Selecting a single cell as the destination
You must select a destination in the workbook that you with the historical data to be placed. If you select a single cell, it will be the top left cell of the range and the program will overwrite the other cells if necessary to accommodate the data.
Selecting a range as the destination
If you select a range as the destination, the data will be written to the selected range and will be constrained to it.
Entering a Stock Symbol
You can enter any stock symbol recognized by Yahoo Finance, the spreadsheet will then fetch all the historic price data needed for analysis. If the symbol is not listed on the NYSE, NASDAQ or AMEX exchanges, you should follow the symbol with a dot, then the exchange code.
Examples of valid symbols would be:
F Ford Motor Company (NYSE)
TSCO.L Tesco (PLC)--London Stock Exchance
R.TO Romarco Minerals (Toronto Stock Exchange)
2330.TW Taiwan Semiconductor Manufacturing (Taiwan Exchange)
^RUT Russell 2000 Index
XSIIX Ing Senior Income I (Mutual Fund)
If you enter a mutual fund symbol, remember that mutual fund prices only change once a day, which can limit the algorithms available to you depending on the data interval chosen.
SignalSolver fetches several tables, the historic price data, split/dividend data, spin-off information and backup split information if necessary. It can take a few seconds. This is the only interaction SignalSolver has with external sites, except for these links to the help pages. Once the data is loaded it is checked for certain errors and any corrections are flagged and you can check it by looking at the DataPrep, Strategy or Analysis tab.
We give unique names to trading strategies by using acronyms which fully describe the way the strategy works. In the Strategy panel you will see the acronyms of eight algorithms which can be selected for viewing and comparing. Click on the acronym to view the strategy. If there are more than 8 results in the Algorithm Table, you will see the scroll bar appear next to the Strategy Table which allows you to scroll through all the results. The colors of the second and fourth columns indicate algorithm disposition for the last day, week or month of the analysis--bullish (green) or bearish (red). A yellow entry indicates that the strategy died at some point by exceeding the maximum allowed drawdown.
The Comp column shows if an algorithm is included on the Comparison graphs. Double click on the Comp "Y" or "N" to toggle the strategy into or out of the comparison. Comparisons are activated by clicking on the "Compare" button in the Scan View.
The A.Ret Column
The Eff-R/R-FOM Column
The final column changes depending on the Optimization strategy selected: Efficiency, Risk-Reward or Figure of Merit.
We show the performance for the Long and Short side of the algorithm. Long will show the performance if you had just bought and sold and never went short. Short shows the performance if you had only sold short and covered and never gone long. The third column shows the overall performance for the selected Style, in this case Long & Short, in which you are always either long or short. The last two columns show Buy and Hold performance for both Long and Short.
The compounded return for the strategy on a $10,000 investment, that is the return if all profits had been re-invested. It is measured over the period of the algorithm (in the Days to Analyze control) so is not annualized. In the example shown, the L&S return is much higher than the individual Long or Short return for the algorithms. This is because the combined compounded return will be (1+Long Ret)*(1+Short Ret)-1. If you wish to know the simple returns, please refer to the Analysis tab. Trading costs are included if a commission and/or slippage is entered. The initial amount ($10,000 is the default) can also be changed on the Strategy tab.
The compounded return divided by the %days in mkt. It represents the hypothetical return if you could have invested with the same rate of return for 100% of the time. (Note that compounding would increase this hypothetical return even higher).
The compounded return divided by the sum of the drawdown and the drawdown offset . Higher is better. The drawdown offset a user configurable percentage which can be used to prevent the reward/risk from going to infinity on zero drawdown strategies.
Figure of Merit
An indication of the relative merit of an algorithm, but not to be taken too seriously. Figure Of Merit (FOM) goes up with return, but down as Time in Mkt and Drawdown increase. You can control the amount of influence each of these factors has, see FOM Weightings below. Higher is better.
%Days in Mkt
The percentage of days where a position was held. If a position was held for a partial day, it is counted as one full day, unless both a long and short position was held on a particular day, in which case 0.5 days is assigned to each. Refer to the Analysis tab in the "Days in Mkt" column to understand how this figure was arrived at. The figure is an approximation and tends to be higher than the actual percentage of time positions were held. You can optionally switch to showing "%Time in mkt" instead of "%Days in mkt", see Days or Time below.
The number of buy (long) and sell (short) signals. Not every signal leads to a trade, for example if a buy signal comes along and the algorithm is already long, then no buy will occur.
The number of profitable round trip trades/the total number of round trip trades. Each long trade is one buy and one sell. Each short trade is one short sell and one cover. A single reversal, long to short or short to long counts as one round trip trade.
Backtest tables give you a detailed view into what happened on each time period of the simulations.
This column shows the style, which in this edition is the same at every open; L (long), S (short) or Blank (Long and Short)
The target prices are shown here. If these targets are hit a signal is generated. You can also set up the algorithm to generate a signal if a target is missed. Targets are re-calculated every time period, for example for a daily algorithm, targets are calculated daily .
Signals are generated when the Target prices are hit (or sometimes if they are missed). However price shown here will be the transaction price, which is usually the same as the Target price if the transaction time is set to Signal, but not always. If the Open price meets the target criteria, the signal will reflect the Open price. Not all signals lead to a buy/cover or sell/short action--for instance,the buy signal can't be acted on if the position is already long.
Dividends can have a significant influence on performance for large cap monthly based strategies. This column reflects any dividend amount reported during the period, per stock.
The dividend amount paid or owed, worst case. If you owned the stock for the whole period in which the dividend was paid, you will receive the dividend. If you were short for the whole period, you will owe the dividend. If there were transactions during the period it's not always possible to determine if the dividend amount was positive, negative or zero because there is not enough price-time data to determine the exact time of the transaction in relation to the dividend payment. SignalSolver assumes the worst, so you can be sure that the total dividend amounts are equal or lower than actual dividend amounts would have been.
This column shows the the position just after the open as Long (L), Short (S) or no position (Blank). If there was a transaction at the open, this reflects the position just after the transaction, for example if there was a sell at the open, this will show no position (Blank).
When signals lead to transactions, there will be an entry in this column. The entry indicate the type and the source of the transaction. Transaction types are--
- Buy (open a long position)
- Cov (close a short position)
- Sell, (close a long position)
- Sht, (open a short position)
- RvL, (reverse long--close a short and open a long position at the same time)
- RvS, (reverse short--close a long position and open a short position at the same time)
- C/B, (cover or buy, depending in what order signals arrive)
- S/Sh, (sell or short, depending on signal order)
The suffix refers to the source of the transaction
- S results from an "at signal" target strike
- C results from a target strike with a transaction time of at Close
- O results from a target strike with a transaction time of at Open
- c results from a reset at the close
- o results from a reset at the openl
- H a hypothetical transaction
hypothetical transactions can arise in a number of ways. See here for more details.
Value of the position or cash at the next open. All returns are compounded, that is all profits and losses are reinvested in the algorithm. To see simple return, spotlight the algorithm you are interested in and check the Analysis tab under Simple Return. No trading overhead costs are included in any of the returns calculations.
We define drawdown as the maximum percentage decline over the life of the algorithm. Measured from a peak to a trough, its effectively the most you could have lost if you had invested in the algorithm for one random period of time. We use it as a measure of risk in the reward/risk calculations.
The Analysis tab copies the algorithm spotilighted in the Control Panel from the Strategy tab for more detailed analysis and graphing. We do the analysis for both the Long and Short sides of the algorithm.
Algorithm Long/Algorithm Short
In these columns we show the return and drawdown for the long and short side of the algorithm. The results are displayed in the performance table and on the Growth Graph on the Results tab.
Days in mkt
If a position was held for a partial day, it is counted as one full day, unless both a long and short position was held on a particular day, in which case 0.5 days is assigned to each. This can lead to different percentages for "Days in mkt" if you switch between SAR and Long/Short styles. The figure is an approximation and tends to total higher than the actual time positions were held.
Time in mkt.
Time in mkt is a estimate of the actual time that Long and Short positions are held for. It will total less than the "Days in mkt" figure above because partial days are only assigned a fraction of a day, not a whole day. If a buy or sell occurs, it counts as Long for a half day. If a short sell or cover occurs it counts as Short for half a day. If a C/B and S/Sh cycle occurs, since we don't know if a buy/sell cycle or a cover/short cycle was executed (it depends on signal arrival order), we assign one quarter day to each Long and Short.
Optionally, you can display Time in mkt in the performance table and use it in the FOM and efficiency calculations, but the buy/sell point scans will always display Days in mkt.
The compounded return for the last N trading days, where N is the number at the top of the column and can be set by the user. This data is used in the longievity graph.
Profit and Loss
We generally use compounded returns in all the analyses, where profits/losses are re-invested. If you are interested in simple returns, they are shown here. The simple return would be the profit/loss realized if you always invested the exact same amount of cash for every transaction. Typically simple returns produce less profit and more loss than compounded returns (in fact simple losses can exceed 100%, compounded losses can't). As with compounded returns, transaction fees are not included. There are three columns because occasionally you will run into the situation where a profit or loss cannot be attributed to Long or Short position. Specifically, if reset is active and the reset state is Out, then a C/B and S/Sh cycle can occur. However whether the algorithm went long or short will depend on the order of arrival of the signals. On these days you will see "C/B" in the "Buy/Cov Action" column and "S/Sh" in the "Sell/Sht Action" column.
At the bottom of the column you will also see how many of the trades were good (i.e profitable) and how many were bad. Also, we give the average P/L per trade--the simple return divided by the number of postions held.
These settings are located on the left side of the Settings tab.
Sets the starting amount for the simulations. Default is $10,000.
Commissions and Slippage
We allow for a fixed cost per trade commission, and a fixed percentage per trade slippage value. Slippage is sometimes used to account for bid-ask spreads, but you need to think about setting the value carefully for each strategy since they can use limit orders.
Weeks in Peak and Trough
Sets the number of weeks used on daily and weekly data for the peak and trough (P and T references). Default is 52 for both.
Months in Peak and Trough
Sets the number of months used on monthly data for the peak and trough (P and T references). Default is 12.
Use Div Adjusted Prices
Allows the program to use the dividend adjusted prices instead of split/spin-off adjusted prices. When running SignalSolver simulations, we recommend NOT to use dividend adjusted prices for two reasons; Firstly, dividend adjusted data gives incorrect prices for any historic price point prior to a dividend. If a dividend is paid today, and you adjust backwards, yesterdays adjusted prices no longer reflect actual prices, so moving averages, peaks, troughs and even open, highs, lows and closing prices are all wrong. Secondly, if you are using weekly or monthly prices and a dividend occurs during a month, you don't know how to adjust the high and low of that week/month because you don't have enough data to know if the dividend occurred before or after the high or low. For these reasons and others, we prefer you use split adjusted prices (set this field to NO) and let the program add in the worst case dividend effects mathematically using actual dividend data.
If using dividend adjusted prices, all worst-case dividend calculations are turned off and you will see all zeros in the dividend columns.
Days or Time
Switches between %Days or %Time display. See Analysis field settings above. This field determines what is displayed in the performance table, however the FOM optimizer and buy/sell point scans will always use %Days in mkt.
You can set this to a percentage value. The backtest is halted if the drawdown percentage exceeds this number, and the strategy is tagged with a yellow sentiment entry in the Strategy Selection tab. Default is 100%.
For long seeks and scans, SignalSolver provides a speech alert when the solver has finished its work. You can turn this feature off here.
Signals at Close only
Normally, SignalSolver looks at the high and low of each period (day, week or month) to determine if a buy and/or sell signal was generated. If this flag is set to "Yes", high and low prices are not used, only the close price of the period is used to determine if a buy or sell signal was generated.
Web Query Start and End Dates
The end date is set to "=TODAY" by default, but can be changed here.The start date is formula based to cover the 528 data periods plus any SMA, EMA, peak or trough data required. 4 years (daily), 16 years (weekly), 65 years (monthly).
Price Jump Threshold
We flag price jumps in the price data within a period so that the user can check for split or spin-off information which is occasionally missing from the webqueries. The price jump message will appear in the messages space of the Reports tab and also in the Yellow messages dialog of the Wizard tab. The ratios we look at are Open/Close, Close/Open, High/Open, Open/Low and High/Low. If any of these exceed the threshold, a flag is raised. When price jump thresholds are exceeded, it does not necessarily mean the prices are bad, just that they should be checked (on the Data Prep Tab).
The simple moving average for N periods is computed by adding together the previous N closing prices and dividing by N. When using SMAs, a price anomaly has the same impact for N days, then it suddenly goes to zero.
The simple moving average price can optionally be calculated from the Closing Prices (C), the Median Prices (H+L)/2, the Typical Prices (H+L+C)/3 or the Weighted Closing Prices (H+L+2C)/4.
This number is used in calculating the Exponential Moving Average reference prices. The EMA is computed using the previous closing prices. The moving average is computed from
NewAverage= (ClosingPrice + (M-1)*OldAverage)/M , where M=(EMAPeriods+1)/2
When using an EMA, the influence of a price anomaly gradually diminishes.
The expoonential moving average price can optionally be calculated from the Closing Prices (C), the Median Prices (H+L)/2, the Typical Prices (H+L+C)/3 or the Weighted Closing Prices (H+L+2C)/4.
Settings Tab-Scanning Settings
Algorithm Seek Setting
Controls which strategies are included in the seek. We don't recommend you include hypotheticals as these strategies require a time machine to implement.
The solver can test tens of thousands of algorithms. It saves the best N results and writes them to the Algorithm Table on the Algorithm tab. You scroll through them using the scroll bar on the Strategy Table. Default is 100.
Figure of Merit Weightings
The Figure of Merit (FOM) is a number assigned to each backtest result which SignalSolver uses to compare in the optimization process if you set Optimize to FOM. It is arrived at by combining several parameters from the backtest result-
- Total return
- % Time in market (inversely related)
- Drawdown (inversely related)
- Standard deviation of quartus returns (inversely related)
- Minimum quartus return
A quartus is simply one fourth of the data. If the weight of an parameter is set to zero, then that parameter does not figure into the FOM. As you increase the weight from 0 to 100%, the parameter factors in more. Mathematically, we raise each parameter to the power of the weight then either multiply or divide by that factor. The FOM Offset is first added to all the inversely related parameters to prevent division by zero.
The standard deviation of quartus returns allows you to look for the most consistent returns quartus to quartus, but using it will penalize algorithms which performed particularly well or badly in one quartus. Minimum quartus return allows you to find algorithms which performed well across every quartus, even though they may not be consistent.
The numeric value of the FOM has no meaning other than to compare the performance of different strategies.
Settings Tab-Band Settings
These additional settings are located on the Strategy Tab.
Algorithm Band Setting
How bands work
This video gives a general overview of bands and how they work:
The number of OHLC periods to include in the creation of the band.
Each band can be scaled up or down so that the buy and sell points are in a compatible range for all the bands. This avoids having to change the scan range as the band is changed. For example, if the scaler was 10 and the buy point was 20%, this would correspond to 200% or 2x the band.
BOL1 and BOL2 Settings
BOL1 and BOL2 are Bollinger series, created by taking the standard deviation of the prices in the previous period. The data series used in the SD calculation can be set to be the closing prices, the Median Prices (H+L)/2, the Typical Price (H+L+C)/3 or the Weighted Close Price (H+L+2C)/4. Default is the Median Price. Bollinger Bands are usually used in conjunction with a moving average reference such as SMA (M reference) or EMA (E reference)
A Keltner channel is a series made up of an exponential moving average of either the True Range or the High minus the Low of each OHLC period. Often used in conjunction with the SMA (M reference) or EMA (E reference).
The RSI band is the price differential from the previous closing price that would be required to meet the RSI Value Setting. For example, if the Value setting is 70.0, the band would give the price movement required to achieve an RSI of 70%.
A trimmed mean of the True Range. It uses the mean taken by excluding a percentage of data points (set by the Value parameter) from the top and bottom tails of the data set.