Mapping LED's Fibonacci style

Patterns and Code
1

I am now attempting to map simple display that’s based on the Fibonocci principle and I found a map here that addresses LED’s up to 256.

// Fiboiccini matrix 
function (pixelCount) {

var map = [];
  
//EvilGenius Fibonocci  Map data notes.
//flip means the input/DIN is oriented at the BOTTOM rather than the top. 
// upside down physical orientation and the NEGATIVE -y values fix the mirrored XYA map.
[
[1432,2446],
[1298,2509],
[1165,2540],
[1024,2514],
[866,2436],
[741,2306],
[641,2155],
[600,1954],
[592,1737],
[643,1512],
[752,1307],
[904,1113],
[1573,979],
[1337,1022],
[1143,1147],
[984,1309],
[870,1475],
[797,1680],
[794,1862],
[837,2030],
[928,2166],
[1037,2281],
[1167,2320],
[1299,2344],
[1250,2186],
[1142,2103],
[1051,1998],
[1011,1853],
[1022,1686],
[1087,1530],
[1178,1376],
[1339,1258],
[1526,1162],
[1736,1109],
[1976,1102],
[2217,1140],
[2703,1664],
[2505,1519],
[2297,1390],
[2095,1312],
[1880,1296],
[1671,1329],
[1492,1392],
[1370,1488],
[1267,1624],
[1238,1762],
[1249,1893],
[1283,2036],
[1399,1931],
[1444,1793],
[1477,1669],
[1618,1588],
[1751,1515],
[1930,1486],
[2115,1521],
[2297,1606],
[2469,1742],
[2632,1923],
[2744,2143],
[2826,2389],
[2527,3071],
[2597,2817],
[2616,2563],
[2587,2322],
[2503,2108],
[2384,1932],
[2238,1811],
[2099,1744],
[1921,1706],
[1774,1724],
[1657,1802],
[1553,1882],
[1715,1956],
[1840,1923],
[1981,1916],
[2112,1981],
[2244,2090],
[2342,2252],
[2411,2429],
[2429,2660],
[2376,2875],
[2264,3100],
[2088,3310],
[1872,3485],
[1136,3432],
[1390,3425],
[1633,3359],
[1858,3214],
[2006,3078],
[2128,2873],
[2193,2681],
[2188,2504],
[2139,2335],
[2055,2206],
[1930,2130],
[1800,2063],
[1823,2228],
[1894,2364],
[1961,2476],
[1954,2636],
[1903,2799],
[1807,2962],
[1646,3093],
[1452,3182],
[1234,3213],
[991,3193],
[746,3120],
[542,2984],
[279,2288],
[384,2533],
[531,2728],
[716,2866],
[917,2951],
[1134,3009],
[1330,2984],
[1493,2917],
[1642,2783],
[1725,2656],
[1738,2533],
[1731,2384],
[1589,2451],
[1519,2574],
[1412,2670],
[1272,2739],
[1109,2750],
[930,2725],
[768,2636],
[601,2487],
[482,2306],
[415,2083],
[387,1840],
[462,1575]
]
FIPI_64_XYA = "140,128,0|189,114,249|208,91,241|214,63,232|208,34,223|146,0,200|168,21,208|180,48,217|180,76,226|162,106,235|152,78,212|146,47,203|129,25,194|103,11,185|72,5,176|40,38,162|70,35,171|97,42,180|120,61,188|131,101,197|107,87,174|79,69,165|50,68,156|23,78,147|0,98,139|7,143,124|23,118,133|46,102,142|76,98,151|93,122,136|57,131,128|37,152,119|28,179,110|29,209,101|87,255,78|68,230,86|59,202,95|62,174,104|80,148,113|113,142,99|91,181,90|94,210,81|109,235,72|133,252,63|202,235,40|172,234,49|145,224,58|125,203,67|117,170,75|145,183,52|170,201,43|198,205,34|227,198,25|253,181,17|255,134,2|235,157,11|210,171,20|181,173,29|148,153,38|175,145,14|207,138,6|228,120,255|240,93,246|244,63,237"
FIPI_64_XY_flip = "140,-128|189,-114|208,-91|214,-63|208,-34|146,-0|168,-21|180,-48|180,-76|162,-106|152,-78|146,-47|129,-25|103,-11|72,-5|40,-38|70,-35|97,-42|120,-61|131,-101|107,-87|79,-69|50,-68|23,-78|0,-98|7,-143|23,-118|46,-102|76,-98|93,-122|57,-131|37,-152|28,-179|29,-209|87,-255|68,-230|59,-202|62,-174|80,-148|113,-142|91,-181|94,-210|109,-235|133,-252|202,-235|172,-234|145,-224|125,-203|117,-170|145,-183|170,-201|198,-205|227,-198|253,-181|255,-134|235,-157|210,-171|181,-173|148,-153|175,-145|207,-138|228,-120|240,-93|244,-63"
FIPI_128_XYA = "137,130,128|170,121,247|182,105,239|186,86,230|182,66,221|172,47,212|156,31,203|135,19,194|110,13,186|83,13,177|26,55,154|49,39,163|74,30,171|99,28,180|121,33,189|141,43,198|155,57,207|164,75,216|164,95,224|151,115,233|145,96,210|141,75,201|129,60,192|112,50,184|91,46,175|69,49,166|47,59,157|27,74,148|11,96,139|0,122,131|9,166,116|11,139,125|19,114,134|33,93,143|50,78,152|70,69,160|90,67,169|108,72,178|123,85,187|130,112,196|114,102,173|96,90,164|77,89,155|58,96,146|43,110,137|32,129,129|25,152,120|25,177,111|32,203,102|45,227,93|85,247,79|65,228,88|51,207,97|43,184,105|42,161,114|47,140,123|58,123,132|74,112,141|94,109,150|105,126,135|81,132,126|68,146,118|62,165,109|63,185,100|70,206,91|84,225,82|103,240,73|127,251,65|154,255,56|218,224,33|193,235,42|167,240,50|142,237,59|119,229,68|101,216,77|89,199,86|83,181,95|84,161,103|96,143,112|118,139,98|104,166,89|106,186,80|116,202,71|132,215,63|152,221,54|175,222,45|198,216,36|221,204,27|241,185,18|255,115,252|248,142,4|236,166,13|219,184,22|199,197,31|178,203,39|158,202,48|140,195,57|126,181,66|121,158,75|140,167,52|157,180,43|176,182,34|195,178,25|213,166,16|227,148,8|237,126,255|241,101,246|239,74,237|193,21,214|210,42,223|221,66,232|225,91,241|222,114,250|214,134,2|201,150,11|184,159,20|164,160,29|142,147,37|160,141,14|181,137,5|196,124,253|204,106,244|206,85,235|202,63,226|191,42,218|174,24,209|152,9,200|125,0,191"
FIPI_128_XY_flip = "137,-130|170,-121|182,-105|186,-86|182,-66|172,-47|156,-31|135,-19|110,-13|83,-13|26,-55|49,-39|74,-30|99,-28|121,-33|141,-43|155,-57|164,-75|164,-95|151,-115|145,-96|141,-75|129,-60|112,-50|91,-46|69,-49|47,-59|27,-74|11,-96|0,-122|9,-166|11,-139|19,-114|33,-93|50,-78|70,-69|90,-67|108,-72|123,-85|130,-112|114,-102|96,-90|77,-89|58,-96|43,-110|32,-129|25,-152|25,-177|32,-203|45,-227|85,-247|65,-228|51,-207|43,-184|42,-161|47,-140|58,-123|74,-112|94,-109|105,-126|81,-132|68,-146|62,-165|63,-185|70,-206|84,-225|103,-240|127,-251|154,-255|218,-224|193,-235|167,-240|142,-237|119,-229|101,-216|89,-199|83,-181|84,-161|96,-143|118,-139|104,-166|106,-186|116,-202|132,-215|152,-221|175,-222|198,-216|221,-204|241,-185|255,-115|248,-142|236,-166|219,-184|199,-197|178,-203|158,-202|140,-195|126,-181|121,-158|140,-167|157,-180|176,-182|195,-178|213,-166|227,-148|237,-126|241,-101|239,-74|193,-21|210,-42|221,-66|225,-91|222,-114|214,-134|201,-150|184,-159|164,-160|142,-147|160,-141|181,-137|196,-124|204,-106|206,-85|202,-63|191,-42|174,-24|152,-9|125,0"
FIPI_256_XYA = "133,126,0|156,120,247|165,109,238|168,96,229|165,82,220|158,69,211|147,57,203|132,49,194|114,45,185|95,45,176|76,50,167|57,59,159|41,74,150|28,92,141|19,114,132|15,138,123|17,163,115|24,188,106|37,211,97|56,231,88|123,255,65|96,248,74|73,235,83|53,218,92|38,198,100|28,175,109|24,152,118|25,129,127|31,107,136|41,89,144|55,74,153|71,63,162|89,57,171|106,56,180|122,59,188|136,66,197|146,76,206|152,88,215|152,102,224|143,116,232|138,103,209|136,88,201|128,77,192|115,71,183|101,68,174|85,70,165|70,77,157|56,88,148|44,103,139|37,121,130|33,141,121|34,163,113|41,184,104|53,205,95|69,222,86|90,236,77|114,245,69|140,249,60|167,247,51|226,208,28|204,224,37|180,235,46|154,241,54|129,240,63|106,234,72|85,223,81|67,209,90|54,191,98|46,172,107|43,152,116|44,132,125|50,115,134|60,101,142|72,90,151|86,84,160|100,82,169|113,86,178|123,95,186|128,114,195|117,107,172|104,98,163|90,98,155|78,103,146|67,112,137|59,126,128|54,142,119|54,159,111|59,177,102|68,195,93|82,210,84|100,222,75|121,230,67|143,233,58|167,230,49|191,223,40|212,209,31|231,191,23|246,168,14|255,142,5|251,98,246|251,125,255|245,151,8|233,174,17|218,194,26|199,209,35|178,219,44|156,223,52|134,223,61|114,218,70|96,208,79|82,195,88|73,180,96|67,164,105|66,148,114|70,134,123|78,122,132|89,114,140|103,112,149|111,123,135|94,128,126|84,138,117|80,151,108|81,165,100|86,180,91|96,193,82|109,203,73|126,211,64|145,214,56|165,212,47|185,206,38|204,194,29|220,178,20|233,158,12|241,134,3|244,109,250|241,83,241|232,58,232|217,35,223|179,11,209|201,28,218|217,48,227|229,71,235|235,95,244|235,120,253|230,142,6|220,163,15|207,179,24|190,192,33|172,200,41|154,203,50|136,202,59|121,196,68|108,187,77|99,175,85|95,162,94|96,148,103|104,136,112|120,133,98|110,152,89|111,166,80|118,177,71|130,186,62|144,190,54|160,191,45|176,187,36|192,178,27|206,165,18|217,148,10|224,128,1|227,107,247|224,84,239|216,62,230|202,41,221|184,24,212|162,11,203|137,2,195|110,0,186|44,28,163|68,16,172|94,9,180|120,8,189|145,13,198|168,23,207|187,37,216|202,55,224|212,75,233|216,96,242|216,116,251|212,135,4|203,151,13|191,164,22|177,173,31|162,177,39|148,177,48|135,172,57|126,162,66|122,146,75|136,153,52|147,161,43|161,163,34|174,160,25|186,152,16|197,139,8|204,124,254|206,106,245|205,87,237|198,69,228|187,51,219|172,36,210|152,25,201|130,18,193|106,16,184|81,20,175|58,29,166|36,44,157|17,64,149|0,133,126|5,106,134|15,81,143|30,60,152|49,44,161|71,32,170|93,26,178|116,25,187|138,29,196|157,38,205|173,50,214|185,65,222|192,82,231|195,99,240|193,115,249|187,129,2|178,140,11|166,147,20|152,148,28|137,138,37|149,134,14|164,131,5|175,122,252|180,110,243|182,95,235|179,80,226|171,65,217|159,52,208|143,42,199|125,36,191|105,34,182|83,37,173|63,45,164|44,59,155|28,77,147|16,98,138|9,123,129|7,149,120|12,176,111|23,202,103"
FIPI_256_XY_flip = "133,-126|156,-120|165,-109|168,-96|165,-82|158,-69|147,-57|132,-49|114,-45|95,-45|76,-50|57,-59|41,-74|28,-92|19,-114|15,-138|17,-163|24,-188|37,-211|56,-231|123,-255|96,-248|73,-235|53,-218|38,-198|28,-175|24,-152|25,-129|31,-107|41,-89|55,-74|71,-63|89,-57|106,-56|122,-59|136,-66|146,-76|152,-88|152,-102|143,-116|138,-103|136,-88|128,-77|115,-71|101,-68|85,-70|70,-77|56,-88|44,-103|37,-121|33,-141|34,-163|41,-184|53,-205|69,-222|90,-236|114,-245|140,-249|167,-247|226,-208|204,-224|180,-235|154,-241|129,-240|106,-234|85,-223|67,-209|54,-191|46,-172|43,-152|44,-132|50,-115|60,-101|72,-90|86,-84|100,-82|113,-86|123,-95|128,-114|117,-107|104,-98|90,-98|78,-103|67,-112|59,-126|54,-142|54,-159|59,-177|68,-195|82,-210|100,-222|121,-230|143,-233|167,-230|191,-223|212,-209|231,-191|246,-168|255,-142|251,-98|251,-125|245,-151|233,-174|218,-194|199,-209|178,-219|156,-223|134,-223|114,-218|96,-208|82,-195|73,-180|67,-164|66,-148|70,-134|78,-122|89,-114|103,-112|111,-123|94,-128|84,-138|80,-151|81,-165|86,-180|96,-193|109,-203|126,-211|145,-214|165,-212|185,-206|204,-194|220,-178|233,-158|241,-134|244,-109|241,-83|232,-58|217,-35|179,-11|201,-28|217,-48|229,-71|235,-95|235,-120|230,-142|220,-163|207,-179|190,-192|172,-200|154,-203|136,-202|121,-196|108,-187|99,-175|95,-162|96,-148|104,-136|120,-133|110,-152|111,-166|118,-177|130,-186|144,-190|160,-191|176,-187|192,-178|206,-165|217,-148|224,-128|227,-107|224,-84|216,-62|202,-41|184,-24|162,-11|137,-2|110,0|44,-28|68,-16|94,-9|120,-8|145,-13|168,-23|187,-37|202,-55|212,-75|216,-96|216,-116|212,-135|203,-151|191,-164|177,-173|162,-177|148,-177|135,-172|126,-162|122,-146|136,-153|147,-161|161,-163|174,-160|186,-152|197,-139|204,-124|206,-106|205,-87|198,-69|187,-51|172,-36|152,-25|130,-18|106,-16|81,-20|58,-29|36,-44|17,-64|0,-133|5,-106|15,-81|30,-60|49,-44|71,-32|93,-26|116,-25|138,-29|157,-38|173,-50|185,-65|192,-82|195,-99|193,-115|187,-129|178,-140|166,-147|152,-148|137,-138|149,-134|164,-131|175,-122|180,-110|182,-95|179,-80|171,-65|159,-52|143,-42|125,-36|105,-34|83,-37|63,-45|44,-59|28,-77|16,-98|9,-123|7,-149|12,-176|23,-202"
  
//assumes only 1 display connected, and selects the map based on the pixel count. 
switch(pixelCount) {
  case 256:
    map = map.concat(stringTo2dArray(FIPI_256_XY_flip, "|", ","));
    break;
  case 128:
    map = map.concat(stringTo2dArray(FIPI_128_XY_flip, "|", ","));
    break;
  default:
    map = map.concat(stringTo2dArray(FIPI_64_XY_flip, "|", ","));
} 

  return map

}

// string to split d1 = element delimiter, d2=index delimiter 
function stringTo2dArray(string, d1, d2) {return string.split(d1).map(function(x){return x.split(d2)});}

This creates a lovely 256 disc but it’s not what I need. My display is only 104 pixels big.

IMG_2002
IMG_20021920×2560 528 KB

So I used the wonderful online tool from here: Pixels
and it gave me the string of code at the top of my Pixel Mapper screen and it checks out good: “Looks ok, pixel map is live!” however it doesn’t look anything like my map. I’m sure there is a solution that works but I can’t figure it out.
Zigzag starting from center, 8 arms with 13 LED’s = 104 Pixels in a spiral.
Anyone?

2

Can you please post the map coordinates you generated in the tool using a “hide details” block? And a picture showing how it’s actually wired (I think the picture of the disc looks like it has no LEDs)

3

Hi Jeff,
I did include the mapping data along with the LEDless disc. I made two of them. One is populated the other is waiting for a shipment to arrive. There are 8 “arms” with 13 LED’s. Wiring is from the center out then move over to the next “arm” and wired from edge to center. Repeat until last LED is set (104).
Zigzag pattern. Hope this helps in your understanding. I’m sorry to not be addressing the “hide details” portion of your request. I think my wiring explanation is sufficient.

4

Since you’re not using an Evil Genius Labs Fibonacci disc size (like 64, 128, 256) the code you posted isn’t going to work. You said it has 104 LEDs, so you’ll need to use the pixel map from the mapping tool. You said you used it here:

So I was asking you to share that output. That output, combined with a picture of the wiring (or an annotation overlay on the picture you shared) would be enough to troubleshoot why the preview isn’t looking like your disc.

5

Okay. Here’s more clearification for you.

IMG_2005
IMG_20051920×2560 235 KB

Are the Evil Genius Labs discs wired differently? I can go back and change my wiring with some effort.

6

Is this not clear enough? The backside of the display is a jumble of wires which make no sense which is why I drew this simple diagram. Very easy to understand, at least for me. Do you want me to include every LED position? The Zigzag wiring IS pretty self explainitory.

7

Please post the output you get when you use the Pixel mapper tool. And the exact photo you used with it.

Your hand drawn sketch is helpful, but only part of the puzzle.

8

I’m just a bit confused. “Please post the out you get when you use the Pixelmapper tool.” Output? Like a video? What other output is there? Yes I still have the exact photo I took. But, I’m afraid I have to postpone this problem as I just packed my display because I am moving and won’t get up and running for at least 2 or 3 weeks. It’s a darn inconvenience for me.

9

You said:

This is what we’ve been asking for in order to help you troubleshoot. It should be a string of code that’s mostly brackets and numbers.

10

And it’s what I’ve supplied in my post. Here I go again (as the song says).

export function beforeRender(delta) {
  t1 = time(.1)
}

export function render2D(index, x, y) {
  h = t1 + x
  s = 1
  v = 1
  hsv(h, s, v)
}

function (pixelCount) {

var map = [];
  
// 8X13 Fibroccini matrix
[
[1617,1965],
[1575,1709],
[1541,1528],
[1428,1417],
[1299,1349],
[1160,1312],
[995,1303],
[830,1347],
[683,1410],
[540,1519],
[424,1664],
[322,1845],
[266,2019],
[741,2984],
[621,2828],
[540,2598],
[520,2426],
[533,2261],
[558,2072],
[627,1912],
[716,1787],
[835,1709],
[982,1662],
[1140,1644],
[1287,1718],
[1481,1876],
[1303,1978],
[1100,1992],
[977,2087],
[901,2195],
[857,2351],
[866,2505],
[881,2647],
[946,2810],
[1067,2962],
[1200,3098],
[1385,3218],
[1584,3285],
[1776,3310],
[2518,2873],
[2320,2970],
[2148,3024],
[1950,3044],
[1780,3033],
[1626,2986],
[1468,2906],
[1354,2799],
[1260,2669],
[1218,2538],
[1216,2366],
[1278,2217],
[1430,2063],
[1515,2230],
[1544,2435],
[1629,2567],
[1751,2670],
[1890,2714],
[2032,2745],
[2173,2696],
[2335,2640],
[2483,2545],
[2599,2424],
[2695,2259],
[2773,2112],
[2804,1911],
[2306,1011],
[2413,1176],
[2500,1352],
[2561,1521],
[2558,1717],
[2547,1889],
[2501,2023],
[2413,2181],
[2309,2271],
[2180,2351],
[2039,2382],
[1889,2359],
[1738,2266],
[1720,2077],
[1923,2067],
[2068,1994],
[2171,1889],
[2248,1746],
[2251,1626],
[2229,1465],
[2180,1329],
[2106,1174],
[1967,1020],
[1822,895],
[1638,819],
[1446,748],
[485,1180],
[668,1097],
[852,1009],
[1053,991],
[1221,982],
[1394,1019],
[1555,1104],
[1698,1196],
[1796,1312],
[1856,1465],
[1881,1584],
[1867,1724],
[1736,1885]
]
type or paste code here
11

Hi @FredEBear ,
Ah, there’s your problem. You aren’t using the mapper output properly.

The mapper tool works by putting coordinates into a text box, which you select all, copy, and COMPLETELY REPLACE the mapper contents with.

You shouldn’t paste it into a pattern on the edit tab, it goes on the mapper tab. You must remove the old mapper contents so that the only thing in the text box is the output from the tool.

What you have sent in your posts are some leftover bits of other Fibonacci code in your original post, which we took as you posting someone else’s example, and in this latest post you have bits of a pattern code.

In both cases the map is plopped in the middle of other code which won’t do anything.

You must replace the entire contents of the mapper text box.

12

When I use your map, it looks fine!

13

That’s great! So what you are saying to me is that I must erase everything under the Mapper tab (does it matter what tab I select Ring, Matrix etc…) while doing this? Then just copy the data over without anything else. Is this correct? It sounds so easy. Then save it as it will save onto the PixelBlaze board that is running. Right? Why can’t I rename a tab to reflect my display?

14

Yes.

The drop-down menu on the mapper tab is for loading examples, ignore it. Do not press the “load example” button, it will replace what you are working on with the selected example.

15

Okay I’m back and trying to run with it.
This is DATA for my Fibonacci disc that I’m trying to have MAPPER recognize. A couple of you have stated that when you insert my DATA that things look fine. When I insert DATA I get the message:

Something’s not quite right.

Okay, so what’s going on here? I’m apparently not understand something fundimental to PixelBlaze and mapping.

And here’s the data:

export function beforeRender(delta) {
  t1 = time(.1)
}

export function render2D(index, x, y) {
  h = t1 + x
  s = 1
  v = 1
  hsv(h, s, v)
}

function (pixelCount) {

var map = [];
  
// 8X13 Fibroccini matrix
[
[1617,1965],
[1575,1709],
[1541,1528],
[1428,1417],
[1299,1349],
[1160,1312],
[995,1303],
[830,1347],
[683,1410],
[540,1519],
[424,1664],
[322,1845],
[266,2019],
[741,2984],
[621,2828],
[540,2598],
[520,2426],
[533,2261],
[558,2072],
[627,1912],
[716,1787],
[835,1709],
[982,1662],
[1140,1644],
[1287,1718],
[1481,1876],
[1303,1978],
[1100,1992],
[977,2087],
[901,2195],
[857,2351],
[866,2505],
[881,2647],
[946,2810],
[1067,2962],
[1200,3098],
[1385,3218],
[1584,3285],
[1776,3310],
[2518,2873],
[2320,2970],
[2148,3024],
[1950,3044],
[1780,3033],
[1626,2986],
[1468,2906],
[1354,2799],
[1260,2669],
[1218,2538],
[1216,2366],
[1278,2217],
[1430,2063],
[1515,2230],
[1544,2435],
[1629,2567],
[1751,2670],
[1890,2714],
[2032,2745],
[2173,2696],
[2335,2640],
[2483,2545],
[2599,2424],
[2695,2259],
[2773,2112],
[2804,1911],
[2306,1011],
[2413,1176],
[2500,1352],
[2561,1521],
[2558,1717],
[2547,1889],
[2501,2023],
[2413,2181],
[2309,2271],
[2180,2351],
[2039,2382],
[1889,2359],
[1738,2266],
[1720,2077],
[1923,2067],
[2068,1994],
[2171,1889],
[2248,1746],
[2251,1626],
[2229,1465],
[2180,1329],
[2106,1174],
[1967,1020],
[1822,895],
[1638,819],
[1446,748],
[485,1180],
[668,1097],
[852,1009],
[1053,991],
[1221,982],
[1394,1019],
[1555,1104],
[1698,1196],
[1796,1312],
[1856,1465],
[1881,1584],
[1867,1724],
[1736,1885]
]
16

That is explained above. Quoted here:

It looks like this:

Screen Shot 2022-07-30 at 11.17.37 AM

Not like this:

Screen Shot 2022-07-30 at 11.18.18 AM
Screen Shot 2022-07-30 at 11.18.18 AM762×682 33.5 KB

17

Yes it works for the Edit display and looks great however, the actual display doesn’t follow the same display output. I’ve tried: Zigzag (which is the actual wiring of the display), Center out and Out to Center and although the pattern display follows the DATA set, the actual display NEVER changes it’s display. So, even though the patterns looks correct on the computer display, the actual display isn’t correct as it doesn’t follow the screen display. Why is this I wonder?

18

See above. Quoted here:

Once you load th coordinates, and the map preview looks good, click save and that’s it.

The rest is up to the pattern. You need to test it with 2d patterns. Like cube fire or fast pulse 2d.

19

Thank you so much. Now I understand. It doesn’t matter how I map the screen display. What matters is how I wired the display and that is what any pattern will be slaved to. I thought that I could remap my display via software (mapper tool) to get the desired display. Again thank you for your guidance and patience.

20

You can, but that is only used for the 2d and 3d coordinates. If the pattern uses index, then it will stick with the physical layout and not the map.

Any pattern with a render2D aught to change with the map.