Tarso

Tarso is a library datapack containing general mathematical utilities for score calculations without using macro functions.

Usage

Calculation

To calculation, put the score in math.target and (maybe) math.source, then call operations, the score returned will be presented in math.target.

Operation	Function	General Expression	Desciption
Left Shift	`math:ls`	`math.target = math.target >> math.source`
Right Shift	`math:rs`	`math.target = math.target << math.source`
Addition	`math:add`	`math.target = math.target + math.source`
Multiplication	`math:mul`	`math.target = math.target * math.source`
Power	`math:pow`	`math.target = math.target ^ math.source`
Subtraction	`math:sub`	`math.target = math.target - math.source`
Division	`math:div`	`math.target = math.target / math.source`
Logarithm	`math:log`	`math.target = log math.source (math.target)`
Common Logarithm	`math:lg`	`math.target = log 10 (math.target)`
Natural Logarithm	`math:ln`	`math.target = log 2 (math.target)`
Square Root	`math:sqrt`	`math.target = sqrt(math.target)`
Modulus	`math:mod`	`math.target = math.target % math.source`
Remainder	`math:rem`	`math.target = math.target % math.source`
Negativity	`math:neg`	`math.target = -math.target`
Absolutation	`math:abs`	`math.target = (math.target < 0) ? -math.target : math.target`
Sign	`math:sig`	`math.target = math.target / (math.target < 0) ? -math.target : math.target`
Factorial	`math:fact`	`math.target = math.target!`
Permutation	`math:perm`	`math.target = P(math.target, math.source)`
Combination	`math:comb`	`math.target = C(math.target, math.source)`
Hypot	`math:hyp`	`math.target = sqrt(math.target + math.source)`
Vector	`math:vec`	`math.x = CORDIC(math.target).x` `math.y = CORDIC(math.target).y`	Precision is controled by `math.source`.
Tangent	`math:tan`	`math.target = tan(math.target)`	Precision is controled by `math.source`.
Cotangent	`math:cot`	`math.target = cot(math.target)`	Precision is controled by `math.source`.
Sine	`math:sin`	`math.target = sin(math.target)`	Precision is controled by `math.source`.
Cosine	`math:cos`	`math.target = cos(math.target)`	Precision is controled by `math.source`.

The Stack

Tarso comes with a stack of 16 sorts. To transfer scores, put the score in math.buffer before pushing and the score poped out will be presented in math.buffer.

Operation	Function
Push	`math:push`
Pop	`math:pop`
Seek	`math:seek`

Notes

Objectives other than those belong to the stack can be overwritten during calculations.
Pushing a score into the stack while it's full make no sense.

FAQ

1. Why is the natural logarithm inaccurate?

It cannot be fixed except using large-number calculation, which is extremely slow. Currently it has a base of 2.

Compatibility

Minecraft: Java Edition

Platforms

Links

Creators

Details

Usage

Calculation

The Stack

Notes

FAQ

1. Why is the natural logarithm inaccurate?