How to render

In photography, image rendering can refer to several different processes, all of which can be attributed to how devices or browsers convert image data into viewable formats.

What your device "sees" is a data set that describes the visual properties of an image or graphic. How it presents this information will determine what you see on the screen.

In-camera image rendering When taking pictures, you will first see the rendered image on the camera itself.

No matter what device you take pictures on, you must interpret the data sent by the image sensor and then convert this information into pictures.

The image you see on the electronic viewfinder and/or LCD screen is the rendering of the scene by the camera.

The appearance of this photo depends on the algorithm your camera uses for image rendering and the settings you choose.

The practice of each camera is slightly different.

The next rendering in image rendering photography during post-processing occurs in the editing stage.

Your post-processor needs to interpret the data in each image file and then display it on any screen you are editing.

Just like a camera, each image editing program has its own unique algorithm and output. You may not notice these differences when editing Jpeg photos, but if you shoot in RAW format, these differences will become very obvious.

A common misconception is that "taken directly from the camera" (SOOTC) images are pure because they are "unedited". This is actually far from the truth.

If you shoot in Jpeg format, the camera will "edit" it for you through the settings in the camera, including automatic mode. You can choose whether to post-process the image, but in either case, the image is initially "edited".

If you shoot in RAW format, your camera will simply organize all the data into a large image file. How to present it in post-processing depends on the software you use.

Unlike Jpeg, for RAW photos, you will decide the appearance of the image yourself. The starting point will depend on the quality of the original image rendering ability of the software you choose.

Image rendering when making composite materials Another way to use the term "rendering" in post-processing is to create separate layers when making composite images.

It is also used to reference the final image when all the different layers are merged into a flat image and saved in an image file. This is sometimes called "final rendering", although you often see this situation in 3D image rendering.

This is not a frequent use of the word "rendering"-most of the time we just say that we are cutting elements and putting them in a complex-but it is there and you may encounter it.

If you are engaged in professional photography, the way your images are initially presented on the screen will have an impact on your workflow.

3D image rendering? Designers will create individual elements (called rendering channels) and then combine them into a complete, usually lifelike image.

If done well, these generated images are almost impossible to distinguish from real photos.

Nowadays, this form of image rendering is everywhere, drowning everything from movies and games to online catalogs, architectural design and interior decoration.

How to render photos? Most of the time, photographers don't need to render images from a technical point of view-this is the job of your device software and/or browser.

However, if you use "rendering" to represent different elements of cutting composite materials, how you do it will depend on the software you use.

It is important that you have an image editor with layer function and a suitable tool set for fine selection.

(Please note that not all selection tools are the same. Photoshop is still the best software when making fine choices. )

If you just want to change the background, many programs will do so automatically. The same is true for switching the sky.

The results are usually not perfect-you still need to make the final touches-but this technology has undoubtedly made great progress.

However, if you want to make multiple beautiful incisions, then using Photoshop or GIMP is your best choice.

From there, you need to learn the selection tools you choose (there are many). After selecting the part of the image you want to use, click Copy and paste it into a separate layer in the composition you are making.

Once all the elements appear and align, you can "flatten" your image (that is, merge all the layers into one layer). You now have the final rendering.

How to speed up image rendering? For 2D picture rendering, Zanqi Cloud Workstation and Massive Software Center can be used to support picture rendering, composition and post-production. Select the appropriate software and machine configuration according to the requirements, and use it flexibly without limiting the use time.

3D pictures can be rendered by shading cloud, and tasks can be rendered in batches in the cloud according to requirements, which is fast and efficient. You can also use Zanqi Cloud Workstation to render through Zanqi Cloud Workstation, Software Center, Cloud Disk and Light and Dark Cloud? Get through the material upload-> Make a seat on the cloud->; Design->; Rendering-> Comprehensively present the whole process.