3D Web Visualizer
Implementation

Represent a physical object using a collection of vertices, edges and faces creating a mesh in 3D space. 3D models are used to portray real-world and conceptual visuals for art, entertainment and simulation. These are integral to many different industries, including virtual reality, video games, 3D printing, marketing, TV and motion pictures.

Basically covering a 2D image around a 3D object and defining how the light would affect it. Texture gives the viewer a sense of materialism and realism about an object in a 3D world. The purpose is to show the viewers a perception of what the object is actually made of by looking at it.

The collection of tools and techniques used to simulate light in a computer-generated 3D environment. 3D Lighting techniques offer a huge amount of flexibility regarding the level of detail and functionality. They also operate at different levels of complexity. 

Implementing everything together (Models, Materials and Lighting) all in one carefully crafted 3D scene to view the final render of a product.

Add audio anywhere and at anytime within the Visualizer. This can be implemented with interactions or background music/noises

Show or hide mouse cursor when it hovers over the scene

Among hovering in the 3D viewer you can choose to Orbit Camera or Pan Camera with the level of sensitivity, damping and if you want that effect to reset if hover out.

You can add physics to your 3D model with the gravity level of your choice.

Allow or don't allow scrolling on the web page while mouse is in the 3D scene.

Decide the touch settings for the users with touch screens:

• Orbit with 1,2 or 3 Fingers. This can be Disabled.

• Pan with 1,2 or 3 Fingers. This can be Disabled.

• Zoom with pinching or not.

Bring digital objects to life by creating the illusion of movement within a three-dimensional space, enhancing the interactivity and realism of your visualizations.

A computer-generated digital setting that serves as a background or complements the 3D model in the visualizer, creating a compelling illusion of depth. 

Adds a realistic shadow beneath the model, giving it the appearance of resting on a surface. 

The movement of the Camera can be constrained around the scene. You can limit the Panning, Zoom and orbit of a scene.

Choose between a Fixed EX: (640 x 480) or a Responsive window size.

The model inside the 3D viewer can spin Left or Right and at the speed you want.

Grain:
Can be used to simulate film grain for "photorealistic rendering", or to add details to uniform areas to make the model look less synthetic.
(Adding/Not Adding)

Depth of Field:
Simulate a shallow depth of field. Click/tap the model to set the focus point.
(Adding/Not Adding)

Vignette:
Darkens the borders of the viewer. It is a good way to focus the attention on the center of the scene.
(Adding/Not Adding)

Pixelation: Pixelation occurs when an image is displayed at too low a resolution, making individual pixels visible and the image appear blocky. 

(Adding/Not Adding)

Aberration: Aberration refers to a distortion or imperfection in the way a lens or optical system captures or displays an image. This can result in blurring, color fringing, or distorted shapes in the view. It often occurs in cameras, telescopes, or glasses.

(Adding/Not Adding)

Bloom: Bloom is a visual effect where bright light sources appear to glow or spread, creating a soft halo around them. 

(Adding/Not Adding)

Noise: Noise in an image refers to random, unwanted visual distortion, often appearing as grain or speckles.

(Adding/Not Adding)

A hand icon appears to indicate that the scene is interactive, guiding users to engage with various elements.

Display Custom Annotations with titles descriptions and images. Easily clickable notes on set parts or model to share more info with your audience and direct attention to interesting details. 

Choose a background color or image to suit your preference or hide the background entirely to seamlessly integrate with your website's design. 

Allows users to interact with and customize 3D models directly within a scene in real-time. It lets users change features like colors, materials, or components, providing instant visual feedback. This tool enhances user engagement by offering intuitive controls (buttons, sliders, etc.) to personalize products or objects without leaving the 3D environment. It's a product visualization for a more immersive and interactive experience. 

Visual simulations used in 3D scenes to create dynamic elements like fire, smoke, or explosions. They consist of small particles that follow physics rules (e.g., gravity) to create realistic, customizable effects for immersive environments.