Tip 1: Reserve effects for real time rendering

You can monitor the rendering time of your CG project if you exclude the special effects, shadows, ray tracing and transitions from it during the trial previews. These add-on effects take more time to render, thus making the entire process delayed. Reserve these effects for the last preview before submission and stick to simple model rendering for the time being.

Tip 2: Forget render insensitive effects

When we ask you to stay away from options like frame blending, filters, etc., you may get confused. But what you might not know is that these render intensive effects slow down your project! Basically, it takes more time to render projects that have these effects included in them in comparison to those which are devoid of this. So, an easy way that you can adopt to monitor rendering time during the editing stage is to forget these render intensive effects for the time being. However, at times it may be very important to see the outcome of your CG project after the implementation of these effects right during the editing stage. There is a way out for it! View the effect in one frame at a time by rubbing through the clip in that particular canvas.

Tip 3: Low frame rate and resolution serves well

If your project permits lower resolution and low frame rate then it will be a great measure to monitor rendering time. However, it is equally true that low resolution CG might not give as splendid an image quality as those with high resolution images. Similarly, low frame rate might not fit the purposes of every graphics project. In such cases, it is always ideal to go for these options during the editing stage of the project. When your project is in the rectification stage, these effects will not cause havoc chances. You can always turn on the options at the finals stage of real time rendering to achieve the effect you want.
Render farm is software that assists in CGI and is very helpful to create visual effects. It is widely used in film and television industry these days. Thsnks to the software as users do not need to spend any time now to monitor rendering time of their porjects in their individual systems.

Omni lights: If your project has bulbs, candles or dim lights in it, you would need to incorporate omni lights to create a realistic scene. These lights feature illumination that is pointed straight towards a greater depth. But they are more focused in nature and do not cover wider area on either side of them.

Directional light: You will not be able to see this light when you use it for your 3D project, but feel its effect! Just think of the light that sun casts on earth or the illumination of the night sky due moonlight and glimmer of twinkling stars. This is exactly what happens when you integrate directional light in a scene.

Ambient light: This light, as its name suggests, creates the mood of the project. To be specific on this, ambient light is most suited for dusk scene after sunset which is characterized by a faint light and shade effect. As soon as you enable ambient light in your multimedia project, it will emit soft light rays all around it. This light will lift up the overall level of diffuse lighting in a sequence. The basic characteristic of ambient light is that neither it is typically unidirectional like omni light nor does it cast any shadow.

Spot light: This light is used in 3D projects in order to highlight something. The light rays emitted from the source create a conical shape as they travels further. The more the distance from the source, the greater is the expanse of the circumference of lighting that gets created. It is mostly used in advertising and product promotion when a ‘limelight effect’ is created on the product in discussion. However, graphics artists also use spot lights in architectural projects and environment modeling to portray light emitted from objects such as lamp posts, desk lamps and overhead helmet lights.

Area light: This form of light has characteristic shapes, which may be rectangular, round or square. These lights emit directional light rays from the particular source of generation. They are mostly used for illuminating 3D objects like back-lit panels and fluorescent lighting fixtures which might be present in a CG environment.

While lights impart realistic effects to multimedia scenes, they are difficult to render in individual computers due to their inadequate memory capacity and CPU speed. Such situations can be overcome by opting for outsourcing options from service providers like render farms and all.

Next, we discuss about graphics rendering pipeline. The pipeline is the foundation of real-time graphics. Its primary function is to create or render, a two-dimensional image, given three dimensional objects, a virtual camera, textures, lighting models and light sources.

The architecture of a real time rendering pipeline could be divided into three conceptual stages application, geometry and rasterizer. This structure is the core which is utilized in real-time computer graphics applications.

The application stage is controlled by the application where the image generation process commences resulting in the final scene of animation frame. Hence, a based is created and filled with simple images, which later on is built into larger, clearer images. The application is implemented upon the software, offering developers a complete control over the implementation so as to alter the performance. Some of the processes involved in this stage are collision detection, force feedback, animations, speed-up techniques and more. One of the processes which is usually implemented at this stage is detection of collisions. This usually involves algorithms which decide whether collision could take place between two objects. After a collision has been computationally detected, a response may be generated and sent back to the colliding objects. This response would also be sent towards a force feedback device. As the application stage ends, the geometry which must be rendered is fed onto the subsequent stage in the pipeline. These are rendering primitives which might eventually land up within the output device, such as triangles, lines and points.

The geometry stage is the stage where a large amount of per-vertex operations take place. This stage computes what needs to be drawn, how it must be drawn. It also determines where the animations are to be drawn.

In the rasterizer stage, the elements which have been drawn and the transformed models are fed into this stage. These elements are converted into picture elements or pixels and colors are added onto them.

To execute these stages, a powerful system of computers is needed. Such a network of computers is called a rendering farm. They share processing power and memory resources. Fox Render Farm is a reputed online render farm. You could submit your rendering project online in the cloud. In order to monitor rendering progress, you could download and install the client software application from their website.

Make the silhouette interesting

The life of a stylized cartoon animation is in the silhouette. If it is interesting, it will attract attention and your project will be a hit! But if it looks boring then your labor will go waste after the strenuous process of modeling, rendering and distributing the final output. The best way to go about it is to put your idea on paper. Now when you will transform that cartoon into a CG image, create a simple flat shade to test how interesting it appears to you. You can put the image color as white and place it against a black background for better analysis.

Homologous mixture of hard and soft edges

While hard edges define your cartoon character, the soft edges make them look the way they are. But you have to be very careful about the balance of hardness and softness in your CG project. Tip here is that too much of hardness will hamper its cartoon-like looks, while too much of softness will impart a jazzy appeal.

Proportion of cartoon image

If you have thought that you can play with proportions when things concern cartoon images, you are wrong! Although cartoon characters can have long nose, slender legs, long legs and a massive head, the overall body structure must follow a proportion. So, while creating your cartoon character remember about its overall proportion.

Color says it all

You have the liberty of play with color, hue and saturation when you are working on a cartoon project. You can use bright colors and maximum saturation to depict happy mood. Likewise, you can desaturate parts of your frame for creating effects like flashbacks, reflection of sadness, etc. But always remember to retain a harmony throughout your frames. Render your trial project and check whether this synchronization persists or not. If your standalone computer does not support repeated rendering, you can look for options like render farm services.

Too much detailing is unnecessary

Although detailing is the heart and soul of computer generated characters, too much of it is unnecessary for cartoon characters. It will kill the characteristic softness of the image! However, you are not supposed to exempt yourself totally from applying any details to your cartoon animation though. Use your conception while fine tuning your cartoon with detailing.
Render farm is software that assists in CG and is very helpful to create visual effects in any OS.

Step 1: Commence the work

Start your Droid project by clicking open a black layout in Eclipse. Now you need to access the tutorial of Android to move further ahead. Set SDK at a minimum level of 11 to ensure that you will be able to generate a balanced level of project manifestation. You can assign your preferred name to the project by making relevant alterations in the code.

Step 2: Set image

It is assumable that the image you wish to include in your Android project will be stored somewhere in your system. You need to launch the image in the ‘Views’ option of the application layout. So, copy the image and store in the graphics folder of the project. Make sure that you launch each image in a different folder in Android. Moreover, you are free to make changes in the image at this stage as per the requirements of the final screen size.

Step 3: Develop the elements

You are supposed to define the XML image for creating the rest part of the graphics project. So retain the first folder for the central image. Put the relevant Java codes that define the shape of the image. Likewise, develop other folders with the secondary elements of the project. When everything is ready, you will be able to see the elements by clicking on to the ‘start’ icon on top of the project interface.

Step 4: Make the project layout

After you are through with the elements, you need to incorporate them in the layout. Since you will be using ‘Image Views’ for this project, go to the application folder, remove the existing codes and put the codes your new elements have generated. In order to link the layout with Java, you should add separate ‘Image Views’ in the layout against each of the elements you have created.

Step 5: Set the animation

It is time to make your graphics elements move! For this, you need to navigate through the application custom defined folder and create a sub-folder. Now create another new folder there where you will store the codes for the animation. Tip here is that you should begin by defining ‘set’ and then add animation details one by one. You can apply animation now for testing how the graphics elements move! Work on each image separately and see a preview every time to detect any amendments that may be required. Remember, this will require repeated rendering. But you can save time and money by opting for rendering service instead of installing software in your system and making it susceptible to crashing!
Being fast and perfect are the demands of the multimedia industry. Android graphics projects can now be executed faster with rendering service.

If you are into graphics generation, it would be a great idea to utilize a render farm. There are many reasons why you should do so. Firstly, using a render farm implies that you would be using the latest available technology. Since this technology is being recognized by many people around the world, it would be a major advantage if you used it. For instance, if you are creating a movie, it would be recognized and noticed widely. This is due to the fact that it would be made with the latest technology, which is preferred widely by people today.

Secondly, undeniable as it may seem, the technology would help in image production at an unbelievable resolution. You could make ordinary images look extraordinary by using a render farm. In fact, it can offer a lot more than conventional images. You could also move one step ahead and make 3D images. Undeniably, 3D images are preferred by everyone today. If you are making certain images or videos, you could use a render farm for designing your work using 3D technology. This would ensure the popularity of your graphics, since you would be using the most preferred and latest technology.

Also, rendering has turned into a process which is highly time-consuming. This is a major problem, especially, if you are intending to create long movies or large volumes of images. Obviously, such large projects demand a lot of work. This is where a render farm would be able to help you by ensuring that all tasks are efficiently completed. There are several production needs when it comes to long movies and a render farm mac would ensure that such needs are effectively met. The advanced computing machines would not make the production process fast, but also ensure that there is a high quality of results produced. You could expect the best quality in the minimum time.

Fox Render Farm is one of the leading online render farm companies in the world. They offer their services to several CG production companies around the world to render animations. Their work has been backed up by the appreciation and feedback from these companies. You could expect an efficient price at an affordable cost. If you want to view the progress of rendering from your Android phone, they have released an app which would allow you to do so.

Step 1: First of all, you need to launch the environment that matches with your 3D rainfall. There are array of options to choose from, such as uploading a real snap shot of a rainy day, creating a rainy environment using photo editing software or selecting the default image from the ‘Maps’ folder of 3D Max.

Step 2: Select the option that reads ‘Spray particle’ for creating 3D rainfall now. You will be able to locate this by navigating through ‘Create’ followed by ‘Geometry’.

Step 3: Now go to the ‘Top’ viewport of your 3D Max project and create a box. This will be your surface area where you will apply the spray particles. Assign a name to this box. Remember that you need to adjust the camera viewport in accordance to the surface area of the background image.

Step 4: Open the ‘Material Editor’ and choose the empty slot there for assigning the customized water material that you will create.

Step 5: Now manipulate ‘Glossiness’ and ‘Speculation Level’. Tip here is that you should keep ‘Glossiness’ within a range between 45 to 50 and ‘Speculation Level’ at slightly above 100. Set white as ‘Specular’ color, ’0%’ opacity and 1.0 as ‘Soften’ option.

Step 6: In the ‘Maps, turn off the ‘Bump’. Next, adjust the noise parameter in the ‘Material/Map Browser’. Render it now and see repeated test previews to understand whether you need to edit the noise option further or not. If the memory and CPU capacity of your system do not give you the privilege of repeated renderings, you can opt for rendering service.

Step 7: Now select’ Flat Mirror’ for the realistic water reflection and upload it under ‘Reflection’. Increase the distortion level to fine tune the effect. But in order balance this reflection with the ‘Bump’, you need to choose the option ‘Use Bump Map’.

Step 8: Finally, your 3D rainfall is ready! You can see how it looks by testing it with some previews by opting for the ‘Quick Render’ option in the Camera View Port. Rendering service can come to your aid again in situations like this.

The last thing that remains now is to render the project and see enjoy your 3D rainfall.
Rendering service is provided for fast execution of rendering tasks in Maya, 3D Max, Blender, etc. projects. A good rendering farm will be able to provide you the functionality right inside your software with a dedicated plugin.

Step one

Choose the environment which will harmonize with your 3D rains. So, go to the dialogue box that reads ‘Environment’. Strike out the ‘None’ option and select ‘Bitmap’ from the ‘Material Browser’.

Step two

Now go to ‘Backgrounds’ prompt present in the root directory of 3D Max which reads ‘Maps’. This is the folder that contains present environments. So, you can get your rainfall environment there too. Recommendations are that choose and open the JPG file named ‘Lakeside’ for faster and best results.

Step three

You need to arrange the rainfall scene now. Set the selected scene as the background of your 3D project. Remember here that the same image will be used as the background of your ‘Perspective Viewport’. Therefore, concentrate upon the perspective viewport, activate it and click ‘OK’ both the options that read ‘Display Background’ and ‘Use Environment Background’. But remember that the image needs to be rendered as background environment. You can opt for options like remote render here for faster execution of work.

Step four

At this stage, the created ambience will be visible in the ‘Perspective Viewport’. Once you see the preview in this viewport, you will be able to understand what adjustments need to be made so that the background precisely accurate.

Step five

In order to make the scene more realistic, you need to assign ‘Camera’ in this viewport. Navigate through the ‘Create’ tab at the top panel of your 3D Max interface, click on to the camera logo and set your preference at ‘Standard’.

Step six

Position the camera now. You can do this easily turning on the ‘Target’ option under the panel meant for modifying the ‘Camera’ option. Turn your attention towards the ‘Top’ viewport and you will be able to see the camera icon. Drag and position the camera as per your requirements. You need to launch the same camera in the ‘Perspective’ viewport’ as well. Therefore, go to the ‘Perspective Viewport’ and click on to the keyboard button ‘C’. The camera will be launched and you will be able to visualize how the scene looks like.

Step seven

You can customize your camera even more by selecting ‘Show Horizon’ option from ‘Modify Panel’. Once you select this option ‘Ok’, you may see two lines. One of them will be the grid line and the other one will be black in color and straight. It is the horizontal line which is your eye level adjuster. You can fine tune your work with these now. Now that your scene is ready, go to the particle system and create the 3D rainfall!