Gat a bow, slay the evil bunnies and get to the golden pocketwatch!
Get it Here.
Controls:
Arrow Keys to move
1-9 to scroll items
Enter to fire arrows
Collide with chests to receive the items within
MUST be hovering over the bow to fire.
The one place to find all things computers. Also known as Gregarious Simulation Systems. Or GSS.
Shift Decryption
Code:
cls
input "Encrypted Text >>> ", ciphr$
tex$ = ""
shift = 10 # shifty
for n = 1 to length(ciphr$)
letter$ = mid(ciphr$, n, 1)
m = asc(letter$)
tex$ = tex$ + chr(m - shift)
next n
print "Decrypted Text >>> " + tex$
Shift Encryption
Code:
cls
cls
input "Decrypted Text >>> ", in$
out$ = ""
shift = 10 # shifty
for n = 1 to length(in$)
letter$ = mid(in$, n, 1)
m = asc(letter$)
out$ = out$ + chr(m + shift)
next n
print "Encrypted Text >>> " + out$
BASIC-256 3D Polygons
Here it is:
graphsize 600,600
x=300
y=300
h=50 # Height
color rgb(0,50,100)
poly {(10*n),y-h,(10*n)+10,y+5-h,(10*n)+20,y-h,(10*n)+10,y-5-h}
color rgb(0,30,60)
poly {(10*n),y-h,(10*n)+10,y+5-h,(10*n)+10,y,(10*n),y-5}
color rgb(0,75,150)
poly {(10*n)+10,y+5-h,(10*n)+10,y,(10*n)+20,y-5,(10*n)+20,y-h}
next n
refresh
t+=0.1
end while
BASIC-256 3D Sine Wave Generator
The Code:
graphsize 600,600
color red
fastgraphics
t=0
while true
clg
color grey
rect 0,0,600,600
j = mousex
color red
if j>100 then color orange
if j>150 then color yellow
if j>200 then color green
if j>250 then color blue
if j>270 then color purple
for n = 1 to 600 step 2
y=300
h=(mousey/20)*sin(t+n*(mousex/100))
#r=(mousey/20)*cos(t+n*(mousex/100))
#r=(mousey/20)*tan(t+n*(mousex/100))
color rgb(0,50,100)
poly {(10*n),y-h,(10*n)+10,y+5-h,(10*n)+20,y-h,(10*n)+10,y-5-h}
color rgb(0,30,60)
poly {(10*n),y-h,(10*n)+10,y+5-h,(10*n)+10,y,(10*n),y-5}
color rgb(0,75,150)
poly {(10*n)+10,y+5-h,(10*n)+10,y,(10*n)+20,y-5,(10*n)+20,y-h}
next n
refresh
t+=0.1
end while
BASIC256 Sine Wave generator
Generates a sine wave, also corresponding to the waves of light.
graphsize 600,600
color red
fastgraphics
t=0
while true
clg
color grey
rect 0,0,600,600
j = mousex
color red
if j>100 then color orange
if j>150 then color yellow
if j>200 then color green
if j>250 then color blue
if j>270 then color purple
for n = 1 to 600 step 0.1
r=(mousey/20)*sin(t+n*(mousex/200))
#r=(mousey/20)*cos(t+n*(mousex/100))
#r=(mousey/20)*tan(t+n*(mousex/100))
circle 10*n,r+300,3
next n
refresh
t+=0.1
end while
Mandelbrot Fractal
A Processing script to create a Mandelbrot fractal.
[Instructions: hit CTRL+S once the page loads to get the zip]
Conway’s Game of Life
Conway’s game of life, in Processing
[Instructions: hit CTRL+S once the page loads to save the zip]
Yellowtail- Kinetic Gesture Animation
Yellowtail (1998-2000) is an interactive software system for the gestural creation and performance of real-time abstract animation. Yellowtail repeats a user’s strokes end-over-end, enabling simultaneous specification of a line’s shape and quality of movement. Each line repeats according to its own period, producing an ever-changing and responsive display of lively, worm-like textures; now in Processing!
Get it Here:
[Instructions: hit CTRL+S to save the zip file once the page has loaded]
Parzivail 