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For all patterns: New on the left, if more then 1! p1990 x = 261, y = 233, rule = B3/S23 168b4o2$168bo2bo$167bob2obo$152bo2bo11bo4bo$152bo2bo$151bo4bo10bo4bo$ 151bo4bo10b2o2b2o$151bo4bo10b6o$151bo4bo11bo2bo$150b3o2b3o11b2o$150bob 4obo11b2o$151bo4bo$166b2o4b2o$166b2o4b2o46b2o$153b2o11b2o4b2o46b2o$ 15...

p2560 = p1280 x 2 Glider = p640 x 4 Glider A little exercise with known elements. New pattern on the left as usual. No improvement in space and weight. x = 1169, y = 534, rule = B3/S23 1160b2o$1159bo2bo$1158b2o2b2o$1158b2o2b2o$1158bob2obo$1160b2o$1158bo4b o$1157b2o4b2o2$670b2o2b2o$670b2o2b2o484b2o$5...

Just a thought I always wondered, why this website has such strict demarcations between topics, between seriousness and nonsense, between forum and wiki. I am very well aware, that an academical standard is to uphold in some respect. But when you get patterns presented with a certain rule, you have ...

Found a Herschel -> Herschel + Glider p1300 p650 x 2 Gliders doesn't work because Glider collision x = 254, y = 210, rule = B3/S23 121b2o$120b4o2$119b6o$120b4o53b2o$175b2o2b2o$119b2o2b2o52b2o$117b2obo 2bob2o47bo6bo$120bo2bo51bo4bo$177b2o$174b3o2b3o$121b2o51b2o4b2o$121b2o 2$59b2o2b2o112b2o$61b2o13b2o...

Because the impact into the 3-Block-group moves away from the other Blocks and it shows a very clean picture with a Glider and a Herschel without ash, I dared trying lower periods like p120 and p100. And they worked! p120 x = 1602, y = 847, rule = B3/S23 313b2o$313b2o3b2o$318b2o3$674bo$674b2o$673bob...

p130/p140 searching for help and cooperation The lower the periods become the less possible functioning patterns you can use. So the puffers with horizontal beehives (1Beehive + 1Glider -> 1 Herschel) work at p140, at p130 no more. Puffers with vertical beehives are working as 180°-forward-reflector...

Found this H -> 2G + (some Blocks) x = 41, y = 26, rule = B3/S23 4b2o$3bo2bo$2b2o2b2o$2b2o2b2o14b3o$2bob2obo16bo$4b2o17b3o$2bo4bo$b2o4b 2o$34b4o$34bo2bo$4b2o27b6o$3bo2bo$3bo2bo$32bo2b2o2bo$b2o4b2o23bob4obo$ o2bo2bo2bo22bobo2bobo$o2bo2bo2bo$bobo2bobo$35b2o$35b2o2$32b2o4b2o$32b 3o2b3o$31bo2bo2bo2bo$31...

(32,8)/149-crawler sort of Pi based crawler over very simple and easy to build Still Lifes (30 cells). x = 240, y = 949, rule = B3/S23 238b2o$239bo$237bo$232b2o3b2o$233bo$233bob4o$232b2obo2bo$233bobobo$ 233bobob2o$234bo23$230b2o$231bo$229bo$224b2o3b2o$225bo$225bob4o$224b2o bo2bo$225bobobo$225bobob2o...

@ confocaloid 2 Glider and 1 Block; Glider in 90° ancle; output 1 Glider with (5;1) shift; no colorchange x = 22, y = 18, rule = B3/S23 4b2o$2o2b2o$b2o$o$9b2o$9bobo$9bo9$19b2o$19bobo$19bo! EDIT! different Block-location x = 42, y = 35, rule = B3/S23 14b2o$14b2o5$14b2o$10b2o2b2o$11b2o$10bo$19b2o$19bo...

One cell difference (not really) leads to mirrored spaceships. The MWSS at the back of each pi-driven Puffertrain are needed only at the start, then they skitter away. x = 113, y = 107, rule = B3/S23 3b2o86b3o$2b2ob4o$3b6o81bo3b2o$4b4o8b5o75bo13b2o$16bo4bo67bo3bob2o8b2o 5bo$10b2o4bo73bo5bob2o5bo5bo...

One cell difference (not really) leads to mirrored spaceships. The MWSS at the back of each pi-driven Puffertrain are needed only at the start, then they skitter away. x = 113, y = 107, rule = B3/S23 3b2o86b3o$2b2ob4o$3b6o81bo3b2o$4b4o8b5o75bo13b2o$16bo4bo67bo3bob2o8b2o 5bo$10b2o4bo73bo5bob2o5bo5bo$...

beehive -> pi -> beehive x = 11, y = 21, rule = B3/S23 6b3o2$10bo$10bo$10bo4$2bo$obo$b2o8$7b2o$6bo2bo$7b2o! Because the x-axis of the beehives doesn't change and the distance between the beehives is 19 cells you can use it for c/10 - o - p190 The new pattern on the left is smaller then the old one a...

p640 The old one is shown in the bottom right corner. Improvement of the same doubling mechanism on the top right. The smallest one is at top left using a different doubling mechanism. At last in the bttom left corner a wonderful symmetric masterpiece left me with mixed feelings. Only 4 Fireships ar...

p160 Further optimisation x = 1382, y = 829, rule = B3/S23 1364b2o$1362b2o2b2o$1364b2o$1361bo6bo$1362bo4bo$1364b2o10b2o$1361b3o2b 3o5b2o2b2o$1361b2o4b2o7b2o$1373bo6bo$1374bo4bo$1364b2o10b2o$1363bo2bo 6b3o2b3o$1373b2o4b2o$1362bo4bo$1361b2o4b2o$1360bo2bo2bo2bo6b2o$1360b2o b4ob2o5bo2bo$1362bo4bo$1374bo...

p150 A little improvement; One lane looks forward: x = 1059, y = 1004, rule = B3/S23 804b2o$802b2o2b2o$804b2o$801bo6bo$802bo4bo$804b2o9b2o2b2o$801b3o2b3o6b 2o2b2o$801b2o4b2o5b3o2b3o$814b3o2b3o2$804b2o8bo6bo$803bo2bo7bo2b2o2bo$ 815b6o$802bo4bo$801b2o4b2o$800bo2bo2bo2bo7b2o$800b2ob4ob2o6bo2bo$802bo 4b...

p150 This version of a p150-rake is slightly smaller then the precursor on the right. Unfortunately it spits out only backwards Glider lanes. x = 5640, y = 3172, rule = B3/S23 5407b2o2b2o$5409b2o$5409b2o$5406bobo2bobo$5406bo6bo8b2o$5421bo2bo$ 5406bo6bo6b2o2b2o$5407b2o2b2o7b2o2b2o$5408b4o8bob2obo$542...

usage of copperheads, insofar as I know. 1. row: p40 Blinker eater 2. row: p20 Glider eater front 3. row: p20 Glider eater back (Please notice both the center and the right figure. They differ only by a horizontal shift of 1 cell. Very useful at symmetrical patterns with odd distance of the 2 sides....

p2000 (p150 is too big for me) x = 340, y = 364, rule = B3/S23 60b4o212b4o$60bo2bo212bo2bo$59b6o210b6o3$58bo2b2o2bo208bo2b2o2bo$58bob 4obo208bob4obo$58bobo2bobo208bobo2bobo3$61b2o214b2o$61b2o214b2o12$151b 4o30b4o$151bo2bo30bo2bo$150b6o28b6o3$139b4o6bo2b2o2bo26bo2b2o2bo6b4o$ 139bo2bo6bob4obo26bob4obo...

p150: x = 3172, y = 3222, rule = B3/S23 2292b3ob2o$2289bo4b2o2b2o$2288b2o5bo4bo$2288b2o5bo4bo$2289bo4b2o2b2o$ 2292b3ob2o34$2263b2o$2264b2o$2263bo35$2241bo$2241b2o$2240bobo36$2218b 2o$2219b2o$2218bo35$2196bo$2196b2o$2195bobo36$2173b2o$2174b2o$2173bo 11$2143bo$2142bobo5bo$2141b2obo3bo2bo2bo$2143bo3bo...

p160 New one on the left is a little bit smaller then the old. x = 1699, y = 1075, rule = B3/S23 728b2o$726b2o2b2o$728b2o$725bo6bo$726bo4bo$728b2o10b2o$725b3o2b3o5b2o 2b2o$725b2o4b2o7b2o$737bo6bo$738bo4bo$728b2o10b2o$727bo2bo6b3o2b3o$ 737b2o4b2o$726bo4bo$725b2o4b2o$724bo2bo2bo2bo6b2o$724b2ob4ob2o5bo...

Copperhead + HWSS = HWSS + Big S + a lot of ash x = 14, y = 29, rule = B3/S23 bobo$o$o3bo$o3bo$o$o2bo$3o11$9b4o2$9bo2bo$8bob2obo$8bo4bo2$8bo4bo$8b2o 2b2o$8b6o$9bo2bo$10b2o$10b2o! Copperhead + MWSS = MWSS + 2 Blocks + Herschel x = 16, y = 13, rule = B3/S23 2bo2bo6bobo$2bo2bo5bo$bo4bo4bo3bo$bo4bo4bo$b...

Copperhead + MWSS = MWSS + Glider x = 24, y = 24, rule = B3/S23 21bo$19bo3bo$18bo$18bo4bo$18b5o8$b4o2$bo2bo$ob2obo$o4bo2$o4bo$2o2b2o$ 6o$bo2bo$2b2o$2b2o! Copperhead + 2 MWSS = 2 MWSS + 2 Glider x = 34, y = 27, rule = B3/S23 31bo$29bo3bo$28bo$21bo6bo4bo$19bo3bo4b5o$18bo$18bo4bo$18b5o8$b4o2$bo2b o$ob2...

p720 (2 Glider) New on the top left x = 911, y = 419, rule = B3/S23 181b2o$180bo2bo$179b2o2b2o$179b2o2b2o$179bob2obo$181b2o25b2o$179bo4bo 23b2o$178b2o4b2o21bo2bo$207b4o$206bob2obo$104b2o75b2o24bo2bo$103bo2bo 73bo2bo$103bo2bo73bo2bo22b2o2b2o$91b2o9bo4bo87b2o8bo6bo8b2o$90bo2bo8bo 4bo70b2o4b2o8bo2bo22b...

p810 (2 Glider) New on the left x = 838, y = 219, rule = B3/S23 761bo2bo$761bo2bo$760bo4bo$705b2o53bo4bo$704b4o52bo4bo$749b2o9bo4bo$ 703b6o39bo2bo7b3o2b3o4b2o2b2o$704b4o9b4o26b2o2b2o6bob4obo4b2o2b2o$245b 2o470bo2bo26b2o2b2o7bo4bo4b3o2b3o$243b2o2b2o125b2o315b2o2b2o6b2o2b2o7b 6o25bob2obo17b3o2b3o9b2o2...

p670 (2 Glider x p10 x 67 = p1340) New on the left x = 591, y = 257, rule = B3/S23 533b2o2b2o$533b2o2b2o$532b3o2b3o$532b3o2b3o2$532bo6bo5b2o2b2o$532bo2b 2o2bo5b2o2b2o$533b6o5b3o2b3o$544b3o2b3o2$535b2o7bo6bo$534bo2bo6bo2b2o 2bo$534b4o7b6o$533b2o2b2o$530bo2bo4bo2bo$533bo4bo8b2o$534b4o8bo2bo$ 530bo10bo...