drain the new one - this is a good approach when Burst value is 1
		// TODO: figure out if we need to support higher Burst values and decide on the drain logic, should we keep:
		// - saturation (percentage of used tokens)
		// - number of used tokens
		// - number of available tokens
		// - something else
		if q.limiter.TryAccept() == false {
			newLimiter.TryAccept()
		}
	}
	q.limiter.Stop()

			Help:      "Observations, at the end of every nanosecond, of utilization of seats for any stage of execution (but only initial stage for WATCHes)",
			// Buckets for both 0.99 and 1.0 mean PromQL's histogram_quantile will reveal saturation
			Buckets:        []float64{0, 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 0.95, 0.99, 1},
			ConstLabels:    map[string]string{phase: "executing"},
			StabilityLevel: compbasemetrics.ALPHA,
		},
		priorityLevel,

      throw 'element not found: ' + name
    }
    return elem;
  }

  function makeColor(index) {
    // Rotate hue around a circle. Multiple by phi to spread things
    // out better. Use 50% saturation to make subdued colors, and
    // 80% lightness to have good contrast with black foreground text.
    const PHI = 1.618033988;
    const hue = (index+1) * PHI * 2 * Math.PI; // +1 to avoid 0

		[6]*argField{ap_MMAReg_38_40, ap_VecSReg_61_61_43_47, ap_VecSReg_62_62_48_52, ap_ImmUnsigned_24_27, ap_ImmUnsigned_28_31, ap_ImmUnsigned_16_17}},

ight":{"background-blend-mode":"soft-light"},".bg-blend-difference":{"background-blend-mode":"difference"},".bg-blend-exclusion":{"background-blend-mode":"exclusion"},".bg-blend-hue":{"background-blend-mode":"hue"},".bg-blend-saturation":{"background-blend-mode":"saturation"},".bg-blend-color":{"background-blend-mode":"color"},".bg-blend-luminosity":{"background-blend-mode":"luminosity"}})},mixBlendMode:({addUtilities:i})=>{i({".mix-blend-normal":{"mix-blend-mode":"normal"},".mix-blend-multiply"...

				dst[i] = 1
			}
		}
	} else {
		for i := 0; i < len(src); i++ {
			dst[i] = m.SaturatingAdd(dst[i], src[i])
		}
	}
	ovf := m.overflow
	m.overflow = false
	return nil, ovf
}

// Saturating add does a saturating addition of 'dst' and 'src',
// returning added value or math.MaxUint32 if there is an overflow.
// Overflows are recorded in case the client needs to track them.
func (m *Merger) SaturatingAdd(dst, src uint32) uint32 {

-soft-light{background-blend-mode:soft-light}.uk-background-blend-difference{background-blend-mode:difference}.uk-background-blend-exclusion{background-blend-mode:exclusion}.uk-background-blend-hue{background-blend-mode:hue}.uk-background-blend-saturation{background-blend-mode:saturation}.uk-background-blend-color{background-blend-mode:color}.uk-background-blend-luminosity{background-blend-mode:luminosity}[class*=uk-align]{display:block;margin-bottom:30px}*+[class*=uk-align]{margin-top:30px}.uk-...