$$\text{SAVF}=\frac{\text{sum of signed variations}}{\text{sum of absolute variations}}$$

Let $p_i$ be the close price at day $i$ , then up to day $n$, we have

$$\text{SAVF}=\frac{\sum _{i=2}^{\mathrm{n}}(p_i-p_{i-1})}{\sum _{i=2}^{\mathrm{n}}|p_i-p_{i-1}|}\text{.}$$

When the price strictly increases without any decrease, it equals 1 and when the price decreases strictly it equals -1. Values near zero indicates that the price has very variations that are not aligned to its overal direct or there is not any strong trend. The SAVF is strongly dependent on the start time. Currently, the start time is computed based on some directions that could be applied to all cryptos to find the best recent trend of every crypto. You can sort the crypto list based on SAVF on the homepage.

APGM means the average growth of price per month. Let $p_1$ be the price at the start time and $p_2$ be the price after $n$ months, then APGM is computed by the following relation.

$$\text{APGM}=\left(\text{exp}\right(\frac{1}{n}*\left(\text{log}\frac{p_2}{p_1}\right))-1)*100.$$

For crypto with more than six months data, the start price is considered to be the mean of daily close prices of its first six months. This scenario for start price removes unstable starting prices. You can sort crypto list based on APGM on the homepage.

MVLY finds the the farthermost price in the last year (last 365 days) from the current price (last day average). It shows how much percent atmost the price increased or decreased in the last year. If the price increased, MVLY is positive and if the price decreased, MVLY is negative. You can sort crypto list based on MVLY on the homepage. Let $p_c$ be the average price of the last day, then we first find the day $j$ which its average price is the farthermost from the current price, that is

$$j=\underset{i\text{in last year}}{\text{Arg max}}|p_c-p_i|.$$

Then, the MVLY is computed by

$$\text{MVLY}=\text{sign}*\left|\frac{p_c-p_j}{p_j}\right|*\mathrm{100,}$$

where "sign" is $\mathrm{+1}$ when $p_c>p_j$ and equals $-1$ when $p_c<p_j$, and $j$ is defined above.

ENWV shows the estimation of the maximum variation in the next week from the price at the begining of the period. The begining time is the last midnight. The estimation is based on neural network models. You can sort crypto list based on ENWV on the homepage.

If the SAVF be a large positive value and MVLY be a large negaive value, we can conclude that the overal trend is increasing but there is a large decrease in the recent year. This means that the crypto will experience an increase soon. On the other hand, if the SAVF be a large negative value and MVLY be a large positive value, we can conclude that the overal trend is decreasing but there is a large increase in the recent year. This means that the crypto will experience a decrease soon. The crypto list could be sorted by this concept on the homepage. But, note that the SAVF is strongly dependent on the start time. The curent version of the software may take an unsuitable start time. So, after sorting the list please check the crypto recent trend and remove items that are not well investigated from your decision list.