Same goes for kitchens. Give me real buttons and knobs and not these abhorrent touch panels that refuse to work every third time. A good quality kitchen appliance is identified by high quality knobs that last for decades.
I pumped gas at a brand new Shell station over the weekend. The controls for the pump was one GIANT touchscreen (I’m talking probably 12 inches wide by 36 inches tall). It was fucking PAINFUL to use. Every touch took 2-3 seconds for the action to happen. Da fuck is wrong with a regular pump and regular buttons that just work!?
Because then they don’t have a display the size of a living room TV to shove ads in your face
And to sell to the station owner when their proprietary hardware breaks. Oh what am i saying, they’re all service contacts these days. So more expensive service conrtacts and the ability to shut them down for non-payment
It should be illegal to connect a touch screen to a computer that runs like a potato. Even computers in the 80s could respond to keystrokes and mouse clicks in real time.
It seems to be a very popular mindset in software development that efficiency isn’t as important because of how fast hardware has gotten.
This sucks because I don’t get better hardware just to make up for worse software (not that it even does; a lot of browser-based apps are painfully slow), and some of these devs end up working on weaker platforms that don’t make up for their shitty programming. They might not ever touch the platform it is actually supposed to run on and instead work on a dev machine that is powerful enough to make it look good. It’s possible that neither them nor anyone hiring/managing them realizes that they aren’t the kind of programmer they want.
Though it’s also possible that the programmers are fine and have told their managers that the CPUs just aren’t powerful enough for what they want them to do but some assholes are only looking at the bottom line and have low standards for these kind of things in their own life (my TV is slow, so it’s no big deal that our car interface is slow).
Worst thing is it’s probably less than a $50 difference in cost to switch to something that could handle it fine, assuming it’s not programmed in JavaScript and HTML or slow because it’s backend is on the cloud or some shit like that, which also wouldn’t surprise me.
We used to have a rule in computer system design that if an event would take more than 4 seconds we had to show a “waiting” icon like the hourglass.
Now though, people are sensitive to half a second between tap/click and something happening. Incidentally there’s no reason for a fuel pump control to be slow, even running on a potato. The engineer who designed it wasn’t given time to make it efficient
In Canada it really sucks having to take your gloves off half the year. I hope this gets taken into account when touchscreens on gas pumps are considered.
What do you need a touchscreen for? You just take an appropriate pump (E95, Diesel), fill the fuel and pay at the register.
Biggest problem is that they cheap out on the tech parts. Nobody complains that an iPad has a touch screen, cause it works. But an appliance tends to have a crappy UI, running on a crappy touch screen, powered by a crappy CPU.
If they just used quality parts, it’d probably be fine, and the only issue would be expensive replacement for an entire assembly, instead of small, cheap parts that can be fixed.
A smartphone or tablet screen has the function to have multiple buttons and responsive functions on one and the same place.
A kitchen appliance doesn’t have or need that. Absolutely no need for digital or so-called “smart” gimmicks.
Yeah! Instead of having a knob my idiot stove has “touch areas” - good luck cooking if you’re blind.
At my old place, if I wanted to set the bottom left plate to the hottest setting, I’d put my hand on the leftmost knob and turn counter-clockwise until it snapped once.
On this thing I usually have to start with turning off the child lock. We never turn it on, but every time we wipe off the stove there’s a like 95% chance the child lock activates due to the lingering moisture.
After turning the child lock off you have to hold the power “zone.” Then you have to select which burner by holding its zone - if you don’t you’ll start changing the timer when you hold down the - button to cycle from 0 to keep warm, to 9, and then press + to turn it from 9 to boost.
I’m legit not joking. Mind you this example is when the piece of shit behaves. I’ve an absentmindedly placed lids on the off “button” before and had the piece of junk refuse to turn back on for half an hour.
What does the touch controls add to my experience other than frustration? A knob doesn’t activate from water splashes. A knob doesn’t turn from residual moisture from a slightly damp cloth. A knob is tactile and pleasing to hold, and can be used by anyone of appropriate age, even if they’re blind.
Four knobs could pull the weight that these NINE touch “buttons” fucking struggle with.
In general high quality things tend to have physical buttons and knobs as opposed to touch screen devices.
Instead of turning into e-waste after 5 years or less they can last for the next 30 to 50 years.
How many smart thermostats have become obsolete because their service providers stopped providing cloud services for them?
I just tore apart a working thermostat that almost 80 years old now (to understand how it works) and in perfectly working condition. It uses the physical properties of the materials inside to measure temperature (a coil of metal expands and contracts causing a pendulum to move clockwise or counterclockwise). Suspended at the top of this pendulum is a small vial of mercury containing two electrodes. When the pendulum is far enough counterclockwise the Mercury slides in the vial and bridges the electrodes, turning the furnace on, when the pendulum is far enough clockwise the mercury slides to the right and no longer bridges the electrodes.
When you set the temperature on the thermostat you are changing the default position of this pendulum. Meaning that it has to move more or less distance for the bead of mercury to bridge the circuit.
It’s brilliantly simple and will continue to work essentially forever. The physical characteristics of the materials involved won’t change.
How many smart thermostats have become obsolete because their service providers stopped providing cloud services for them?
Same goes for pretty much every IoT device that people seem to be filling their homes with.
This is why, going forward, smart home products I buy have to be zigbee or zwave so I can integrate it with home assistant.
Touch screens especially don’t make sense in the cooking context, where your hands are likely to be wet / damp.
Touch controls for burners are very dangerous in my opinion. What if i spill oil on the stove and touch screen? Now the oil might stop me from turning off the heat and the situation could quickly turn into a fire.
Omg I feel that. The oven in my apartment has touch controls. When I’m baking stuff with lots of moisture inside, water evaporates and is expelled though a vent JUST BELOW the touch controls. The condensation makes them completely unresponsive. Smh
I was boiling pasta earlier and my fucking stove turned itself off and engaged the child lock because water splashed onto those controls. THREE TIMES!
I’ve had this piece of shit literally ruin dinner before. It’s amazing how it can be both really nice and really fucking useless at the same time.
I’m really on the fence when it comes to kitchens because a) you actually have time to look at what you’re doing – if you need to lower temperature suddenly the better option is to take your pan off the stove, anyway and b) touch controls are trivial to clean.
What I can’t stand though is scales manufactures being so cheap as to not even have capacitive buttons but re-use the front left/right feet as sensors for the interface. On the upside the thing was dirt cheap and actually comes with an USB-C port to charge its LIR2450 cell.
