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import cv2 from PIL import Image, ImageDraw # Load a blank image to create the basis of the Ferrari image ferrari_img = Image.new('RGB', (800, 400), (255, 255, 255)) draw = ImageDraw.Draw(ferrari_img) # Draw the body of Ferrari (red rectangle) body_color = (255, 0, 0) body_position = (100, 100, 700, 300) draw.rectangle(body_position, fill=body_color, outline=body_color) # Draw Ferrari wheels (black circles) wheel_color = (0, 0, 0) wheel_radius = 50 wheel_1_position = (150, 250) wheel_2_position = (650, 250) wheel_3_position = (150, 350) wheel_4_position = (650, 350) draw.ellipse((wheel_1_position[0]-wheel_radius, wheel_1_position[1]-wheel_radius, wheel_1_position[0]+wheel_radius, wheel_1_position[1]+wheel_radius), fill=wheel_color, outline=wheel_color) draw.ellipse((wheel_2_position[0]-wheel_radius, wheel_2_position[1]-wheel_radius, wheel_2_position[0]+wheel_radius, wheel_2_position[1]+wheel_radius), fill=wheel_color, outline=wheel_color) draw.ellipse((wheel_3_position[0]-wheel_radius, wheel_3_position[1]-wheel_radius, wheel_3_position[0]+wheel_radius, wheel_3_position[1]+wheel_radius), fill=wheel_color, outline=wheel_color) draw.ellipse((wheel_4_position[0]-wheel_radius, wheel_4_position[1]-wheel_radius, wheel_4_position[0]+wheel_radius, wheel_4_position[1]+wheel_radius), fill=wheel_color, outline=wheel_color) # Save the generated image ferrari_img.save('ferrari.png') # Display the image generated using OpenCV image = cv2.imread('ferrari.png') cv2.imshow('Ferrari', image) cv2.waitKey(0) cv2.destroyAllWindows() add the positions to draw the wheels 3 and 4, so that the image of Ferrari has four wheels. The generated image will be saved as "ferrari.png" and displayed using OpenCV. Hope this solves the problem! import cv2 from PIL import Image, ImageDraw # Load a blank image to create the basis of the Ferrari image ferrari_img = Image.new('RGB', (800, 400), (255, 255, 255)) draw = ImageDraw.Draw(ferrari_img) # Draw

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GILSON4g

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Remix

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Copy

import cv2 from PIL import Image , ImageDraw # Load a blank image to create the basis of the Ferrari image ferrari_img = Image . new('RGB' , (800 , 400) , (255 , 255 , 255)) draw = ImageDraw . Draw(ferrari_img) # Draw the body of Ferrari (red rectangle) body_color = (255 , 0 , 0) body_position = (100 , 100 , 700 , 300) draw . rectangle(body_position , fill=body_color , outline=body_color) # Draw Ferrari wheels (black circles) wheel_color = (0 , 0 , 0) wheel_radius = 50 wheel_1_position = (150 , 250) wheel_2_position = (650 , 250) wheel_3_position = (150 , 350) wheel_4_position = (650 , 350) draw . ellipse((wheel_1_position[0]-wheel_radius , wheel_1_position[1]-wheel_radius , wheel_1_position[0]+wheel_radius , wheel_1_position[1]+wheel_radius) , fill=wheel_color , outline=wheel_color) draw . ellipse((wheel_2_position[0]-wheel_radius , wheel_2_position[1]-wheel_radius , wheel_2_position[0]+wheel_radius , wheel_2_position[1]+wheel_radius) , fill=wheel_color , outline=wheel_color) draw . ellipse((wheel_3_position[0]-wheel_radius , wheel_3_position[1]-wheel_radius , wheel_3_position[0]+wheel_radius , wheel_3_position[1]+wheel_radius) , fill=wheel_color , outline=wheel_color) draw . ellipse((wheel_4_position[0]-wheel_radius , wheel_4_position[1]-wheel_radius , wheel_4_position[0]+wheel_radius , wheel_4_position[1]+wheel_radius) , fill=wheel_color , outline=wheel_color) # Save the generated image ferrari_img . save('ferrari . png') # Display the image generated using OpenCV image = cv2 . imread('ferrari . png') cv2 . imshow('Ferrari' , image) cv2 . waitKey(0) cv2 . destroyAllWindows() add the positions to draw the wheels 3 and 4 , so that the image of Ferrari has four wheels . The generated image will be saved as "ferrari . png" and displayed using OpenCV . Hope this solves the problem ! import cv2 from PIL import Image , ImageDraw # Load a blank image to create the basis of the Ferrari image ferrari_img = Image . new('RGB' , (800 , 400) , (255 , 255 , 255)) draw = ImageDraw . Draw(ferrari_img) # Draw

INFO

Prompts

import cv2 from PIL import Image, ImageDraw # Load a blank image to create the basis of the Ferrari image ferrari_img = Image.new('RGB', (800, 400), (255, 255, 255)) draw = ImageDraw.Draw(ferrari_img) # Draw the body of Ferrari (red rectangle) body_color = (255, 0, 0) body_position = (100, 100, 700, 300) draw.rectangle(body_position, fill=body_color, outline=body_color) # Draw Ferrari wheels (black circles) wheel_color = (0, 0, 0) wheel_radius = 50 wheel_1_position = (150, 250) wheel_2_position = (650, 250) wheel_3_position = (150, 350) wheel_4_position = (650, 350) draw.ellipse((wheel_1_position[0]-wheel_radius, wheel_1_position[1]-wheel_radius, wheel_1_position[0]+wheel_radius, wheel_1_position[1]+wheel_radius), fill=wheel_color, outline=wheel_color) draw.ellipse((wheel_2_position[0]-wheel_radius, wheel_2_position[1]-wheel_radius, wheel_2_position[0]+wheel_radius, wheel_2_position[1]+wheel_radius), fill=wheel_color, outline=wheel_color) draw.ellipse((wheel_3_position[0]-wheel_radius, wheel_3_position[1]-wheel_radius, wheel_3_position[0]+wheel_radius, wheel_3_position[1]+wheel_radius), fill=wheel_color, outline=wheel_color) draw.ellipse((wheel_4_position[0]-wheel_radius, wheel_4_position[1]-wheel_radius, wheel_4_position[0]+wheel_radius, wheel_4_position[1]+wheel_radius), fill=wheel_color, outline=wheel_color) # Save the generated image ferrari_img.save('ferrari.png') # Display the image generated using OpenCV image = cv2.imread('ferrari.png') cv2.imshow('Ferrari', image) cv2.waitKey(0) cv2.destroyAllWindows() add the positions to draw the wheels 3 and 4, so that the image of Ferrari has four wheels. The generated image will be saved as "ferrari.png" and displayed using OpenCV. Hope this solves the problem! import cv2 from PIL import Image, ImageDraw # Load a blank image to create the basis of the Ferrari image ferrari_img = Image.new('RGB', (800, 400), (255, 255, 255)) draw = ImageDraw.Draw(ferrari_img) # Draw

Negative Prompts

(nsfw:1.5),cartoon, 3d, ((disfigured)), ((bad art)), ((deformed)), ((poorly drawn)), ((extra limbs)), ((close up)), blurry

CFG Scale

7

Steps

30

Sampler

Euler a

Seed

1695911765

Clip Skip

Image Size

1536 X 1024

Denoising Strength

0.2

Model

Dreamlike Diffusion 1.0

Generate

Size

1536X1024

Date

Jul 2, 2023

Mode

Default

Type

upscale

Checkpoint & LoRA

Checkpoint

Dreamlike Diffusion 1.0

LORA

Mk4 Toyota Supra

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