What did you download to get blood effects like that?
that’s the L4D2 blood. Copy and paste.
;_;
But yeah, it’s just the games from the bungie website bundled with aleph one.
SPOILERS SO MUCH SPOILERS
Not really.
Disregard SDK playing faggot, I don’t even know who that guy is.
PC LOAD LETTER? What the fuck does that mean??
BUENO[/SIZE]
DERP
La Noir can’t do that.
Fuck I laughed so hard at that last one 
If anyone knows how to make the camera stay in position, instead of automatically going back, please tell me.
(I’ve found a mod to fix this, but the site is down)
Press C and the game turns your view behind you.
You obviously didn’t get my question. If you press C the camera gets locked viewing BACKWARDS.
I want a free camera without it automatically going back.
Oh yeah there’s just mods for that. Go to Justcause2mods.com.
That’s where I get all mine, get BOLOpatcher while you’re at it.
The site is offline/404/no page found/invalid component chosen
[i](I’ve found a mod to fix this, but the site is down)
[/i]EDIT: Odd, the site now works. When I tried earlier today It wouldn’t work at all. Let’s see if I can download anything.
Told you this was just the beginning.
https://i.imgur.com/rB3GK.png
https://i.imgur.com/6bBwd.jpg
https://i.imgur.com/UC8m5.png
https://i.imgur.com/lW41l.png
80bits of memory grouped into 4 bit “registers”. Each group has a BCD to 7 segment display driver (and display). All of groups can be “flashed” from a datastreem. The baud rate is about 4, but I bet I could get it up to 8 with some tinkering.
I’ve never really been able to figure out what your thing does firetime. IS there a simpler explanation that you don’t need to know much about minecraft to understand?
It…does.
It is 80 bits of memory (I can save eighty ones and zeros) That I can set using a data stream. All of the data I want to save it pulsed on a wire very quickly (like a serial port on your computer). I sync the speed of the data with the writing of the memory, so every 1/4th of a second a new bit is sent down the line, and the next memory block is told to save the current state. I send 80 pulses down the line, and the memory records it. From there I get 20 groups of 4 bits (20*4=80). I then convert each 4 bit chunk into hex (0-f) and display it. The Conversion and display is the largest part of the device, but the idea for the stream and getting the timing correct was conceptually harder.
EDIT: one more pic, got all of the displays workin
Ya know, if you put this much effort into real life, you’d probably have a super computer by now.
Awesome stuff though.
not mine
