• يرجى نسخ / لصق رسالة الخطأ التي تراها على الشاشة ، إن وجدت.

The existing algorithms for placing down a map and having the last player rotate the tiles is not an excellent balancing mechanic, especially in a 4 player game where the third player is not likely to get a great choice of faction.

The now-defunct website gaia-project.hol.es had an algorithm which basically everyone liked a lot. This algorithm is described in this BGG thread boardgamegeek.com/thread/1960859/online-game-generator-map-board-smartphone-friendl/page/2, and I will repeat it for clarity here:

The algorithm is this:

1. Randomly place the required number of tiles, using the correct side of tiles 5, 6, and 7 as appropriate to the number of players, and rotate them randomly.
2. No clusters of 5 contiguous planets of any type (including transdim) are allowed. Check to see if there are any clusters of 5 or more. If there are any, discard this map and roll again.
3. Only one cluster of 4 contiguous planets of any type (including transdim) is allowed. Check to see if there are any clusters of 4 contiguous planets. If there are 2 or more such clusters, discard this map and roll again.
4. The closest that 2 planets of the same homeworld type may be to each other is Nav3. If there are any planets of any type except gaia or transdim which are within Nav2 range of each other, discard this map and roll again.
5. Every planet must have another planet of any type within Nav2 range of it. If there is any planet that is at least 3 hexes away from any other planet, discard this map and roll again.
6. Use this map

• يرجى توضيح ما تريد القيام به ، ماذا فعلت وما حدث

• ما هو متصفحك؟

• يرجى نسخ / لصق النص المعروض باللغة الإنجليزية بدلاً من لغتك. إذا كان لديك لقطة شاشة لهذا الخطأ (ممارسة جيدة) ، يمكنك استخدام Imgur.com لتحميله ونسخ / لصق الرابط هنا.

The existing algorithms for placing down a map and having the last player rotate the tiles is not an excellent balancing mechanic, especially in a 4 player game where the third player is not likely to get a great choice of faction.

The now-defunct website gaia-project.hol.es had an algorithm which basically everyone liked a lot. This algorithm is described in this BGG thread boardgamegeek.com/thread/1960859/online-game-generator-map-board-smartphone-friendl/page/2, and I will repeat it for clarity here:

The algorithm is this:

1. Randomly place the required number of tiles, using the correct side of tiles 5, 6, and 7 as appropriate to the number of players, and rotate them randomly.
2. No clusters of 5 contiguous planets of any type (including transdim) are allowed. Check to see if there are any clusters of 5 or more. If there are any, discard this map and roll again.
3. Only one cluster of 4 contiguous planets of any type (including transdim) is allowed. Check to see if there are any clusters of 4 contiguous planets. If there are 2 or more such clusters, discard this map and roll again.
4. The closest that 2 planets of the same homeworld type may be to each other is Nav3. If there are any planets of any type except gaia or transdim which are within Nav2 range of each other, discard this map and roll again.
5. Every planet must have another planet of any type within Nav2 range of it. If there is any planet that is at least 3 hexes away from any other planet, discard this map and roll again.
6. Use this map

• هل هذا النص متاح في translation system ؟ إذا كانت الإجابة بنعم ، فهل تمت ترجمتها لأكثر من 24 ساعة؟

• ما هو متصفحك؟

• يرجى توضيح اقتراحك بدقة وإيجاز بحيث يكون من السهل قدر الإمكان فهم ما تعنيه.

The existing algorithms for placing down a map and having the last player rotate the tiles is not an excellent balancing mechanic, especially in a 4 player game where the third player is not likely to get a great choice of faction.

The now-defunct website gaia-project.hol.es had an algorithm which basically everyone liked a lot. This algorithm is described in this BGG thread boardgamegeek.com/thread/1960859/online-game-generator-map-board-smartphone-friendl/page/2, and I will repeat it for clarity here:

The algorithm is this:

1. Randomly place the required number of tiles, using the correct side of tiles 5, 6, and 7 as appropriate to the number of players, and rotate them randomly.
2. No clusters of 5 contiguous planets of any type (including transdim) are allowed. Check to see if there are any clusters of 5 or more. If there are any, discard this map and roll again.
3. Only one cluster of 4 contiguous planets of any type (including transdim) is allowed. Check to see if there are any clusters of 4 contiguous planets. If there are 2 or more such clusters, discard this map and roll again.
4. The closest that 2 planets of the same homeworld type may be to each other is Nav3. If there are any planets of any type except gaia or transdim which are within Nav2 range of each other, discard this map and roll again.
5. Every planet must have another planet of any type within Nav2 range of it. If there is any planet that is at least 3 hexes away from any other planet, discard this map and roll again.
6. Use this map

• ما هو متصفحك؟

• ما الذي تم عرضه على الشاشة عندما تم حظرك (شاشة فارغة؟ جزء من واجهة اللعبة؟ رسالة خطأ؟)

The existing algorithms for placing down a map and having the last player rotate the tiles is not an excellent balancing mechanic, especially in a 4 player game where the third player is not likely to get a great choice of faction.

The now-defunct website gaia-project.hol.es had an algorithm which basically everyone liked a lot. This algorithm is described in this BGG thread boardgamegeek.com/thread/1960859/online-game-generator-map-board-smartphone-friendl/page/2, and I will repeat it for clarity here:

The algorithm is this:

1. Randomly place the required number of tiles, using the correct side of tiles 5, 6, and 7 as appropriate to the number of players, and rotate them randomly.
2. No clusters of 5 contiguous planets of any type (including transdim) are allowed. Check to see if there are any clusters of 5 or more. If there are any, discard this map and roll again.
3. Only one cluster of 4 contiguous planets of any type (including transdim) is allowed. Check to see if there are any clusters of 4 contiguous planets. If there are 2 or more such clusters, discard this map and roll again.
4. The closest that 2 planets of the same homeworld type may be to each other is Nav3. If there are any planets of any type except gaia or transdim which are within Nav2 range of each other, discard this map and roll again.
5. Every planet must have another planet of any type within Nav2 range of it. If there is any planet that is at least 3 hexes away from any other planet, discard this map and roll again.
6. Use this map

• ما هو متصفحك؟

• أي جزء من القواعد تم مخالفته في تصميم التبني لدى BGA

The existing algorithms for placing down a map and having the last player rotate the tiles is not an excellent balancing mechanic, especially in a 4 player game where the third player is not likely to get a great choice of faction.

The now-defunct website gaia-project.hol.es had an algorithm which basically everyone liked a lot. This algorithm is described in this BGG thread boardgamegeek.com/thread/1960859/online-game-generator-map-board-smartphone-friendl/page/2, and I will repeat it for clarity here:

The algorithm is this:

1. Randomly place the required number of tiles, using the correct side of tiles 5, 6, and 7 as appropriate to the number of players, and rotate them randomly.
2. No clusters of 5 contiguous planets of any type (including transdim) are allowed. Check to see if there are any clusters of 5 or more. If there are any, discard this map and roll again.
3. Only one cluster of 4 contiguous planets of any type (including transdim) is allowed. Check to see if there are any clusters of 4 contiguous planets. If there are 2 or more such clusters, discard this map and roll again.
4. The closest that 2 planets of the same homeworld type may be to each other is Nav3. If there are any planets of any type except gaia or transdim which are within Nav2 range of each other, discard this map and roll again.
5. Every planet must have another planet of any type within Nav2 range of it. If there is any planet that is at least 3 hexes away from any other planet, discard this map and roll again.
6. Use this map

• هل انتهاك القواعد مرئي عند إعادة اللعب؟ إذا كانت الإجابة بنعم ، فبأي رقم؟

• ما هو متصفحك؟

• ما هو نشاط اللعبة الذي أردت القيام به؟

The existing algorithms for placing down a map and having the last player rotate the tiles is not an excellent balancing mechanic, especially in a 4 player game where the third player is not likely to get a great choice of faction.

The now-defunct website gaia-project.hol.es had an algorithm which basically everyone liked a lot. This algorithm is described in this BGG thread boardgamegeek.com/thread/1960859/online-game-generator-map-board-smartphone-friendl/page/2, and I will repeat it for clarity here:

The algorithm is this:

1. Randomly place the required number of tiles, using the correct side of tiles 5, 6, and 7 as appropriate to the number of players, and rotate them randomly.
2. No clusters of 5 contiguous planets of any type (including transdim) are allowed. Check to see if there are any clusters of 5 or more. If there are any, discard this map and roll again.
3. Only one cluster of 4 contiguous planets of any type (including transdim) is allowed. Check to see if there are any clusters of 4 contiguous planets. If there are 2 or more such clusters, discard this map and roll again.
4. The closest that 2 planets of the same homeworld type may be to each other is Nav3. If there are any planets of any type except gaia or transdim which are within Nav2 range of each other, discard this map and roll again.
5. Every planet must have another planet of any type within Nav2 range of it. If there is any planet that is at least 3 hexes away from any other planet, discard this map and roll again.
6. Use this map

• ماذا تحاول أن تفعل لتحريك هذا العمل اللعبة؟

• ماذا حدث عند محاولة القيام بهذا (رسالة خطأ ، رسالة شريط حالة اللعبة ، ...)؟

• ما هو متصفحك؟

• في أي خطوة من اللعبة حدثت المشكلة (ما هو تعليمة اللعبة الحالية)؟

The existing algorithms for placing down a map and having the last player rotate the tiles is not an excellent balancing mechanic, especially in a 4 player game where the third player is not likely to get a great choice of faction.

The now-defunct website gaia-project.hol.es had an algorithm which basically everyone liked a lot. This algorithm is described in this BGG thread boardgamegeek.com/thread/1960859/online-game-generator-map-board-smartphone-friendl/page/2, and I will repeat it for clarity here:

The algorithm is this:

1. Randomly place the required number of tiles, using the correct side of tiles 5, 6, and 7 as appropriate to the number of players, and rotate them randomly.
2. No clusters of 5 contiguous planets of any type (including transdim) are allowed. Check to see if there are any clusters of 5 or more. If there are any, discard this map and roll again.
3. Only one cluster of 4 contiguous planets of any type (including transdim) is allowed. Check to see if there are any clusters of 4 contiguous planets. If there are 2 or more such clusters, discard this map and roll again.
4. The closest that 2 planets of the same homeworld type may be to each other is Nav3. If there are any planets of any type except gaia or transdim which are within Nav2 range of each other, discard this map and roll again.
5. Every planet must have another planet of any type within Nav2 range of it. If there is any planet that is at least 3 hexes away from any other planet, discard this map and roll again.
6. Use this map

• ماذا حدث عند محاولة إجراء هذه الحركة داخل اللعبة (رسالة خطأ ، رسالة شريط حالة اللعبة ، ...)؟

• ما هو متصفحك؟

• يرجى وصف مشكلة العرض. إذا كان لديك لقطة شاشة لهذا الخطأ (ممارسة جيدة) ، يمكنك استخدام Imgur.com لتحميله ونسخ / لصق الرابط هنا.

The existing algorithms for placing down a map and having the last player rotate the tiles is not an excellent balancing mechanic, especially in a 4 player game where the third player is not likely to get a great choice of faction.

The now-defunct website gaia-project.hol.es had an algorithm which basically everyone liked a lot. This algorithm is described in this BGG thread boardgamegeek.com/thread/1960859/online-game-generator-map-board-smartphone-friendl/page/2, and I will repeat it for clarity here:

The algorithm is this:

1. Randomly place the required number of tiles, using the correct side of tiles 5, 6, and 7 as appropriate to the number of players, and rotate them randomly.
2. No clusters of 5 contiguous planets of any type (including transdim) are allowed. Check to see if there are any clusters of 5 or more. If there are any, discard this map and roll again.
3. Only one cluster of 4 contiguous planets of any type (including transdim) is allowed. Check to see if there are any clusters of 4 contiguous planets. If there are 2 or more such clusters, discard this map and roll again.
4. The closest that 2 planets of the same homeworld type may be to each other is Nav3. If there are any planets of any type except gaia or transdim which are within Nav2 range of each other, discard this map and roll again.
5. Every planet must have another planet of any type within Nav2 range of it. If there is any planet that is at least 3 hexes away from any other planet, discard this map and roll again.
6. Use this map

• ما هو متصفحك؟

• يرجى نسخ / لصق النص المعروض باللغة الإنجليزية بدلاً من لغتك. إذا كان لديك لقطة شاشة لهذا الخطأ (ممارسة جيدة) ، يمكنك استخدام Imgur.com لتحميله ونسخ / لصق الرابط هنا.

The existing algorithms for placing down a map and having the last player rotate the tiles is not an excellent balancing mechanic, especially in a 4 player game where the third player is not likely to get a great choice of faction.

The now-defunct website gaia-project.hol.es had an algorithm which basically everyone liked a lot. This algorithm is described in this BGG thread boardgamegeek.com/thread/1960859/online-game-generator-map-board-smartphone-friendl/page/2, and I will repeat it for clarity here:

The algorithm is this:

1. Randomly place the required number of tiles, using the correct side of tiles 5, 6, and 7 as appropriate to the number of players, and rotate them randomly.
2. No clusters of 5 contiguous planets of any type (including transdim) are allowed. Check to see if there are any clusters of 5 or more. If there are any, discard this map and roll again.
3. Only one cluster of 4 contiguous planets of any type (including transdim) is allowed. Check to see if there are any clusters of 4 contiguous planets. If there are 2 or more such clusters, discard this map and roll again.
4. The closest that 2 planets of the same homeworld type may be to each other is Nav3. If there are any planets of any type except gaia or transdim which are within Nav2 range of each other, discard this map and roll again.
5. Every planet must have another planet of any type within Nav2 range of it. If there is any planet that is at least 3 hexes away from any other planet, discard this map and roll again.
6. Use this map

• هل هذا النص متاح في translation system ؟ إذا كانت الإجابة بنعم ، فهل تمت ترجمتها لأكثر من 24 ساعة؟

• ما هو متصفحك؟

• يرجى توضيح اقتراحك بدقة وإيجاز بحيث يكون من السهل قدر الإمكان فهم ما تعنيه.

The existing algorithms for placing down a map and having the last player rotate the tiles is not an excellent balancing mechanic, especially in a 4 player game where the third player is not likely to get a great choice of faction.

The now-defunct website gaia-project.hol.es had an algorithm which basically everyone liked a lot. This algorithm is described in this BGG thread boardgamegeek.com/thread/1960859/online-game-generator-map-board-smartphone-friendl/page/2, and I will repeat it for clarity here:

The algorithm is this:

1. Randomly place the required number of tiles, using the correct side of tiles 5, 6, and 7 as appropriate to the number of players, and rotate them randomly.
2. No clusters of 5 contiguous planets of any type (including transdim) are allowed. Check to see if there are any clusters of 5 or more. If there are any, discard this map and roll again.
3. Only one cluster of 4 contiguous planets of any type (including transdim) is allowed. Check to see if there are any clusters of 4 contiguous planets. If there are 2 or more such clusters, discard this map and roll again.
4. The closest that 2 planets of the same homeworld type may be to each other is Nav3. If there are any planets of any type except gaia or transdim which are within Nav2 range of each other, discard this map and roll again.
5. Every planet must have another planet of any type within Nav2 range of it. If there is any planet that is at least 3 hexes away from any other planet, discard this map and roll again.
6. Use this map

• ما هو متصفحك؟