Simple Loop: Difference between revisions

(Created page with "[https://play.fancade.com/60249886467E4A98|Simple Loop] by u ndefined is a puzzle game where you draw a single loop that passes through all unshaded cells. == How to Play == Draw lines by dragging between unshaded cells. To win, these criterias must be met: * There are no intersecting, branching, or dead-end lines. * The loop must pass through all unshaded cells. * There is only one loop. The game will mark errors when found. == Tips and...")
 
 
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[https://play.fancade.com/60249886467E4A98|Simple Loop] by [[the-questers#u-ndefined|u ndefined]] is a puzzle game where you draw a single loop that passes through all unshaded cells.
{{Game
|guid=60249886467E4A98
|author=u ndefined
}}
 
'''Simple Loop''' by [[The Questers#u ndefined|u ndefined]] is a puzzle game where you draw a single loop that passes through all unshaded cells.


== How to Play ==
== How to Play ==


Draw lines by dragging between unshaded cells. To win, these criterias must be met:
Draw lines by dragging between unshaded cells. To win, these criteria must be met:


* There are no intersecting, branching, or dead-end lines.
* There are no intersecting, branching, or dead-end lines.
Line 12: Line 17:


== Tips and Tricks ==
== Tips and Tricks ==
=== Basic deductions ===


In every solved Simple loop puzzle, there are always 2 lines going through a cell. Therefore these basic deductions can be made:
In every solved Simple loop puzzle, there are always 2 lines going through a cell. Therefore these basic deductions can be made:


[[File:simpleloop-tips-1a.png]]
{{Image|Simple_Loop_tips_1a.png}}


Using the only one loop rule, this basic deduction can also be made:
Using the only one loop rule, this basic deduction can also be made:


[[File:simpleloop-tips-1b.png]]
{{Image|Simple_Loop_tips_1b.png}}


--------------
=== Loop closure ===


In solving harder Simple Loop puzzles, a bit of visualization must be made. Take a look at this common pattern:
In solving harder Simple Loop puzzles, a bit of visualization must be made. Take a look at this common pattern:


[[File:simpleloop-tips-2a.png]]
{{Image|Simple_Loop_tips_2a.png}}


Basic deductions are shown.
Basic deductions are shown.


[[File:simpleloop-tips-2b.png]]
{{Image|Simple_Loop_tips_2b.png}}


Now imagine there was no line (indicated by ×) in the above picture. Then, this is forced to be a single loop. Therefore there must be a line here:
Now imagine there was no line (indicated by ×) in the above picture. Then, this is forced to be a single loop. Therefore there must be a line here:


[[File:simpleloop-tips-2c.png]]
{{Image|Simple_Loop_tips_2c.png}}


You can do chains of deductions using this logic:
You can do chains of deductions using this logic:


[[File:simpleloop-tips-2d.png]]
{{Image|Simple_Loop_tips_2d.png}}


Imagine there was no line here. Then it is forced to be a single loop once again:
Imagine there was no line here. Then it is forced to be a single loop once again:


[[File:simpleloop-tips-2e.png]]
{{Image|Simple_Loop_tips_2e.png}}
 
--------------


Similarly:
Similarly:


[[File:simpleloop-tips-3a.png]]
{{Image|Simple_Loop_tips_3a.png}}


Basic deductions shown.
Basic deductions shown.


[[File:simpleloop-tips-3b.png]]
{{Image|Simple_Loop_tips_3b.png}}


With the cross mark shown above, the loop is forced to close with incomplete cells.
With the cross mark shown above, the loop is forced to close with incomplete cells.


[[File:simpleloop-tips-3c.png]]
{{Image|Simple_Loop_tips_3c.png}}


--------------
=== Incomplete cells ===


Another pattern that might show:
Another pattern that might show:


[[File:simpleloop-tips-4a.png]]
{{Image|Simple_Loop_tips_4a.png}}


Basic deductions applied.
Basic deductions applied.


[[File:simpleloop-tips-4b.png]]
{{Image|Simple_Loop_tips_4b.png}}


With cross mark shown, lines get forced like this, and the marked cell (in red) can only have dead-end lines, giving this:
With cross mark shown, lines get forced like this, and the marked cell (in red) can only have dead-end lines, giving this:


[[File:simpleloop-tips-4c.png]]
{{Image|Simple_Loop_tips_4c.png}}
 
--------------


Lastly:
Lastly:


[[File:simpleloop-tips-5a.png]]
{{Image|Simple_Loop_tips_5a.png}}


Basic deductions.
Basic deductions.


[[File:simpleloop-tips-5b.png]]
{{Image|Simple_Loop_tips_5b.png}}


Without a line here (×), the marked cell becomes a dead-end:
Without a line here (×), the marked cell becomes a dead-end:


[[File:simpleloop-tips-5c.png]]
{{Image|Simple_Loop_tips_5c.png}}


== Related ==


* [[Link]]


[[Category:Games tagged Puzzle]]
[[Category:Games]]
[[Category:Games]]

Latest revision as of 16:59, 26 July 2025

Simple Loop by u ndefined is a puzzle game where you draw a single loop that passes through all unshaded cells.

Simple Loop
60249886467E4A98.jpg
TitleSimple Loop
Authoru ndefined
GUID60249886467E4A98

How to Play

Draw lines by dragging between unshaded cells. To win, these criteria must be met:

  • There are no intersecting, branching, or dead-end lines.
  • The loop must pass through all unshaded cells.
  • There is only one loop.

The game will mark errors when found.

Tips and Tricks

Basic deductions

In every solved Simple loop puzzle, there are always 2 lines going through a cell. Therefore these basic deductions can be made:

 

Using the only one loop rule, this basic deduction can also be made:

 

Loop closure

In solving harder Simple Loop puzzles, a bit of visualization must be made. Take a look at this common pattern:

 

Basic deductions are shown.

 

Now imagine there was no line (indicated by ×) in the above picture. Then, this is forced to be a single loop. Therefore there must be a line here:

 

You can do chains of deductions using this logic:

 

Imagine there was no line here. Then it is forced to be a single loop once again:

 

Similarly:

 

Basic deductions shown.

 

With the cross mark shown above, the loop is forced to close with incomplete cells.

 

Incomplete cells

Another pattern that might show:

 

Basic deductions applied.

 

With cross mark shown, lines get forced like this, and the marked cell (in red) can only have dead-end lines, giving this:

 

Lastly:

 

Basic deductions.

 

Without a line here (×), the marked cell becomes a dead-end:

 

Related