P5 has the block room, I'm not sure you could use it for anything
I'm pretty sure all towns in east hyrule lead to the ocean. It's been a long, long time since I looked at the East, though.
P4 looks interesting. It looks like you can get on some ceiling and take some non-exits where I can't guess where they might go.
Something to consider in P4 as a possible alternate route. ... Walking off the screen there dumps you back on the world map on the palace like you left it normally.
I doubt it would save time, but you could possibly backtrack to here [P5 blocks] and go to P1 after beating the boss and getting the whistle.
P3 has the block room, which should take you back to the entrance, and the elevator room, with the stalfos knight, which should basically just be able to skip the elevator.
P6 Maybe you can skip a couple of rooms, but certainly the ra/block room, after the fall if your magic is high enough
I was referring to the T-Bird skip, you need to cast Jump, then fairy twice with perhaps only an opportunity for a blue jar. I tend to look at the end state and work backwards. A good finish needs ?-6-1.
A small script, for some start into checking out the exits
EDIT2: I shall leave you with this. Assuming it's possible to abuse new exits, this should give you the information very quickly if the room, or even the area, is worth glitching. There's still some more things to dig up, but any progress might help, I should hope.
You shouldn't need a degree in computer science to get into this hobby.
notes: jump saves time for getting downstab. it is, of course, possible to beat the game without downstab. i've never timed it because i'm not a Crazy Person, but yeah. jump after hammer. based on quickmath, level 3 sword should save ~70 frames over level 4 sword.
improvement is slower.
Why would you want to arbitrarily take out the interesting time-saving tricks that require strategic planning in favor of more walking? Less entertaining, less technical skill. It goes against the nature of TASing.
How do you get through the end of P3 without downstab?
I just want to question this in order to see good motivation for keeping them, precisely because they may be considered to be "WARP glitches" in a "NO WARPS" run.
From below, you can beak a block above/in front of you with a jumping standing stab since the sword's hitbox is slightly too high.
00 60 B0 D0 37.5% 31.3% 12.5% 18.8% Grass
00 60 D0 F0 37.5% 43.8% 12.5% 6.3% Desert
00 60 C0 E0 37.5% 37.5% 12.5% 12.5% Forest
00 50 BB F0 31.3% 41.8% 20.7% 6.5% Swamp
00 57 D7 F8 34.0% 50.0% 12.9% 3.1% Grave
00 57 D7 FF 34.0% 50.0% 15.6% 0.4% LavaIs it possible to kill the second octorok without slowing down? I didn't find a way.
f072846 RNG Reset: r[2]= 0 gTimer=13
f074905 RNG Reset: r[2]= 98 gTimer= 0 1966
f076947 RNG Reset: r[2]=107 gTimer= 2 1930t1 t2
00 12 r[2]= 57 gTimer=11 |^^^>^v<^v . ^>>>v>>vv . >^^^>^v<^|
00 19 r[2]=127 gTimer= 4 |^v<<^><<v . ^<>v><^vv . <^v<<^><<|
00 22 r[2]= 79 gTimer= 1 |>v>>^>^v> . v<v>v^<>< . v>v>>^>^v|
01 03 r[2]=105 gTimer=19 |><^>^<vvv . <^><<^>>< . v><^>^<vv|
02 02 r[2]= 64 gTimer=19 |>><v><<v^ . <vv><^vvv . v>><v><<v|
02 25 r[2]= 76 gTimer=17 |^<<><^>v> . <<<^<^<v> . >^<<><^>v|
03 13 r[2]= 79 gTimer= 7 |v>>^>^v>< . <v>v^<><> . >v>>^>^v>|
03 14 r[2]= 39 gTimer= 6 |><v<>><>v . ><<vv<<>v . ^><v<>><>|
03 15 r[2]= 19 gTimer= 5 |<><<>v<v< . v<v^vv>>^ . ^<><<>v<v|
04 23 r[2]=101 gTimer=17 |^>^vv^^v< . <>^v<^^>^ . >^>^vv^^v|
05 14 r[2]= 68 gTimer= 4 |>v>vv><>v . v<^>><><> . <>v>vv><>|
06 03 r[2]= 43 gTimer=14 |<<>>v<<^v . ^vvvvv<v< . ><<>>v<<^|
06 19 r[2]= 2 gTimer=19 |>>^v^vv<v . <v>^vv>^< . ^>>^v^vv<|
07 13 r[2]= 58 gTimer= 3 |>v^v><<^< . ^^^^v>v^v . ^>v^v><<^|
07 22 r[2]=109 gTimer=15 |<>v<v^<<v . ^^v>>^vv< . <<>v<v^<<|
08 05 r[2]= 99 gTimer=10 |^^><<>^>v . >>>vv>^<> . v^^><<>^>|
08 06 r[2]= 49 gTimer= 9 |v>^^vvv^v . >>><<>v^v . vv>^^vvv^|
11 16 r[2]= 72 gTimer=17 |v<vv^><<^ . ^<v>>>v>^ . >v<vv^><<|
11 19 r[2]=105 gTimer=14 |<^>^<vvvv . ^><<^>><v . ><^>^<vvv|
12 11 r[2]= 34 gTimer= 0 |<>>>><>>< . >><>v^v>^ . v<>>>><>>|
14 08 r[2]=112 gTimer= 1 |<<^^vvv<v . v><><>v<< . ><<^^vvv<|
16 08 r[2]= 2 gTimer=20 |>>^v^vv<v . <v>^vv>^< . ^>>^v^vv<|
16 10 r[2]= 64 gTimer=18 |>><v><<v^ . <vv><^vvv . v>><v><<v|
20 06 r[2]= 18 gTimer=18 |><v<vv^^> . ^vv>v>v^> . >><v<vv^^|
21 02 r[2]= 57 gTimer= 0 |>^^^>^v<^ . ^^>>>v>>v . <>^^^>^v<|
24 00 r[2]= 34 gTimer=20 |<>>>><>>< . >><>v^v>^ . v<>>>><>>|
28 02 r[2]= 47 gTimer=14 |<vvv<>v>v . ^<<^<<^<v . <<vvv<>v>|
29 00 r[2]= 39 gTimer=15 |><v<>><>v . ><<vv<<>v . ^><v<>><>|I spawn a fairy. Considering what I've seen, RNG and timer-wise, the run might still sync following the reset after P4. I'm guessing you want to see if I can spawn fairies at will when the lava entry for fairy spawn is FF, giving a theoretical 1/256 chance.
Doesn't the sword beam have a higher hitbox than the sword? Could you miss the octorok below it and hit it with the sword beam? What happens if you do the encounter glitch in glitch town since it has exits on both sides?
gT=15 R[2]= 48
gT=15 R[2]= 50
gT=15 R[2]= 52
gT=15 R[2]= 54
gT=15 R[2]=113
gT=15 R[2]=115
gT=15 R[2]=117
gT=15 R[2]=119
gT=14 R[2]= 52
gT=14 R[2]= 53
gT=14 R[2]= 54
gT=14 R[2]= 55
gT=14 R[2]=112
gT=14 R[2]=113
gT=14 R[2]=114
gT=14 R[2]=115
gT=13 R[2]= 20
gT=13 R[2]= 21
gT=13 R[2]= 54
gT=13 R[2]= 55
gT=13 R[2]=114
gT=13 R[2]=115
gT=12 R[2]= 4
gT=12 R[2]= 21
gT=12 R[2]= 55
gT=12 R[2]= 65
gT=12 R[2]= 80
gT=12 R[2]= 99
gT=11 R[2]= 12
gT=11 R[2]= 38
gT=11 R[2]= 73
gT=11 R[2]= 99
gT=10 R[2]= 34
gT=10 R[2]= 55
gT=10 R[2]= 77
gT=10 R[2]= 88Okay, complicated scripting aside, this thing's output? Well, all the passes are:Language: lualocal PassTable={ [0]={[48]=true,[50]=true,[52]=true,[54]=true,[113]=true,[115]=true,[117]=true,[119]=true}, {[52]=true,[53]=true,[54]=true,[55]=true,[112]=true,[113]=true,[114]=true,[115]=true}, {[20]=true,[21]=true,[54]=true,[55]=true,[114]=true,[115]=true}, {[4]=true,[21]=true,[55]=true,[65]=true,[80]=true,[99]=true}, {[12]=true,[38]=true,[73]=true,[99]=true}, {[34]=true,[55]=true,[77]=true,[88]=true} } --***************************************************************************** local function RecursionOverhead(T,FrameLim,r2) --***************************************************************************** local RNG_main= {0xA5,r2*2} local Path= {} --************************************************************************* local function RecursiveScreenCheck(T,n,fl,r) --************************************************************************* --Yes, defining a function inside another. I say, lua is sure fun! if not T[n] then --This part is to terminate our recursive loop. local s= "" for i= 1, #Path do --Identify our frame delays. s= s .. " " .. Path[i] end local val= math.floor(r[2]/2) s= s .. " : " .. val if PassTable[FrameLim-fl][val] then s= s .. " PASS" end print(s) return end --Oh, we're not at the end. Calculate things, then. local RNG= {unpack(r)} --Preserve higher tier RNG RNG[1]= 0xA5 --Screen transitions reset R[1]. Roll(RNG,T[n]-1) --Pass however long it takes us to go. for i= 0, fl do Roll(RNG) --Every frame we delay, add a roll. Path[n]= i --Keep track of which screens have our delay RecursiveScreenCheck(T,n+1,fl-i,RNG) end end --Function RecursiveScreenCheck(T,1,FrameLim,RNG_main) end local Transitions= {453,705,705,367,370,1074,364} RecursionOverhead(Transitions,5,115)
2 0 0 0 0 1 0: 55
0 0 0 1 1 0 1: 80
0 0 1 0 1 0 1: 80
0 1 0 0 3 0 0: 12
0 2 1 0 1 0 0: 12
0 0 1 0 0 1 2: 38
2 0 0 0 0 0 2: 38
0 0 1 1 0 1 1: 99
1 2 0 0 0 0 2: 34
0 0 1 0 1 1 2: 55
0 1 1 0 2 1 0: 55
2 1 0 0 0 2 0: 55
0 1 0 2 0 0 2: 77
0 1 1 0 2 0 1: 77
0 2 0 1 0 0 2: 77
0 4 0 0 0 0 1: 77
0 1 0 0 0 2 2: 88
2 0 0 0 1 2 0: 88
2 0 1 2 0 0 0: 88gT=12 R[2]= 55
gT=12 R[2]= 80
gT=11 R[2]= 12
gT=11 R[2]= 38
gT=11 R[2]= 99
gT=10 R[2]= 34
gT=10 R[2]= 55
gT=10 R[2]= 77
gT=10 R[2]= 88