I have tested the solution and I consider it to be very satisfactory :).
I mentioned "Compress Ratio: [ 1,0 ] : 1" simply because I considered it better for the interface than a list, if it finally decided to establish ratios.
But I am really more comfortable with percentage values.
The percentage gives you the proportion value directly, the ratio you have to calculate.
Example:
2:1 = 1/2 = 0.5 = 50%
If you give me the percentage I save myself from doing the division mentally.
On the other hand, I don't know who came up with the idea of reversing the divisor-dividend order to express ratios, which is basically the same concept as a fraction.
And to make things even more confusing, at least in my country, the symbol ":" always meant division.
That is:
2:1 (also represented as 2/1) is not 0.5.
2:1 is 2.
Conclusion:
I like the new feature, and also the way of requesting it without requesting it (disguising it as an improvement) :).
I have tested the solution and I consider it to be very satisfactory :).
I mentioned "Compress Ratio: [ 1,0 ] : 1" simply because I considered it better for the interface than a list, if it finally decided to establish ratios.
But I am really more comfortable with percentage values.
The percentage gives you the proportion value directly, the ratio you have to calculate.
Example:
2:1 = 1/2 = 0.5 = 50%
If you give me the percentage I save myself from doing the division mentally.
On the other hand, I don't know who came up with the idea of reversing the divisor-dividend order to express ratios, which is basically the same concept as a fraction.
And to make things even more confusing, at least in my country, the symbol ":" always meant division.
That is:
2:1 (also represented as 2/1) is not 0.5.
2:1 is 2.
Conclusion:
I like the new feature, and also the way of requesting it without requesting it (disguising it as an improvement) :).