1+1=?(비교)

(대부분의 코드는 gemini로부터 생섬됨.)

{{{#!syntax python

def universal_addition(context, a, b):

print(f"{context} 환경에서의 연산:")

if context == "산술적 공리":

return a + b

elif context == "이진법(Binary)":

return bin(a + b).replace("0b", "")

elif context == "화학적 반응":

return "1 (새로운 화합물 생성)"

elif context == "생물학적 번식":

children = 3

return f"{a + b + children} (가족의 탄생)"

elif context == "심리학적 시너지":

return "10 (시너지 효과)"

elif context == "블랙홀(Merging)":

return "1 (사건의 지평선 확장)"

contexts = ["산술적 공리", "이진법", "화학적 반응", "심리학적 시너지", "블랙홀"]

for ctx in contexts:

result = universal_addition(ctx, 1, 1)

print(f"결과값: {result}\n")

}}}

{{{#!syntax python

class DimensionalEntity:

def __init__(self, value, dimension_type):

self.value = value

self.dimension_type = dimension_type

def __add__(self, other):

if self.dimension_type != other.dimension_type:

return f"Error: {self.dimension_type}과 {other.dimension_type}은 더할 수 없습니다. (연산 불가)"

if self.dimension_type == "비유클리드 추상차원":

return "Undefined: 결과값이 기하학적 형태나 색채로 치환됨"

return self.value + other.value

entity_a = DimensionalEntity(1, "3차원 공간")

entity_b = DimensionalEntity(1, "시간 차원")

entity_c = DimensionalEntity(1, "비유클리드 추상차원")

print(f"결과 1 (공간+시간): {entity_a + entity_b}")

print(f"결과 2 (추상+추상): {entity_c + entity_c}")

}}}

{{{#!syntax python

import random

class UniversalDimension:

def __init__(self, value, context, timeline="2026", dimension=3):

self.value = value

self.context = context

self.timeline = timeline

self.dimension = dimension

def __add__(self, other):

if self.timeline != other.timeline:

return "Undefined: Temporal Mismatch"

if self.dimension != other.dimension:

return "Undefined: Dimensional Mismatch"

if self.context == "Quantum":

return 2 if random.random() > 0.5 else 0

if self.context == "Chemical":

return {"result": "New Compound", "energy": "Light/Heat", "smell": "Ozone"}

if self.context == "Abstract":

return "Undefined: Non-numeric Reality"

return self.value + other.value

v1 = UniversalDimension(1, "Standard", timeline="1999")

v2 = UniversalDimension(1, "Standard", timeline="2026")

print(f"Result (Time): {v1 + v2}")

v3 = UniversalDimension(1, "Standard", dimension=3)

v4 = UniversalDimension(1, "Standard", dimension=5)

print(f"Result (Dimension): {v3 + v4}")

v5 = UniversalDimension(1, "Quantum")

v6 = UniversalDimension(1, "Quantum")

v7 = UniversalDimension(1, "Chemical")

v8 = UniversalDimension(1, "Chemical")

print(f"Result (Quantum): {v5 + v6}")

print(f"Result (Energy/Smell): {v7 + v8}")

}}}

{{{#!syntax python

class Emotion:

def __init__(self, feel, intensity):

self.feel = feel

self.intensity = intensity

def __add__(self, other):

print(f"Experience: {self.feel} meets {other.feel}")

interactions = [

"Synergy: A new depth of feeling",

"Conflict: Mutual destruction",

"Ambivalence: Internal chaos",

"Transformation: Change into a different state"

]

return {

"numeric_value": float('nan'),

"qualitative_state": "Non-quantifiable",

"manifestation": random.choice(interactions),

"output": ["Tears", "Laughter", "Silence", "Heat"]

}

import random

love = Emotion("Love", 1)

fear = Emotion("Fear", 1)

result = love + fear

print(f"Result Value: {result['numeric_value']}")

print(f"State: {result['qualitative_state']}")

print(f"Phenomenon: {result['manifestation']}")

print(f"External Expression: {random.choice(result['output'])}")

}}}