MathBot

This page lists parkour-related functions defined in MathBot (source).

MathBot sometimes clears functions and variables from memory. To easily redefine functions, use the commands !math1, !math2, and !math3.

Conversion:

RealDistance(bx)	Real distance of a straight jump, accounting for the player's bounding box.
RealDistance(bx,bz)	Real distance of a diagonal jump, accounting for the player's bounding box.
Tier(t)	Tier of a jump from its duration in ticks, or vice-versa.

Jump Height:

Vy(t)	Vertical speed t ticks after jumping. (t >= 1)
Height(t)	Relative height t ticks after jumping. (t >= 0)
Duration(h)	Duration of a jump of height h. (h <= max jump height)

Add _new at the end of the function to get 1.9+ values.

Actions:

v is the input speed. Output is a speed value (in m/t).

Sprint(v)	Apply a sprint tick, assuming the player is on ground
Sprint_land(v)	Apply a sprint tick, assuming the player just landed from a jump
Sprint_air(v)	Apply a sprint tick, assuming the player is and was airborne
Sprint45(v)	Apply a 45° sprint tick, assuming the player is on ground
Sprint45_land(v)	Apply a 45° sprint tick, assuming the player just landed from a jump
Sprint45_air(v)	Apply a 45° sprint tick, assuming the player is and was airborne
Walk(v)	Apply a walk tick, assuming the player is on ground
...	... (same syntax)
Sneak(v)	Apply a sneak tick, assuming the player is on ground
...	... (same syntax)
Stop(v)	No inputs for one tick, assuming the player is on ground
Stop_land(v)	No inputs for one tick, assuming the player just landed from a jump
Stop_air(v)	No inputs for one tick, assuming the player is and was airborne

Jump Speed

v is the input speed, t is the duration. Output is a speed value (in m/t).

Vh(v,t,J,M)	Apply a jump of duration t, with initial speed v. J is the jump bonus, M is the movement multiplier.
Sprintjump(v,t)	Apply a sprintjump
Sprintjump45(v,t)	Apply a sprintjump, facing 45° after jumping
Walkjump(v,t)	Apply a no-sprint jump
Walkjump45(v,t)	Apply a no-sprint jump, facing 45°
Strafejump(v,t)	Apply a strafejump (like on rex bwmm)
Strafejump45(v,t)	Apply a strafejump, facing 45° after jumping

Add _del at the end of the function if the jump is delayed (previous tick was on ground).

Chained Jumps Speed

v is the input speed, t is the duration, n is the number of jumps. Output is a speed value (in m/t).

Vchain(v,t,J,M,n)	Apply n jumps of duration t, with initial speed v. J is the jump bonus, M is the movement multiplier.
Chain_Sprintjump(v,t,n)	Apply a sprintjump
Chain_Sprintjump45(v,t,n)	Apply a sprintjump, facing 45° after jumping
Chain_Walkjump(v,t,n)	Apply a no-sprint jump
Chain_Walkjump45(v,t,n)	Apply a no-sprint jump, facing 45°

Add _del at the end of the function if the first jump is delayed (previous tick was on ground).

Jump Distance

v is the input speed, t is the duration. Output is a distance value (in meters).

Dist(v,t,J,M)	Distance of jump of duration t, with initial speed v. J is the jump bonus, M is the movement multiplier.
Dist_Sprintjump(v,t)	Distance of a sprintjump
Dist_Sprintjump45(v,t)	Distance of a sprintjump, facing 45° after jumping
Dist_Walkjump(v,t)	Distance of a no-sprint jump
Dist_Walkjump45(v,t)	Distance of a no-sprint jump, facing 45°
Dist_Strafejump(v,t)	Distance of a strafejump (like on rex bwmm)
Dist_Strafejump45(v,t)	Distance of a strafejump, facing 45° after jumping

Add _del at the end of the function if the jump is delayed (previous tick was on ground).