From 3568412f8f230774d0d11d7ed1c897424f95d3ef Mon Sep 17 00:00:00 2001 From: Sebastiano Tronto Date: Thu, 11 Nov 2021 21:37:34 +0100 Subject: Rewritten from scratch. Welocme nissy 2.0! --- src/helppages.h | 689 -------------------------------------------------------- 1 file changed, 689 deletions(-) delete mode 100644 src/helppages.h (limited to 'src/helppages.h') diff --git a/src/helppages.h b/src/helppages.h deleted file mode 100644 index 178de37..0000000 --- a/src/helppages.h +++ /dev/null @@ -1,689 +0,0 @@ -/* To generate this help page, use the script makedoc.sh */ - -int Npages = 22; - -char *helppages[][10] = { - -{ "add", -"\ -\n\ -HELP PAGE FOR COMMAND add\n\ -\n\ -SYNTAX\n\ -add [MOVES|$ID1|@ID1] $ID2\n\ -\n\ -DESCRIPTION\n\ -Appends either MOVES, the scramble memorized under $ID1 or the output sequence\n\ -memorized under @ID1 at the end of the scramble memorized under $ID2. If none\n\ -of MOVES, $ID1 or @ID1 is specified, the user will be asked to type the moves.\n\ -Menmonic: \"add x to y\" or just \"add to y\".\n\ -\n\ -EXAMPLES\n\ -add $1\n\ - The user is required to type the moves that will be appended to $1.\n\ -add F R B $1\n\ - Appends the moves F R B to scramble $1. Now scramble $1 ends with F R B.\n\ -\n\ -" -}, - -{ "change", -"\ -\n\ -HELP PAGE FOR COMMAND change\n\ -\n\ -SYNTAX\n\ -change $ID1 [MOVES|$ID2|@ID2]\n\ -\n\ -DESCRIPTION\n\ -Changes the scramble $ID1 to either MOVES, the scramble $ID2, the output @ID2\n\ -or, if none is specified, the moves entered by the user. The scramble that was\n\ -memorized under $ID1 is then lost.\n\ -Mnemonic: \"change x to y\", or just \"change x\".\n\ -\n\ -EXAMPLES\n\ -change $1\n\ - The user is required to type the moves that will replace $1.\n\ -change $2 $3\n\ - Saves the scramble that was saved under $3 in $2. Now $2 and $3 are the same\n\ - scrambles, and the old $2 is lost.\n\ -change $1 U R\n\ - Saves U R as scramble $1.\n\ -\n\ -" -}, - -{ "clear", -"\ -\n\ -HELP PAGE FOR COMMAND clear\n\ -\n\ -SYNTAX\n\ -clear\n\ -\n\ -DESCRIPTION\n\ -Resets all saved scrambles and output sequences.\n\ -\n\ -" -}, - -{ "co", -"\ -\n\ -HELP PAGE FOR COMMAND co\n\ -\n\ -SYNTAX\n\ -co [OPTIONS] [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Solves CO for a given scramble. A scramble can be given as last argument of the\n\ -command, or an ID of a saved scramble can be provided. If none of the two is\n\ -given, a prompt will ask the user to input a new scramble.\n\ -\n\ -OPTIONS\n\ -axis={fb,rl,ud} Specify the axis for the CO. One to three axes can be given,\n\ - comma separated, no spaces.\n\ - Default: CO on any of the three axis (omitting the option is\n\ - the same as specifying axis=fb,rl,ud).\n\ -b=N Specify a bound for the number of moves. N must be a number.\n\ - Default value: 20.\n\ -h Show hidden COs.\n\ - Default, if an CO ending in e.g. F is shown, the equivalent\n\ - one ending in F' is hidden.\n\ -i Ignore centers. By default the CO is aligned with centers.\n\ -niss Use NISS.\n\ - Default: does not use NISS.\n\ -n=N Specify a maximum number of COs to be output. N must be a\n\ - number.\n\ - Default value: 1.\n\ -\n\ -EXAMPLES\n\ -co axis=fb $1\n\ - Finds one optimal CO on fb for the first saved scramble.\n\ -\n\ -co n=5 b=4 U R F \n\ - Finds up to 5 COs of length at most 4 for scramble U R F.\n\ -\n\ -co n=100 b=5 niss axis=fb,ud h R' U' F L R'U'F\n\ - Finds up to 100 COs of lenth at most 4, possibly using NISS, including\n\ - \"hidden\" COs, excluding the rl axis.\n\ -\n\ -" -}, - -{ "dr", -"\ -\n\ -HELP PAGE FOR COMMAND dr\n\ -\n\ -SYNTAX\n\ -dr [OPTIONS] [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Solves DR for a given scramble. A scramble can be given as last argument of the\n\ -command, or an ID of a saved scramble can be provided. If none of the two is\n\ -given, a prompt will ask the user to input a new scramble.\n\ -If the option \"from\" is given (see below), it solves DR from an EO (if edges\n\ -are oriented) without breaking that EO.\n\ -The first time this command is called without the option from (and, to some\n\ -extent, also the first time it is called with the option from), nissy loads\n\ -some pruning tables that were not loaded on startup, causing a small but\n\ -noticeable delay.\n\ -\n\ -OPTIONS\n\ -axis={fb,rl,ud} Specify the axis for the DR. One to three axes can be given,\n\ - comma separated, no spaces.\n\ - Default: DR on any of the three axis (omitting the option is\n\ - the same as specifying axis=fb,rl,ud).\n\ -b=N Specify a bound for the number of moves. N must be a number.\n\ - Default value: 20.\n\ -h Show hidden DRs.\n\ - Default, if an DR ending in e.g. R is shown, the equivalent\n\ - one ending in R' is hidden.\n\ -from {fb|rl|ud} Solve DR from the specified EO, which must be solved,\n\ - without breaking the EO.\n\ -niss Use NISS. It works only if solving DR from EO.\n\ - Default: does not use NISS.\n\ -n=N Specify a maximum number of EOs to be output. N must be a\n\ - number.\n\ - Default value: 1.\n\ -\n\ -EXAMPLES\n\ -dr from rl axis=ud $1\n\ - Finds optimal DR on ud, starting from EO on rl, for the first saved scramble.\n\ -\n\ -dr niss from fb n=10 m=6 F2 R L B' F D U' R2 L' F D B\n\ - Finds up to 10 DRs of length at most 6 from EO on fb, possibly using NISS.\n\ -\n\ -dr n=100 axis=ud h\n\ - Finds 100 DRs on ud, including \"hidden\" DRs.\n\ -\n\ -" -}, - -{ "drcorners", -"\ -\n\ -HELP PAGE FOR COMMAND drcorners\n\ -\n\ -SYNTAX\n\ -drcorners [OPTIONS] [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Similar to drfinish, but only solves corners. CO must be solved. The scramble\n\ -can be given as the last argument of the command, or it may be given as an $ID\n\ -or @ID, or it can be typed out on the following line.\n\ -\n\ -OPTIONS\n\ -from {ud|fb|rl} Allows to specify on which axis the CO is solved. It is\n\ - usually not necessary, since nissy will find a CO on any\n\ - axis.\n\ -i Ignores E-layer centers. By default cornersare solved\n\ - relatively to centers; this options allows for solutions\n\ - which solve corners relatively to each other and to the\n\ - U and D sides, but not to the E layer (or any equivalent\n\ - if the CO is not on U/D).\n\ -b=N Specify a bound for the number of moves. N must be a number.\n\ - Default value: 20.\n\ -n=N Specify a maximum number of solutions to be output. N must\n\ - be a number.\n\ - Default value: 1.\n\ -\n\ -EXAMPLES\n\ -drcorners n=3 R' D R2 D' R' U2 R D R' U2 R' D' R\n\ - Produces the following output:\n\ -Found 3 results.\n\ -@1: U' F2 U R2 U2 F2 U F2 U R2 (10)\n\ -@2: U' F2 U R2 U2 B2 U R2 D R2 (10)\n\ -@3: U' F2 U R2 U2 B2 U L2 U L2 (10)\n\ -\n\ -" -}, - -{ "drfinish", -"\ -\n\ -HELP PAGE FOR COMMAND drfinish\n\ -\n\ -SYNTAX\n\ -drfinish [OPTIONS] [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Solves the given scramble using the DR moveset. DR must be solved. The scramble\n\ -can be given as the last argument of the command, or it may be given as an $ID\n\ -or @ID, or it can be typed out on the following line.\n\ -\n\ -OPTIONS\n\ -from {ud|fb|rl} Allows to specify on which axis the DR is solved. It is\n\ - usually not necessary, since nissy will find a DR on any\n\ - axis, but it can be useful if one want to e.g. solve an HTR\n\ - state allowing quarter-turns from a specific DR.\n\ -b=N Specify a bound for the number of moves. N must be a number.\n\ - Default value: 20.\n\ -n=N Specify a maximum number of solutions to be output. N must\n\ - be a number.\n\ - Default value: 1.\n\ -\n\ -EXAMPLES\n\ -dr from ud R L' U2 R' L F2\n\ - Solves the given scramble using the moveset . In this case:\n\ -@1: U2 R2 F2 R2 U2 R2 F2 R2 (8)\n\ -drfinish b=7 n=10 $1\n\ - Finds (at most) 10 solutions of length at most 7 for the scramble $1.\n\ -\n\ -" -}, - -{ "eo", -"\ -\n\ -HELP PAGE FOR COMMAND eo\n\ -\n\ -SYNTAX\n\ -eo [OPTIONS] [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Solves EO for a given scramble. A scramble can be given as last argument of the\n\ -command, or an ID of a saved scramble can be provided. If none of the two is\n\ -given, a prompt will ask the user to input a new scramble.\n\ -\n\ -OPTIONS\n\ -axis={fb,rl,ud} Specify the axis for the EO. One to three axes can be given,\n\ - comma separated, no spaces.\n\ - Default: EO on any of the three axis (omitting the option is\n\ - the same as specifying axis=fb,rl,ud).\n\ -b=N Specify a bound for the number of moves. N must be a number.\n\ - Default value: 20.\n\ -h Show hidden EOs.\n\ - Default, if an EO ending in e.g. F is shown, the equivalent\n\ - one ending in F' is hidden.\n\ -niss Use NISS.\n\ - Default: does not use NISS.\n\ -n=N Specify a maximum number of EOs to be output. N must be a\n\ - number.\n\ - Default value: 1.\n\ -\n\ -EXAMPLES\n\ -eo axis=fb $1\n\ - Finds one optimal EO on fb for the first saved scramble.\n\ -\n\ -eo n=5 b=4 U R F \n\ - Finds up to 5 EOs of length at most 4 for scramble U R F.\n\ -\n\ -eo n=100 b=5 niss axis=fb,ud h R' U' F L R'U'F\n\ - Finds up to 100 EOs of lenth at most 4, possibly using NISS, including\n\ - \"hidden\" EOs, excluding the rl axis.\n\ -\n\ -" -}, - -{ "exit", -"\ -\n\ -HELP PAGE FOR COMMAND exit\n\ -\n\ -SYNTAX\n\ -exit\n\ -\n\ -DESCRIPTION\n\ -Exits nissy.\n\ -\n\ -" -}, - -{ "help", -"\ -\n\ -HELP PAGE FOR COMMAND help\n\ -\n\ -SYNTAX\n\ -help [nissy|COMMAND]\n\ -\n\ -DESCRIPTION\n\ -'help nissy' prints a general user manual. 'help COMMAND' prints a detailed\n\ -help page for the command COMMAND, if it exists. 'help' prints a list of all\n\ -available commands a short description for each.\n\ -\n\ -EXAMPLES\n\ -help help\n\ - Prints this help page.\n\ -\n\ -" -}, - -{ "htr", -"\ -\n\ -HELP PAGE FOR COMMAND htr\n\ -\n\ -SYNTAX\n\ -htr [OPTIONS] [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Finds HTR for a given scramble. DR must be solved. A scramble can be given as\n\ -last argument of the command, or an ID of a saved scramble can be provided. If\n\ -none of the two is given, a prompt will ask the user to input a new scramble.\n\ -\n\ -OPTIONS\n\ -from {ud|fb|rl} Allows to specify on which axis the DR is. This is usually\n\ - not needed, since nissy will automatically find it out.\n\ -b=N Specify a bound for the number of moves. N must be a number.\n\ - Default value: 20.\n\ -h Show hidden HTRs.\n\ - Default, if an HTR ending in e.g. R is shown, the equivalent\n\ - one ending in R' is hidden.\n\ -niss Use NISS.\n\ - Default: does not use NISS.\n\ -n=N Specify a maximum number of HTRs to be output. N must be a\n\ - number.\n\ - Default value: 1.\n\ -\n\ -EXAMPLES\n\ -eo n=10 b=7 niss $1\n\ - Finds up to 100 HTRs of lenth at most 7, possibly using NISS, including\n\ - \"hidden\" HTRs, for scramble $1. DR must be solved.\n\ -\n\ -" -}, - -{ "htrfinish", -"\ -\n\ -HELP PAGE FOR COMMAND htrfinish\n\ -\n\ -SYNTAX\n\ -htrfinish [OPTIONS] [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Similar to drfinish, but uses the moveset . HTR must be\n\ -solved. The scramble can be given as the last argument of the command, or it\n\ -may be given as an $ID or @ID, or it can be typed out on the following line.\n\ -\n\ -OPTIONS\n\ -b=N Specify a bound for the number of moves. N must be a number.\n\ - Default value: 20.\n\ -n=N Specify a maximum number ofsolutions to be output. N must be\n\ - a number.\n\ - Default value: 1.\n\ -\n\ -EXAMPLES\n\ -htrfinish R L' U2 R' L F2\n\ - Produces the following solution:\n\ -@1: U2 R2 F2 R2 U2 R2 F2 R2 (8)\n\ -\n\ -" -}, - -{ "invert", -"\ -\n\ -HELP PAGE FOR COMMAND invert\n\ -\n\ -SYNTAX\n\ -invert [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Inverts a sequence of moves, which can be given also as $ID or @ID. The given\n\ -sequence must not use NISS (if it does, use the command unniss first).\n\ -\n\ -EXAMPLES\n\ -invert F R D'\n\ - Prints D R' F'\n\ -\n\ -" -}, - -{ "nissy", -"\ -\n\ -*******************************************************************************\n\ -********************* NISSY: a cube solver and FMC helper *********************\n\ -*******************************************************************************\n\ -\n\ -If you just want to solve the cube, type 'solve' followed by the scramble. This\n\ -will not always give you an optimal solution, unless it is 10 moves or less or\n\ -you use the \"o\" option. Finding the optimal solution might take very long if it\n\ -is 16 moves or more, especially for the first time.\n\ -\n\ -Now the fun stuff. With nissy you can save and manipulate move sequences, for\n\ -example:\n\ -\n\ -nissy-# save R' U' F\n\ -$1: R' U' F\n\ -nissy-# add L2D' $1\n\ -$1: R' U' F L2 D'\n\ -\n\ -You can then ask nissy to solve certain substepson a saved scramble:\n\ -\n\ -nissy-# eo axis=rl $1\n\ -@1: U D F' R (4)\n\ -\n\ -And of course it uses also NISS, if you ask:\n\ -\n\ -nissy-# eo niss axis=rl $1\n\ -@1: (R) (1)\n\ -\n\ -Notice that the sequences you save are marked with a $, while the \"output\"\n\ -sequences are marked with @. The difference between these two type of sequences\n\ -is that those marked with @ are temporary and get lost once you get new output.\n\ -Most commands accept as input either a move sequence typed out, a $-sequence or\n\ -a @-sequence. For example, you can however save a @-sequence and make it\n\ -persistent:\n\ -\n\ -nissy-# save @1\n\ -$2: (R)\n\ -\n\ -Nissy also understands NISS. Let's see a more complicated example where you\n\ -save a scramble, ask for some EOs (using NISS) and then a DR on inverse:\n\ -\n\ -nissy-# save R' U' F R U R2 F2 R2 D R2 U L2 U R2 D2 B' D U' R D R' D U2 F2 R' U' F\n\ -$3: R' U' F R U R2 F2 R2 D R2 U L2 U R2 D2 B' D U' R D R' D U2 F2 R' U' F \n\ -nissy-# eo n=10 niss axis=fb,rl $3\n\ -Found 10 results.\n\ -@1: (U' L B D F) (5)\n\ -@2: (U' L B' D F) (5)\n\ -@3: (L B U D F) (5)\n\ -@4: (L B' U D F) (5)\n\ -@5: R U B U L (5)\n\ -@6: R U' L (B L) (5)\n\ -@7: R U' B U L (5)\n\ -@8: R L (L B L) (5)\n\ -@9: R (U2 D' F R) (5)\n\ -@10: R (U2 F D' R) (5)\n\ -nissy-# add @6 $3\n\ -$3: R' U' F R U R2 F2 R2 D R2 U L2 U R2 D2 B' D U' R D R' D U2 F2 R' U' F R U' L (B L) \n\ -nissy-# unniss $3\n\ -@1: L' B' R' U' F R U R2 F2 R2 D R2 U L2 U R2 D2 B' D U' R D R' D U2 F2 R' U' F R U' L \n\ -nissy-# invert @1\n\ -@1: L' U R' F' U R F2 U2 D' R D' R' U D' B D2 R2 U' L2 U' R2 D' R2 F2 R2 U' R' F' U R B L \n\ -nissy-# save @1\n\ -$5: L' U R' F' U R F2 U2 D' R D' R' U D' B D2 R2 U' L2 U' R2 D' R2 F2 R2 U' R' F' U R B L \n\ -nissy-# dr from rl $5\n\ -@1: F2 U D2 F' B D B (7)\n\ -nissy-# \n\ -\n\ -If you ask nissy to solve a substep (or the whole cube) using a sequence with\n\ -NISS as scramble, it will first un-NISS it (but without saving the unNISSed\n\ -scramble anywhere):\n\ -\n\ -print $3\n\ -$3: R' U' F R U R2 F2 R2 D R2 U L2 U R2 D2 B' D U' R D R' D U2 F2 R' U' F R U' L (B L) \n\ -nissy-# solve $3\n\ -@1: F U' R2 F2 U2 F U2 R2 L2 D R2 U B2 D' L2 D B2 D2 (18)\n\ -\n\ -Nissy knows how to solve certain common sub-steps for DR (or Thistlethwaite /\n\ -Kociemba algorithms). For now it does know more common speedsolving methods.\n\ -\n\ -For a full list of commands type \"help\". For a more detailed help on a specific\n\ -command, type \"help (command)\". The help pages can also be found in the docs\n\ -folder.\n\ -\n\ -If you want to report a bug (I'm sure there are many!) or give a suggestion,\n\ -you can send an email to sebastiano.tronto@gmail.com.\n\ -\n\ -Have fun!\n\ -\n\ -" -}, - -{ "pic", -"\ -\n\ -HELP PAGE FOR COMMAND pic\n\ -\n\ -SYNTAX\n\ -pic [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Prints the cube state after applying the given scramble.\n\ -\n\ -EXAMPLES\n\ -pic R' U' F R U R2 F2 R2 D R2 U L2 U R2 D2 B' D U' R D R' D U2 F2 R' U' F \n\ - Gives the following output:\n\ - UF UL UB UR DF DL DB DR FR FL BL BR \n\ -EP: FR UL FL UR UF DB DR BL UB BR DL DF \n\ -EO(F/B): x x x x x x x x \n\ -\n\ - UFR UFL UBL UBR DFR DFL DBL DBR \n\ -CP: UBR UFR DFL DBL UFL UBL DBR DFR \n\ -CO(U/D): ccw cw ccw cw\n\ -\n\ -" -}, - -{ "print", -"\ -\n\ -HELP PAGE FOR COMMAND print\n\ -\n\ -SYNTAX\n\ -print [$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Prints memorized sequences. If no argument is given, it prints all memorized\n\ -scrambles ($ only). If $ID or @ID is specified, it only prints the relative\n\ -memorized sequence.\n\ -\n\ -EXAMPLES\n\ -print\n\ - Prints a list of all memorized scrambles (only $).\n\ -print $2\n\ - Prints the second memorized scramble.\n\ -print @13\n\ - Prints the 13th sequence that was part of the output of the last command.\n\ -\n\ -" -}, - -{ "quit", -"\ -\n\ -HELP PAGE FOR COMMAND quit\n\ -\n\ -SYNTAX\n\ -quit\n\ -\n\ -DESCRIPTION\n\ -Exits nissy.\n\ -\n\ -" -}, - -{ "replace", -"\ -\n\ -HELP PAGE FOR COMMAND replace\n\ -\n\ -SYNTAX\n\ -eo [OPTIONS] [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Looks for non-optimal subsequences and replaces them to shorten the given\n\ -sequence. By default it tries to shorten every subsequence of up to 10 moves,\n\ -but this can be change with the \"b\" option.\n\ -It outputs at most 10 equivalent optimal sequences for each replaceable part.\n\ -\n\ -OPTIONS\n\ -b=N Finds non-optimal subsequences of up to N moves.\n\ -\n\ -EXAMPLES\n\ -replace D2 F' D2 U2 F' L2 R2 U' D B2 D B2 U B2 F L2 R' F' D U' \n\ - Produces the following output:\n\ -Replace [ R2 U' D B2 D B2 ] (moves 7-12) with: [ D R2 D U' ] (-6+4)\n\ -Replace [ R2 U' D B2 D B2 U ] (moves 7-13) with: [ D R2 D ] (-7+3)\n\ -Replace [ U' D B2 D B2 U ] (moves 8-13) with: [ R2 D R2 D ] (-6+4)\n\ -\n\ -" -}, - -{ "save", -"\ -\n\ -HELP PAGE FOR COMMAND save\n\ -\n\ -SYNTAX\n\ -save [MOVES|@ID|$ID]\n\ -\n\ -DESCRIPTION\n\ -Memorizes the scramble specified by MOVES, given as input or temporarily saved\n\ -as @ID, where ID is a number ('help nissy' for for more on IDs). If an $ID is\n\ -given, it makes a copy of the scramble. An identifier of the form $ID, where ID\n\ -is a number, is assigned to the memorized scramble.\n\ -\n\ -EXAMPLES\n\ -save R U R' U'\n\ - Saves the scramble R U R' U'.\n\ -save F (B)\n\ - Saves the scramble F (B) (NISS notation).\n\ -save @3\n\ - Saves the third output sequence of the last command.\n\ -save $2\n\ - Makes a copy of the second saved scramble.\n\ -\n\ -" -}, - -{ "scramble", -"\ -\n\ -HELP PAGE FOR COMMAND scramble\n\ -\n\ -SYNTAX\n\ -scramble [OPTIONS]\n\ -\n\ -DESCRIPTION\n\ -Produces a random-state scramble. There are options to get a corners-only,\n\ -edges-only or dr-state scramble.\n\ -\n\ -OPTIONS\n\ -c Scrambles corners only (edges are solved).\n\ -e Scrambles edges only (corners are solved).\n\ -dr DR-state scramble. The DR is always on the U/D axis.\n\ -\n\ -\n\ -EXAMPLES\n\ -scramble\n\ - Gives a random-state scramble\n\ -scramble dr\n\ - Gives a random-DR-state scramble\n\ -\n\ -" -}, - -{ "solve", -"\ -\n\ -HELP PAGE FOR COMMAND solve\n\ -\n\ -SYNTAX\n\ -solve [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Solves the given scramble, which can be given as a sequence of moves or as $ID\n\ -or @ID. If none is given, the user can type it on the next line.\n\ -The algorithm first tries to find a short (<=10 moves) solution, and then\n\ -switches to a 2-step algorithm (unless the option \"o\" is specified, in which\n\ -case it keeps looking for an optimal solution).\n\ -The first time it uses the 2-step algorithm it needs to load some tables, which\n\ -can take a few seconds. It runs much faster after that. If the option \"o\" is\n\ -specified, the first time it loads some large tables, which can take a minute\n\ -or two.\n\ -\n\ -OPTIONS\n\ -b=N Only looks for solutions up to N moves.\n\ -n=N Tries to find multiple solutions, at most N. Multiple\n\ - Solutions will only be found if they are <=10 moves.\n\ -o Looks for optimal solution.\n\ -\n\ -\n\ -EXAMPLES\n\ -solve R' U' F\n\ - Solves the scramble R' U' F.\n\ -solve o b=14 $1\n\ - Tries to solve the scramble $1 optimally, but stops if no solution of 14\n\ - moves or shorter is found.\n\ -solve n=16 R L' U2 R' L F2\n\ - Finds the 16 shortest solutions for the scramble above.\n\ -\n\ -" -}, - -{ "unniss", -"\ -\n\ -HELP PAGE FOR COMMAND unniss\n\ -\n\ -SYNTAX\n\ -unniss [MOVES|$ID|@ID]\n\ -\n\ -DESCRIPTION\n\ -Removes NISS from a sequence of moves, which can be given also as $ID or @ID.\n\ -A sequence of the form A (B) is translated to B' A.\n\ -\n\ -EXAMPLES\n\ -invert F R (D' L2)\n\ - Prints L2 D F R\n\ -\n\ -" -}, -}; -- cgit v1.3