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i have a table with discounts for countries. I want to calculate the quartile 1 of the region for the specific product and then the quartile 1 of all the countries regardless of region based on the product.
Country | Region | Product | Country Discount | Q1 Region | Q1 Overall |
China | Eastern Asia | A | 0.54 | ||
Korea | Eastern Asia | B | 0.52 | ||
Japan | Eastern Asia | C | 0.51 | ||
Taiwan | Eastern Asia | A | 0.62 | ||
Slovenia | Southern Europe | B | 0.69 | ||
Hungary | Eastern Europe | C | 0.55 | ||
Czech Republic | Eastern Europe | A | 0.49 | ||
Poland | Eastern Europe | B | 0.43 | ||
Slovakia | Eastern Europe | C | 0.53 | ||
Romania | Eastern Europe | A | 0.7 | ||
Bulgaria | Eastern Europe | B | 0.66 |
Solved! Go to Solution.
Managed to find a solution. This is calculating the 75th percentile:
Managed to find a solution. This is calculating the 75th percentile:
Thanks lbendlin for the helpful thoughts.
Hi @Sammy22 ,
I'm going to make some additions to yours, here I've created two calculated columns:
Q1 Region =
CALCULATE(
PERCENTILE.INC('Table'[Country Discount], 0.25),
ALLEXCEPT('Table', 'Table'[Region],'Table'[Product]))
Q1 Overall =
CALCULATE(
PERCENTILE.INC('Table'[Country Discount],0.25),
ALLEXCEPT('Table','Table'[Product]))
The result is as follows:
Best Regards,
Zhu
Community Support Team
If there is any post helps, then please consider Accept it as the solution to help the other members find it more quickly.
If I misunderstand your needs or you still have problems on it, please feel free to let us know. Thanks a lot!
i have a table with discounts for countries. I want to calculate the quartile 1 of the region for the specific product and then the quartile 1 of all the countries regardless of region based on the product.
Country | Region | Product | Country Discount | Q1 Region | Q1 Overall |
China | Eastern Asia | A | 0.54 | ||
Korea | Eastern Asia | B | 0.52 | ||
Japan | Eastern Asia | C | 0.51 | ||
Taiwan | Eastern Asia | A | 0.62 | ||
Slovenia | Southern Europe | B | 0.69 | ||
Hungary | Eastern Europe | C | 0.55 | ||
Czech Republic | Eastern Europe | A | 0.49 | ||
Poland | Eastern Europe | B | 0.43 | ||
Slovakia | Eastern Europe | C | 0.53 | ||
Romania | Eastern Europe | A | 0.7 | ||
Bulgaria | Eastern Europe | B | 0.66 |
You would use PERCENTILEX for that. Have you tried that?
Note that your data is insufficient for this. You need many more datapoints.
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