// ==UserScript==
// @name scratch extesion: math by rssaromeo
// @version 2
// @description none
// @run-at document-start
// @author rssaromeo
// @license GPLv3
// @tag lib
// @match *://*/*
// @icon data:image/png;base64,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
// @grant none
// @namespace https://greasyfork.org/users/1184528
// ==/UserScript==
;(async () => {
await loadlib("libloader").waitforlib("scratchextesnsionmanager")
const {
newext,
newmenu,
newblock,
bt,
inp,
gettarget,
totype,
scratch_math,
projectid,
canvas,
scratchvar,
scratchlist,
} = loadlib("scratchextesnsionmanager")
var a = loadlib("allfuncs")
var vm
loadlib("libloader")
.waitforlib("scratch")
.then(() => (vm = loadlib("scratch").vm))
newext(
"math",
"rssaromeo",
class {
power({ x, y }) {
x = totype(x, "number", true)
y = totype(y, "number", true)
return Math.pow(x, y)
}
tern({ cond, a, s }) {
cond = totype(cond, "bool")
return cond ? a : s
}
invert({ a }) {
a = totype(a, "bool") ?? totype(a, "string")
return !a
}
tobool({ a }) {
a = totype(a, "bool") ?? totype(a, "string")
return !!a
}
toplaces({ num, before, after }) {
var [start = "", end = ""] = String(num).split(".")
if (totype(before, "number") !== undefined) {
start = start.substring(start.length - before)
while (start.length < before) start = "0" + start
}
if (totype(after, "number") !== undefined) {
end = end.substring(0, after)
// log(end, end.length, after, end.length < after)
while (end.length < after) end += "0"
}
return start + "." + end
}
distance2points({ x1, y1, x2, y2 }) {
x1 = totype(x1, "number", true)
y1 = totype(y1, "number", true)
x2 = totype(x2, "number", false)
y2 = totype(y2, "number", false)
return Math.sqrt(Math.pow(x1 - x2, 2) + Math.pow(y1 - y2, 2))
}
distancebetweenspriteandpoint({ sprite, x2, y2 }) {
var x1 = totype(gettarget(sprite).x, "number")
var y1 = totype(gettarget(sprite).y, "number")
x2 = totype(x2, "number")
y2 = totype(y2, "number")
return Math.sqrt(Math.pow(x1 - x2, 2) + Math.pow(y1 - y2, 2))
}
distancebetween2sprites({ sprite1, sprite2 }) {
var x1 = totype(gettarget(sprite1).x, "number")
var y1 = totype(gettarget(sprite1).y, "number")
var x2 = totype(gettarget(sprite2).x, "number")
var y2 = totype(gettarget(sprite2).y, "number")
return Math.sqrt(Math.pow(x1 - x2, 2) + Math.pow(y1 - y2, 2))
}
pointtopoint({ sprite, x, y }) {
x = totype(x, "number")
y = totype(y, "number")
return gettarget(sprite).setDirection(
scratch_math(
"atan",
(gettarget(sprite).x - x) / (gettarget(sprite).y - y)
) +
(gettarget(sprite).y >= y) * 180
)
}
pointtosprite({ sprite1, sprite2 }) {
var x = totype(gettarget(sprite2).x, "number")
var y = totype(gettarget(sprite2).y, "number")
return gettarget(sprite1).setDirection(
scratch_math(
"atan",
(gettarget(sprite1).x - x) / (gettarget(sprite1).y - y)
) +
(gettarget(sprite1).y >= y) * 180
)
}
type({ data }) {
//number, string, list, object, json, bool
data = String(data)
if (data == "true" || data == "false") return "bool"
if (/^-?[0-9]*\.?[0-9]+$/.test(data)) return "number"
if (data === "NaN" || data == "nan") return "NaN"
try {
var temp = JSON.parse(
inp.replaceAll("'", '"').replaceAll("`", '"')
)
return Array.isArray(temp) ? "jsonarray" : "jsonobject"
} catch (e) {}
}
totype({ data, type }) {
return totype(data, type)
}
},
[
newblock(bt.ret, "type", "type[data]"),
newblock(bt.ret, "totype", "[data]totype[type]", [
inp.str,
newmenu("totype", {
items: ["string", "number", "array", "object", "bool"],
}),
]),
newblock(bt.ret, "power", "[x]^[y]", [
[inp.num, "3"],
[inp.num, "7"],
]),
newblock(bt.ret, "tern", "if [cond] then [a] else [s]", [
inp.str,
[inp.str, "it was true"],
[inp.str, "it was false"],
]),
newblock(bt.bool, "invert", "![a]", [inp.bool]),
newblock(bt.bool, "tobool", "!![a]", [inp.bool]),
newblock(
bt.ret,
"toplaces",
"toplaces [num], before: [before], after: [after]",
[
{ type: inp.int, defaultValue: 156165156156156 },
{ type: inp.int, defaultValue: 5 },
{ type: inp.int, defaultValue: 2 },
]
),
newblock(
bt.cmd,
"pointtosprite",
"make [sprite1] face sprite [sprite2]",
[
newmenu("spritelistwithoutglobal", { defaultValue: "" }),
newmenu("spritelistwithoutglobal", { defaultValue: "" }),
]
),
newblock(
bt.cmd,
"pointtopoint",
"make [sprite] face point at [x], [y]",
[
newmenu("spritelistwithoutglobal", { defaultValue: "" }),
[inp.num, "6"],
[inp.num, "200"],
]
),
newblock(
bt.ret,
"distancebetween2sprites",
"distance between [sprite1] and [sprite2]",
[
newmenu("spritelistwithoutglobal", { defaultValue: "" }),
newmenu("spritelistwithoutglobal", { defaultValue: "" }),
]
),
newblock(
bt.ret,
"distancebetweenspriteandpoint",
"distance between [sprite] and [x2], [y2]",
[
newmenu("spritelistwithoutglobal", { defaultValue: "" }),
[inp.num, "6"],
[inp.num, "200"],
]
),
newblock(
bt.ret,
"distance2points",
"distance between [x1], [y1] and [x2], [y2]",
[
[inp.num, "4"],
[inp.num, "400"],
[inp.num, "6"],
[inp.num, "200"],
]
),
],
"12B312",
"data:image/png;base64,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"
)
})()
