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Added small paragraph about nat 1s / 20s on dialogue saving throws
Guybrush42 (talk | contribs) (Added note about extra action effects) |
(Added small paragraph about nat 1s / 20s on dialogue saving throws) |
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* [[Resting#Long_Rest|Long rests]] require [[Camp Supplies|camp supplies]], which are food and drink items that must be looted or purchased. | * [[Resting#Long_Rest|Long rests]] require [[Camp Supplies|camp supplies]], which are food and drink items that must be looted or purchased. | ||
* Rolling a natural 1 on an ability check always results in failure, even if modifiers would put you over the DC. Rolling a natural 20 on a skill check always results in success, even if modifiers would not put you over the DC. There are no additional fumble or critical success features besides an automatic failure or pass of the ability check. | * Rolling a natural 1 on an ability check always results in failure, even if modifiers would put you over the DC. Rolling a natural 20 on a skill check always results in success, even if modifiers would not put you over the DC. There are no additional fumble or critical success features besides an automatic failure or pass of the ability check. | ||
*When [[Saving Throws]] are used in dialogue, rolling a natural 1 or natural 20 always results in failure or success regardless of the difficulty class of the saving throw or the characters modifiers. Regular saving throws work as expected when a 1 or 20 is rolled. | |||
** For [[Death Saving Throw|Death Saving Throws]], a roll of a 1 gives only one fail rather than 2. A roll of 20 results in a success, rather than restoring 1 HP. | ** For [[Death Saving Throw|Death Saving Throws]], a roll of a 1 gives only one fail rather than 2. A roll of 20 results in a success, rather than restoring 1 HP. | ||
* Combat areas tend to have a large amount of verticality, but are rather small in horizontal size. This has led to the following mechanical changes: | * Combat areas tend to have a large amount of verticality, but are rather small in horizontal size. This has led to the following mechanical changes: |