An ANNOYING Feature in the Latest Version of Topaz Photo AI
TLDRIn the latest Topaz Photo AI update, Anthony Morganti discusses the强制应用的RAW去噪功能, which he finds annoying as it leaves unwanted noise in the images. He suggests a workaround by reducing the AA model sliders to the minimum and using 'remove noise' as an enhancement, which provides better results. The video also compares the performance of different AI models on RAW files from various cameras, highlighting that the effectiveness varies.
Takeaways
- 🚀 Topaz Labs recently updated Photo AI, introducing a feature that has caused some annoyance for users.
- 🔍 The issue is specific to how Photo AI handles RAW files and is present whether it's used as a standalone app or a plugin.
- 📸 Upon opening a RAW file, Photo AI's autopilot mode analyzes and processes the image, including noise removal and sharpening.
- 🎯 In version 2.4.2, the model noise reduction option has been limited to 'RAW to noise' with no alternative models available.
- 🚫 RAW to noise is automatically applied during RAW conversion, and users cannot delete or disable this feature.
- 🤔 The video demonstrates that RAW to noise does not effectively remove all noise, even when the strength is maxed out.
- 🛠️ A workaround is suggested for when RAW denoise is insufficient: set all sliders to their minimum, and then use 'remove noise' as an add-on enhancement.
- 🔄 Different RAW file types from various cameras may offer different noise reduction models, such as 'Raw normal' and 'Raw strong'.
- ⚙️ Experimenting with different noise reduction models and their strengths can lead to better results than relying solely on RAW to noise.
- 📈 The video emphasizes the importance of trying different settings and models to achieve the desired noise reduction while preserving image quality.
Q & A
What is the main issue Anthony Morganti has with the latest version of Topaz Photo AI?
-The main issue is that the latest version of Topaz Photo AI applies 'RAW Denoise' automatically to every RAW file opened in the software, and there is no option to delete or choose a different noise reduction model.
How does the 'Autopilot Mode' in Topaz Photo AI work?
-In 'Autopilot Mode', Topaz Photo AI examines the image and determines what needs to be done to it, such as removing noise and sharpening. It then applies these adjustments automatically based on its analysis.
What is Anthony's workaround for the RAW Denoise issue?
-Anthony suggests setting both the 'Strength' and 'Minor Deblur' sliders to their lowest value (1), then going to 'Add Enhancement' and selecting 'Remove Noise' with different models (Normal, Strong, Extreme) to find a better noise reduction result.
Why does Anthony think that the 'RAW Denoise' model may not be suitable for all images?
-Anthony believes that 'RAW Denoise' may not be suitable for all images because it doesn't effectively remove noise in certain situations, as demonstrated by the examples he provided, where significant noise remained even after maxing out the strength.
What are the alternative noise reduction models available in Topaz Photo AI?
-The alternative noise reduction models available are 'Normal', 'Strong', and 'Extreme'. These models can be used as an enhancement after setting the initial sliders to their minimum.
Does the effectiveness of the noise reduction models vary with different RAW file types?
-Yes, the effectiveness can vary. Anthony demonstrated that while some RAW files might have more options like 'RAW Normal' and 'RAW Strong', the results and available models can differ based on the camera brand or type of RAW file.
What is the problem Anthony encountered when he maxed out the 'RAW Denoise' strength?
-When Anthony maxed out the 'RAW Denoise' strength, the noise reduction didn't improve sufficiently, and in some areas, it made the image worse, leaving significant noise and causing distortion and discoloration.
How does Anthony suggest improving the noise reduction result if 'RAW Denoise' is not effective?
-Anthony suggests trying the alternative noise reduction models under 'Add Enhancement' and adjusting their strength levels to find the best result for the specific image, rather than relying solely on 'RAW Denoise'.
What is the significance of the 'Minor Deblur' slider?
-The 'Minor Deblur' slider is not applicable in the noise reduction process. It is used in a separate sharpening step to enhance image details without introducing additional noise.
What is Anthony's recommendation for users who are not satisfied with the noise reduction in their RAW images?
-Anthony recommends experimenting with the different noise reduction models under 'Add Enhancement' and adjusting their strength levels to achieve a better result, rather than relying on the automatic 'RAW Denoise' application.
Outlines
🖼️ Introduction to Topaz Labs Photo AI Update Issue
The video begins with Anthony Morganti introducing the recent update to Topaz Labs' Photo AI, specifically focusing on a feature that has caused some的困扰. The main issue revolves around the handling of RAW files, where the updated Photo AI applies a specific noise reduction model, 'RAW to noise', by default. This model is applied regardless of whether the software is used as a standalone application or a plugin, and it cannot be removed or altered. Anthony demonstrates the issue by opening a Fuji RAW file, showing that despite the software's autopilot mode analyzing and attempting to improve the image, there is still significant noise present. He also highlights that the previous option to choose different models for noise reduction has been removed, leaving users with limited control over the outcome.
🔍 Exploring Workarounds and Testing with Different RAW Files
In this paragraph, Anthony Morganti continues discussing the limitations of the latest Photo AI update by exploring potential workarounds. He suggests that if the 'RAW to noise' model isn't effective, users can adjust the sliders to their lowest settings and then apply noise reduction as an additional enhancement. This method allows users to choose from other models such as 'normal', 'strong', and 'extreme', which can yield better results. Anthony then tests this approach with a Nikon RAW file, noting that the available models differ slightly from those with Fujifilm files. By applying the 'strong' model and then using 'remove noise' enhancement, he achieves a more satisfactory result. He also mentions that the effectiveness of the 'RAW to noise' model can vary with different camera RAW files, reinforcing the need for alternative noise reduction options. Anthony concludes by reiterating the issue with the latest update and providing a workaround for those who encounter similar problems.
Mindmap
Keywords
💡Topaz Photo AI
💡RAW files
💡Autopilot mode
💡Noise reduction
💡Sharpening
💡AA model
💡Workaround
💡Image quality
💡Fujifilm and Nikon raw files
💡Remove noise
💡Update
Highlights
Topaz Labs has recently updated their Photo AI software.
A new feature in the latest version of Photo AI is causing annoyance for some users.
The issue is specifically related to how Photo AI handles RAW files.
The problem occurs regardless of whether Photo AI is used as a standalone app or as a plugin.
Photo AI's Autopilot mode now automatically applies RAW denoise, with no option to deselect it.
In previous versions, users could choose between different denoise models, but RAW denoise is the only option now.
The video demonstrates the issue using a Fuji RAW file as an example.
Even with the RAW denoise strength maxed out, the noise reduction is not satisfactory.
A workaround is suggested for when RAW denoise does not perform well enough.
By setting the sliders to their minimum, other denoise models become available as an add enhancement.
The video shows that the Normal denoise model works better than RAW denoise for the tested image.
Different RAW file types may offer different denoise models in the software.
Testing with a Nikon RAW file shows similar issues with the default RAW denoise.
Using the Strong denoise model significantly improves noise reduction for the Nikon RAW file.
The Extreme denoise model provides a usable result, despite some minor noise and discoloration remaining.
The video concludes with a recommendation to use the Extreme denoise model as a workaround.
The reviewer thanks viewers for watching and promises to continue providing helpful content.