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Version 1.11.0

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@NikhilNarayana NikhilNarayana released this 09 Jun 04:22
· 7 commits to slippi since this release

DO NOT USE. There was a critical issue with the bundled UCF 0.84 codeset in this version.

  • Add UCF 0.84 Release Candidate (#36)
    • Includes regular and stealth versions
    • UCF 0.8 is still available for use
  • Update wobbling code description (4700267)
UCF 0.84 Details Details courtesy of PracticalTAS. UCF 0.84 written by Altimor
  • 1.0 cardinal
    Converts the center half of the range which normally registers 0.9875 to 1.0. (Details: raw inputs abs(axis 1) >= 80 & abs(axis 2) <= 6 outputs = +-1.0 cardinal.) Can still hit 0.9875 unintentionally with sloppy inputs or intentionally with a notch. Turned off for Zelda's grounded up-b sideways, to not break edgecancel setups.

  • Dash/dash back out of crouch fix
    Causes successful dash/dash back out of crouch where an unlucky poll would cause it to fail in vanilla, by suppressing uncrouch along the rim for y = -0.6 and -0.6125. Does not increase the frame leniency for the input.

  • SDI/Shield SDI frame 1 fix
    In vanilla Melee, attempting to SDI/shield SDI and getting a tilt poll on the frame you're hit causes SDI/shield SDI to fail entirely. Fixes this to act like later inputs, where SDI/shield SDI will occur on the subsequent frame. Uses UCF dash back ("tilt intent" algorithm) to only trigger SDI/shield SDI with fast inputs regardless of poll timing. Does not include 1.03 "remainder" fix.

  • Shield drop range up increase
    Moves the top of the shield drop range up a small amount (now including y = -.6125 to .6500), only if the control stick moves fast enough and stays in the higher range for 2 consecutive frames (so it triggers on a high notch, but does not cause shield drop earlier than expected while passing through the higher range to a normal notch). Uses UCF dash back ("tilt intent" algorithm) to only trigger shield drop with fast inputs regardless of poll timing. Does not change the bottom of the shield drop range beyond the existing UCF implementation (y = -0.7875 along the rim).

  • Older codes
    Rewritten to improve compatibility with Slippi Rollback.

Contributors

UCF Team
@cnkeats
@NikhilNarayana
@JLaferri