Stable-Lime-v1.0
is an unconditional diffusion model based on the Denoising Diffusion Probabilistic Models (DDPM) architecture. It has been trained specifically to generate images representing the "essence of Lime."
Model Details
Model Type:
Unconditional Image Generation (Diffusion)
Architecture:
UNet2DModel with DDPMScheduler
Framework:
PyTorch & Hugging Face Diffusers
Resolution:
$64 \times 64$ pixels
Channels:
3 (RGB)
License:
MIT (Assumed based on open-source usage)
Intended Use
This model is designed for:
Generating $64 \times 64$ images of limes (or lime-like textures).
Educational purposes regarding the implementation of DDPM loops.
Low-resolution, "retro" aesthetic generation.
Out of Scope:
Text-to-Image generation (this model does not accept text prompts).
High-resolution photorealism (limited by the 64px architecture).
Training Data
The model was trained on a proprietary dataset located at
dataset_lime/processed
.
Preprocessing:
Images were resized to $64 \times 64$ and normalized to the range $[-1, 1]$.
Augmentation:
Random horizontal flips were applied during training to improve generalization.
Training Procedure
Hyperparameters
The model was trained using the following configuration ("The Lime Settings"):
Parameter
Value
Description
Batch Size
16
Small batch size suitable for consumer GPUs.
Learning Rate
$1 \times 10^{-4}$
Optimizer step size (AdamW).
Epochs
5
Note:
This is a very short training duration.
Timesteps
1000
Number of diffusion noise steps.
Image Size
64
Output resolution.
Architecture Specification
The U-Net architecture utilizes a deep structure with attention mechanisms in the lower bottleneck layers:
The model optimizes the Mean Squared Error (MSE) between the actual noise added and the predicted noise:
L
=
MSE
(
ϵ
,
ϵ
θ
(
x
t
,
t
))
Where $\epsilon$ is the Gaussian noise and $\epsilon_\theta$ is the model's prediction at timestep $t$.
Limitations & Biases
Undertraining Risk:
With only
5 Epochs
, the model may not have fully converged. Generated images might appear blurry or retain significant noise (static) rather than clear lime features.
Resolution:
The output is strictly $64 \times 64$, resulting in pixelated, low-fidelity images.
Dataset Bias:
The model's output is entirely dependent on the variety found in
dataset_lime
. If the dataset contained only green limes, it will not generate yellow limes (lemons).
Runs of FlameF0X Stable-Lime-v1.0 on huggingface.co
0
Total runs
0
24-hour runs
0
3-day runs
0
7-day runs
0
30-day runs
More Information About Stable-Lime-v1.0 huggingface.co Model
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