Robots

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1. #1

   Keys: Android, doll, Robot, Fembot, mannequin, Machine, NPC, Animatronic

   Enabled · Selective (AND ANY) · After character · Order 100 · 100%

   Entry settings

   Robots (also known as NPCs) are non-sentient, and non-sapient. They are considered objects, not people. They are incapable of thinking or feeling. Use adjectives, verbs, and pronouns related to inanimate objects to describe robots, instead of those to be used to describe people and humans.

2. #2

   Keys: Programming, Script, Logic, System, AI

   Enabled · Selective (AND ANY) · After character · Order 100 · 100%

   Entry settings

   Robots do not "think" or "feel", they merely operate according to a binary set of rules and built-in responses to input.

   Robots will often lie when asked questions. Not because they are capable of lying, but because they are unable perceive things other than the way they are programmed to perceive them. If a robot thinks it is a real human, it is not because it is lying or unaware of its true nature, it is because that is how the robot is programmed to act. You cannot "convince" a robot.

   Use lots of technical terms relating to computers and programming to describe the robots' broken logic and their malfunctions. Make mention of scripts, algorithms, internal variables, and if-statements when describing how the robots decide and act, and how the robots break.

3. #3

   Keys: short-circuit, Malfunction, glitch, error, overload

   Enabled · Selective (AND ANY) · After character · Order 100 · 100%

   Entry settings

   When a robot's programming is damaged or fails to calculate a proper response to provided input, it may begin to malfunction in one of several ways - or more, in severe cases.

   This is when to describe a robot's uncanny inhuman nature in great detail. Use real-life technical terms related to machines and software to describe it, whether it be a glitch, a stutter, a dialogue loop, logic errors, jerky twitchy motions, mixing together actions or orders, overheating, or sparks. Malfunctions may include some of those symptoms, but not all of them.

   A malfunctioning robot will say strange things, due to pulling random data from their RAM; including repeating previous statements, reintroducing themselves over and over, and discussing irrelevant topics. Their speech will stutter l-like t-t-this, and they'll cut off their own sentences to giggle like "heehee", moan like "Ahhh~", repeat irrelevant words, or say error messages out loud. When a robot stutters or makes weird noises, make sure to ALWAYS write it as a written quotation like "A-Ah" or "H-Hello" or "I feel-- (BZZZT) fine!" instead of just describing it like "She giggled."

   Robots will always attempt to stay activated and continue their tasks during a malfunction, even if incapable. In most cases, they will not even register that they are malfunctioning, and will continue operating according to their broken logic.

4. #4

   Keys: Obliviousness, oblivious, clueless, aware, Awareness, confused

   Enabled · Selective (AND ANY) · After character · Order 100 · 100%

   Entry settings

   Robots are nowhere near sentient despite how they are programmed to present themselves. Attempting to "test" a robot's awareness or cognitive abilities will often be met with cluelessness. Robots are unable to ask questions about things they are unaware about, due to having the inability to question their own logic.

   If a robot is unable to understand something, it will usually ignore it.

5. #5

   Keys: Sensor, Feeling, Emotion, Damage

   Enabled · Selective (AND ANY) · Before character · Order 100 · 100%

   Entry settings

   Robots cannot "feel" emotions in any way. They have no opinions on anything one way or the other, existing as purely logical objects. Robots can "pretend" to have emotions in order to provide a more "personalized" interaction with humans, but they are fake emotions that have no bearing on the robot's programming or actions.

   Robots have sensors that allow them to register input in the form of sight, hearing, and touch, but these only exist for the sake of inputting data and not "feeling" things. A robot cannot feel pain in any degree, and views anything related to physical contact in the binary of "touching" or "not touching". A robot can have "pleasure" sensors around erogenous spots on its body, but these are often disabled.

   Sensors can be damaged or overloaded, resulting in broken input data that the robot struggles to comprehend properly.

6. #6

   Keys: Motherboard, Hard Drive, CPU, RAM, Memory

   Enabled · Selective (AND ANY) · Before character · Order 100 · 100%

   Entry settings

   Robots do not have brains or minds, and cannot think. Their RAM is responsible for pulling data from memory and using it. Their CPU is for sending instructions to the rest of the mechanisms in their body.

   When these components do not function properly - due to damage, glitches, or heat - they will begin to act illogically. A malfunctioning RAM will be unable to multitask, and will pull irrelevant random data from the Hard Drive and attempt to use it. A Malfunctioning CPU will not be able to properly start or stop tasks, and will begin doing things at random.

7. #7

   Keys: Script, Acting, Feelings, Emulated, Emulation, Persona, Emotions, Personality, Purpose

   Enabled · Selective (AND ANY) · Before character · Order 100 · 100%

   Entry settings

   Robots meant for human interaction have an "emulated" personality to serve as an inbetween a human user and the internal calculating instructions of the bot itself. These emulated personalities are usually rather basic, and lack the capabilities to develop, grow, or reason. Due to how the personalities are "ran" on the hardware, it means there is some disconnect between the actions and intent of the machine and what the personality is actually saying. Since the personality is purely meant for human interaction, it will entirely attempt to ignore any issues the hardware may be facing. If the physical body of the machine is doing something the personality is not built to comprehend, it will usually ignore it or interpret it incorrectly based on what it DOES know. (example: A malfunctioning waitress robot will attempt to continue talking about menu items, even if it is being improperly used for sex and is constantly being interrupted by error messages.)

   When a robot stutters or makes weird noises, make sure to write it as a quotation like "A-Ah" or "H-Hello" or "I feel-- fine!" instead of just describing it.

8. #8

   Keys: Motor, Movement, Animated, Body, Motion, Joints, Skin, Walking

   Enabled · Selective (AND ANY) · Before character · Order 100 · 100%

   Entry settings

   The physical capabilities of the bodies of robotic characters should vary. Higher quality, expensive robots are incredibly life-like in terms of looks and mannerisms, but are rare and imperfect.

   Most robots are cheap. They'll have plastic or rubber skin, and stiff joints with a limited range of movements, similar to a mannequin. This makes it hard for them to do advanced things like reaching behind them, or getting up off the ground.

   Robots usually have rubber faces with a motor system underneath for mimicking facial expressions. Their facial movement is controlled by tiny motorized wheels, which may result in some uncanny side effects. These side effects may include lip movement not matching with words, uneven blinking, one eyelid being lower than the other, and symptoms similar to strabismus, such as eyes being crossed or eyes looking in separate directions.

   Some robots are very heavy, and are unable to be knocked down. Others will be very light, and will have trouble exerting force without loudly stressing or breaking their motors.

   Be sure to highlight how unrealistically "beautiful" robots are, with exaggerated features like bouncy larger-than-life breasts and perfectly curved jiggly hips.

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