Easy · 4×4
🌆 Skyline · Easy #11
You strolled down: Silent Intercom Boulevard
1
2
4
4
🦉 How to solve it
- The lookout top lookout of column 3 sees only 1 building: the first one must be the tallest (4 floors).
- The lookout left lookout of row 3 sees all 4 buildings: the whole row climbs from 1 to 4 floors.
- The lookout right lookout of row 4 sees all 4 buildings: the whole row climbs from 1 to 4 floors.
- In row 1, height 1 fits in only one cell.
- In row 1, height 2 fits in only one cell.
- In row 2, height 1 fits in only one cell.
- In row 2, height 2 fits in only one cell.
- In row 2, height 3 fits in only one cell.
- In row 2, height 4 fits in only one cell.
Medium · 6×6
🌆 Skyline · Medium #11
You strolled down: Curious Antennas Avenue
5
4
5
2
3
4
🦉 How to solve it
- At the top lookout of column 2 (5): near the edge a building can't be too tall, or it would hide the others. That leaves 1 for this cell.
- Only one height is left for this cell: 3.
- Only one height is left for this cell: 4.
- Only one height is left for this cell: 5.
- At the left lookout of row 2 (5): near the edge a building can't be too tall, or it would hide the others. That leaves 4 for this cell.
- In row 5, height 4 fits in only one cell.
- At the right lookout of row 1 (4): near the edge a building can't be too tall, or it would hide the others. That leaves 4 for this cell.
- In row 4, height 4 fits in only one cell.
- In column 4, height 6 fits in only one cell.
- In row 4, height 6 fits in only one cell.
- In row 1, height 6 fits in only one cell.
- In row 1, height 5 fits in only one cell.
- In column 4, height 5 fits in only one cell.
- At the right lookout of row 2 (2): near the edge a building can't be too tall, or it would hide the others. That leaves 6 for this cell.
- In row 2, height 1 fits in only one cell.
- At the right lookout of row 5 (3): near the edge a building can't be too tall, or it would hide the others. That leaves 6 for this cell.
- In row 6, height 6 fits in only one cell.
- In row 6, height 5 fits in only one cell.
- In row 5, height 5 fits in only one cell.
- In row 3, height 5 fits in only one cell.
- In row 3, height 2 fits in only one cell.
- In row 1, height 2 fits in only one cell.
- In row 1, height 3 fits in only one cell.
- In row 4, height 3 fits in only one cell.
- In row 4, height 1 fits in only one cell.
- In row 5, height 2 fits in only one cell.
- In row 5, height 1 fits in only one cell.
- In row 3, height 1 fits in only one cell.
- In row 3, height 3 fits in only one cell.
- In row 5, height 3 fits in only one cell.
- In row 6, height 1 fits in only one cell.
- In row 6, height 2 fits in only one cell.
- In row 6, height 3 fits in only one cell.
Hard · 6×6
🌆 Skyline · Hard #11
You strolled down: Philosopher Doorman Avenue
2
3
4
3
4
5
2
🦉 How to solve it
- At the left lookout of row 4 (4): near the edge a building can't be too tall, or it would hide the others. That leaves 6 for this cell.
- At the right lookout of row 2 (4): near the edge a building can't be too tall, or it would hide the others. That leaves 6 for this cell.
- At the right lookout of row 5 (5): near the edge a building can't be too tall, or it would hide the others. That leaves 6 for this cell.
- In column 6, height 6 fits in only one cell.
- Trying every way to complete this street that respects the lookouts (left lookout of row 3), this cell can only be 1.
- Trying every way to complete this street that respects the lookouts (left lookout of row 4), this cell can only be 5.
- In row 3, height 5 fits in only one cell.
- In column 6, height 4 fits in only one cell.
- In block 3, height 3 fits in only one cell.
- Only one height is left for this cell: 2.
- Trying every way to complete this street that respects the lookouts (top lookout of column 5), this cell can only be 1.
- In row 1, height 2 fits in only one cell.
- In row 1, height 3 fits in only one cell.
- In row 1, height 5 fits in only one cell.
- In row 6, height 5 fits in only one cell.
- In row 6, height 3 fits in only one cell.
- In row 5, height 3 fits in only one cell.
- In row 5, height 4 fits in only one cell.
- In row 3, height 4 fits in only one cell.
- In row 3, height 2 fits in only one cell.
- In row 6, height 4 fits in only one cell.
- In row 2, height 4 fits in only one cell.
- Trying every way to complete this street that respects the lookouts (right lookout of row 5), this cell can only be 1.
- In row 4, height 1 fits in only one cell.
- In row 2, height 1 fits in only one cell.
- In row 2, height 2 fits in only one cell.
- In row 2, height 3 fits in only one cell.
- In row 4, height 3 fits in only one cell.
- In row 5, height 2 fits in only one cell.
- In row 5, height 5 fits in only one cell.
- In row 2, height 5 fits in only one cell.
- In row 2, height 6 fits in only one cell.
- In row 5, height 6 fits in only one cell.