At the beginning it's funny, but it's starting to be frustrating and annoying because it's so hard when you want to get more hearts and have to be really fast and precis
Same, got all tongues and all greens for all of the red level times and their segment times. I cannot improve any of the level times or segment times anymore and am stuck at 22 2/3.
i genuinely just want to know how to beat the circle puzzle. i've mostly been relying on sheer luck at this point but i can see there's a formula for it, like a rubik's cube.
at this point i'm not even after the scenes anymore, i just want to understand it
edit: apparently someone DID have the algorithm for it
little(game busting actually) cheat in the browser: click on the red area of the page( do not fullscreen). the game will be disconnected and the timer will freeze. doesn't help with the memory games, but completely destroys the circle and kakurasu puzzles
Turn all the lights on. Clicking a piece inverts the state of the light clicked on and the two adjacent ones. I recommend learning different patterns to solve it. For example, if there are two lights on side by side, click the two buttons that are two spaces away from the lights. If all lights are off, click all lights once. There are many patterns you can learn, but until you get good, it's probably easiest to try to turn off as many lights as you can as fast as you can. If you get to one light, click an adjacent light so that there are now two adjacent lights on, then use the two adjacent on lights solution. If you end up with all lights off, use the all lights off solution. Good luck!
Alright, it turns out that the bruteforce passcode puzzle works in a kinda strange manner. Without experience, one would assume that all combinations are possible, but this is not the case, and here are the rules around what combinations are allowed. The general fact is that every stone has a placement in the sequence that it is not allowed to be in. If Stone B's placement is the placement that Stone A is not allowed to have, Stone A is also not allowed to have the placement that Stone B is never allowed to have.(PS: I have determined that the rule I just stated is an oversimplification of the actual rule, but it still covers every case for 4-stone and 5-stone codes, I will get into detail at the 7 stone section) Now with those general rules out of the way, let me state the specifics:
When there are 4 stones, they have a layout like: 2 4 1 3 Stone 2 is not allowed to be first. Stone 1 is not allowed to be second. Stone 4 is not allowed to be third. Stone 3 is not allowed to be fourth.
Because of the second general rule, if 1 is the first stone in the sequence, 2 cannot be second. Similarly, if 2 is the fourth stone sequence, 3 is not allowed to be first. etc...
When there are 5 stones, they have a layout like: 1 3 5 2 4 Stone 2 can't be first Stone 1 can't be second Stone 4 can't be third Stone 3 can't be fourth Stone 5 can't be fifth
If you ignore the second general rule, it may seem like 13524 is possible; however, this is not the case because since 5 is in the third place, 4 cannot be in the fifth, so if the first three stones are 135, the final two are 42.
When there are 7 stones, they have a layout like: 0 2 4 6 1 3 5 Stone 2 can't be first Stone 1 can't be second Stone 4 can't be third Stone 3 can't be fourth Stone 5 can't be fifth Stone 0 can't be sixth Stone 6 can't be seventh
I called the first stone stone 0, because that would make it so that it is always the case regardless of how many stones there are that Stone 2 can't be first, Stone 1 can't be second, Stone 4 can't be third, and Stone 3 can't be fourth.
PS: The general rule actually is that there must be a full cycle where a stone is at a point in a sequence where another stone is and that stone is at a point in a sequence where another stone is and that looking at it like that passes through every stone and makes a full circle. An example of a sequence that is not possible because of this rule, but would be possible with the rules stated previously is 1306452 because 1 is where 2 can't be and 2 is where 6 can't be and 6 is where 3 can't be and 3 is where 1 can't be. This cycle doesn't go through 0, 4, or 5, so it isn't a possible pattern. This means that if you know the sequence starts with 13064, you actually can know that 25 is the end. In fact, in all cases, if there are only two stones left, you can logically determine which stone must go first.
Knowing what patterns are possible with 7 stones is mostly only really helpful if you take advantage of pausing the timer by, for example, losing focus on the game.
In conclusion, if all combinations were possible the amount of combinations for the amount of stones would be: 4: 24 5: 120 7: 5040 But instead the amount of actual possible combinations are: 4: 6 5: 24 7: 720 (it would be 1140 if the oversimplified general rules were all-encompassing)
Anyway, I found this behavior to be very odd, and knowing what sequences are possible helps a lot for 4 stones, a bit for 5 stones, and a bit for 7 stones depending on whether you take advantage of pauses or not, so it's nice to know.
PPS: I imagine that the game shuffles it like this: Before shuffling, the stones have a starting arrangement: A C B D E F A C G B D A C B D E Where A is meant to be clicked first, B is meant to be clicked second and so on. Then, a stone is removed and replaces another stone at random. For example, A might randomly replace D. Then, the replaced stone replaces a stone that has not already been replaced. For example, D might then replace C. This process is repeated until the final stone is moved, and it simply takes the empty space left over from the movement of the first stone with no other stones having not been replaced. An example of this in the 7 stone sequence may be: A replaces D, D replaces C, C replaces G, G replaces E, E replaces B, B replaces F, and F is placed where A started. The End result of this would be: B F D C E A G where A is to be pressed first, B is to be pressed second, and so on. Using my other notation, the sequence in this example can be notated as 3064125.
The fact that not only did you notice that the combinations were weird, and then try and succeed to figure out these rules, but you also used these rules to reverse-engineer how the game must generate its patterns is absolutely WILD. I applaud you wholeheartedly, good sir/madam.
A really good thing to know is that in the bruteforce passcode puzzles, if you see a red flash when you click, that means that the correct one to click is not adjacent to the one you just clicked.
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Thousands Of Adult Games HERE
1. One of the games is literal RNG and you have to guess. THE FACT i had to do it 3 times in a row is crazy. MULTIPLE TIMES
2. Circle was annoying but if you figure out the sequence to get there its simple-er?
3. One game is literally clicking and memorization which I suck at, but totally possible and good
4. I don't want to get started on the kakuras being 9 seconds for 3 each. Simple puzzle with yet again not enough time.
Will there be an Android version released?
and after finishing all the second puzzle belo
is it currently possible to get to 14 hearts without using cheats?
It is possible to get everything without cheats.
Wait how would you get cheats?
in the settings
How to solve kakuras (sudoku)
To simplify I show you
just 1 row:
I II III IV
○ ○ ○ ○ 7
You need to get 7 by adding some numbers.
3 + 4 = 7
I II III IV
○ ○ • • 7
3 and 4 are activated.
solved
the alternative solution:
1+2+4 = 7
I II III IV
• • ○ • 7
1, 2, 4 are activated
The hard part that you have multiple columns and rows.
The sums must be correct in all of them.
Thank you. I looked on the Internet, there were some unique techniques, but basically what to do, no.
Now at least I know.
hi
Hi. What?
will you update this game？
Still 0.5 why Updated 10hours ago
Any updates?
how i can see her ass and pull her skirt
More interactions get unlocked as you get more hearts by clearing the various minigame sets within the required times.
how can i get it with cheats???
I mean, assuming you have the required number of hearts, there's a hint button that will tell you where to click for certain interactions.
If you're asking how to use cheats, I don't know anything about that.
THANKS FOR THE HELP!
You're welcome!
I love this game. but how can I solve the last puzzle?
Did you find this puzzle? The author just recently described what to do. But if you need a Wikipedia link (if that's even possible).
how do I get her to take off her skirt
i want to know that also
I HATE CIRCLES SO MUCH!!
At the beginning it's funny, but it's starting to be frustrating and annoying because it's so hard when you want to get more hearts and have to be really fast and precis
I clear perfectly all the game and there are only 22 is it my problem？
Same, got all tongues and all greens for all of the red level times and their segment times. I cannot improve any of the level times or segment times anymore and am stuck at 22 2/3.
Im so lost on what to do for the last 2 on page 2 lol no explanation at all.
its called a kakurasu. i can not find a solver and got a lucky guess on the single and gave up on the tripple. good luck
i genuinely just want to know how to beat the circle puzzle. i've mostly been relying on sheer luck at this point but i can see there's a formula for it, like a rubik's cube.
at this point i'm not even after the scenes anymore, i just want to understand it
edit: apparently someone DID have the algorithm for it
https://itch.io/post/8401128
little(game busting actually) cheat in the browser: click on the red area of the page( do not fullscreen). the game will be disconnected and the timer will freeze. doesn't help with the memory games, but completely destroys the circle and kakurasu puzzles
this is the most rewarding brain hurter of all time. what a great game
these puzzles are very terrible to solve especially the memory ones (my memory is terrible)
how to solve that circle puzzles
Turn all the lights on. Clicking a piece inverts the state of the light clicked on and the two adjacent ones. I recommend learning different patterns to solve it. For example, if there are two lights on side by side, click the two buttons that are two spaces away from the lights. If all lights are off, click all lights once. There are many patterns you can learn, but until you get good, it's probably easiest to try to turn off as many lights as you can as fast as you can. If you get to one light, click an adjacent light so that there are now two adjacent lights on, then use the two adjacent on lights solution. If you end up with all lights off, use the all lights off solution. Good luck!
Alright, it turns out that the bruteforce passcode puzzle works in a kinda strange manner. Without experience, one would assume that all combinations are possible, but this is not the case, and here are the rules around what combinations are allowed. The general fact is that every stone has a placement in the sequence that it is not allowed to be in. If Stone B's placement is the placement that Stone A is not allowed to have, Stone A is also not allowed to have the placement that Stone B is never allowed to have.(PS: I have determined that the rule I just stated is an oversimplification of the actual rule, but it still covers every case for 4-stone and 5-stone codes, I will get into detail at the 7 stone section) Now with those general rules out of the way, let me state the specifics:
When there are 4 stones, they have a layout like:
2 4
1 3
Stone 2 is not allowed to be first.
Stone 1 is not allowed to be second.
Stone 4 is not allowed to be third.
Stone 3 is not allowed to be fourth.
Because of the second general rule, if 1 is the first stone in the sequence, 2 cannot be second. Similarly, if 2 is the fourth stone sequence, 3 is not allowed to be first. etc...
When there are 5 stones, they have a layout like:
1 3 5
2 4
Stone 2 can't be first
Stone 1 can't be second
Stone 4 can't be third
Stone 3 can't be fourth
Stone 5 can't be fifth
If you ignore the second general rule, it may seem like 13524 is possible; however, this is not the case because since 5 is in the third place, 4 cannot be in the fifth, so if the first three stones are 135, the final two are 42.
When there are 7 stones, they have a layout like:
0 2 4 6
1 3 5
Stone 2 can't be first
Stone 1 can't be second
Stone 4 can't be third
Stone 3 can't be fourth
Stone 5 can't be fifth
Stone 0 can't be sixth
Stone 6 can't be seventh
I called the first stone stone 0, because that would make it so that it is always the case regardless of how many stones there are that Stone 2 can't be first, Stone 1 can't be second, Stone 4 can't be third, and Stone 3 can't be fourth.
PS: The general rule actually is that there must be a full cycle where a stone is at a point in a sequence where another stone is and that stone is at a point in a sequence where another stone is and that looking at it like that passes through every stone and makes a full circle. An example of a sequence that is not possible because of this rule, but would be possible with the rules stated previously is 1306452 because 1 is where 2 can't be and 2 is where 6 can't be and 6 is where 3 can't be and 3 is where 1 can't be. This cycle doesn't go through 0, 4, or 5, so it isn't a possible pattern. This means that if you know the sequence starts with 13064, you actually can know that 25 is the end. In fact, in all cases, if there are only two stones left, you can logically determine which stone must go first.
Knowing what patterns are possible with 7 stones is mostly only really helpful if you take advantage of pausing the timer by, for example, losing focus on the game.
In conclusion, if all combinations were possible the amount of combinations for the amount of stones would be:
4: 24
5: 120
7: 5040
But instead the amount of actual possible combinations are:
4: 6
5: 24
7: 720 (it would be 1140 if the oversimplified general rules were all-encompassing)
Anyway, I found this behavior to be very odd, and knowing what sequences are possible helps a lot for 4 stones, a bit for 5 stones, and a bit for 7 stones depending on whether you take advantage of pauses or not, so it's nice to know.
PPS: I imagine that the game shuffles it like this:
Before shuffling, the stones have a starting arrangement:
A C B D E F A C G
B D A C B D E
Where A is meant to be clicked first, B is meant to be clicked second and so on. Then, a stone is removed and replaces another stone at random. For example, A might randomly replace D. Then, the replaced stone replaces a stone that has not already been replaced. For example, D might then replace C. This process is repeated until the final stone is moved, and it simply takes the empty space left over from the movement of the first stone with no other stones having not been replaced. An example of this in the 7 stone sequence may be: A replaces D, D replaces C, C replaces G, G replaces E, E replaces B, B replaces F, and F is placed where A started. The End result of this would be:
B F D C
E A G
where A is to be pressed first, B is to be pressed second, and so on. Using my other notation, the sequence in this example can be notated as 3064125.
what
Applaus to you good sir
or madam
The fact that not only did you notice that the combinations were weird, and then try and succeed to figure out these rules, but you also used these rules to reverse-engineer how the game must generate its patterns is absolutely WILD. I applaud you wholeheartedly, good sir/madam.
A really good thing to know is that in the bruteforce passcode puzzles, if you see a red flash when you click, that means that the correct one to click is not adjacent to the one you just clicked.
this game is Steam worthy
would def love having it in my library with 100% achievements! :3
the kakurasu puzzle is too difficult. i cannot understand it no matter how many videos or tutorials i watch.