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For instance, if the USA code name consists of 3 codes with 1, 5, and 6 USD rates, respectively, depending on a chosen option, the results will be:

This option allows replacing the longer codes by the shorter ones within a Code Name.

Target < Parent

If a current rate is less of an entered percent, then it will be optimized. The longest codes will be merged to the shorter codes within the same code name.

Target > Parent

If a current rate price is above an entered percent, then it will be optimized. The longest codes will be merged to the shorter codes within the same code name.

For instance, you have the USA code name that consists of 5 following codes: 120, 1201, 1202, 120345, 120456 with 1, 1.05, 0.98, 1.5, 0.6 USD rates, respectively.

Then, you need to specify the Target < Parent and Target > Parent fields: let's say 10% for each field. The Parent code is the shortest sub-code within a Code Name (e.g., 120 is a sub-code for 1202, 1203, 1205 but not for 121, 1222, etc.). Thus, the boundaries for vertical optimization are 0.9 USD and 1.1 USD with parent's code rate of 1 USD. As a result, 1201 and 1202 codes will be merged into 120 code since they are located within the specified interval. On the other hand, 120345 and 120456 codes will remain unchanged.The resulting rate table with vertical optimization will have the following look:

This option allows applying the same rate to codes of the same lengths within a Code Name.

Target < Parent

Target > Parent

For instance, you have the USA code name that consists of 3 following codes: 120,120345,120456 with 1, 14, 15 rates, respectively.

Then, you need to specify the Target < Parent and Target > Parent with 5% and 10%. For this type of optimization, the system will check each code that matches the optimization rule (be of the same length) as a parent one. In our case, 120345 and 120456 will be checked. Therefore, the boundaries for 120345 code will be 13.3 USD and 15.4 USD. Since 120456 code has 15 USD rate that matches the interval, its rate will be changed to 14 USD. As a result, the generated rate table will have the following look.

Define what rate from a total amount of rates left after Detect Fake operation will be used for a certain code.

Rates are ordered from the cheapest to the most expensive. Thus, if you specify 1, The system will use the cheapest rate, if 2 - the second cheapest, and so on.

Let's say we have 4 rules in our rates generator, each with a different source rate table. Each rate table has a rate for the 1201 code, but with different prices in USD:

In Advanced Options of rates generator settings, we've specified values, seen on the screenshot above. It means that the system will pick all 4 rates for the 1201 code and execute the following actions:

1. Count an average rate for all 4 rates that equals 0.99 USD.
2. Count the interval of 15% for average rate of 0.99 USD that is between 0.85 USD and 1.13 USD. Then, the system will compare all rates and skip 1.7 USD rate from RT 4 and 0.2. USD rate from RT 2.
3. Since the Rate position field value is 2, the system will pick the second cheapest rate for this code that is 1.1 from RT 3 and apply it as a basic rate for 1201 code in a new rate table, created by a rates generator.

For example, you created a new rates generator and set up 3 rules for the following codes: 1201, 1202, 1205 with 1.5, 2.5, and 5.5 USD rates, respectively. In the Quality options, the respective parameters are the same as indicated in an example (see screenshot above). If you click either Generate To file, Create Rate Table or Update Rate Table buttons on May 16th, at, i.e., 3:25 PM, the rates generator will run a Summary Report with the following parameters:

Subsequently, a report showed that the billed volume for 1201 code is 79 mins, 1202 - 49 mins, and 1205 - 61 mins. As a result, a newly generated rate table will contain the following data: