hola baje el kitchendraw y no tengo problemas con el tema de la carga de las horas pero mi problema es que cuando quiero hacer el fotorealismo, me dice que tengo que pagar 99 euros, y ninguna vacuna que baje ni crack pudieron arreglar esto, alguien sabe como hacer para solucionar mi problema???? gracias!!!
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One of the most ingenious plugins on this list, Helix Along Curve enables you to create helix tubing along a predefined path. When combined with Bezier Spline and Component Stringer add-ons, you can also model a perfect chain with individual links. A full tutorial on constructing the form above is available here, and you can download the Helix Along Curve plugin here.
Proof of the ever increasing integration in our lives comes from the fact that almost anything can be done with the use of computers. You can now order food, even groceries, through the computer, you can now watch almost anything on your computer, you can now work from home or you can play games to procrastinate at work through the help of computers, you can even conduct interviews through your computer, there are so many things that a computer is capable of that learning the skills to fully reach the potential of computers is a priority.[1]
Laptops are thin computers that contain a keyboard and monitor folded on top of each other so that the top half is the visual display and the bottom half is the input. Laptops are commonly called "notebooks" do to this folding feature and their thin appearance. Recently, touch screens have been introduced into some laptops allowing some operating systems like Windows 8 to open applications with the touch of a finger. While laptops are comparable to desktops in their use, their smaller size results in some small amounts of the computing power and functionality being lost. However, their compact size allows them to be stored when not in use and the familiar "nest" of wires associated with linking up a desktop is reduced to a single power cord. Laptops are also better at "creating" fully functional content when compared to a Tablet or Mobile Device (such as a cell phone). If you require the ability to write reports or long e-mails, to use a spreadsheet in order to crunch numbers, to create a "PowerPoint" presentation, to rearrange music libraries or photo albums, or to edit pictures then you will need a desktop, laptop or a netbook. Tablets and Mobile Devices are more designed to consume content than to create.[13]
Tablets are smaller than laptop PCs, very lightweight, and extremely easy to carry, but they lack the processing power of a laptop as well as a keyboard input. They rely, instead, on a stylus and touch screen. For those who are hardcore gamers, giving business presentations, or conducting heavy research a tablet doesn't offer the speed and efficiency that is needed to complete these tasks. However, if a person is more of a casual internet surfer or "lightweight" game player then a tablet can handle what computing is needed to do this. They can browse the web relatively easy and stream movies or Youtube videos too. It should also be noted that tablets have become handy for other lightweight tasks involved with simple music/DJ production like FX and mixing as well as live sequencing. Some artists and designers are now using their tablets for preliminary sketches that they transfer into design software and programs on a full powered laptop later on as well.[14]
One of the drawbacks to some of the newer mobile devices is their use of non removable batteries. These batteries are designed to make the device more light weight. Although they are made to last for the duration of the computers life, there are instances when they fail. If this happens, it can be pricy and difficult for them to be replaced. Because of this, it is not uncommon for a user to simply throw the device away rather than spend the time or money to fix it. This has resulted in a big increase in what is known as e-trash, or electronic trash. Adding to this problem is the fact that these devices often contain toxic and harmful chemicals and eventually end up in landfills that are not able to dispose of them properly. Much of these devices make their way to countries with less standards and regulations for waste management, giving way to environmentally unfriendly and dangerous practices. This leads to toxic and lethal chemicals entering the air and water. Certain organizations such as Clean Production Action and Greenpeace have developed programs to attempt to persuade manufactures to stop using hazardous chemicals in their products. Unfortunately it may already be too late to reverse the damages done from e-waste. It is essential for the well being of this planet that mobile devices and other computer equipment are disposed of properly.[8]
It is an inevitable fact that, with increasing online communications, there is almost always going to be a sense of anonymity. Like almost anything in the world, this can be used for both good and bad purposes. Online, one can be who they want to be. They can have a secret identity, they can make unknown usernames, and they can say the things they want without feeling the judgment of others upon them. This can be used for good if it is for true, honest, and legitimate opinions. Examples of this are reviews, discussions, blogs, and important emails. The freedom of being a faceless commentator makes the individual feel comfortable expressing how they truly feel. However, it is important not to abuse this anonymity. People often use it to insult, harm, or coerce others into fraud. It is essential that one learns how to properly and respectfully use this gift of obscurity without abusing it.[5]
Video data is also similar to graphic and audio data, but instead of using pixels or samples, video data is recorded with the use of frames. Frames are still images that are taken numerous times per second and that when played simultaneously, create a video (most films are recorded using twenty-four frames per second).[7] Similar to audio data, because video data contains so much information, the files can be compressed, making it possible for full length movies containing thousands of frames to be stored on optical discs.
Cache memory and Registers are special types of volatile memory that allows a computer to perform certain tasks much more quickly. The cache memory is a high speed circuitry that can either be built right into the CPU or very close to the CPU. Registers are built into the CPU to store intermediary results during processing. A good analogy from HowStuffWorks compares the computer to a librarian, data to books, and cache to a backpack.[14] Suppose somebody walks into a library and asks the librarian for a copy of the book Moby Dick. The librarian goes back into the room full of books, grabs that book, and gives it to the reader. Later that day, the reader returns, having finished the book, and gives it back to the librarian, who returns it to the same storage room. Then, a second reader walks in asking for the same book, Moby Dick. The librarian has to get up and go all the way back to the room in order to get the book he was just handling, which is a waste of time. Instead, suppose the librarian had a backpack that could store up to 10 books. When the first person returns Moby Dick, the librarian puts it into his backpack instead (after making sure the backpack doesn't have 10 books in it already.) Then, when the second person comes in requesting that same book, the librarian can just check his bag, get the book out, and hand it to the second person without having to walk all the way back into the other room. Cache memory functions like that backpack, it stores previously accessed data in a specific area with a limited amount of memory so that the processor can get this data much more quickly.
A Thunderbolt port connects peripheral devices through that cable. These ports allow you to connect more devices to your computer and are very fast. Thunderbolt ports support hardware controller I/0 protocols with the use of a single cable. I/O technology is input and output, and is a device that transfers the data to the computer peripherally (a CD-ROM would be an example of an I/O technology). This port supports full bandwidth for both directions of the port, thus allowing the user to be faster and more efficient with the connected devices. This type of technology allows people to plug in as many devices as they can use on their computer while not slowing any of those devices down. The thunderbolt port is also small, so it is easy to travel with as well.[16]
Examples of other pointing devices can be seen in gaming. A popular pointing device in video games is the joystick. Joysticks are moved by hand to point to an on-screen object, such as a character, and then a button or buttons are pressed to execute an action, for example jumping. Gamepads are also examples of pointing devices, performing similar functions to the joystick but held fully in hand instead. Another example of a pointing gaming device is a proprietary controller, such as the Wii remote. These devices are motion sensitive and require the controller to point into a sensor, which will move accordingly with an on-screen pointer. A trackball is a pointing device consisting of a ball in a socket, similar to an upside-down mouse, that the user rolls with the thumb, fingers, or palm. Trackballs are commonly seen on CAD workstations for ease of use. Control buttons and wheels are pointing devices commonly found on handheld gaming devices or portable digital media players. For instance, on an ipod, the user can spin the wheel to scroll through songs, and then click on the desired track. Touch pads are generally rectangular pads that a user can slide a thumb or fingertips across. Tapping the touchpad executes the same action clicking a mouse would. Touch pads are typically found on laptops and notebook computers. [11]
Depending on the device and applications being used, pointing devices can become quite specialized. Theater lighting boards have several different ways to input information due to the vast amount of equipment they can control. These can vary from joysticks to the more common control wheels. These wheels tell the lighting fixture to cycle between colors, change effects, and move on at x/y axis graph displayed on a screen. Besides lighting boards, flight simulators can have numerous input devices, most of which are customized to do a certain task. A number of manufacturers build throttle quadrants and aircraft yokes for use in home simulators. These devices can be set up in minutes, and mimic the movements of the actual aircraft controls. Airlines and colleges take this a step further, using immersive simulator that enclose the operator and mimic the movements of an aircraft in flight. In these simulators, the entire enclosure is one large input device, with each button and knob controlling some function. In addition, an instructor has a workstation where they can input commands and load scenarios to test the person flying the simulator. The full motion simulators used by airlines to train flight crews are perhaps the most complicated computer input devices. 2ff7e9595c
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