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The purpose of a touch screen laptop is to provide an alternative input method to the traditional keyboard and mouse. With a touch screen, users can interact with their device by directly touching the screen, which can streamline navigation and make certain tasks easier, such as note-taking.
When buying a laptop for programming, there are several factors to consider. Such as good keyboad, processing power, long battery life, budget as well.
Now there are touchscreen laptops with the specs you need. Like powerful processor, backlit keyboard, and long-battery life. But these devices are costly than non-touch screen.
But
Do you need touch screen laptop for programming?
No, you don’t necessarily need a touch screen for coding. A touch screen can be a useful feature for programming tasks, but it is not essential.
Most programming tasks can be completed using a standard keyboard and mouse, and many programming environments do not support touch interactions. Moreover, typing code with a keyboard is often faster and more accurate than using a touch screen.
That said, a touch screen can provide additional functionality and convenience for certain programming tasks, such as navigating through code, zooming in and out, and scrolling through pages. Touch screens may also have stylus support, which can be helpful for sketching diagrams or working with graphics.
Let’s break down things into advantages and disadvantages.
Advantages of touchscreen laptops for programming
1. More natural interaction: One of the primary benefits of using a touch screen for programming is the ability to interact with the computer in a more natural way. Touch gestures such as swiping and tapping can be used to navigate through code, zoom in and out, and scroll through pages. This can be especially helpful for programmers who prefer a more tactile approach to working with their computer.
2. Improved mobility: Touch screen laptops tend to be more compact and lightweight than traditional laptops, making them more portable and easier to use on the go. This can be especially useful for programmers who travel frequently or work in multiple locations.
3. Increased precision: Touch screens often come with a stylus that can be used for more precise input when working with graphics, diagrams, or sketches. This can be particularly beneficial for tasks that involve drawing or visualizing complex data structures.
4. Better accessibility: For programmers with disabilities or physical limitations, a touch screen can provide a more accessible way to interact with the computer. Touch gestures require less physical dexterity than using a keyboard and mouse, making it easier for some users to work comfortably.
5. Enhanced creativity: Touch screens can help stimulate creativity by allowing programmers to draw or sketch ideas more easily. This can be particularly beneficial for programmers who work on graphics-intensive projects or need to create diagrams or flowcharts.
6. Reduced eye strain: Using a touch screen can reduce eye strain and fatigue by allowing programmers to interact with their computer in a more natural way. Rather than constantly looking back and forth between the keyboard and the screen, programmers can use touch gestures to navigate through code and other tasks, reducing eye strain.
7. More intuitive interface: Finally, touch screens can offer a more intuitive interface for certain programming tasks. For example, touch gestures can be used to manipulate objects or move around in a 3D environment, making it easier for programmers to work on graphics-intensive projects or VR applications.
Disadvantages of touchscreen laptops for programming
1. Touchscreen laptops are expensive– The prices of touch screen laptops are higher, just because of this one function you would have to pay $100 extra. Paying that extra money more powerful processor, RAM, and SSD seems to be a better deal for budget-minded people. That’s what most people do.
2. Short Battery life; For programmers, long battery life is one of the things they value the most. That’s something a touchscreen laptop lacks, as touch displays need power, resulting in a laptop’s battery discharging quickly. Whereas, you get more battery life in those non-touchscreen laptops.
3. A worthless thing for programmers: For professional programmers, a touch screen brings little to no value to coding. Some common issues include, touch inputs are not precise, and these screens being highly reflective outdoors. Also, they are a kind of distraction for most.
4. Prone to break: The durability of touchscreen laptops is also a reason for being cautious. Well, on the surface every screen is fragile but the main problem with touch screens is that they are made to put a stylus, and swap fingers which is why the chances of breaking are high. And not to mention, a vital attribute of a laptop is durability.
5. Touchscreen laptops are bulky: With touch functionality, you also get a heavier device (unless you get a premium laptop that would cost you above $1000 for providing touch screen functionality in under 3.5 lbs). Nonetheless, the majority of these laptops are bulky, weighing more than 4 lbs.
So, this makes non-touch a better alternative option for portability.
6. Touch screens are prone to overheat: It is important to understand that touch screens are not just screens, they are functions on their own and this causes the latop to over heat.
