Here are the recent Bear Catcher Combined signals as taken from GTR1 using GTR1 Helper 4.5. The complete set of signals may be found by running GTR1 with the BCC url: http://gtr1.net/2013/?!!QlpoMTFBWSZTWVb2ik4AAiLfgBAAIgd!2F8D…
Launch the url, take the option for Detailed Report and check the box for Signal Values. Finally, click “Run Backtest” and then download the report.
NH/NL is on track to go bullish on Friday March 25th. Possible short-term bottom March 14th. The market is only about 6% below the January high, and so DBE could easily reset in the next month. Alcoa kicks off earnings season on April 21.
This link is no longer being updated daily on most days. I try to rely on this for daily updates to NHNL by hitting ‘Run Screener’. Curious what others are using if NHNL daily updates are wanted. Thanks
Perhaps you can use stockcharts.com. It uses a difference,
not the 9 day ratio set up in GTR1, but both usually trigger bull/bear signals the same day.
I use MACD to easily set up and see signal changes instead of setting up EMA(9) and a horizontal
line at 0. If you want that instead of MACD, the ‘invisible’ chart suppresses the main graph, making the
EMA easier to see. If you want the actual net differences as they change daily that can be read off the little table on the left side of the graph or the closing values at the top of the graph. Today it reads -48, so there are 48 more new lows than new highs today.
There are various sources for Nasdaq NHNL data. Some sources include ETFs, and many bond ETFs are at new lows recently. GTR1 uses dividend adjusted prices, and this has the effect of lowering the 52-week high and 52-week low.
barchart has indexes that can be charted:
$MAHQ 52-Week Highs NASDAQ
$MALQ 52-Week Lows NASDAQ
$MADQ 52-Week Hi - Lo NASDAQ https://www.barchart.com/stocks/quotes/$MADQ/interactive-cha…
(settings: bar type column APPLY.
+Study: moving average, 9 periods.)
I downloaded 2 years of barchart $MADQ price history, and found the signal dates when a 9 day simple moving average changed sign. The dates are close to the gtr1 [NHNLdiff] signal.