Gamehelplaserreflection - Revision history

TheDissilent: Explained Hearts in Solo Mode

2026-04-03T16:17:31Z

Explained Hearts in Solo Mode

← Older revision		Revision as of 18:17, 3 April 2026
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	'''After all rounds have been completed, the player with the most points wins the game.'''		'''After all rounds have been completed, the player with the most points wins the game.'''
	'''If players tie the one that took the least amount of total time across all rounds wins the game.'''		'''If players tie the one that took the least amount of total time across all rounds wins the game.'''
			==Solo Mode==
			To complete the Challenges, you have to solve a number of puzzles (3/6/10) based on the level of the challenge.

			When playing any Challenge level, you start with one heart (are allowed to fail one puzzle and still continue).

			*Challenge 1 - Easy: Only 1 heart, but you only need to complete 3 puzzles
			*Challenge 2 - Medium: An extra heart can be earned by completing 3 puzzles
			*Challenge 3 - Hard: An extra heart can be earned by completing 5 puzzles

Kreigsy: /* Game Physics */

2024-04-07T05:06:41Z

Game Physics

← Older revision		Revision as of 07:06, 7 April 2024
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	'''Players may click on a numbered square to see the laser projected from it.'''		'''Players may click on a numbered square to see the laser projected from it.'''

	*'''Green squares''' project a laser that goes off the board through a different square than the one from which it started.		*'''Green squares''' project a laser that goes off the board through a different square than the one from which it started. This means that each green square will project a laser to another green square with the same number.

	*'''Yellow squares''' emit a laser that reflects off a flat surface at some point and returns to the square from which it originally came.		*'''Yellow squares''' emit a laser that reflects off a flat surface at some point and returns to the square from which it originally came.

SimplicatusGames: /* Game Physics */

2022-12-04T22:03:17Z

Game Physics

← Older revision		Revision as of 00:03, 5 December 2022
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	*'''Green squares''' project a laser that goes off the board through a different square than the one from which it started.		*'''Green squares''' project a laser that goes off the board through a different square than the one from which it started.
	*'''Yellow squares''' emit a laser that reflects off a flat surface at some point and returns to the square from which it originally came.
			*'''Yellow squares''' emit a laser that reflects off a flat surface at some point and returns to the square from which it originally came.

	*'''Gray squares''' emit a laser that is swallowed up in a black hole.		*'''Gray squares''' emit a laser that is swallowed up in a black hole.

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	*A Green 8 emits a laser that travels 8 spaces and leaves the board through another square.		*A Green 8 emits a laser that travels 8 spaces and leaves the board through another square.

	*A Yellow 10 emits a laser that travels five spaces before it reflects off a flat surface and bounces back on itself covering the same 5 spaces (total of 10) and leaving the board through the same space it began.		*A Yellow 10 emits a laser that travels five spaces before it reflects off a flat surface and bounces back on itself covering the same 5 spaces (total of 10) and leaving the board through the same space it began.

	*A Gray 4 projects a laser 4 spaces before it enters a black hole, where it stops.		*A Gray 4 projects a laser 4 spaces before it enters a black hole, where it stops.

SimplicatusGames: /* Game Physics */

2022-12-04T22:01:35Z

Game Physics

← Older revision		Revision as of 00:01, 5 December 2022
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	'''Examples:'''		'''Examples:'''

	A Green 8 emits a laser that travels 8 spaces and leaves the board through another square.		*A Green 8 emits a laser that travels 8 spaces and leaves the board through another square.
	A Yellow 10 emits a laser that travels five spaces before it reflects off a flat surface and bounces back on itself covering the same 5 spaces (total of 10) and leaving the board through the same space it began.		*A Yellow 10 emits a laser that travels five spaces before it reflects off a flat surface and bounces back on itself covering the same 5 spaces (total of 10) and leaving the board through the same space it began.
	A ~~Grey~~ 4 projects a laser 4 spaces before it enters a black hole, where it stops.		*A Gray 4 projects a laser 4 spaces before it enters a black hole, where it stops.

	Every numbered square will be one of the above.		Every numbered square will be one of the above.

SimplicatusGames: /* Game Physics */

2022-12-04T22:00:07Z

Game Physics

← Older revision		Revision as of 00:00, 5 December 2022
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	A Green 8 emits a laser that travels 8 spaces and leaves the board through another square.		A Green 8 emits a laser that travels 8 spaces and leaves the board through another square.
	A Yellow 10 emits a laser that travels five spaces before it reflects off a flat surface and bounces back on itself covering the same 5 spaces (total of 10) and leaving the board through the same space it began.		A Yellow 10 emits a laser that travels five spaces before it reflects off a flat surface and bounces back on itself covering the same 5 spaces (total of 10) and leaving the board through the same space it began.
	A ~~Black~~ 4 projects a laser 4 spaces before it enters a black hole, where it stops.		A Grey 4 projects a laser 4 spaces before it enters a black hole, where it stops.

	Every numbered square will be one of the above.		Every numbered square will be one of the above.

Eternal Library at 21:30, 17 August 2022

2022-08-17T21:30:51Z

← Older revision		Revision as of 23:30, 17 August 2022
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	Players will attempt to solve each other player's puzzle.		Players will attempt to solve each other player's puzzle.

	Players may "give up" at any time if they find a puzzle too difficult.		Players may "give up" at any time if they find a puzzle too difficult. They will proceed to the next player's puzzle after everyone finishes their own round.

	==Game Physics==		==Game Physics==

Eternal Library at 21:18, 17 August 2022

2022-08-17T21:18:38Z

@@ Line 1: / Line 1: @@
-At the start of the game, the same items (mirrors and black holes) are distributed to each player.
+==Summary==
-Each player places the items of their stock on their grid to form a puzzle. The other players will have to guess where these items are placed.
+Players create a puzzle using the allotted pieces then race to see who can complete the other puzzles the fastest.
-To guess where the items are placed on the grid, the player is given the number of squares covered by a laser projected from the edge of the grid, with the following color code:
+==Phase 1: Construction==
-Green: the laser exits through another square.
+==Phase 2: Solving==
-Yellow: the laser exits through the same square.
+By placing objects on the grid, each player will need to deduce how the objects have been placed for this puzzle. To do this, the players must look at the numbers and colors on each square. If a square has a red outline that means that square's laser does not meet the requirements of reflection; the laser projected from that square does not project in the manner the other player set up with their puzzle.
-Grey: the laser is absorbed by a black hole.
+'''A puzzle is solved when a player places objects so that all lasers for all squares meet their requirements.'''
-At any time it is possible to click on a square on the edge of the board to check the path of the laser.
+Players will attempt to solve each other player's puzzle.

Tof63 at 07:25, 4 August 2022

2022-08-04T07:25:41Z

← Older revision		Revision as of 09:25, 4 August 2022
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	To guess where the items are placed on the grid, the player is given the number of squares covered by a laser projected from the edge of the grid, with the following color code:		To guess where the items are placed on the grid, the player is given the number of squares covered by a laser projected from the edge of the grid, with the following color code:

	Green: the laser exits through another square		Green: the laser exits through another square.

	Yellow: the laser exits through the same square		Yellow: the laser exits through the same square.

	Grey: the laser is absorbed by a black hole		Grey: the laser is absorbed by a black hole.

	At any time it is possible to click on a square on the edge of the board to check the path of the laser.		At any time it is possible to click on a square on the edge of the board to check the path of the laser.

Tof63 at 07:24, 4 August 2022

2022-08-04T07:24:27Z

← Older revision		Revision as of 09:24, 4 August 2022
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	Green: the laser exits through another square		Green: the laser exits through another square

	Yellow: the laser exits through the same square		Yellow: the laser exits through the same square

	Grey: the laser is absorbed by a black hole		Grey: the laser is absorbed by a black hole

	At any time it is possible to click on a square on the edge of the board to check the path of the laser.		At any time it is possible to click on a square on the edge of the board to check the path of the laser.

Tof63 at 07:20, 4 August 2022

2022-08-04T07:20:23Z

← Older revision		Revision as of 09:20, 4 August 2022
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	At the start of the game, the same items (mirrors and black holes) are distributed to each player.		At the start of the game, the same items (mirrors and black holes) are distributed to each player.
	Each player places the items of their stock on their grid to form a puzzle. The other players will have to guess where these items are placed.		Each player places the items of their stock on their grid to form a puzzle. The other players will have to guess where these items are placed.
			The fastest player to solve the puzzles of the other players wins the game.

	To guess where the items are placed on the grid, the player is given the number of squares covered by a laser projected from the edge of the grid, with the following color code:		To guess where the items are placed on the grid, the player is given the number of squares covered by a laser projected from the edge of the grid, with the following color code: