the eclipse

[tommyaweosme]

162 days until the lunar eclipse!

okay i mean the solar eclipse. it will be pretty. if anyone can make it in cellular automata that would be cool! it would almost be as cool as the eclipse itself.

[hotdogPi]

I'm sitting waiting in Burlington, VT.

[hotcrystal0]

I'm sitting waiting in Burlington, VT.

I’m also waiting, but in Long Island.

[confocaloid]

if anyone can make it in cellular automata that would be cool!

Code: Select all

x = 111, y = 203, rule = temp:T400+19,300
50.B$41.19B$36.29B$33.35B$31.39B$29.43B$27.47B$25.51B$23.55B$22.57B$20.
61B$19.63B$18.65B$17.67B$16.69B$15.71B$14.73B$13.75B$12.77B$11.79B$10.
81B$10.81B$9.83B$8.85B$8.85B$7.87B$7.87B$6.89B$6.89B$5.91B$5.91B$4.93B
$4.93B$3.95B$3.95B$3.95B$2.97B$2.97B$2.97B$2.97B$2.97B$.99B$.99B$.99B
$.99B$.99B$.99B$.99B$.99B$.99B$101B$.99B$.99B$.99B$.99B$.99B$.99B$.99B
$.99B$.99B$2.97B$2.97B$2.97B$2.97B$2.97B$3.95B$3.95B$3.95B$4.93B$4.93B
$5.91B$5.91B$6.89B$6.89B$7.87B$7.87B$8.85B$8.85B$9.83B$10.81B$10.81B$
11.79B$12.77B$13.75B$14.73B$15.71B$16.69B$17.67B$18.65B$19.63B$20.61B
$22.57B$23.55B$25.51B$27.47B$29.43B$31.39B$33.35B$36.29B$41.19B$50.B12$
65.A$56.19A$52.27A$49.33A$47.37A$45.41A$43.45A$41.49A$40.51A$38.55A$37.
57A$36.59A$35.61A$34.63A$33.65A$32.67A$31.69A$30.71A$29.73A$29.73A$28.
75A$27.77A$27.77A$26.79A$26.79A$25.81A$25.81A$24.83A$24.83A$23.85A$23.
85A$23.85A$22.87A$22.87A$22.87A$22.87A$21.89A$21.89A$21.89A$21.89A$21.
89A$21.89A$21.89A$21.89A$21.89A$20.91A$21.89A$21.89A$21.89A$21.89A$21.
89A$21.89A$21.89A$21.89A$21.89A$22.87A$22.87A$22.87A$22.87A$23.85A$23.
85A$23.85A$24.83A$24.83A$25.81A$25.81A$26.79A$26.79A$27.77A$27.77A$28.
75A$29.73A$29.73A$30.71A$31.69A$32.67A$33.65A$34.63A$35.61A$36.59A$37.
57A$38.55A$40.51A$41.49A$43.45A$45.41A$47.37A$49.33A$52.27A$56.19A$65.
A!

@RULE temp

@COLORS
0   48  48  48
1  96 96 96
2  240 240 240
3   80  80  80

@TABLE
n_states: 4
neighborhood: vonNeumann
symmetries: none

var a0={0,1,2,3}
var a1=a0
var a2=a0
var a3=a0
var m0={1,3}
var n0={0,2}
var s0={2,3}
var t0={0,1}

t0, a1,a2,m0,a3, 1
s0, a1,a2,m0,a3, 3
t0, a0,a1,a2,a3, 0
s0, a0,a1,a2,a3, 2

[Haycat2009]

162 days until the lunar eclipse!

okay i mean the solar eclipse. it will be pretty. if anyone can make it in cellular automata that would be cool! it would almost be as cool as the eclipse itself.

Where? If it can be seen from Sumatra, I can also see it from Zumaland.

[tommyaweosme]

if anyone can make it in cellular automata that would be cool!

Code: Select all

x = 111, y = 203, rule = temp:T400+19,300
50.B$41.19B$36.29B$33.35B$31.39B$29.43B$27.47B$25.51B$23.55B$22.57B$20.
61B$19.63B$18.65B$17.67B$16.69B$15.71B$14.73B$13.75B$12.77B$11.79B$10.
81B$10.81B$9.83B$8.85B$8.85B$7.87B$7.87B$6.89B$6.89B$5.91B$5.91B$4.93B
$4.93B$3.95B$3.95B$3.95B$2.97B$2.97B$2.97B$2.97B$2.97B$.99B$.99B$.99B
$.99B$.99B$.99B$.99B$.99B$.99B$101B$.99B$.99B$.99B$.99B$.99B$.99B$.99B
$.99B$.99B$2.97B$2.97B$2.97B$2.97B$2.97B$3.95B$3.95B$3.95B$4.93B$4.93B
$5.91B$5.91B$6.89B$6.89B$7.87B$7.87B$8.85B$8.85B$9.83B$10.81B$10.81B$
11.79B$12.77B$13.75B$14.73B$15.71B$16.69B$17.67B$18.65B$19.63B$20.61B
$22.57B$23.55B$25.51B$27.47B$29.43B$31.39B$33.35B$36.29B$41.19B$50.B12$
65.A$56.19A$52.27A$49.33A$47.37A$45.41A$43.45A$41.49A$40.51A$38.55A$37.
57A$36.59A$35.61A$34.63A$33.65A$32.67A$31.69A$30.71A$29.73A$29.73A$28.
75A$27.77A$27.77A$26.79A$26.79A$25.81A$25.81A$24.83A$24.83A$23.85A$23.
85A$23.85A$22.87A$22.87A$22.87A$22.87A$21.89A$21.89A$21.89A$21.89A$21.
89A$21.89A$21.89A$21.89A$21.89A$20.91A$21.89A$21.89A$21.89A$21.89A$21.
89A$21.89A$21.89A$21.89A$21.89A$22.87A$22.87A$22.87A$22.87A$23.85A$23.
85A$23.85A$24.83A$24.83A$25.81A$25.81A$26.79A$26.79A$27.77A$27.77A$28.
75A$29.73A$29.73A$30.71A$31.69A$32.67A$33.65A$34.63A$35.61A$36.59A$37.
57A$38.55A$40.51A$41.49A$43.45A$45.41A$47.37A$49.33A$52.27A$56.19A$65.
A!

@RULE temp

@COLORS
0   48  48  48
1  96 96 96
2  240 240 240
3   80  80  80

@TABLE
n_states: 4
neighborhood: vonNeumann
symmetries: none

var a0={0,1,2,3}
var a1=a0
var a2=a0
var a3=a0
var m0={1,3}
var n0={0,2}
var s0={2,3}
var t0={0,1}

t0, a1,a2,m0,a3, 1
s0, a1,a2,m0,a3, 3
t0, a0,a1,a2,a3, 0
s0, a0,a1,a2,a3, 2

tysm!!!

[hotdogPi]

My location (Burlington VT), the mountains (NY), and the clouds are all in totality, but the sky in the background has already ended. Taken 2 minutes into 3m20s.