3DSOM Pro: A Powerful Tool for Creating 3D Models from Images
3DSOM Pro Image To 3D: How To Create Professional Quality 3D Models From Photos
Have you ever wanted to create realistic and accurate 3D models of real-world objects without spending hours on complex software or hiring expensive experts? If so, you might be interested in 3DSOM Pro, a powerful tool that allows you to create professional quality 3D content from still images.
3DSOM Pro Image To 3D
3DSOM Pro is a software solution for automated 3D modeling of real-world objects. It uses a technique called photogrammetry, which involves taking multiple photos of an object from different angles and then using them to reconstruct its shape and texture in 3D. You can use any standard digital camera to capture your object, and then load the images into the software, where they will be processed and converted into a high-quality 3D mesh that can be exported to various formats.
Why use 3DSOM Pro for 3D modeling? There are many reasons why you might want to create 3D models of real-world objects, such as:
You want to showcase your products online in an interactive and immersive way.
You want to digitize your collections or artifacts for preservation or education purposes.
You want to create realistic assets for games, animations, or simulations.
You want to print your models in 3D or use them in augmented or virtual reality applications.
Whatever your goal is, 3DSOM Pro can help you achieve it with ease and efficiency. It has many benefits over other methods of 3D modeling, such as:
It is fast and simple. You don't need any special skills or equipment to use it. You just need a camera, a computer, and an object.
It is accurate and detailed. It can capture the shape and texture of your object with high fidelity and resolution.
It is versatile and flexible. It can model a wide range of objects, including those with holes and difficult organic shapes. It also supports different capture methods, such as marker-less, structured light, and turntable.
In this article, we will show you how to use 3DSOM Pro to create professional quality 3D models from photos. We will guide you through the four main steps of the process: capture, mask, process, and export. We will also give you some tips and tricks for using 3DSOM Pro effectively. By the end of this article, you will be able to create your own 3D models from photos with confidence and ease.
The Capture Process
The first step of creating a 3D model with 3DSOM Pro is to capture your object with a camera. This is a very important step, as the quality of your photos will affect the quality of your model. Here are some guidelines for taking good photos of your object:
Choose a suitable object. The object should have a clear and distinct shape, and a rich and varied texture. Avoid objects that are shiny, transparent, or uniform in color, as they will not be captured well by the software.
Choose a suitable background. The background should contrast with the object, and should not have any patterns or features that might confuse the software. A plain white or black background is ideal.
Choose a suitable lighting. The lighting should be bright and even, and should not cast any shadows or reflections on the object or the background. Avoid direct sunlight or flash, as they will create glare and noise.
Choose a suitable camera. The camera should have a high resolution and a good focus. You can use any standard digital camera, such as a DSLR, a compact camera, or even a smartphone camera.
Take multiple photos of your object from different angles. You need to cover as much of the surface of your object as possible, so that the software can reconstruct its shape and texture accurately. You should take at least 20 photos for a simple object, and more for a complex one. You can use different capture methods, such as:
Marker-less: This is the simplest method, where you just move the camera around the object manually, making sure to overlap each photo by at least 50%. You can use this method for small or medium-sized objects that can be placed on a table or a floor.
Structured light: This is a more advanced method, where you use a projector to project a pattern of light onto the object, and then take photos of it with the camera. The pattern helps the software to align the photos and extract the shape of the object more accurately. You can use this method for large or irregular objects that cannot be moved easily.
Turntable: This is an automated method, where you place your object on a rotating platform, and then use a remote control or a timer to take photos of it with the camera. The platform rotates by a fixed angle between each photo, ensuring a consistent coverage of the object. You can use this method for any size or shape of object, as long as it fits on the platform.
Once you have taken all the photos of your object, you need to transfer them to your computer and load them into 3DSOM Pro. The software will automatically detect and organize the photos by their capture method, and display them in the image list panel.
The Masking Stage
The next step of creating a 3D model with 3DSOM Pro is to mask the images and extract the shape of your object. This is where you tell the software which part of each photo belongs to your object, and which part belongs to the background. This will help the software to isolate your object from its surroundings, and to create a more accurate and clean 3D mesh.
To mask your images, you need to use the masking tools provided by 3DSOM Pro. These tools allow you to draw outlines around your object in each photo, and then fill them with color to indicate which pixels are inside or outside your object. You can use different masking tools, such as:
Brush: This tool allows you to paint over your object with a circular brush of adjustable size and hardness. You can use this tool for fine-tuning or correcting small areas of your mask.
Lasso: This tool allows you to draw freehand curves around your object with your mouse or pen. You can use this tool for quickly outlining complex shapes or curves.
Polygon: This tool allows you to draw straight lines around your object by clicking on different points with your mouse or pen. You can use this tool for quickly outlining simple shapes or angles.
Magic wand: This tool allows you to select contiguous regions of similar color or brightness with a single click of your mouse or pen. You can use this tool for quickly selecting large areas of uniform color or texture.
You can also use some advanced masking features, such as:
Auto mask: This feature allows you to automatically generate masks for all your images based on their similarity and contrast with the background. You can use this feature for saving time and effort when your object and background are clearly distinguishable.
Smart mask: This feature allows you to automatically refine your masks by using the shape information from the other images. You can use this feature for improving the accuracy and consistency of your masks across different views.
Mask editor: This feature allows you to edit your masks in a separate window, where you can zoom in, pan, undo, redo, and apply various filters and adjustments. You can use this feature for fine-tuning or correcting your masks in detail.
Once you have masked all your images, you need to extract the shape of your object from them. To do this, you need to use the shape extraction tool provided by 3DSOM Pro. This tool will analyze your images and their masks, and then create a 3D point cloud that represents the surface of your object. You can view the point cloud in the 3D view panel, where you can rotate, zoom, and pan it.
The Processing Stage
The third step of creating a 3D model with 3DSOM Pro is to process the point cloud and create a 3D mesh and texture for your object. This is where you turn your raw data into a polished and realistic 3D model that can be exported and used in various applications.
To process your point cloud, you need to use the processing tools provided by 3DSOM Pro. These tools allow you to refine the mesh and texture of your model, and to optimize it for different purposes. You can use different processing tools, such as:
Mesh generation: This tool allows you to create a 3D mesh from your point cloud, which is a collection of polygons that form the surface of your object. You can adjust the resolution and smoothness of your mesh, and choose between different meshing algorithms, such as Delaunay or Poisson.
Texture generation: This tool allows you to create a texture for your mesh, which is an image that covers the surface of your object and gives it color and detail. You can adjust the resolution and quality of your texture, and choose between different texturing methods, such as projection or blending.
Hybrid approach: This tool allows you to combine the best features of both meshing and texturing methods, by creating a hybrid model that consists of a low-resolution mesh with a high-resolution texture. You can use this tool for creating models that are both realistic and efficient.
Turntable automation: This tool allows you to automate the processing of your images if you used a turntable capture method. You can use this tool for saving time and effort when you have a large number of images to process.
Once you have processed your point cloud, you need to review your model and make any necessary adjustments or corrections. You can view your model in the 3D view panel, where you can switch between different rendering modes, such as wireframe, solid, or textured. You can also use some editing tools, such as:
Crop: This tool allows you to cut off any unwanted parts of your model, such as the base or the background.
Scale: This tool allows you to change the size of your model, either by entering a specific value or by using a reference object.
Align: This tool allows you to change the orientation of your model, either by rotating it manually or by using a reference axis.
Color: This tool allows you to change the color of your model, either by applying a global tint or by using a color picker.
The Exporting and Sharing Options
The final step of creating a 3D model with 3DSOM Pro is to export your model to various formats and share it with others. This is where you make use of your model in different ways, such as:
Exporting: You can export your model to various formats that are compatible with different applications, such as OBJ, STL, PLY, VRML, FBX, DAE, U3D, PDF, etc. You can also export your model as an image or a video file.
Publishing: You can publish your model online in webGL format, which allows anyone to view it in their browser without any plugins or downloads. You can also upload your model to the cloud service provided by 3DSOM Pro, which gives you a unique URL that you can share with others.
Using: You can use your model in various applications that support 3D content, such as 3D printing, augmented reality, virtual reality , gaming, animation, simulation, etc. You can also use your model for educational or artistic purposes.
To export or publish your model, you need to use the exporting and sharing tools provided by 3DSOM Pro. These tools allow you to choose the format and settings of your model, and to generate the files or links that you can use or share. You can also preview your model before exporting or publishing it.
In this article, we have shown you how to use 3DSOM Pro to create professional quality 3D models from photos. We have explained the four main steps of the process: capture, mask, process, and export. We have also given you some tips and tricks for using 3DSOM Pro effectively.
3DSOM Pro is a powerful and versatile tool that can help you create realistic and accurate 3D models of real-world objects without spending hours on complex software or hiring expensive experts. You can use any standard digital camera to capture your object, and then load the images into the software, where they will be processed and converted into a high-quality 3D mesh that can be exported to various formats.
With 3DSOM Pro, you can create 3D models for various purposes, such as showcasing your products online, digitizing your collections or artifacts, creating realistic assets for games or animations, printing your models in 3D, or using them in augmented or virtual reality applications. You can also publish your models online in webGL format, or upload them to the cloud service provided by 3DSOM Pro.
If you are interested in 3DSOM Pro, you can visit their website at [https://www.3dsom.com/], where you can find more information about the software, download a free trial version, or purchase a full license. You can also find some tutorials, examples, and support on their website.
We hope that this article has helped you understand how to use 3DSOM Pro to create professional quality 3D models from photos. We encourage you to try it out for yourself and see what amazing results you can achieve with it.
Here are some frequently asked questions about 3DSOM Pro:
What are the minimum requirements for 3DSOM Pro?
The minimum requirements for 3DSOM Pro are:
A Windows PC with a 64-bit processor and at least 4 GB of RAM.
A graphics card with OpenGL 2.0 support and at least 256 MB of VRAM.
A digital camera with at least 5 megapixels of resolution and a good focus.
A projector with at least 800 x 600 pixels of resolution and a good contrast (optional).
A turntable with a remote control or a timer (optional).
What are some examples of objects that can be modeled with 3DSOM Pro?
Some examples of objects that can be modeled with 3DSOM Pro are:
Products: such as shoes, bags, jewelry, toys, etc.
Collections: such as coins, stamps, fossils, etc.
Artifacts: such as sculptures, pottery, masks, etc.
Organic: such as plants, fruits, animals, etc.
Human: such as faces, bodies, clothing, etc.
How much does 3DSOM Pro cost and where can I get it?
The price of 3DSOM Pro is $499 for a single-user license. You can get it from their website at [https://www.3dsom.com/], where you can also download a free trial version that allows you to test the software for up to 30 days.
How long does it take to create a 3D model with 3DSOM Pro?
The time it takes to create a 3D model with 3DSOM Pro depends on several factors, such as:
The size and complexity of your object.
The number and quality of your photos.
The resolution and smoothness of your mesh and texture.
The speed and performance of your computer.
On average, it takes about an hour to create a simple model with 20 photos, and about two hours to create a complex model with 40 photos. However, this time can vary depending on the factors mentioned above.
What are some tips and tricks for using 3DSOM Pro effectively ?
Some tips and tricks for using 3DSOM Pro effectively are:
Use a tripod or a stabilizer to keep your camera steady and avoid blurry photos.
Use a remote control or a timer to avoid shaking your camera when taking photos.
Use a grid or a ruler to measure the distance and angle between your camera and your object, and keep them consistent throughout the capture process.
Use markers or stickers to help the software identify the features and corners of your object, especially if it has a smooth or symmetrical shape.
Use the preview mode to check the quality and alignment of your photos before loading them into the software.
Use the auto mask feature to save time and effort when masking your images, and then use the smart mask feature to refine them.
Use the hybrid approach to create models that are both realistic and efficient, by using a low-resolution mesh with a high-resolution texture.
Use the turntable automation feature to speed up the processing of your images if you used a turntable capture method.
Use the crop, scale, align, and color tools to adjust your model to your desired size, orientation, and appearance.
Use the webGL format to publish your model online, or use the cloud service provided by 3DSOM Pro to upload and share your model with others.