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def convert_base(val, og_digits="0123456789", new_digits="0123456789"):
    og_digits, new_digits = list(og_digits), list(new_digits)
    og_base, new_base = len(og_digits), len(new_digits)

    b10 = 0
    val = str(val)
    for i, digit in enumerate(val):
        b10 += og_digits.index(digit) * og_base ** (len(val) - i - 1)

    ret = ''

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def convert_base(val, og_digits="0123456789", new_digits="0123456789"):
    og_digits, new_digits = list(og_digits), list(new_digits)
    og_base, new_base = len(og_digits), len(new_digits)

    b10 = 0
    val = str(val)
    for i, digit in enumerate(val):
        b10 += og_digits.index(digit) * og_base ** (len(val) - i - 1)

    ret = ''

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# Module dealing with all your bezier stuffies
# https://pomax.github.io/bezierinfo/

%include std\\geo2d.gs
%include std\\string.gs

# --- Structs ---

# --- Quad Bezier ---
func bezier2(Pt2D p0, Pt2D p1, Pt2D p2, t) Pt2D {

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"""
This is a utility script for use when making goboscript packages that copy+pastes the package into the test/backpack folder 
It also updates goboscript.toml with the dependecies from test/goboscript.toml.
"""

import os
import argparse
import shutil
import tomllib

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@.direction += 15;
@.direction -= 15;
# *=, /=, //=, %= would need to use point in direction block 
# that would be a lot of implementations, considering all the different attributes, so there is abstraction needed here
@.direction = 90;

goto @gobo;
glide 1, @gobo;
point_towards @gobo;