There are a number of new channel math functions in the latest release for Oasis montaj 8.5 and Target 8.5.
You can find them in the Channel Math Expression Builder under Database Tools > Channel Math... Expand the Operators and Functions section to see the new options.
Additional string operators
There are several string operators for common tasks like concatenate: C0 = catstr(C1,C2)
This String tab is visible if your database contains channels of type String. There are also string functions for truncation and comparison.
Statistical information
Use values from the channel statistics for all, selected, or the current line such as min, max, or mean.
Access data on offset rows
Use the value in the next row in your expression: C0 = C1- C2.offset(1);
or the value in the first or last row of the line: C0 = C1.at(0)+ C2
Random number generator
This operator will generate random numbers between a given range: C0 = randbetween(0,5)
Find this option in the Special operators tab.
Access elements in an array channel
The desired elements of an array can be placed within square brackets: CO=C1[1]+C2[5].
You can find them in the Channel Math Expression Builder under Database Tools > Channel Math... Expand the Operators and Functions section to see the new options.
Additional string operators
There are several string operators for common tasks like concatenate: C0 = catstr(C1,C2)
This String tab is visible if your database contains channels of type String. There are also string functions for truncation and comparison.
Statistical information
Use values from the channel statistics for all, selected, or the current line such as min, max, or mean.
Access data on offset rows
Use the value in the next row in your expression: C0 = C1- C2.offset(1);
or the value in the first or last row of the line: C0 = C1.at(0)+ C2
Random number generator
This operator will generate random numbers between a given range: C0 = randbetween(0,5)
Find this option in the Special operators tab.
Access elements in an array channel
The desired elements of an array can be placed within square brackets: CO=C1[1]+C2[5].