imaginAIry/tests/test_api.py

263 lines
8.8 KiB
Python

import os.path
import pytest
from imaginairy import LazyLoadingImage
from imaginairy.api import imagine, imagine_image_files, prompt_normalized
from imaginairy.img_utils import pillow_fit_image_within
from imaginairy.schema import ImaginePrompt
from imaginairy.utils import get_device
from . import TESTS_FOLDER
device_sampler_type_test_cases = {
"mps:0": [
("plms", "78539ae3a3097dc8232da6d630551ab3"),
("ddim", "828fc143cd40586347b2f8403c288c9b"),
("k_lms", "53d25e59add39c8447537be30e4eff4b"),
("k_dpm_2", "5108bceb58a38d88a585f37b2ba1b072"),
("k_dpm_2_a", "20396daa6c920d1cfd6db90e73558c01"),
("k_euler", "9ab4666ebe6c3aa68673912bb17fb2b1"),
("k_euler_a", "c4b03829cc93422801f3243a46bad4bc"),
("k_heun", "0d3aad6800d4a9a43f0b0514af9d23b5"),
],
"cuda": [
("plms", "b98e1248ad1f144d34122d8809b39fb8"),
("ddim", "a645ca24575ed3f18bf48f11354233bb"),
("k_lms", "3ddbdef45e3f38768730961771d01727"),
("k_dpm_2", "b6e88e16ec2c43e6382b1adec828479d"),
("k_dpm_2_a", "b0791770d48cb22d308ad76c72fb660f"),
("k_euler", "bcf375769d64d9ca224864d35565ac1d"),
("k_euler_a", "38b970ff6a67428efbf00df66a9e48f7"),
("k_heun", "ccbd0804c7ce2bb637c682951bd8b693"),
],
"cpu": [],
}
sampler_type_test_cases = device_sampler_type_test_cases[get_device()]
@pytest.mark.parametrize("sampler_type,expected_md5", sampler_type_test_cases)
def test_imagine(sampler_type, expected_md5, filename_base_for_outputs):
prompt_text = "a scenic landscape"
prompt = ImaginePrompt(
prompt_text, width=512, height=256, steps=20, seed=1, sampler_type=sampler_type
)
result = next(imagine(prompt))
result.img.save(f"{filename_base_for_outputs}.jpg")
assert result.md5() == expected_md5
device_sampler_type_test_cases_img_2_img = {
"mps:0": {
("plms", "0d9c40c348cdac7bdc8d5a472f378f42"),
("ddim", "0d9c40c348cdac7bdc8d5a472f378f42"),
},
"cuda": {
("plms", "841723966344dd8678aee1ce5f9cbb3d"),
("ddim", "1f0d72370fabcf2ff716e4068d5b2360"),
},
}
sampler_type_test_cases_img_2_img = device_sampler_type_test_cases_img_2_img.get(
get_device(), []
)
@pytest.mark.skipif(get_device() == "cpu", reason="Too slow to run on CPU")
@pytest.mark.parametrize("sampler_type,expected_md5", sampler_type_test_cases_img_2_img)
def test_img2img_beach_to_sunset(sampler_type, expected_md5, filename_base_for_outputs):
img = LazyLoadingImage(filepath=f"{TESTS_FOLDER}/data/beach_at_sainte_adresse.jpg")
prompt = ImaginePrompt(
"a painting of beautiful cloudy sunset at the beach",
init_image=img,
init_image_strength=0.5,
prompt_strength=15,
mask_prompt="(sky|clouds) AND !(buildings|trees)",
mask_mode="replace",
width=512,
height=512,
steps=40 * 2,
seed=1,
sampler_type=sampler_type,
)
result = next(imagine(prompt))
img = pillow_fit_image_within(img)
img.save(f"{filename_base_for_outputs}__orig.jpg")
result.img.save(f"{filename_base_for_outputs}.jpg")
device_sampler_type_test_cases_img_2_img = {
"mps:0": {
("plms", "e9bb714771f7984e61debabc4bb3cd22"),
("ddim", "62bacc4ae391e6775a3723c88738ec61"),
},
"cuda": {
("plms", "b8c7b52da977c1531a9a61c0a082404c"),
("ddim", "d6784710dd78e4cb628aba28322b04cf"),
},
}
sampler_type_test_cases_img_2_img = device_sampler_type_test_cases_img_2_img.get(
get_device(), []
)
@pytest.mark.skipif(get_device() == "cpu", reason="Too slow to run on CPU")
@pytest.mark.parametrize("sampler_type,expected_md5", sampler_type_test_cases_img_2_img)
def test_img_to_img_from_url_cats(
sampler_type, expected_md5, filename_base_for_outputs
):
img = LazyLoadingImage(url="http://images.cocodataset.org/val2017/000000039769.jpg")
prompt = ImaginePrompt(
"dogs lying on a hot pink couch",
init_image=img,
init_image_strength=0.5,
width=512,
height=512,
steps=50,
seed=1,
sampler_type=sampler_type,
)
result = next(imagine(prompt))
img = pillow_fit_image_within(img)
img.save(f"{filename_base_for_outputs}__orig.jpg")
result.img.save(f"{filename_base_for_outputs}.jpg")
assert result.md5() == expected_md5
@pytest.mark.skipif(get_device() == "cpu", reason="Too slow to run on CPU")
@pytest.mark.parametrize("sampler_type", ["ddim", "plms"])
@pytest.mark.parametrize("init_strength", [0, 0.05, 0.2, 1])
def test_img_to_img_fruit_2_gold(
filename_base_for_outputs, sampler_type, init_strength
):
img = LazyLoadingImage(
url="https://raw.githubusercontent.com/brycedrennan/imaginAIry/master/assets/000056_293284644_PLMS40_PS7.5_photo_of_a_bowl_of_fruit.jpg"
)
prompt = ImaginePrompt(
"a white bowl filled with gold coins",
prompt_strength=12,
init_image=img,
init_image_strength=init_strength,
mask_prompt="(fruit OR stem{*5} OR fruit stem)",
mask_mode="replace",
steps=80,
seed=1,
sampler_type=sampler_type,
)
result = next(imagine(prompt))
img = pillow_fit_image_within(img)
img.save(f"{filename_base_for_outputs}__orig.jpg")
result.img.save(f"{filename_base_for_outputs}.jpg")
@pytest.mark.skipif(get_device() == "cpu", reason="Too slow to run on CPU")
def test_img_to_img_fruit_2_gold_repeat():
"""Run this test manually to"""
img = LazyLoadingImage(filepath=f"{TESTS_FOLDER}/data/bowl_of_fruit.jpg")
outdir = f"{TESTS_FOLDER}/test_output/"
run_count = 1
def _record_step(img, description, step_count, prompt):
steps_path = os.path.join(
outdir,
f"steps_fruit_2_gold_repeat_{get_device()}_S{prompt.seed}_run_{run_count:02}",
)
os.makedirs(steps_path, exist_ok=True)
filename = f"fruit_2_gold_repeat_{get_device()}_S{prompt.seed}_step{step_count:04}_{prompt_normalized(description)[:40]}.jpg"
destination = os.path.join(steps_path, filename)
img.save(destination)
kwargs = dict(
prompt="a white bowl filled with gold coins. sharp focus",
prompt_strength=12,
init_image=img,
init_image_strength=0.2,
mask_prompt="(fruit OR stem{*5} OR fruit stem)",
mask_mode="replace",
steps=20,
seed=946188797,
sampler_type="plms",
fix_faces=True,
upscale=True,
)
prompts = [
ImaginePrompt(**kwargs),
ImaginePrompt(**kwargs),
ImaginePrompt(**kwargs),
]
for result in imagine(prompts, img_callback=None):
img = pillow_fit_image_within(img)
img.save(f"{TESTS_FOLDER}/test_output/img2img_fruit_2_gold__orig.jpg")
result.img.save(
f"{TESTS_FOLDER}/test_output/img2img_fruit_2_gold_plms_{get_device()}_run-{run_count:02}.jpg"
)
run_count += 1
@pytest.mark.skipif(get_device() == "cpu", reason="Too slow to run on CPU")
def test_img_to_file():
prompt = ImaginePrompt(
"an old growth forest, diffuse light poking through the canopy. high-resolution, nature photography, nat geo photo",
width=512 + 64,
height=512 - 64,
steps=20,
seed=2,
sampler_type="PLMS",
upscale=True,
)
out_folder = f"{TESTS_FOLDER}/test_output"
imagine_image_files(prompt, outdir=out_folder)
@pytest.mark.skipif(get_device() == "cpu", reason="Too slow to run on CPU")
def test_inpainting_bench(filename_base_for_outputs):
img = LazyLoadingImage(filepath=f"{TESTS_FOLDER}/data/bench2.png")
prompt = ImaginePrompt(
"a wise old man",
init_image=img,
init_image_strength=0.4,
mask_image=LazyLoadingImage(filepath=f"{TESTS_FOLDER}/data/bench2_mask.png"),
width=512,
height=512,
steps=40,
seed=1,
sampler_type="plms",
)
result = next(imagine(prompt))
img = pillow_fit_image_within(img)
img.save(f"{filename_base_for_outputs}__orig.jpg")
result.img.save(f"{filename_base_for_outputs}.jpg")
@pytest.mark.skipif(get_device() == "cpu", reason="Too slow to run on CPU")
def test_cliptext_inpainting_pearl_doctor(filename_base_for_outputs):
img = LazyLoadingImage(
filepath=f"{TESTS_FOLDER}/data/girl_with_a_pearl_earring.jpg"
)
prompt = ImaginePrompt(
"a female doctor in the hospital",
prompt_strength=12,
init_image=img,
init_image_strength=0.2,
mask_prompt="face AND NOT (bandana OR hair OR blue fabric){*5}",
mask_mode=ImaginePrompt.MaskMode.KEEP,
width=512,
height=512,
steps=40,
sampler_type="plms",
seed=181509347,
)
result = next(imagine(prompt))
img = pillow_fit_image_within(img)
img.save(f"{filename_base_for_outputs}__orig.jpg")
result.img.save(f"{filename_base_for_outputs}_{prompt.seed}_01.jpg")