Lens: NIKKOR Z MC 50mm
How does this photo make you feel? Let me know in the comments! :)
#macro_photo #macro_photography
Lens: NIKKOR Z MC 50mm
How does this photo make you feel? Let me know in the comments! :)
#macro_photo #macro_photography
this method creates 256 sample subpixels from every pixel to give an almost “HD-2D” look to sprites
this method creates 256 sample subpixels from every pixel to give an almost “HD-2D” look to sprites
I'd give it a pass personally because of how i value subpixels and you worked some wonders here (ear shape, better use of the skirt space to make more thigh) but at this sprite size it can kinda feel like a "this is how i'd improve it" type of edit.
I'd give it a pass personally because of how i value subpixels and you worked some wonders here (ear shape, better use of the skirt space to make more thigh) but at this sprite size it can kinda feel like a "this is how i'd improve it" type of edit.
That said, I hate it.
That said, I hate it.
Red: 233 / 255
Green: 159 / 255
Blue: 191 / 255
which corresponds to the exact hex code of the color on the ref sheet for the face, but zoomed in you can see the subpixels.
Red: 233 / 255
Green: 159 / 255
Blue: 191 / 255
which corresponds to the exact hex code of the color on the ref sheet for the face, but zoomed in you can see the subpixels.
You can't (as far as I know) force it to snap to a grid so you have to either make all your move math whole numbers (which can be stuttery and often doesn't feel good)
You can't (as far as I know) force it to snap to a grid so you have to either make all your move math whole numbers (which can be stuttery and often doesn't feel good)
A million tiny pixels flash across our phone screens every day, and each pixel is broken down into subpixels that emit different intensities of light, combining to form the final image we recognize as social media. All of what we see, and all…
A million tiny pixels flash across our phone screens every day, and each pixel is broken down into subpixels that emit different intensities of light, combining to form the final image we recognize as social media. All of what we see, and all…
A million tiny pixels flash across our phone screens every day, and each pixel is broken down into subpixels that emit different intensities of light, combining to form the final image we recognize as social media. All of what we see, and all…
A million tiny pixels flash across our phone screens every day, and each pixel is broken down into subpixels that emit different intensities of light, combining to form the final image we recognize as social media. All of what we see, and all…
alt+tabbed a window just before a full screen application took the screen, the display only was able to activate the red subpixels of the window before the blank full screen took over
alt+tabbed a window just before a full screen application took the screen, the display only was able to activate the red subpixels of the window before the blank full screen took over
Oooh, or seeing an LED panel under a microscope. The pattern of subpixels.
Oooh, or seeing an LED panel under a microscope. The pattern of subpixels.
This is because the TV in the top image is a Cathode Ray Tube, and has an electron gun that fires at screen phosphors.
The bottom is modern display technology where pixels refresh from an arrangement of subpixels (and doesn't occasionally shoot electrons at your eyes).
This is because the TV in the top image is a Cathode Ray Tube, and has an electron gun that fires at screen phosphors.
The bottom is modern display technology where pixels refresh from an arrangement of subpixels (and doesn't occasionally shoot electrons at your eyes).