Difference between revisions of "Moving"

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(→‎Factors: Effective max for consciousness is 140%)
(Consciousness is capped at 100%; Added example.)
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=== Factors ===
 
=== Factors ===
 
The following factors affect {{PAGENAME}}.
 
The following factors affect {{PAGENAME}}.
* [[Consciousness]]: [[Consciousness Importance::1|100%]] importance, no allowed defect. [[Consciousness Limit::-|No]] Max (effectively 140%).
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* [[Consciousness]]: [[Consciousness Importance::1|100%]] importance, no allowed defect. [[Consciousness Limit::1|100%]] Max.
 
* [[Blood Pumping]]: [[Blood Pumping Importance::0.2|20%]] importance, no allowed defect. [[Blood Pumping Limit::-|No]] Max (effectively 190%).
 
* [[Blood Pumping]]: [[Blood Pumping Importance::0.2|20%]] importance, no allowed defect. [[Blood Pumping Limit::-|No]] Max (effectively 190%).
 
* [[Breathing]]: [[Breathing Importance::0.2|20%]] importance, no allowed defect. [[Breathing Limit::-|No]] Max (effectively 110%).
 
* [[Breathing]]: [[Breathing Importance::0.2|20%]] importance, no allowed defect. [[Breathing Limit::-|No]] Max (effectively 110%).
* Leg part efficiency: 50% importance for each leg, no allowed defect. No Max (effectively 150%).
+
* Leg part efficiency: 100% importance, no allowed defect. No Max (effectively 150%).
** [[Peg leg]]: 60% part efficiency resulting in {{--|20%}} Moving.
+
** Whole leg: 50% importance for each leg, no allowed defect. No Max (effectively 150%).
** [[Bionic leg]]: 125% part efficiency resulting in {{+|12.5%}} Moving.
+
*** [[Peg leg]]: 60% part efficiency resulting in {{--|20%}} Moving.
** [[Archotech leg]]: 150% part efficiency resulting in {{+|25%}} Moving.
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*** [[Bionic leg]]: 125% part efficiency resulting in {{+|12.5%}} Moving.
* Tibia part efficiency: 50% importance for each tibia, no allowed defect. No Max (effectively 100%).
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*** [[Archotech leg]]: 150% part efficiency resulting in {{+|25%}} Moving.
* Femur part efficiency: 50% importance for each femur, no allowed defect. No Max (effectively 100%).
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** Tibia part efficiency: 50% importance for each tibia, no allowed defect. No Max (effectively 100%).
* Foot part efficiency: 50% importance for each foot, no allowed defect. No Max (effectively 100%).
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** Femur part efficiency: 50% importance for each femur, no allowed defect. No Max (effectively 100%).
** [[Wooden foot]]: 80% part efficiency resulting in {{--|10%}} Moving.
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** Foot part efficiency: 50% importance for each foot, no allowed defect. No Max (effectively 100%).
* Toes part efficiency: Every toe missing results in {{--|4%}} Moving. No Max (effectively 100%).
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*** [[Wooden foot]]: 80% part efficiency resulting in {{--|10%}} Moving.
* Pelvis part efficiency: 100% importance, no allowed defect. No Max (effectively 100%).
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** Toes part efficiency: Every toe missing results in {{--|4%}} Moving. No Max (effectively 100%).
* Spine part efficiency: 100% importance, no allowed defect. No Max (effectively 100%).
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** Pelvis part efficiency: 100% importance, no allowed defect. No Max (effectively 100%).
 +
** Spine part efficiency: 100% importance, no allowed defect. No Max (effectively 100%).
 
* [[Cryptosleep sickness]]: '''x90%'''
 
* [[Cryptosleep sickness]]: '''x90%'''
 
* [[Food poisoning]]
 
* [[Food poisoning]]
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* [[Power claw]]: {{--|8%}}
 
* [[Power claw]]: {{--|8%}}
 
* [[Persona_weapon#Fast_mover|Fast mover]] persona trait {{RoyaltyIcon}}: {{+|15%}}
 
* [[Persona_weapon#Fast_mover|Fast mover]] persona trait {{RoyaltyIcon}}: {{+|15%}}
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 +
== Example ==
 +
Let us calculate the highest value possible. A [[human]] with a [[bionic heart]] and two [[archotech leg]]s, that is high on [[luciferium]], [[go-juice]], [[wake-up]] and [[yayo]]. The moving capacity can be calculated with the following formula:
 +
 +
Moving = {IF Consciousness < 100 THEN Consciousness ELSE 1} * [1 + (Blood Pumping - 1) * 0.2] * [1 + (Breathing - 1) * 0.2] * Leg efficiency + Offsets
 +
 +
Leg efficiency must again be calculated by inserting the efficiency of all the related body parts. Note that the efficiency of all toes must be added up first (normally 10). If any type of body part is not affected, that part of the formula can be omitted.
 +
 +
Leg efficiency = (Left leg * 0.5 + Right leg * 0.5) * (Left tibia * 0.5 + Right tibia * 0.5) * (Left femur * 0.5 + Right femur * 0.5) * (Left foot * 0.5 + Right foot * 0.5) * (Toes * 0.04 + 0.6) * Pelvis * Spine
 +
 +
In this particular case the values would be the following:
 +
* [[Consciousness]]: 140%
 +
* [[Blood Pumping]]: 190%
 +
* [[Breathing]]: 110%
 +
* Leg efficiency
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** Left leg: 150%
 +
** Right leg: 150%
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* Offsets (total {{+|130%}}):
 +
** [[Go-juice]] high: {{+|50%}}
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** [[Luciferium]] high: {{+|5%}}
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** [[Yayo]] high: {{+|15%}}
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** [[Wake-up]] high: {{+|10%}}
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** [[Fibrous mechanites]]: {{+|50%}}
 +
 +
First of all we can calculate the leg efficiency:
 +
 +
Leg efficiency = Left leg * 0.5 + Right leg * 0.5 = 1.5 * 0.5 + 1.5 * 0.5 = 150%
 +
 +
We can therefore calculate the Moving capacity:
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 +
Moving = {1} * [1.18] * [1.02] * 1.5 + 1.3 = 310.54%
  
 
{{nav|stats|wide}}
 
{{nav|stats|wide}}
 
<noinclude>[[Category:Capacity]]</noinclude>
 
<noinclude>[[Category:Capacity]]</noinclude>

Revision as of 18:07, 23 November 2021

Moving is a pawn capacity: How well a character can move around. Directly affected by consciousness.

NameTypeWeightMaxDescription
Hunting StealthStat1-This stat reduces the chance of hunted animals attacking the hunter. A 0% score means no reduction. A 100% score means animals never attack.
Melee Dodge ChanceStat18-Chance to dodge a melee attack that would've otherwise hit. Characters will not dodge while aiming or firing a ranged weapon.
Move SpeedStat1-Speed of movement in cells per second.

Factors

Pawns need a Moving capacity of at least 15% in order to move.

Factors

The following factors affect Moving.

  • Consciousness: 100% importance, no allowed defect. 100% Max.
  • Blood Pumping: 20% importance, no allowed defect. No Max (effectively 190%).
  • Breathing: 20% importance, no allowed defect. No Max (effectively 110%).
  • Leg part efficiency: 100% importance, no allowed defect. No Max (effectively 150%).
    • Whole leg: 50% importance for each leg, no allowed defect. No Max (effectively 150%).
      • Peg leg: 60% part efficiency resulting in −20% Moving.
      • Bionic leg: 125% part efficiency resulting in +12.5% Moving.
      • Archotech leg: 150% part efficiency resulting in +25% Moving.
    • Tibia part efficiency: 50% importance for each tibia, no allowed defect. No Max (effectively 100%).
    • Femur part efficiency: 50% importance for each femur, no allowed defect. No Max (effectively 100%).
    • Foot part efficiency: 50% importance for each foot, no allowed defect. No Max (effectively 100%).
      • Wooden foot: 80% part efficiency resulting in −10% Moving.
    • Toes part efficiency: Every toe missing results in −4% Moving. No Max (effectively 100%).
    • Pelvis part efficiency: 100% importance, no allowed defect. No Max (effectively 100%).
    • Spine part efficiency: 100% importance, no allowed defect. No Max (effectively 100%).
  • Cryptosleep sickness: x90%
  • Food poisoning
    • Recovering and Initial: x80%
    • Major: x50%
  • Resurrection sickness: x10%

Offsets

Example

Let us calculate the highest value possible. A human with a bionic heart and two archotech legs, that is high on luciferium, go-juice, wake-up and yayo. The moving capacity can be calculated with the following formula:

Moving = {IF Consciousness < 100 THEN Consciousness ELSE 1} * [1 + (Blood Pumping - 1) * 0.2] * [1 + (Breathing - 1) * 0.2] * Leg efficiency + Offsets

Leg efficiency must again be calculated by inserting the efficiency of all the related body parts. Note that the efficiency of all toes must be added up first (normally 10). If any type of body part is not affected, that part of the formula can be omitted.

Leg efficiency = (Left leg * 0.5 + Right leg * 0.5) * (Left tibia * 0.5 + Right tibia * 0.5) * (Left femur * 0.5 + Right femur * 0.5) * (Left foot * 0.5 + Right foot * 0.5) * (Toes * 0.04 + 0.6) * Pelvis * Spine

In this particular case the values would be the following:

First of all we can calculate the leg efficiency:

Leg efficiency = Left leg * 0.5 + Right leg * 0.5 = 1.5 * 0.5 + 1.5 * 0.5 = 150%

We can therefore calculate the Moving capacity:

Moving = {1} * [1.18] * [1.02] * 1.5 + 1.3 = 310.54%