@ouali.code: ChatGPT vs Claude vs DeepSeek vs Gemini || ⚛️ Geometric Atom. Which one is better? 👀👇 I gave the exact same prompt to ChatGPT, Claude, Gemini, and DeepSeek: “Create a futuristic atom model with intersecting elliptical orbital paths, colorful geometric particles, and repeating diamond-shaped elements revolving around a central nucleus using Python Turtle.” ⚛️ ChatGPT vs Claude vs Gemini vs DeepSeek 🤖 Each AI created its own version of the ⚛️ Geometric Atom. #ai #chatgpt #claude#gemini#deepseek#python #pythonturtle #coding #aivsai #python #coding #pythonprogramming

Abdurezak :

which is the best ?? ----------------------------->

Dave 🇳🇦 :

1.Gemini (much cleaner, real - textbook type) 2.DeepSeek (colorful nightclub-type) 3.Claude & ChatGPT (niche and soft)

KaweniCell67 :

Gemini is right, cause electron move with interaction in another quantum influence it make direction to move

King Appartement :

DeepSeek 🥹💯

Khan Edits :

chatgpt

FOR GET✅👊 :

Claude

RÜSTEM :

yapay zeka uygulaması yapiyorum geleceğin en iyisi olacaktır

Is Want :

deepseek malah kayak lampu 17 an

ApodyMaxican :

Luis Chipana :

gemini ganó esta vez

❀ ᏕᏂᎥᏉᏗᎷ ❀ :

Don't skip Manus

◇ʀɪɢɪɴᴀʟ™®© :

🙃

duronto :

deepseek

Mister FADEL :

Claude 🥰🥰

Fahad iqbal :

chat GPT

Genghisjuan :

Claude

breaker?? :

only wormgpt☠️☠️

￴ :

react native

Ajiu da Costa :

🥰🥰🥰

Ahmet Kılavuz :

❤️❤️❤️

Phan Phoun :

🥰🥰🥰

@i parmotar :

🥰🥰🥰

Tanyusha Tanyushka :

🥰🥰

MOD.YT :

Gemini import math import turtle def setup_screen(): screen = turtle.Screen() screen.setup(width=900, height=900) screen.bgcolor("#0a0a1a") # Deep space background screen.title("Futuristic Atomic Model") screen.tracer(0) # Turn off automatic updates for instant drawing return screen def draw_polygon(t, x, y, radius, sides, color, fill=True): """Draws a regular geometric polygon centered at (x, y).""" t.penup() # Move to starting vertex angle = 360 / sides start_x = x + radius * math.cos(0) start_y = y + radius * math.sin(0) t.goto(start_x, start_y) t.color(color) if fill: t.fillcolor(color) t.begin_fill() t.pendown() for i in range(1, sides + 1): rad = math.radians(i * angle) t.goto(x + radius * math.cos(rad), y + radius * math.sin(rad)) if fill: t.end_fill() t.penup() def draw_star(t, x, y, size, color): """Draws a 5-pointed geometric star centered at (x, y).""" t.penup() t.goto(x, y + size) t.setheading(-72) t.color(color) t.fillcolor(color) t.begin_fill() t.pendown() for _ in range(5): t.forward(size * 1.9) t.right(144) t.end_fill() t.penup() def draw_ellipse_orbit(t, a, b, tilt_angle, color, width=2): """Draws a tilted elliptical orbit path centered at (0, 0).""" t.penup() t.pensize(width) t.color(color) rad_tilt = math.radians(tilt_angle) steps = 120 for i in range(steps + 1): theta = 2 * math.pi * (i / steps) # Standard ellipse coordinates x_raw = a * math.cos(theta) y_raw = b * math.sin(theta) # Apply rotation (tilt) x_rot = x_raw * math.cos(rad_tilt) - y_raw * math.sin(rad_tilt) y_rot = x_raw * math.sin(rad_tilt) + y_raw * math.cos(rad_tilt) if i == 0: t.goto(x_rot, y_rot) t.pendown() else: t.goto(x_rot, y_rot) t.penup() def get_ellipse_point(a, b, tilt_angle, theta): """Calculates coordinates for a specific point along a tilted ellipse.""" rad_tilt = math.radians(tilt_angle) x_raw = a * math.cos(theta) y_raw =