Find Impressive Results With Vector Conversion

It is true that technology is meant for all. It is the way ahead for businesses and households to make life simpler. But only those who are futuristic in their view are able to identify potential opportunities that can drive their business to greater heights. Those with a shrewd eye towards technology and its contribution for the current generation will surely vouch for the fact that vector conversion is one of the most fascinating technologies to be explored. The field has the potential to make more impressive statements through clear images that can talk volumes. So whether you want to make a motivating advertisement or use images to make your talk interesting, you can use this technology.
The raster images that were used till date have certain flaws that can be overcome with raster to vector conversion. To begin with, the raster images use pixels to define images. Many a time, the images in this format are blurred. Hence the images do not look very impressive. Also you will see a predominant difference in the resolutions between raster and vector images. The former requires high resolution and yet fail to give desired clarity. The vector images on the other hand are more sophisticated in their presentation. They are based on mathematical calculations. Every image is defined in terms of paths rather than pixels. This makes the images sharper and neater. Vector conversion can help you convert your raster to vector graphics to add the touch of perfection.
For people actively using CAD, Vector conversion comes as a boon. The main disadvantage while working on raster images is that you can only view them. Professionals working on CAD often find it a handicap that they cannot edit the images in any way. They have a way out of this problem by using vector images that can be imported into the CAD files. There are several software programs that can be used to convert the raster to vector graphics. The vector images can then be imported and edited without any problems.
In fact, this is the way ahead for several industries in the future. This belief has led to the inception of companies that handle all the conversions for you in a matter of days at down to earth prices. These companies that have their websites online are forthcoming with their quotes and pace of work. You can explore them before you make your final decision on the most viable options for the conversion. Make use of smart solutions such as this to beat the competition and break out of the melee.

These options like vector conversion will not only be innovative but also be cost effective for companies that utilize images in their day to day tasks.
Raster to Vector conversion Service.

Article Source: http://EzineArticles.com/6920471

AutoCAD - The One Stop Solution for Designing Architectural Design in 2D and 3D Formats

Architectural CAD Drafting is a process of developing design of Commercial, Residential and Institutional buildings through CAD Software. AutoCAD® Architecture software helps in developing the design in an easy and speedy way thus it ensures safe, and secure document management and reduce cost. Engineers draw Architectural drawings to scale, so that comparative sizes are accurately characterized.
With the help of Architectural Computer Aided Design, you can design draft of Commercial Buildings, Residential Buildings, Institutions & Universities, Hotels, Hospitals, Auditoriums and Monuments. With the help of the development of the CAD software, now engineers are able to design draft of any buildings in 3D, 2D and such other formats. With the 3D and 2D feature of Architectural Drafting, you can design Floor Plans, Wall Sections, Elevations, Building Sections, Door-Window Details, Floor and Roof Framing Plans, Foundation Plans, Non-Structural Layouts, Power & Communication Locations, Lighting Drawings, Furniture Layouts and many other things.
In Architectural Computer Aided Design, the scale is chosen to ensure that the whole building will fit on the chosen sheet size and also to show the needed amount of detail. There are several types of architectural drawing, which includes Presentation drawings, Working drawings, Record drawings and Survey drawings.
There are some advantages of Architectural Computer Aided Design, which includes:
As complex elements can be copied, replicated and stored for re-use, chances of repetition are reduced
Errors can be deleted
Architectural CAD allows many permutations to be tried before finalizing the design
The model drawn through Auto CAD can be viewed from any angle to find the most useful viewpoints. You can also use different software to apply colors and texture to surfaces and with the help of different Auto-CAD software, engineers can also draw shadows and reflections of any wall.
Services provided using Architectural CAD:
Architectural 3D Modelling
3D Architectural Rendering
Architectural Animation
Architectural Design
Architectural Drafting
Architectural Drawing
Construction Documentation
Now a day, most plans of buildings, parks and such other architectural monuments are designed using Architectural Computer Aided Design. Most civil engineers use the software and they mostly prefer to draw the draft of any plan using Auto-CAD.
Most of the civil engineers across the globe use Architectural CAD for drawing the draft of any type of architecture. They value this as this can provide faultless drawing within short span of time. Further, with the help of the software engineers can also experiment with any design as par their wish.
Auto-cad is only a basic software that can be used for architectural and interior design.

VMD offers Architectural drafting service and use Autocad for the Architectural CAD work.

Article Source: http://EzineArticles.com/6906533

Importance Of Resolution

Importance Of Resolution When You Convert To Vector

In order to work on a raster image using any CAD program, it is important to first convert raster to vector. Only after you convert raster to vector image, you will be able to make any changes and alter the raster drawing. However, not all raster images can be converted into perfect vector images because of resolution related issues. The resolution is the term used to refer to the total number of pixels present per inch in the raster image. The “dots per inch”, commonly known as dpi, refers to the resolution of the image. For example, if the image has 400 pixels per inch, the resolution is said to be 400 dpi. When you convert raster to vector, the resolution of the raster image plays a very important role since the definition of the shape in the scanned image is dependent on it. The higher the resolution of the raster image, more defined the shape is when you convert to vector. In a high resolution image, the pixel size is smaller since the number of pixels per inch is more. This translates into smoother curves when scanned. If the raster image is of a lower resolution, the shape gets distorted when you convert raster to vector. In order to convert to vector, you have to first increase the resolution of the raster image.

Is it possible to increase the resolution after vectorization?
You have to choose the right resolution before you convert raster to vector. Once the scan is complete, it is not possible to increase the resolution. Increasing the resolution of the scanned vector image will only lead to the type of results generated by Photoshop. The only solution in such situations is to start the process all over again using higher resolution for smoother lines and curves.

Perfect resolution to convert raster to vector
The “right” resolution is very subjective in nature and is dependent on raster image that you would like to convert to vector. If the raster image has a lot of intricate details that need to be replicated to perfection in the vector image, you have to ensure the resolution is high. Most people prefer a resolution in the range of 200dpi to 500 dpi to convert technical raster images to vector. However, if you want to convert logos and other intricate artwork to vector images, you have to ensure a resolution in the range of 700dpi to 1250dpi and more. If you want to make sure you have the right resolution after you convert to vector, zoom in on the vector image to see if the lines and curves are well defined. If the curves and lines are as close to the raster image as possible and are comfortable for you to work on, you have chosen the right resolution.

Contact a company who provide services to convert to vector. You can visit http://www.rastertovector.biz. Source - Ezine Articles

An Advance CAD Drafting Technology

The world of drafting changed forever during the 90's when CAD software program became much more exposed on the general population. Before CAD became the drafting industries standard practice Drafters would draw each line by hand on the use of the drafting board, and several hand held tools. This technique was much more time consuming, and for isometric drawings (3D) it could take in days or weeks to try and do hard renderings. More than the last ten years, several software program firms have produced advancements to CAD software program producing the task of drafting much more user friendly on the computer.

If you’re not familiar with CAD or CADD it is the acronym for Computer Aided Drafting. Sometimes it’s named Computer Aided Drafting Design also. Two-dimensional and Three-dimensional drawings are created once the draftsmen enter data into a CAD software program. Lines are drawn on a X, Y, and Z axis to make Three dimensional models. Once designing 2D drawings only the X, and Y axis are used which represent the left, right, up, and down directions. The Z axis is used to make 3D models and represents the depth.

I can remember like a baby my Father teaching me to draw lines, and to write my A, B, C's on a drafting board he created for my room. These boards have a sliding ruler which allowed you to produce lines inside a straight fashion, and they had been covered using a slick material. This allowed rulers, and other tools to slide simply along its surface with out catching to it. The career was much more daunting, and you had to become very careful as soon as drawing lines because even with an eraser mistakes could possibly be observed easily. I enjoyed drafting like this like a kid, but because I've been exposed to CAD I would by no means go back.

It seems like each year advancements in personal computer technology go farther and quicker than the year just before it. When I very first started utilizing CAD software package all of the lines had being put in manually with commands on the keyboard. They would tell the software package to build the lines commencing point, length, and what angle to direction it. This method seemed to consume forever compared to the way lines are made nowadays. From the CAD software package available today it is possible to perform all varieties of commands in a 3D environment. For instance, in case you wanted to add a radius to a corner that has already been created, all you should do is click the command in your fillet. It'll then ask you in your dimension on the radius, and right after you enter the dimension it's going to create a perfectly smooth and rounded corner.

CAD drafting technology becomes a lot more advanced every year with the introduction of updated software. For now, and I believe for a lengthy time to come, AutoCAD drafting software will remain the drafting industries frequent process for making architecture, mechanical, civil, electrical, plumbing, and any other sort design work. The days of using hand tools, and drafting boards is over. These means will never disappear, but for now will remain a lot more of the hobby to most draftsmen.