PriceLevels

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// Define a FibonacciRetracements object outside of OnBarUpdate(), so the same object can be re-used**
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FibonacciRetracements myRetracements;
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protected override void OnBarUpdate()
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{
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    if (CurrentBar < 20)
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        return;
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    // Instantiate myRetracements
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    myRetracements = Draw.FibonacciRetracements(this, "fib", true, 20, High[20], 2, Low[2]);
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    // Print each price level and the corresponding value in the PriceLevels collection contain in myRetracements
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    // setting isInverted correctly is important for the Fibonacci Retracements since it will define which starting point is used, as it changes based
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    // on the anchors, i.e. if the Fibonacci is drawn from 100% to 0% (default) or the other inverted way (0% to 100%).
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    foreach (PriceLevel p in myRetracements.PriceLevels)
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    {
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        Print(p.Value);
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        Print(p.GetPrice(myRetracements.StartAnchor.Price, myRetracements.EndAnchor.Price - myRetracements.StartAnchor.Price, false));
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    }
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}

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// Define a TrendChannel object outside of OnBarUpdate(), so the same object can be re-used
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TrendChannel myTCh;
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protected override void OnBarUpdate()
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{
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    if (CurrentBar < 20)
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        return;
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    // Instantiate myTrendChannel
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    myTCh = Draw.TrendChannel(this, "tc", true, 10, Low[10], 0, High[0], 10, High[10] + 5 * TickSize);
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    // Print each price level and the corresponding value in the PriceLevels collection contain in myTrendChannel
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    // For the TrendChannel the 0% is the Trend anchor, the 100% the Parallel anchor
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    foreach (PriceLevel p in myTCh.PriceLevels)
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    {
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        Print(p.Value);
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        Print(p.GetPrice(myTCh.TrendStartAnchor.Price, myTCh.ParallelStartAnchor.Price - myTCh.TrendStartAnchor.Price, false));
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    }
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}