Man... I already knew all of this, but the way you presented it was absolutely amazing and thorough! Thanks so much for an amazing video, every beginner should see this
What an excellent tutorial. As I advance through it I start to realize how great and easy to understand it is! I highly appreciate the efforts you put into making this tutorial, dear Ardman!!! :)
Thank you so much for the video!!!! Great effort and really helpful! I love your other videos as well!! Keep Up the good work Conner and soon you will hit 1 million subs!😄😃
@@ConnerArdman One day indeed! I just feel a bit sorry as I sometimes see you receive some hate for being a front end dev. I think you are great and inspirational!
Thanks! For the most part, yes. I just don’t make the complex drawings like the playing cards and people. Some elements like the countdown timer also come from templates.
Thanks a lot, Conner! Very concise and wonderfully structured. In our field it is important to know a little bit about everything and much about the little. I'm a frontend developer, for about 3 years, but I have been missing a bigger pictures of how everything works. I do have a question though, when you speak about transistors and how the get on and off signals, are these singals always the same? Like I thought maybe a power of these signals is different... oh is it always just + and - ? Somehow my mind cannot understand how videos, sounds, colors, pictures etc get broken down to on and off signals..
For the most part, they just act as on/off switches. I think a good example to think about how these work for other computer functions is colors/images. This is an oversimplification, but hopefully it helps you understand how just a bunch of on/off switches can be used for things so complicated. Each color has a hexadecimal value as I'm sure you know, which is just a measure of how much red, green, and blue should be in a color from 0-255. For example #80AA50 could be converted to rgb(128, 170, 80) because 0x80->128, 0xAA->170, 0x50->80. So essentially every pixel on your screen needs to be stored in 3 values from 0-255. It takes 8 bits to store these 256 values (2^8=256), so for all three colors of a pixel we need 24 total bits. If you are displaying something in 1920x1080, there will be 2,073,600 total pixels working in this way. In practice, a lot of screens don't actually give you the full range of colors, but in theory this is how the math would work out. That data would then need to be transferred from the computer to the monitor using something like HDMI, but I'll leave that part for Googling :)
Thanks! And my bad, should’ve mentioned that. 0x just means hexadecimal. So 0x80 is 80 in hex, which translates to 128 in base 10 (8 in the 16s place, 0 in the 1’s place).
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Man... I already knew all of this, but the way you presented it was absolutely amazing and thorough! Thanks so much for an amazing video, every beginner should see this
As always thank you Conner . Enjoying Frontend Expert, Hope to jump on a mock interview with you in future.
Can't believe how he summarize the whole degree in just 14 mins. Incredible one!
brilliant explanation, thanks Conner, really enjoy the video, so interactive
What an excellent tutorial. As I advance through it I start to realize how great and easy to understand it is! I highly appreciate the efforts you put into making this tutorial, dear Ardman!!! :)
Thanks! Glad you enjoyed it 😀
Thank you for making this video really gave an insight on how computer works and love your videos!
Thanks for watching and for the kind words! 😃
I know english pretty bad, but i understand almost everything, nice video
Glad to hear the explanations made sense, thank you!
I felt like you summarized everything in one breath😂
Thanks for the video!
Thank you, I'm already a developer but don't have a CS degree. I think this was a great summary!
Thanks! Glad you liked it 😊
Thank you so much for the video!!!!
Great effort and really helpful!
I love your other videos as well!! Keep Up the good work Conner and soon you will hit 1 million subs!😄😃
Thank you, that really means a lot! And 1 million is a bit away but maybe one day haha
@@ConnerArdman One day indeed!
I just feel a bit sorry as I sometimes see you receive some hate for being a front end dev. I think you are great and inspirational!
Do you make your own animations? They are looking good.
Thanks! For the most part, yes. I just don’t make the complex drawings like the playing cards and people. Some elements like the countdown timer also come from templates.
Thanks a lot, Conner! Very concise and wonderfully structured. In our field it is important to know a little bit about everything and much about the little. I'm a frontend developer, for about 3 years, but I have been missing a bigger pictures of how everything works. I do have a question though, when you speak about transistors and how the get on and off signals, are these singals always the same? Like I thought maybe a power of these signals is different... oh is it always just + and - ? Somehow my mind cannot understand how videos, sounds, colors, pictures etc get broken down to on and off signals..
For the most part, they just act as on/off switches. I think a good example to think about how these work for other computer functions is colors/images. This is an oversimplification, but hopefully it helps you understand how just a bunch of on/off switches can be used for things so complicated.
Each color has a hexadecimal value as I'm sure you know, which is just a measure of how much red, green, and blue should be in a color from 0-255. For example #80AA50 could be converted to rgb(128, 170, 80) because 0x80->128, 0xAA->170, 0x50->80. So essentially every pixel on your screen needs to be stored in 3 values from 0-255. It takes 8 bits to store these 256 values (2^8=256), so for all three colors of a pixel we need 24 total bits. If you are displaying something in 1920x1080, there will be 2,073,600 total pixels working in this way. In practice, a lot of screens don't actually give you the full range of colors, but in theory this is how the math would work out.
That data would then need to be transferred from the computer to the monitor using something like HDMI, but I'll leave that part for Googling :)
@@ConnerArdman thanks a lot! Super nice example, you do have a talent for teaching!
Only one thing didn't get, how 0x80 (multiply? ) equals 128?
Thanks! And my bad, should’ve mentioned that. 0x just means hexadecimal. So 0x80 is 80 in hex, which translates to 128 in base 10 (8 in the 16s place, 0 in the 1’s place).
@@ConnerArdman yea get it now, thanks again! love your videos, amazed by people who so freely share their knowledge with others ❤️
Amazing explained
Thanks! Glad you liked it 😃
Suscribed!! Great content!! thanks
Thanks! Glad you enjoyed it 😊
Amazing video
Thanks! Glad you enjoyed it 😀
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