Rendering Technology-How It Started

Rendering technology has become indispensible for the multimedia industry today.  Graphics artists and multimedia specialists simply cannot think of creating 3D projects without rendering it repeatedly. But you will be surprised to know that the beginning of rendering can be traced back to the 60s!

Let us know more about the beginning of rendering and the first 3D object that was rendered.

The object that inspired

While discussing the beginning of render technology of render farm, mention needs to be made of Gordon Romney. He was one of the forerunners of 3D modeling and rendering who initiated the journey of creating computer generated objects and making it photo realistic.

The first object which inspired Romney to create a CG model was the ‘Soma Cube’.  It was a very simple rosewood box which was received by Romney in 1967. This rosewood box was developed by Piet Hein in 1933 and certified by the Denmark based brand ‘Skjode Skjern’.  The color, texture and visual effect of this Soma Cube were so outstanding that it encouraged Romney to develop its computerized form.

The basic framework

Romney discovered that the cube shaped rosewood box could be dismantled into seven parts: right screw tetra-cube, branch tetra-cube, left screw tetra-cube, ‘T’ tetra-cube and ‘L’ tri-cube.  He applied the same technique in making seven computer generated polygons that resembled dismantled parts of the original Soma Cube.

The steps that were followed

Romney created the seven polygons using a specific technique. The stepwise breakup of the technique is as follows:

·        Step one :

The light-pen driven Assembly Program was implemented for creating a cube-shaped meta-object from a list of pre-defined geometric objects. The hidden lines in the polygon were distinctly visible and it featured monochrome vector display.

·        Step two:

As it is known now, each of the components of the virtual Soma Cube had smaller units. At this stage, these unites were assembled together into standalone sub-objects.

·        Step three:

Now the color and texture of the components were decided and the necessary parameters were set according to that.  The pixel density, intensity of illumination, view point and other secondary parameters were also set.

·        Step four:

In order to place the CG object properly, the metrics needed for translation and rotation of the same were specified. The ‘Manipulation Program’ was used extensively to give a sequential action to the virtual Soma Cube.

·        Step five:

Now the Tektronix Oscilloscope was set by enabling film and camera options in it. The appropriate filter was also enabled. Separate renderings were done for the green, red and blue polygons in order to preview the rendered color image of each of the components of the Soma Cube. A final render was done when Romney was satisfied with the trial runs.

Although the process took long, now CG projects can be rendered faster using rendering techniques offered by firms like Foxrenderfarm.

Stepwise Preliminary Guide on Making a CG Bedroom

An architectural modeling where a multimedia specialist needs to create the interiors of a bedroom using the software 3DMax can appear challenging for a novice. A stepwise approach must be taken for the most photo realistic bedroom scene. Here are the necessary tips.

·        Step One:

During this step you need to specify the dimension of the bedroom. You can go to the option ‘Customize’ in your 3D Max software and browse through subheads that read ‘Display Unit Scale’, ‘Metric’, ‘Custom’ and ‘Generic Units’. Decide your chosen parameters and make the inputs accordingly.

·        Step Two:

At this stage, you need to concentrate upon the ‘Top Viewport’ of your software. Draw a rectangle there and convert it to ‘Editable Spline’. You can do this by right clicking on the rectangle and choosing the option ‘Convert to’. When the rectangle gets converted into an editable spline, you need to select all the four splines by clicking on the ‘Modifier’ option.  Type in your preferred metrics in the space provided besides the option ‘Outline’ under ‘Spline’.  Now extrude the rectangle into a polygon.

·        Step Three:

Create one more box inside the extruded polygon as the ceiling. This box will be almost similar in dimension as that of the polygon. Now copy and paste it, and drag it down from the ‘Perspective Viewport’ to make the floor.

·        Step Four:

Go to ‘Side Viewport’ and draw a rectangle on the polygon. This will be the window. But remember to make its width thinner than the walls. Convert the rectangle into ‘Editable Spline’, select it and delete it. You can add further detailing to make windowpanes and sunshades.  Similarly, you can add details to the walls too at this stage.

·        Step Five:

Now you need to concentrate on the interiors. Develop the bed by drawing two rectangles, one will be the base and the other will be the headpiece. The dimensions will be set accordingly. 

·        Step Six:

Draw another chamfered box over the rectangle you have drawn as the base of the bed. Since this will be the mattress, make it narrower. In order to make it look like a real mattress, go to the ‘Modifier Panel’, choose ‘Garment Maker’ and set the right parameters.

·        Step Seven:

Now initiate the simulation by selecting ‘Simulate Locale’ under ‘Cloth’ modifier. Stop the simulation by repeating the same process once more.  Render the scene once to see the outcome. You can hire rendering service from providers like Fox Renderfarm for hastening the process.

·        Step Eight:

You need to set the ‘Turbosmooth’ modifier now and render the scene again for image preview before adding other objects inside the interiors.

NEW TECHNOLOGY FOR DESIGNRS “3D RENDERING IN INTERIOR DESIGN”

Recently progresses in technology lead to a decrease in computational times. Now rendering market has gleaned from these improvements as well as established a larger consumer base. The advantages have also trickled down to costumers through a more affordable product. Interior designers are among those new customers who are growing the rendering market and have already seen the benefits of the advances in the technology.

 

 Developments to the visualization of designs using renders as well as also video to support designers for communicating their ideas better and to avoid expensive mistakes with clients, strata and counsel approval. With the help of the 3D rendering companies, now designers have been able to alter and perfect color schemes and design elements. Both of these techniques are now in their creative processes and they are now able to work with client’s wish. 3D rendering technology gives the interior designers an opportunity to experiment with risky ideas and test out what the new color in the home and the kitchen might be look at different times of day. By applying the state of the art technology, all these visualizations are now so much realistic.

Suppose, a designer is working with a couple which is remodeling their kitchen. They are not sure that whether they spend extra money on the granite countertop, as a result they are holding up their decision making process. On the other side, builders have been scheduled and ordering granite which would take time and need to be rushed therefore. Now, if the couple would change their decision, it would be a great mistake for them. With the help of 3D rendering technology, some studios are now able to create several image variations of the kitchen with or without granite countertop which will take 72 hours. So that the interior designer able to show the benefits of the granite to the clients. Then the clients can see the benefits of the granite that if it would really make a difference in the kitchen. Through such a fast turnaround of images from a 3D rendering farm, the project may able to move along faster and speed up the delay.

Ability to see the images of the projects through such alterations can also support the designers for visualizing their own projects. As the interior designers see the granite countertop switched out for tile perhaps, a larger faucet might complement the granite better than the previous chosen one. The designer could try something risky like as build color. But they are now having the courage to try this color because the 3D images are now so realistic. The clients are now sign off faster for saving valuable and costly time. The projects move along smoother with some costly mistake overall.

BENEFITS OF NEW TECHNOLOGY “3D ARCHITECTURAL RENDERING”

Basically, architectural rendering refers to prepare and present a design to construct the purposes. This is done by the construction company so the clients are satisfied with the plan and then approve with it. The design of the construction models is done for residential and commercial units. Previously, the designing and preparing of the construction models were done by the outline sketches. Now, with the new technology, the use of 3D rendering is adopted by various companies. Both 3D Architectural rendering and 3D Modeling are now one of the best techniques which can be used by the architects to design the architectural projects. This has brought a new revolution in the architect history. This technology allows anyone to view upcoming commercial, industrial, institutional and other buildings like as sky scrapers and residential. Various multimedia providers, engineering consultant, interior designers, architects and CAD services are now employing the 3D techniques with the help of architectural visualization. It is not limited only for building purposes but also to prepare modeling products like 3D Furniture Models, 3D Products Models, 3D Interior Models and 3D Exterior Models.

 

Private property owners or business owners select the 3D services to design a rough sketch since this is a good solution for preparing the dream house at a lower cost. 3D Architectural rendering that provides assistance to the clients for using the software tools. It offers technical support that gives buildings constructed within anyone budget and then anyone can has the great opportunity to play with his/her imaginations before the final constructions.  In order to build more realistic illustrations for anyone structure, object and find out them how their project will actually look in future. 3D rendering technology offers an appropriate idea to the buyers on how their projects will be looked after completing the construction process. These rendering services help the designers and architects for impressing their clients by showing the 3D effect for construction project presentation. Anyone can have visual presentations for the whole buildings, landscape projects, interiors and exteriors.

Now, anyone knows the importance of rendering services, anyone might want to hire a skilled professional at their end who delivers timely services at cost-effective prices. When anyone selects a company, he/she needs to make a conscious effort to hire those professionals who posses substantial experience. It is not important to say that a well worked image would be far better than a group of words that used to explain the image. There are many architectural rendering farms that offer services in Exterior Rendering, Interior Rendering, 3D Virtual Animations, 3D Floor Plans, 2D Floor Plans, Scale Models, Site Plans and Advertising & Marketing presentations.