Orca Custom Operator?

[22bharris]

Hi! Are you the same person who posted the Orca custom operator example on YouTube, showing transposition of a midi note? If so, can you please share the custom operator? It looks very useful.

Thanks!

[hsitz]

Hi, yes that was me. Sadly, I don't have much memory or documentation of that. I was planning to develop a port of Orca to iOS, but those plans quickly got derailed, moved on to other things. My memory is that it was a simple add-on to make, and that I did it only on the javascript version. I've attached what I think was the only file I altered, and I think the only thing I did was adding the function 'OperatorMidiWithTranspose', which you can search for in the file. I don't think it required anything else, but maybe there's some other spot where it lists functions or something, not sure, but I don't think so, I think it just automatically includes whatever library operator functions you define. . . . (attached file should be named 'library.js', had to rename because it was blocked for security reasons)

On Mon, Jun 19, 2023 at 7:04 AM 22bharris ***@***.***> wrote: Hi! Are you the same person who posted the Orca custom operator example on YouTube, showing transposition of a midi note? If so, can you please share the custom operator? It looks very useful. Thanks! — Reply to this email directly, view it on GitHub <#1>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AADT2EVM47O6NL6LMST7YL3XMBL67ANCNFSM6AAAAAAZL73P4I> . You are receiving this because you are subscribed to this thread.Message ID: ***@***.***>

'use strict' /* global Operator */ /* global client */ const library = {} const notearray = 'CcDdEFfGgAaBJjKkLMmNnOoPQqRrSTtUuVvW'.split('') const notetoval = { 'C':0, 'c':1, 'D':2, 'd':3,'E':4,'e':5 ,'F':5 ,'f':6,'G':7,'g':8, 'H':9,'h':10,'I':11 ,'i':12 ,'J':12,'j':13,'K':14,'k':15,'L':16,'l':17,'M':17, 'm':18,'N':19,'n':20,'O':21,'o':22,'P':23,'p':24 , 'Q':24 , 'q':25 , 'R': 26, 'r':27,'S':28 ,'s':29 , 'T':29 , 't':30 , 'U':31 ,'u':32,'V':33 ,'v':34, 'W':35 } library.a = function OperatorA (orca, x, y, passive) { Operator.call(this, orca, x, y, 'a', passive) this.name = 'add' this.info = 'Outputs sum of inputs' this.ports.a = { x: -1, y: 0 } this.ports.b = { x: 1, y: 0 } this.ports.output = { x: 0, y: 1, sensitive: true, output: true } this.operation = function (force = false) { const a = this.listen(this.ports.a, true) const b = this.listen(this.ports.b, true) return orca.keyOf(a + b) } } library.b = function OperatorL (orca, x, y, passive) { Operator.call(this, orca, x, y, 'b', passive) this.name = 'subtract' this.info = 'Outputs difference of inputs' this.ports.a = { x: -1, y: 0 } this.ports.b = { x: 1, y: 0 } this.ports.output = { x: 0, y: 1, sensitive: true, output: true } this.operation = function (force = false) { const a = this.listen(this.ports.a, true) const b = this.listen(this.ports.b, true) return orca.keyOf(Math.abs(b - a)) } } library.c = function OperatorC (orca, x, y, passive) { Operator.call(this, orca, x, y, 'c', passive) this.name = 'clock' this.info = 'Outputs modulo of frame' this.ports.rate = { x: -1, y: 0, clamp: { min: 1 } } this.ports.mod = { x: 1, y: 0, default: '8' } this.ports.output = { x: 0, y: 1, sensitive: true, output: true } this.operation = function (force = false) { const rate = this.listen(this.ports.rate, true) const mod = this.listen(this.ports.mod, true) const val = Math.floor(orca.f / rate) % mod return orca.keyOf(val) } } library.d = function OperatorD (orca, x, y, passive) { Operator.call(this, orca, x, y, 'd', passive) this.name = 'delay' this.info = 'Bangs on modulo of frame' this.ports.rate = { x: -1, y: 0, clamp: { min: 1 } } this.ports.mod = { x: 1, y: 0, default: '8' } this.ports.output = { x: 0, y: 1, bang: true, output: true } this.operation = function (force = false) { const rate = this.listen(this.ports.rate, true) const mod = this.listen(this.ports.mod, true) const res = orca.f % (mod * rate) return res === 0 || mod === 1 } } library.e = function OperatorE (orca, x, y, passive) { Operator.call(this, orca, x, y, 'e', passive) this.name = 'east' this.info = 'Moves eastward, or bangs' this.draw = false this.operation = function () { this.move(1, 0) this.passive = false } } library.f = function OperatorF (orca, x, y, passive) { Operator.call(this, orca, x, y, 'f', passive) this.name = 'if' this.info = 'Bangs if inputs are equal' this.ports.a = { x: -1, y: 0 } this.ports.b = { x: 1, y: 0 } this.ports.output = { x: 0, y: 1, bang: true, output: true } this.operation = function (force = false) { const a = this.listen(this.ports.a) const b = this.listen(this.ports.b) return a === b } } library.g = function OperatorG (orca, x, y, passive) { Operator.call(this, orca, x, y, 'g', passive) this.name = 'generator' this.info = 'Writes operands with offset' this.ports.x = { x: -3, y: 0 } this.ports.y = { x: -2, y: 0 } this.ports.len = { x: -1, y: 0, clamp: { min: 1 } } this.operation = function (force = false) { const len = this.listen(this.ports.len, true) const x = this.listen(this.ports.x, true) const y = this.listen(this.ports.y, true) + 1 for (let offset = 0; offset < len; offset++) { const inPort = { x: offset + 1, y: 0 } const outPort = { x: x + offset, y: y, output: true } this.addPort(`in${offset}`, inPort) this.addPort(`out${offset}`, outPort) const res = this.listen(inPort) this.output(`${res}`, outPort) } } } library.h = function OperatorH (orca, x, y, passive) { Operator.call(this, orca, x, y, 'h', passive) this.name = 'halt' this.info = 'Halts southward operand' this.ports.output = { x: 0, y: 1, reader: true, output: true } this.operation = function (force = false) { orca.lock(this.x + this.ports.output.x, this.y + this.ports.output.y) return this.listen(this.ports.output, true) } } library.i = function OperatorI (orca, x, y, passive) { Operator.call(this, orca, x, y, 'i', passive) this.name = 'increment' this.info = 'Increments southward operand' this.ports.step = { x: -1, y: 0, default: '1' } this.ports.mod = { x: 1, y: 0 } this.ports.output = { x: 0, y: 1, sensitive: true, reader: true, output: true } this.operation = function (force = false) { const step = this.listen(this.ports.step, true) const mod = this.listen(this.ports.mod, true) const val = this.listen(this.ports.output, true) return orca.keyOf((val + step) % (mod > 0 ? mod : 36)) } } library.j = function OperatorJ (orca, x, y, passive) { Operator.call(this, orca, x, y, 'j', passive) this.name = 'jumper' this.info = 'Outputs northward operand' this.operation = function (force = false) { const val = this.listen({ x: 0, y: -1 }) if (val != this.glyph) { let i = 0 while (orca.inBounds(this.x, this.y + i)) { if (this.listen({ x: 0, y: ++i }) != this.glyph) { break } } this.addPort('input', { x: 0, y: -1 }) this.addPort('output', { x: 0, y: i, output: true }) return val } } } library.k = function OperatorK (orca, x, y, passive) { Operator.call(this, orca, x, y, 'k', passive) this.name = 'konkat' this.info = 'Reads multiple variables' this.ports.len = { x: -1, y: 0, clamp: { min: 1 } } this.operation = function (force = false) { this.len = this.listen(this.ports.len, true) for (let offset = 0; offset < this.len; offset++) { const key = orca.glyphAt(this.x + offset + 1, this.y) orca.lock(this.x + offset + 1, this.y) if (key === '.') { continue } const inPort = { x: offset + 1, y: 0 } const outPort = { x: offset + 1, y: 1, output: true } this.addPort(`in${offset}`, inPort) this.addPort(`out${offset}`, outPort) const res = orca.valueIn(key) this.output(`${res}`, outPort) } } } library.l = function OperatorL (orca, x, y, passive) { Operator.call(this, orca, x, y, 'l', passive) this.name = 'lesser' this.info = 'Outputs smallest input' this.ports.a = { x: -1, y: 0 } this.ports.b = { x: 1, y: 0 } this.ports.output = { x: 0, y: 1, sensitive: true, output: true } this.operation = function (force = false) { const a = this.listen(this.ports.a) const b = this.listen(this.ports.b) return a !== '.' && b !== '.' ? orca.keyOf(Math.min(orca.valueOf(a), orca.valueOf(b))) : '.' } } library.m = function OperatorM (orca, x, y, passive) { Operator.call(this, orca, x, y, 'm', passive) this.name = 'multiply' this.info = 'Outputs product of inputs' this.ports.a = { x: -1, y: 0 } this.ports.b = { x: 1, y: 0 } this.ports.output = { x: 0, y: 1, sensitive: true, output: true } this.operation = function (force = false) { const a = this.listen(this.ports.a, true) const b = this.listen(this.ports.b, true) return orca.keyOf(a * b) } } library.n = function OperatorN (orca, x, y, passive) { Operator.call(this, orca, x, y, 'n', passive) this.name = 'north' this.info = 'Moves Northward, or bangs' this.draw = false this.operation = function () { this.move(0, -1) this.passive = false } } library.o = function OperatorO (orca, x, y, passive) { Operator.call(this, orca, x, y, 'o', passive) this.name = 'read' this.info = 'Reads operand with offset' this.ports.x = { x: -2, y: 0 } this.ports.y = { x: -1, y: 0 } this.ports.output = { x: 0, y: 1, output: true } this.operation = function (force = false) { const x = this.listen(this.ports.x, true) const y = this.listen(this.ports.y, true) this.addPort('read', { x: x + 1, y: y }) return this.listen(this.ports.read) } } library.p = function OperatorP (orca, x, y, passive) { Operator.call(this, orca, x, y, 'p', passive) this.name = 'push' this.info = 'Writes eastward operand' this.ports.key = { x: -2, y: 0 } this.ports.len = { x: -1, y: 0, clamp: { min: 1 } } this.ports.val = { x: 1, y: 0 } this.operation = function (force = false) { const len = this.listen(this.ports.len, true) const key = this.listen(this.ports.key, true) for (let offset = 0; offset < len; offset++) { orca.lock(this.x + offset, this.y + 1) } this.ports.output = { x: (key % len), y: 1, output: true } return this.listen(this.ports.val) } } library.q = function OperatorQ (orca, x, y, passive) { Operator.call(this, orca, x, y, 'q', passive) this.name = 'query' this.info = 'Reads operands with offset' this.ports.x = { x: -3, y: 0 } this.ports.y = { x: -2, y: 0 } this.ports.len = { x: -1, y: 0, clamp: { min: 1 } } this.operation = function (force = false) { const len = this.listen(this.ports.len, true) const x = this.listen(this.ports.x, true) const y = this.listen(this.ports.y, true) for (let offset = 0; offset < len; offset++) { const inPort = { x: x + offset + 1, y: y } const outPort = { x: offset - len + 1, y: 1, output: true } this.addPort(`in${offset}`, inPort) this.addPort(`out${offset}`, outPort) const res = this.listen(inPort) this.output(`${res}`, outPort) } } } library.r = function OperatorR (orca, x, y, passive) { Operator.call(this, orca, x, y, 'r', passive) this.name = 'random' this.info = 'Outputs random value' this.ports.min = { x: -1, y: 0 } this.ports.max = { x: 1, y: 0 } this.ports.output = { x: 0, y: 1, sensitive: true, output: true } this.operation = function (force = false) { const min = this.listen(this.ports.min, true) const max = this.listen(this.ports.max, true) const val = parseInt((Math.random() * ((max > 0 ? max : 36) - min)) + min) return orca.keyOf(val) } } library.s = function OperatorS (orca, x, y, passive) { Operator.call(this, orca, x, y, 's', passive) this.name = 'south' this.info = 'Moves southward, or bangs' this.draw = false this.operation = function () { this.move(0, 1) this.passive = false } } library.t = function OperatorT (orca, x, y, passive) { Operator.call(this, orca, x, y, 't', passive) this.name = 'track' this.info = 'Reads eastward operand' this.ports.key = { x: -2, y: 0 } this.ports.len = { x: -1, y: 0, clamp: { min: 1 } } this.ports.output = { x: 0, y: 1, output: true } this.operation = function (force = false) { const len = this.listen(this.ports.len, true) const key = this.listen(this.ports.key, true) for (let offset = 0; offset < len; offset++) { orca.lock(this.x + offset + 1, this.y) } this.ports.val = { x: (key % len) + 1, y: 0 } return this.listen(this.ports.val) } } library.u = function OperatorU (orca, x, y, passive) { Operator.call(this, orca, x, y, 'u', passive) this.name = 'uclid' this.info = 'Bangs on Euclidean rhythm' this.ports.step = { x: -1, y: 0, clamp: { min: 0 }, default: '1' } this.ports.max = { x: 1, y: 0, clamp: { min: 1 }, default: '8' } this.ports.output = { x: 0, y: 1, bang: true, output: true } this.operation = function (force = false) { const step = this.listen(this.ports.step, true) const max = this.listen(this.ports.max, true) const bucket = (step * (orca.f + max - 1)) % max + step return bucket >= max } } library.v = function OperatorV (orca, x, y, passive) { Operator.call(this, orca, x, y, 'v', passive) this.name = 'variable' this.info = 'Reads and writes variable' this.ports.write = { x: -1, y: 0 } this.ports.read = { x: 1, y: 0 } this.operation = function (force = false) { const write = this.listen(this.ports.write) const read = this.listen(this.ports.read) if (write === '.' && read !== '.') { this.addPort('output', { x: 0, y: 1, output: true }) } if (write !== '.') { orca.variables[write] = read return } return orca.valueIn(read) } } library.w = function OperatorW (orca, x, y, passive) { Operator.call(this, orca, x, y, 'w', passive) this.name = 'west' this.info = 'Moves westward, or bangs' this.draw = false this.operation = function () { this.move(-1, 0) this.passive = false } } library.x = function OperatorX (orca, x, y, passive) { Operator.call(this, orca, x, y, 'x', passive) this.name = 'write' this.info = 'Writes operand with offset' this.ports.x = { x: -2, y: 0 } this.ports.y = { x: -1, y: 0 } this.ports.val = { x: 1, y: 0 } this.operation = function (force = false) { const x = this.listen(this.ports.x, true) const y = this.listen(this.ports.y, true) + 1 this.addPort('output', { x: x, y: y, output: true }) return this.listen(this.ports.val) } } library.y = function OperatorY (orca, x, y, passive) { Operator.call(this, orca, x, y, 'y', passive) this.name = 'jymper' this.info = 'Outputs westward operand' this.operation = function (force = false) { const val = this.listen({ x: -1, y: 0, output: true }) if (val != this.glyph) { let i = 0 while (orca.inBounds(this.x + i, this.y)) { if (this.listen({ x: ++i, y: 0 }) != this.glyph) { break } } this.addPort('input', { x: -1, y: 0 }) this.addPort('output', { x: i, y: 0, output: true }) return val } } } library.z = function OperatorZ (orca, x, y, passive) { Operator.call(this, orca, x, y, 'z', passive) this.name = 'lerp' this.info = 'Transitions operand to target' this.ports.rate = { x: -1, y: 0, default: '1' } this.ports.target = { x: 1, y: 0 } this.ports.output = { x: 0, y: 1, sensitive: true, reader: true, output: true } this.operation = function (force = false) { const rate = this.listen(this.ports.rate, true) const target = this.listen(this.ports.target, true) const val = this.listen(this.ports.output, true) const mod = val <= target - rate ? rate : val >= target + rate ? -rate : target - val return orca.keyOf(val + mod) } } // Specials library['*'] = function OperatorBang (orca, x, y, passive) { Operator.call(this, orca, x, y, '*', true) this.name = 'bang' this.info = 'Bangs neighboring operands' this.draw = false this.run = function (force = false) { this.draw = false this.erase() } } library['#'] = function OperatorComment (orca, x, y, passive) { Operator.call(this, orca, x, y, '#', true) this.name = 'comment' this.info = 'Halts line' this.draw = false this.operation = function () { for (let x = this.x + 1; x <= orca.w; x++) { orca.lock(x, this.y) if (orca.glyphAt(x, this.y) === this.glyph) { break } } orca.lock(this.x, this.y) } } // IO library.$ = function OperatorSelf (orca, x, y, passive) { Operator.call(this, orca, x, y, '*', true) this.name = 'self' this.info = 'Sends ORCA command' this.run = function (force = false) { let msg = '' for (let x = 1; x <= 36; x++) { const g = orca.glyphAt(this.x + x, this.y) orca.lock(this.x + x, this.y) if (g === '.') { break } msg += g } if (!this.hasNeighbor('*') && force === false) { return } if (msg === '') { return } this.draw = false client.commander.trigger(`${msg}`, { x, y: y + 1 }, false) } } library['^'] = function OperatorSemi (orca, x, y, passive) { Operator.call(this, orca, x, y, '^', passive) this.name = 'semitoneadd' this.info = 'Adds semitones to note operand' this.ports.a = { x: -1, y: 0 } this.ports.b = { x: 1, y: 0 } this.ports.output = { x: 0, y: 1, sensitive: true, output: true } this.operation = function (force = false) { const a = this.listen(this.ports.a, true) const b = this.listen(this.ports.b, true) return orca.keyOf(a + b) } } library[':'] = function OperatorMidi (orca, x, y, passive) { Operator.call(this, orca, x, y, ':', true) this.name = 'midi' this.info = 'Sends MIDI note' this.ports.channel = { x: 1, y: 0 } this.ports.octave = { x: 2, y: 0, clamp: { min: 0, max: 8 } } this.ports.note = { x: 3, y: 0 } this.ports.velocity = { x: 4, y: 0, default: 'f', clamp: { min: 0, max: 16 } } this.ports.length = { x: 5, y: 0, default: '1', clamp: { min: 0, max: 32 } } this.operation = function (force = false) { if (!this.hasNeighbor('*') && force === false) { return } if (this.listen(this.ports.channel) === '.') { return } if (this.listen(this.ports.octave) === '.') { return } if (this.listen(this.ports.note) === '.') { return } if (!isNaN(this.listen(this.ports.note))) { return } const channel = this.listen(this.ports.channel, true) if (channel > 15) { return } const octave = this.listen(this.ports.octave, true) const note = this.listen(this.ports.note) const velocity = this.listen(this.ports.velocity, true) const length = this.listen(this.ports.length, true) client.io.midi.push(channel, octave, note, velocity, length) if (force === true) { client.io.midi.run() } this.draw = false } } library['~'] = function OperatorMidiWithTranspose (orca, x, y, passive) { Operator.call(this, orca, x, y, '~', true) this.name = 'midiwithtranspose' this.info = 'Sends MIDI note with note transpose' this.ports.channel = { x: 1, y: 0 } this.ports.octave = { x: 2, y: 0, clamp: { min: 0, max: 8 } } this.ports.note = { x: 3, y: 0 } this.ports.velocity = { x: 4, y: 0, default: 'f', clamp: { min: 0, max: 16 } } this.ports.length = { x: 5, y: 0, default: '1', clamp: { min: 0, max: 32 } } this.ports.transpose = { x: 6, y: 0, default: '0', clamp: { min: 0, max: 35 } } this.operation = function (force = false) { if (!this.hasNeighbor('*') && force === false) { return } if (this.listen(this.ports.channel) === '.') { return } if (this.listen(this.ports.octave) === '.') { return } if (this.listen(this.ports.note) === '.') { return } if (!isNaN(this.listen(this.ports.note))) { return } const channel = this.listen(this.ports.channel, true) if (channel > 15) { return } const octave = this.listen(this.ports.octave, true) /* const basenote = this.listen(this.ports.note, true) */ const basenote = notetoval[this.listen(this.ports.note)] const trval = this.listen(this.ports.transpose, true) const note = notearray[basenote + trval] const velocity = this.listen(this.ports.velocity, true) const length = this.listen(this.ports.length, true) client.io.midi.push(channel, octave, note, velocity, length) if (force === true) { client.io.midi.run() } this.draw = false } } library['!'] = function OperatorCC (orca, x, y) { Operator.call(this, orca, x, y, '!', true) this.name = 'cc' this.info = 'Sends MIDI control change' this.ports.channel = { x: 1, y: 0 } this.ports.knob = { x: 2, y: 0, clamp: { min: 0 } } this.ports.value = { x: 3, y: 0, clamp: { min: 0 } } this.operation = function (force = false) { if (!this.hasNeighbor('*') && force === false) { return } if (this.listen(this.ports.channel) === '.') { return } if (this.listen(this.ports.knob) === '.') { return } const channel = this.listen(this.ports.channel, true) if (channel > 15) { return } const knob = this.listen(this.ports.knob, true) const rawValue = this.listen(this.ports.value, true) const value = Math.ceil((127 * rawValue) / 35) client.io.cc.stack.push({ channel, knob, value, type: 'cc' }) this.draw = false if (force === true) { client.io.cc.run() } } } library['?'] = function OperatorPB (orca, x, y) { Operator.call(this, orca, x, y, '?', true) this.name = 'pb' this.info = 'Sends MIDI pitch bend' this.ports.channel = { x: 1, y: 0, clamp: { min: 0, max: 15 } } this.ports.lsb = { x: 2, y: 0, clamp: { min: 0 } } this.ports.msb = { x: 3, y: 0, clamp: { min: 0 } } this.operation = function (force = false) { if (!this.hasNeighbor('*') && force === false) { return } if (this.listen(this.ports.channel) === '.') { return } if (this.listen(this.ports.lsb) === '.') { return } const channel = this.listen(this.ports.channel, true) const rawlsb = this.listen(this.ports.lsb, true) const lsb = Math.ceil((127 * rawlsb) / 35) const rawmsb = this.listen(this.ports.msb, true) const msb = Math.ceil((127 * rawmsb) / 35) client.io.cc.stack.push({ channel, lsb, msb, type: 'pb' }) this.draw = false if (force === true) { client.io.cc.run() } } } library['%'] = function OperatorMono (orca, x, y, passive) { Operator.call(this, orca, x, y, '%', true) this.name = 'mono' this.info = 'Sends MIDI monophonic note' this.ports.channel = { x: 1, y: 0 } this.ports.octave = { x: 2, y: 0, clamp: { min: 0, max: 8 } } this.ports.note = { x: 3, y: 0 } this.ports.velocity = { x: 4, y: 0, default: 'f', clamp: { min: 0, max: 16 } } this.ports.length = { x: 5, y: 0, default: '1', clamp: { min: 0, max: 32 } } this.operation = function (force = false) { if (!this.hasNeighbor('*') && force === false) { return } if (this.listen(this.ports.channel) === '.') { return } if (this.listen(this.ports.octave) === '.') { return } if (this.listen(this.ports.note) === '.') { return } if (!isNaN(this.listen(this.ports.note))) { return } const channel = this.listen(this.ports.channel, true) if (channel > 15) { return } const octave = this.listen(this.ports.octave, true) const note = this.listen(this.ports.note) const velocity = this.listen(this.ports.velocity, true) const length = this.listen(this.ports.length, true) client.io.mono.push(channel, octave, note, velocity, length) if (force === true) { client.io.mono.run() } this.draw = false } } library['='] = function OperatorOsc (orca, x, y, passive) { Operator.call(this, orca, x, y, '=', true) this.name = 'osc' this.info = 'Sends OSC message' this.ports.path = { x: 1, y: 0 } this.operation = function (force = false) { let msg = '' for (let x = 2; x <= 36; x++) { const g = orca.glyphAt(this.x + x, this.y) orca.lock(this.x + x, this.y) if (g === '.') { break } msg += g } if (!this.hasNeighbor('*') && force === false) { return } const path = this.listen(this.ports.path) if (!path || path === '.') { return } this.draw = false client.io.osc.push('/' + path, msg) if (force === true) { client.io.osc.run() } } } library[';'] = function OperatorUdp (orca, x, y, passive) { Operator.call(this, orca, x, y, ';', true) this.name = 'udp' this.info = 'Sends UDP message' this.operation = function (force = false) { let msg = '' for (let x = 1; x <= 36; x++) { const g = orca.glyphAt(this.x + x, this.y) orca.lock(this.x + x, this.y) if (g === '.') { break } msg += g } if (!this.hasNeighbor('*') && force === false) { return } this.draw = false client.io.udp.push(msg) if (force === true) { client.io.udp.run() } } } // Add numbers for (let i = 0; i <= 9; i++) { library[`${i}`] = function OperatorNull (orca, x, y, passive) { Operator.call(this, orca, x, y, '.', false) this.name = 'null' this.info = 'empty' // Overwrite run, to disable draw. this.run = function (force = false) { } } }

[22bharris]

Thank you very much!! I don't actually see the file here (looks like Github still blocked it, perhaps?). I just found you and send you a message on Lines, too - could you possibly attach the file to a response to my message there?

Thanks again - I really appreciate it!

[hsitz]

Replied in Lines thread, and here also is the custom operator link: https://gist.github.com/hsitz/13b24eb9982d626d98f378edca2dbee3

…

On Mon, Jun 19, 2023 at 9:38 AM 22bharris ***@***.***> wrote: Thank you very much!! I don't actually see the file here (looks like Github still blocked it, perhaps?). I just found you and send you a message on Lines, too - could you possibly attach the file to a response to my message there? Thanks again - I really appreciate it! — Reply to this email directly, view it on GitHub <#1 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AADT2EQB34Z3V6JZ7N5LINLXMB57HANCNFSM6AAAAAAZL73P4I> . You are receiving this because you commented.Message ID: <hsitz/hsitz. ***@***.***>