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Breach Rings do not import quality #558

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3 tasks done
OrderedSet86 opened this issue Jan 23, 2025 · 1 comment
Open
3 tasks done

Breach Rings do not import quality #558

OrderedSet86 opened this issue Jan 23, 2025 · 1 comment

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@OrderedSet86
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Check version

  • I'm running the latest version of Path of Building and I've verified this by checking the changelog

Check for duplicates

  • I've checked for duplicate open and closed issues by using the search function of the issue tracker

Check for support

  • I've checked that the behaviour is supposed to be supported. If it isn't please open a feature request instead (Red text is a feature request).

What platform are you running Path of Building on?

Linux - Wine

What is the behaviour in-game?

Breach ring quality works.

What is the behaviour in Path of Building?

When copy pasting from the game (ctrl+c), Breach Ring quality is not recognized:
Image
Image

How to reproduce the issue

Copy value (ctrl+c):

Item Class: Rings
Rarity: Rare
Sol Turn
Breach Ring
--------
Quality (Attack Modifiers): +50% (augmented)
--------
Requirements:
Level: 60
--------
Item Level: 79
--------
Maximum Quality is 50% (implicit)
--------
Adds 28 to 36 Physical Damage to Attacks
Adds 3 to 79 Lightning damage to Attacks
+136 to Accuracy Rating
18% increased Rarity of Items found
+26 to Dexterity
+29% to Fire Resistance

Character build code

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@OrderedSet86
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OrderedSet86 commented Jan 23, 2025

Actually, I suppose the ultimate values used in the calculation would be correct; the values copy pasted from the game are the post-quality version, so if the quality is NOT parsed, then the output will be correct. If quality parsed correctly (and therefore got applied twice) then I would have substantially more damage than I should.

For end user clarity it may be better if PoB2 "un-applies" the quality and then puts it into the catalyst field instead.

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