// Name: Soup Utils
// Author: soup
// Description: Math, logic, and variable utilities galore!
// ID: souputils

// Version 4.4 --- 32 blocks
// Part of the Soup Utils pack, which contains
// Soup Utils, Soup Objects, Soup Arrays, and Soup Vectors

// NOTES & CREDITS
//
// - Written by Soup (https://penguinmod.com/profile?user=soup)
// - Made for PenguinMod; should also work in TurboWarp
// - Used some code from SharkPool's "Sty-Lists" and "Variables Expanded" extensions involving use of variables

// ############    ############    ####    ####    ############            ####    ####    ############    ############    ####            ############
// ############    ############    ####    ####    ############            ####    ####    ############    ############    ####            ############
// ####            ####    ####    ####    ####    ####    ####            ####    ####        ####            ####        ####            ####
// ####            ####    ####    ####    ####    ####    ####            ####    ####        ####            ####        ####            ####
// ############    ####    ####    ####    ####    ############            ####    ####        ####            ####        ####            ############
// ############    ####    ####    ####    ####    ############            ####    ####        ####            ####        ####            ############
//         ####    ####    ####    ####    ####    ####                    ####    ####        ####            ####        ####                    ####
//         ####    ####    ####    ####    ####    ####                    ####    ####        ####            ####        ####                    ####
// ############    ############    ############    ####                    ############        ####        ############    ############    ############
// ############    ############    ############    ####                    ############        ####        ############    ############    ############

(function(Scratch) {
  'use strict';

  if (!Scratch.extensions.unsandboxed) {
    throw new Error('Soup Utils must be unsandboxed to run!');
  }

  let prev_extensions = Array.from(vm.extensionManager._loadedExtensions.keys());
  if (prev_extensions.includes('souputils')) {
    return; // extension already loaded
  }

  // ######  ##      ######  ####    ######  ##      ######
  // ##      ##      ##  ##  ##  ##  ##  ##  ##      ##
  // ##      ##      ##  ##  ####    ######  ##      ######
  // ##  ##  ##      ##  ##  ##  ##  ##  ##  ##          ##
  // ######  ######  ######  ####    ##  ##  ######  ######
  // These globals are used across all extensions in the Soup Utils pack, and the entire "GLOBALS" section should be copy-pasted to every extension in the pack.
  // The one exception is that the extension's icon data (the next 2 lines) is specific to only that extension.

  const util_icon = "data:image/svg+xml;base64,<svg version="1.1" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" width="20.93348" height="31.40022" viewBox="0,0,20.93348,31.40022"><g transform="translate(-305.97643,-160.46971)"><g fill="none" stroke="none" stroke-width="0.5" stroke-miterlimit="10"><image x="3917.25043" y="2054.40674" transform="scale(0.07811,0.07811)" width="268" height="402" xlink:href="data:image/png;base64,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"/></g></g></svg><!--rotationCenter:14.023569075706348:19.53028936506169-->";
  const util_menu_icon = "data:image/svg+xml;base64,<svg version="1.1" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" width="140.176" height="140.176" viewBox="0,0,140.176,140.176"><g transform="translate(-249.912,-109.912)"><g stroke-miterlimit="10"><path d="M252.912,180c0,-37.052 30.036,-67.088 67.088,-67.088c37.052,0 67.088,30.036 67.088,67.088c0,37.052 -30.036,67.088 -67.088,67.088c-37.052,0 -67.088,-30.036 -67.088,-67.088" fill="#f55442" stroke="#b83527" stroke-width="6"/><image x="969.70674" y="432.48017" transform="scale(0.28993,0.28993)" width="268" height="402" xlink:href="data:image/png;base64,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" fill="none" stroke="none" stroke-width="0.5"/></g></g></svg><!--rotationCenter:70.08800000000011:70.088-->";
  const goldenRatio = (1 + Math.sqrt(5)) / 2;
  const sqrt3 = Math.sqrt(3);
  const gammaConstant = 0.57721566490153286060651209008240243104215933593992;

  const runtime = vm.runtime;

  function cast_to_array(array) {
    let object = null;
    try {
      object = JSON.parse(array);
      if (!(object.constructor === [].constructor)) {
        object = [];
      }
    } catch {
      object = [];
    }

    return object;
  }
  function cast_to_object(str_object) {
    let object = null;
    try {
      object = JSON.parse(str_object);
      if (!(object.constructor === {}.constructor)) {
        object = {};
      }
    } catch {
      object = {};
    }

    return object;
  }
  function cast_to_vector(array,length=null) {
    array = cast_to_array(array);
    let vector = [];
    for (let i = 0; i < array.length; i++) {
      vector.push(Scratch.Cast.toNumber(stringify(array[i])));
    }
    if (!(length === null)) {
      vector = vector.slice(0,length);
      for (let i = vector.length; i < length; i++) {
        vector.push(0);
      }
    }
    return vector;
  }
  function mod(a,b) {
    return ((a % b) + b) % b;
  }
  function json_stringify_censor(key, value) {
    if (value === Infinity) {
      return 'Infinity';
    } else if (value === -Infinity) {
      return '-Infinity';
    } else if (Number.isNaN(value)) {
      return 0;
    } else {
      return value;
    }
  }
  function stringify(json_object) {
    if (json_object === undefined) {
      return 'undefined';
    } else if (json_object === null) {
      return 'null';
    } else if (json_object.constructor === [].constructor || json_object.constructor === {}.constructor) {
      return JSON.stringify(json_object,json_stringify_censor);
    } else {
      return json_object.toString();
    }
  }
  function convert_angle_units(angle,from_unit,to_unit,relative=false) {
    let degrees_units = ['Scratch degrees','trig degrees'];
    let radians_units = ['Scratch radians','trig radians'];
    let full_circle_units = ['Scratch full circle','trig full circle'];
    let scratch_units = ['Scratch degrees','Scratch radians','Scratch full circle'];

    // convert angle to degrees
    let degrees = null;
    if (degrees_units.includes(from_unit)) {
      degrees = angle;
    } else if (radians_units.includes(from_unit)) {
      degrees = angle * (180 / Math.PI);
    } else if (full_circle_units.includes(from_unit)) {
      degrees = angle * 360;
    } else {
      return 0;
    }

    // convert degrees into trig degrees
    if (scratch_units.includes(from_unit)) {
      if (relative) {
        degrees = -degrees;
      } else {
        degrees = 90 - degrees;
      }
    }

    // convert trig degrees to scratch/trig degrees depending on to_unit
    if (scratch_units.includes(to_unit)) {
      if (relative) {
        degrees = -degrees;
      } else {
        degrees = 90 - degrees;
      }
    }

    // mod degrees
    if (scratch_units.includes(to_unit)) {
      degrees = 180 - mod((180 - degrees),360);
    } else {
      degrees = mod(degrees,360);
    }

    // convert degrees to degrees/radians/full circle depending on to_unit
    let newAngle = null;
    if (degrees_units.includes(to_unit)) {
      newAngle = degrees;
    } else if (radians_units.includes(to_unit)) {
      newAngle = degrees * (Math.PI / 180);
    } else if (full_circle_units.includes(to_unit)) {
      newAngle = degrees / 360;
    } else {
      return 0;
    }

    return newAngle;
  }
  function stage_width() {
    return Scratch.renderer.canvas.width;
  }
  function stage_height() {
    return Scratch.renderer.canvas.height;
  }
  function convert_coordinate_units(xy,from_unit,to_unit) {
    let width = stage_width();
    let height = stage_height();
    if (from_unit == 'Scratch coords' && to_unit == 'JS coords') {
      return [xy[0] + width/2, height - (xy[1] + height/2)];
    } else if (from_unit == 'JS coords' && to_unit == 'Scratch coords') {
      return [xy[0] - width/2, -((xy[1] - height) + height/2)];
    } else if (from_unit == to_unit) {
      return xy;
    } else {
      return [0,0];
    }
  }
  function var_id_from_name(variable_name,util) { // copied from SharkPool
    //support for all variable types (Cloud, Sprite-Only, Global)
    variable_name = Scratch.Cast.toString(variable_name);
    const cloudID = runtime.getTargetForStage().lookupVariableByNameAndType(Scratch.Cast.toString("☁ " + variable_name), "");
    if (cloudID) return cloudID.id;
    let varFind = "";
    for (const name of Object.getOwnPropertyNames(util.target.variables)) {
      varFind = util.target.variables[name].name;
      if (varFind === variable_name) return util.target.variables[name].id;
    }
    const ID = runtime.getTargetForStage().lookupVariableByNameAndType(variable_name, "");
    if (!ID) return "";
    return ID.id;
  }
  function var_name_exists(variable_name,util) {
    return Scratch.Cast.toBoolean(var_id_from_name(variable_name,util));
  }
  function get_var(variable_name,util) {
    if (!var_name_exists(variable_name,util)) { return 'undefined'; }
    let variable = util.target.lookupOrCreateVariable(variable_name,variable_name);
   	return variable.value;
  }
  function set_var(variable_name,value,util) {
    if (!var_name_exists(variable_name,util)) { return; }
    let variable = util.target.lookupOrCreateVariable(variable_name,variable_name);
   	variable.value = value;
    if (variable.isCloud) { // added from TurboWarp's Scratch 3 code
      util.ioQuery('cloud', 'requestUpdateVariable', [variable.name, value]);
    }
  }
  // get list for variables menus; from SharkPool's extension (see top for credits)
  function get_variables_for_menu() {
    const globalVars = Object.values(vm.runtime.getTargetForStage().variables).filter((x) => x.type == "");
    const localVars = Object.values(vm.editingTarget.variables).filter((x) => x.type == "");
    const uniqueVars = [...new Set([...globalVars, ...localVars])];
    if (uniqueVars.length === 0) return ["(choose a variable)"];
    return uniqueVars.map((i) => (Scratch.Cast.toString(i.name)));
  }
  function bulk_math(array,operation) {
    if (operation == 'min') {
      return Math.min(...array);
    } else if (operation == 'max') {
      return Math.max(...array);
    } else if (operation == 'sum') {
      let sum = 0;
      for (let i = 0; i < array.length; i++) {
        sum += array[i];
      }
      return sum;
    } else if (operation == 'product') {
      let product = 1;
      for (let i = 0; i < array.length; i++) {
        product *= array[i];
      }
      return product;
    } else if (operation == 'average') {
      let sum = 0;
      for (let i = 0; i < array.length; i++) {
        sum += array[i];
      }
      return sum / array.length;
    } else {
      return 0;
    }
  }
  function get_illion(n) {
    n = Math.round(n); // ensure integer

    // skip all logic and say "thousand" if n is 0
    if (n <= 0) {
      return 'thousand';
    }

    // convert n into a base-1000 number with its digits in "sections" from most significant to least significant (in other words splitting 1234567 into 1,234,567 where you would write commas)
    let sections = [];
    let place_value = 1;
    while (n >= place_value) {
      sections.unshift(mod(Math.floor(n / place_value), 1000));
      place_value *= 1000;
    }

    // call "get_illion_short" for each base-1000 "digit" and combine them into one string
    let str = '';
    for (let i = 0; i < sections.length; i++) {
      str += get_illion_short(sections[i]);
    }

    // add the final "-on" to finish "illion"
    str += 'on';

    return str;
  }
  function get_illion_short(n) {
    // See this for more info about the algorithm: https://en.wikipedia.org/wiki/Names_of_large_numbers#Extensions_of_the_standard_dictionary_numbers

    // return one of the basic 10 illions if n < 10
    if (n < 10) {
      let small_illions = ['nilli','milli','billi','trilli','quadrilli','quintilli','sextilli','septilli','octilli','nonilli'];
      return small_illions[n];
    }

    // get each component of the illion
    let possible_ones = ['','un','duo','tre','quattuor','quin','se','septe','octo','nove'];
    let possible_tens = ['','deci','viginti','triginta','quadraginta','quinquaginta','sexaginta','septuaginta','octoginta','nonaginta'];
    let possible_hundreds = ['','centi','ducenti','trecenti','quadringenti','quingenti','sescenti','septingenti','octingenti','nongenti'];
    let ones_num = mod(n, 10);
    let ones = possible_ones[ones_num];
    let tens_num = mod(Math.floor(n / 10), 10);
    let tens = possible_tens[tens_num];
    let hundreds_num = Math.floor(n / 100);
    let hundreds = possible_hundreds[hundreds_num];

    // apply marks to the ones component
    let markable = ['tre','se','septe','nove'];
    if (markable.includes(ones)) {
      // find marks that need to be applied
      let marks = {
        '':[],'un':[],'duo':[],'tre':[],'quattuor':[],'quin':[],'se':[],'septe':[],'octo':[],'nove':[],
        'deci':['N'],'viginti':['M','S'],'triginta':['N','S'],'quadraginta':['N','S'],'quinquaginta':['N','S'],'sexaginta':['N'],'septuaginta':['N'],'octoginta':['M','X'],'nonaginta':[],
        'centi':['NX'],'ducenti':['N'],'trecenti':['N','S'],'quadringenti':['N','S'],'quingenti':['N','S'],'sescenti':['N'],'septingenti':['N'],'octingenti':['M','X'],'nongenti':[]
      };
      let applied_marks = marks[tens];
      if (tens == '') {
        applied_marks = marks[hundreds];
      }

      // apply them
      if (applied_marks.includes('S')) {
        if (ones == 'tre') { ones = 'tres'; }
        if (ones == 'se') { ones = 'ses'; }
      }
      if (applied_marks.includes('X')) {
        if (ones == 'tre') { ones = 'tres'; }
        if (ones == 'se') { ones = 'sex'; }
      }
      if (applied_marks.includes('M')) {
        if (ones == 'septe') { ones = 'septem'; }
        if (ones == 'nove') { ones = 'novem'; }
      }
      if (applied_marks.includes('N')) {
        if (ones == 'septe') { ones = 'septen'; }
        if (ones == 'nove') { ones = 'noven'; }
      }
    }

    // add "illi" at the end of names such as "quadraginta" that don't have it already
    // the only ones that would already have "illi" at the end are covered by "small_illions" at the start of the function
    let str = ones + tens + hundreds;
    str = str.slice(0, -1) + 'illi';

    return str;
  }
  function get_abbreviated_illion(n) {
    let abbreviated_illions = ['k','m','b','t','qa','qi','sx','sp','o','n','d','ud','dd','td','qad','qid','sxd','spd','od','nd','v','uv','dv','tv','qav','qiv','sxv','spv','ov','nv','tg','utg','dtg','ttg','qatg','qitg','sxtg','sptg','otg','ntg','qag','uqag','dqag','tqag','qaqag','qiqag','sxqag','spqag','oqag','nqag','qig'];
    if (n >= abbreviated_illions.length) {
      return '×10^' + (3 * n + 3);
    }
    return abbreviated_illions[n];
  }

  // ######  ##  ##  ######  ######  ##    ##  ######  ######  ######  ##    ##      ######  ##      ######  ######  ######
  // ##      ##  ##    ##    ##      ####  ##  ##        ##    ##  ##  ####  ##      ##      ##      ##  ##  ##      ##
  // ####      ##      ##    ####    ##  ####  ######    ##    ##  ##  ##  ####      ##      ##      ######  ######  ######
  // ##      ##  ##    ##    ##      ##    ##      ##    ##    ##  ##  ##    ##      ##      ##      ##  ##      ##      ##
  // ######  ##  ##    ##    ######  ##    ##  ######  ######  ######  ##    ##      ######  ######  ##  ##  ######  ######

  class SoupUtils {
    getInfo() {
      return {
        id: 'souputils',
        name: 'Soup Utils',
        color1: '#f55442',
        color2: '#b83527',
        color3: '#edbbad',
        menuIconURI: util_menu_icon,
        blockIconURI: util_icon,
        blocks: [
          // BLOCKS -----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

          {
            opcode: 'lerp',
            blockType: Scratch.BlockType.REPORTER,
            text: 'lerp from [A] to [B] by [N]',
            arguments: {
              A: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '5'
              },
              B: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '10'
              },
              N: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '0.4'
              }
            }
          },
          {
            opcode: 'inverselerp',
            blockType: Scratch.BlockType.REPORTER,
            text: 'inverse lerp of [N] range [A] to [B]',
            arguments: {
              A: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '5'
              },
              B: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '10'
              },
              N: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '7'
              }
            }
          },
          {
            opcode: 'doublelerp',
            blockType: Scratch.BlockType.REPORTER,
            text: 'lerp from [A] to [B] by [N]\'s position between [C] and [D]',
            arguments: {
              A: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '5'
              },
              B: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '10'
              },
              C: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '20'
              },
              D: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '30'
              },
              N: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '25'
              }
            }
          },

          '---',

          {
            opcode: 'customround',
            blockType: Scratch.BlockType.REPORTER,
            text: '[TYPE] [A] to the nearest [B]',
            arguments: {
              A: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '3.46'
              },
              B: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '0.1'
              },
              TYPE: {
                type: Scratch.ArgumentType.STRING,
                menu: 'ROUND_TYPES_MENU'
              }
            }
          },
          {
            opcode: 'customroundreciprocal',
            blockType: Scratch.BlockType.REPORTER,
            text: '[TYPE] [A] to the nearest 1/[B]',
            arguments: {
              A: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '3.46'
              },
              B: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '10'
              },
              TYPE: {
                type: Scratch.ArgumentType.STRING,
                menu: 'ROUND_TYPES_MENU'
              }
            }
          },

          '---',

          {
            opcode: 'extramath',
            blockType: Scratch.BlockType.REPORTER,
            text: '[A] [MATH] [B]',
            arguments: {
              A: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '12'
              },
              B: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '5'
              },
              MATH: {
                type: Scratch.ArgumentType.STRING,
                menu: 'EXTRA_MATH_MENU'
              }
            }
          },
          {
            opcode: 'extramathoneinput',
            blockType: Scratch.BlockType.REPORTER,
            text: '[MATH] [A]',
            arguments: {
              A: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '6'
              },
              MATH: {
                type: Scratch.ArgumentType.STRING,
                menu: 'EXTRA_MATH_ONE_INPUT_MENU'
              }
            }
          },
          {
            opcode: 'mathconstants',
            blockType: Scratch.BlockType.REPORTER,
            text: '[CONSTANT]',
            disableMonitor: true,
            arguments: {
              CONSTANT: {
                type: Scratch.ArgumentType.STRING,
                menu: 'MATH_CONSTANTS'
              }
            }
          },

          '---',

          {
            opcode: 'extralogic',
            blockType: Scratch.BlockType.BOOLEAN,
            text: '[A] [LOGIC] [B]',
            arguments: {
              A: {
                type: Scratch.ArgumentType.BOOLEAN
              },
              B: {
                type: Scratch.ArgumentType.BOOLEAN
              },
              LOGIC: {
                type: Scratch.ArgumentType.STRING,
                menu: 'EXTRA_LOGIC_MENU'
              }
            }
          },
          {
            opcode: 'extracomparators',
            blockType: Scratch.BlockType.BOOLEAN,
            text: '[A] [OPERATOR] [B]',
            arguments: {
              A: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: '4'
              },
              B: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: '4.6'
              },
              OPERATOR: {
                type: Scratch.ArgumentType.STRING,
                menu: 'EXTRA_COMPARATORS_MENU'
              }
            }
          },

          '---',

          {
            opcode: 'resetsprite',
            blockType: Scratch.BlockType.COMMAND,
            text: 'reset all sprite settings, go to [VECTOR] [COORDINATEUNIT], and [SHOWORHIDE]',
            arguments: {
              VECTOR: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: '[0,0]'
              },
              COORDINATEUNIT: {
                type: Scratch.ArgumentType.STRING,
                menu: 'COORDINATE_UNITS_MENU'
              },
              SHOWORHIDE: {
                type: Scratch.ArgumentType.STRING,
                menu: 'SHOW_OR_HIDE_MENU'
              }
            }
          },

          '---',

          {
            opcode: 'getvar',
            blockType: Scratch.BlockType.REPORTER,
            text: 'var [VARIABLE]',
            arguments: {
              VARIABLE: {
                type: Scratch.ArgumentType.STRING,
                menu: 'VARIABLES_MENU'
              }
            }
          },
          {
            opcode: 'setvar',
            blockType: Scratch.BlockType.COMMAND,
            text: 'set var [VARIABLE] to [VALUE]',
            arguments: {
              VARIABLE: {
                type: Scratch.ArgumentType.STRING,
                menu: 'VARIABLES_MENU'
              },
              VALUE: {
              	type: Scratch.ArgumentType.STRING,
                defaultValue: '0'
              }
            }
          },
          {
            opcode: 'modifyvar',
            blockType: Scratch.BlockType.COMMAND,
            text: '[VARIABLE] [OPERATOR] [VALUE]',
            arguments: {
              VARIABLE: {
                type: Scratch.ArgumentType.STRING,
                menu: 'VARIABLES_MENU'
              },
              VALUE: {
              	type: Scratch.ArgumentType.NUMBER,
                defaultValue: '1'
              },
              OPERATOR: {
              	type: Scratch.ArgumentType.STRING,
                menu: 'ASSIGNMENT_OPERATORS_MENU'
              }
            }
          },

          '---',

          {
            opcode: 'jsalert',
            blockType: Scratch.BlockType.COMMAND,
            text: 'alert [MESSAGE]',
            arguments: {
              MESSAGE: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: 'Hello World!'
              }
            }
          },
          {
            opcode: 'jsconfirm',
            blockType: Scratch.BlockType.BOOLEAN,
            text: 'confirm [MESSAGE]',
            arguments: {
              MESSAGE: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: 'Are you sure?'
              }
            }
          },
          {
            opcode: 'jsprompt',
            blockType: Scratch.BlockType.REPORTER,
            text: 'prompt [MESSAGE] default [PLACEHOLDER]',
            arguments: {
              MESSAGE: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: 'What is your name?'
              },
              PLACEHOLDER: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: ''
              }
            }
          },
          {
            opcode: 'jspromptwithdefault',
            blockType: Scratch.BlockType.REPORTER,
            text: 'prompt [MESSAGE] default [PLACEHOLDER], or [DEFAULT] if they cancel',
            arguments: {
              MESSAGE: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: 'What is your name?'
              },
              PLACEHOLDER: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: ''
              },
              DEFAULT: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: 'null'
              }
            }
          },

          '---',

          {
            opcode: 'booleanconstants',
            blockType: Scratch.BlockType.BOOLEAN,
            text: '[BOOLEAN]',
            arguments: {
              BOOLEAN: {
                type: Scratch.ArgumentType.STRING,
                menu: 'BOOLEANS_MENU'
              }
            }
          },
          {
            opcode: 'tonumber',
            blockType: Scratch.BlockType.REPORTER,
            text: 'number [NUMBER]',
            arguments: {
              NUMBER: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: ''
              }
            }
          },
          {
            opcode: 'valueif',
            blockType: Scratch.BlockType.REPORTER,
            text: 'if [BOOLEAN] then [VALUEIFTRUE] else [VALUEIFFALSE]',
            arguments: {
              BOOLEAN: {
                type: Scratch.ArgumentType.BOOLEAN
              },
              VALUEIFTRUE: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: 'true'
              },
              VALUEIFFALSE: {
                type: Scratch.ArgumentType.STRING,
                defaultValue: 'false'
              }
            }
          },
          
          '---',
          
          {
            opcode: 'randomchancepercent',
            blockType: Scratch.BlockType.BOOLEAN,
            text: '[CHANCE]% chance',
            arguments: {
              CHANCE: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '50'
              }
            }
          },
          {
            opcode: 'randomchanceratio',
            blockType: Scratch.BlockType.BOOLEAN,
            text: '[NUMERATOR] out of [DENOMINATOR] chance',
            arguments: {
              NUMERATOR: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '1'
              },
              DENOMINATOR: {
              	type: Scratch.ArgumentType.NUMBER,
                defaultValue: '3'
              }
            }
          },
          {
            opcode: 'randomvalue',
            blockType: Scratch.BlockType.REPORTER,
            text: 'random',
            arguments: {}
          },
          
          '---',
          
          {
            opcode: 'userfriendlynumber',
            blockType: Scratch.BlockType.REPORTER,
            text: 'user-friendly number [NUMBER] with format [FORMAT]',
            arguments: {
              NUMBER: {
                type: Scratch.ArgumentType.NUMBER,
                defaultValue: '1000000'
              },
              FORMAT: {
              	type: Scratch.ArgumentType.STRING,
                menu: 'USER_FRIENDLY_NUMBERS_MENU'
              }
            }
          },

          '---',

          {
            opcode: 'bulkmathtwo',
            blockType: Scratch.BlockType.REPORTER,
            text: '[OPERATION] [NUMONE] [NUMTWO]',
            arguments: {
              OPERATION: {
                type: Scratch.ArgumentType.STRING,
                menu: 'BULK_MATH_OPERATIONS_MENU'
              },
              NUMONE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '1' },
              NUMTWO: { type: Scratch.ArgumentType.NUMBER, defaultValue: '2' }
            }
          },
          {
            opcode: 'bulkmaththree',
            blockType: Scratch.BlockType.REPORTER,
            text: '[OPERATION] [NUMONE] [NUMTWO] [NUMTHREE]',
            arguments: {
              OPERATION: {
                type: Scratch.ArgumentType.STRING,
                menu: 'BULK_MATH_OPERATIONS_MENU'
              },
              NUMONE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '1' },
              NUMTWO: { type: Scratch.ArgumentType.NUMBER, defaultValue: '2' },
              NUMTHREE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '3' }
            }
          },
          {
            opcode: 'bulkmathfour',
            blockType: Scratch.BlockType.REPORTER,
            text: '[OPERATION] [NUMONE] [NUMTWO] [NUMTHREE] [NUMFOUR]',
            arguments: {
              OPERATION: {
                type: Scratch.ArgumentType.STRING,
                menu: 'BULK_MATH_OPERATIONS_MENU'
              },
              NUMONE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '1' },
              NUMTWO: { type: Scratch.ArgumentType.NUMBER, defaultValue: '2' },
              NUMTHREE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '3' },
              NUMFOUR: { type: Scratch.ArgumentType.NUMBER, defaultValue: '4' }
            }
          },
          {
            opcode: 'bulkmathfive',
            blockType: Scratch.BlockType.REPORTER,
            text: '[OPERATION] [NUMONE] [NUMTWO] [NUMTHREE] [NUMFOUR] [NUMFIVE]',
            arguments: {
              OPERATION: {
                type: Scratch.ArgumentType.STRING,
                menu: 'BULK_MATH_OPERATIONS_MENU'
              },
              NUMONE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '1' },
              NUMTWO: { type: Scratch.ArgumentType.NUMBER, defaultValue: '2' },
              NUMTHREE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '3' },
              NUMFOUR: { type: Scratch.ArgumentType.NUMBER, defaultValue: '4' },
              NUMFIVE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '5' }
            }
          },
          {
            opcode: 'bulkmathsix',
            blockType: Scratch.BlockType.REPORTER,
            text: '[OPERATION] [NUMONE] [NUMTWO] [NUMTHREE] [NUMFOUR] [NUMFIVE] [NUMSIX]',
            arguments: {
              OPERATION: {
                type: Scratch.ArgumentType.STRING,
                menu: 'BULK_MATH_OPERATIONS_MENU'
              },
              NUMONE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '1' },
              NUMTWO: { type: Scratch.ArgumentType.NUMBER, defaultValue: '2' },
              NUMTHREE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '3' },
              NUMFOUR: { type: Scratch.ArgumentType.NUMBER, defaultValue: '4' },
              NUMFIVE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '5' },
              NUMSIX: { type: Scratch.ArgumentType.NUMBER, defaultValue: '6' }
            }
          },
          {
            opcode: 'bulkmathseven',
            blockType: Scratch.BlockType.REPORTER,
            text: '[OPERATION] [NUMONE] [NUMTWO] [NUMTHREE] [NUMFOUR] [NUMFIVE] [NUMSIX] [NUMSEVEN]',
            arguments: {
              OPERATION: {
                type: Scratch.ArgumentType.STRING,
                menu: 'BULK_MATH_OPERATIONS_MENU'
              },
              NUMONE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '1' },
              NUMTWO: { type: Scratch.ArgumentType.NUMBER, defaultValue: '2' },
              NUMTHREE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '3' },
              NUMFOUR: { type: Scratch.ArgumentType.NUMBER, defaultValue: '4' },
              NUMFIVE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '5' },
              NUMSIX: { type: Scratch.ArgumentType.NUMBER, defaultValue: '6' },
              NUMSEVEN: { type: Scratch.ArgumentType.NUMBER, defaultValue: '7' }
            }
          },
          {
            opcode: 'bulkmatheight',
            blockType: Scratch.BlockType.REPORTER,
            text: '[OPERATION] [NUMONE] [NUMTWO] [NUMTHREE] [NUMFOUR] [NUMFIVE] [NUMSIX] [NUMSEVEN] [NUMEIGHT]',
            arguments: {
              OPERATION: {
                type: Scratch.ArgumentType.STRING,
                menu: 'BULK_MATH_OPERATIONS_MENU'
              },
              NUMONE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '1' },
              NUMTWO: { type: Scratch.ArgumentType.NUMBER, defaultValue: '2' },
              NUMTHREE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '3' },
              NUMFOUR: { type: Scratch.ArgumentType.NUMBER, defaultValue: '4' },
              NUMFIVE: { type: Scratch.ArgumentType.NUMBER, defaultValue: '5' },
              NUMSIX: { type: Scratch.ArgumentType.NUMBER, defaultValue: '6' },
              NUMSEVEN: { type: Scratch.ArgumentType.NUMBER, defaultValue: '7' },
              NUMEIGHT: { type: Scratch.ArgumentType.NUMBER, defaultValue: '8' }
            }
          }
        ],
        menus: {
          EXTRA_MATH_MENU: {
            acceptReporters: true,
            items: ['//','^','-base log of','-th root of','abs diff','+','-','*','/','%','bitwise AND','bitwise XOR','bitwise OR','L-shift','R-shift (signed)','R-shift (unsigned)']
          },
          EXTRA_MATH_ONE_INPUT_MENU: {
            acceptReporters: true,
            items: ['-','abs of','sign of','√','∛','∜','10^','e^','log10 of','ln of','round','floor of','ceil of','negative abs of','bitwise NOT of','sin (trig radians) of','cos (trig radians) of','tan (trig radians) of','asin (trig radians) of','acos (trig radians) of','atan (trig radians) of','sin (Scratch degrees) of','cos (Scratch degrees) of','tan (Scratch degrees) of','asin (Scratch degrees) of','acos (Scratch degrees) of','atan (Scratch degrees) of']
          },
          MATH_CONSTANTS: {
            acceptReporters: true,
            items: ['π','τ','φ','√2','√3','γ','ln(10)','ln(2)','log10(e)','log2(e)','√½','∞','-∞']
          },
          ROUND_TYPES_MENU: {
            acceptReporters: true,
            items: ['round','floor','ceiling']
          },
          EXTRA_LOGIC_MENU: {
            acceptReporters: true,
            items: ['and','or','nand','nor','xor (≠)','xnor (=)','but not']
          },
          EXTRA_COMPARATORS_MENU: {
            acceptReporters: true,
            items: ['=','≠','<','>','≤','≥','≈','≉','===','=≠=']
          },
          SHOW_OR_HIDE_MENU: {
            acceptReporters: true,
            items: ['show','hide']
          },
          COORDINATE_UNITS_MENU: {
            acceptReporters: true,
            items: ['Scratch coords','JS coords']
          },
          VARIABLES_MENU: {
            acceptReporters: true,
            items: 'getvariables'
          },
          ASSIGNMENT_OPERATORS_MENU: {
            acceptReporters: true,
            items: ['+=','-=','*=','/=','//=','%=']
          },
          BOOLEANS_MENU: {
            acceptReporters: true,
            items: ['true','false']
          },
          BULK_MATH_OPERATIONS_MENU: {
            acceptReporters: true,
            items: ['min','max','sum','product','average']
          },
          USER_FRIENDLY_NUMBERS_MENU: {
          	acceptReporters: true,
            items: ['1,234,567.89 (truncated)','1,234,567.89012 (not truncated)','1.23 million','1.23m','1,234,567.890 (always 3 decimals)','1,234,567.890120 (always 6 decimals)','1.234×10⁶','1d 23h 45m 37s','01:23:45, 00:00:01','1:23:45, 0:01','01:23, 00:01', 'n\'th -illion number']
          }
        }
      };
    }

    // CODE -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

    getvariables() {
      return get_variables_for_menu();
    }

    // blocks
    lerp(args) {
      let a = Scratch.Cast.toNumber(args.A);
      let b = Scratch.Cast.toNumber(args.B);
      let n = Scratch.Cast.toNumber(args.N);
      return (n * (b - a)) + a;
    }
    inverselerp(args) {
      let a = Scratch.Cast.toNumber(args.A);
      let b = Scratch.Cast.toNumber(args.B);
      let n = Scratch.Cast.toNumber(args.N);
      return (n - a) / (b - a);
    }
    doublelerp(args) {
      let a = Scratch.Cast.toNumber(args.A);
      let b = Scratch.Cast.toNumber(args.B);
      let c = Scratch.Cast.toNumber(args.C);
      let d = Scratch.Cast.toNumber(args.D);
      let n = Scratch.Cast.toNumber(args.N);
      return (((n - c) / (d - c)) * (b - a)) + a;
    }
    customround(args) {
      let a = Scratch.Cast.toNumber(args.A);
      let b = Scratch.Cast.toNumber(args.B);
      if (args.TYPE == 'round') {
        return Math.round(a / b) * b;
      } else if (args.TYPE == 'floor') {
        return Math.floor(a / b) * b;
      } else if (args.TYPE == 'ceiling') {
        return Math.ceil(a / b) * b;
      } else {
        return 0;
      }
    }
    customroundreciprocal(args) {
      let a = Scratch.Cast.toNumber(args.A);
      let b = Scratch.Cast.toNumber(args.B);
      if (args.TYPE == 'round') {
        return Math.round(a * b) / b;
      } else if (args.TYPE == 'floor') {
        return Math.floor(a * b) / b;
      } else if (args.TYPE == 'ceiling') {
        return Math.ceil(a * b) / b;
      } else {
        return 0;
      }
    }
    extramath(args) {
      let a = Scratch.Cast.toNumber(args.A);
      let b = Scratch.Cast.toNumber(args.B);
      if (args.MATH == '//') {
        return Math.floor(a / b);
      } else if (args.MATH == '^') {
        return a ** b;
      } else if (args.MATH == '-base log of') {
        return Math.log(b) / Math.log(a);
      } else if (args.MATH == '-th root of') {
        return b ** (1/a);
      } else if (args.MATH == 'abs diff') {
        return Math.abs(a - b);
      } else if (args.MATH == '+') {
        return a + b;
      } else if (args.MATH == '-') {
        return a - b;
      } else if (args.MATH == '*') {
        return a * b;
      } else if (args.MATH == '/') {
        return a / b;
      } else if (args.MATH == '%') {
        return mod(a,b);
      } else if (args.MATH == 'bitwise AND') {
        return a & b;
      } else if (args.MATH == 'bitwise XOR') {
        return a ^ b;
      } else if (args.MATH == 'bitwise OR') {
        return a | b;
      } else if (args.MATH == 'L-shift') {
        return a << b;
      } else if (args.MATH == 'R-shift (signed)') {
        return a >> b;
      } else if (args.MATH == 'R-shift (unsigned)') {
        return a >>> b;
      } else {
        return 0;
      }
    }
    extramathoneinput(args) {
      let a = Scratch.Cast.toNumber(args.A);
      if (args.MATH == '-') {
        return 0 - a;
      } else if (args.MATH == 'abs of') {
        return Math.abs(a);
      } else if (args.MATH == 'sign of') {
        if (a > 0) {
          return 1;
        } else if (a < 0) {
          return -1;
        } else {
          return 0;
        }
      } else if (args.MATH == '10^') {
        return 10 ** a;
      } else if (args.MATH == 'e^') {
        return Math.exp(a);
      } else if (args.MATH == '√') {
        return Math.sqrt(a);
      } else if (args.MATH == '∛') {
        return Math.cbrt(a);
      } else if (args.MATH == '∜') {
        return a ** 0.25;
      } else if (args.MATH == 'log10 of') {
        return Math.log10(a);
      } else if (args.MATH == 'ln of') {
        return Math.log(a);
      } else if (args.MATH == 'sin (trig radians) of') {
        return Math.sin(a);
      } else if (args.MATH == 'cos (trig radians) of') {
        return Math.cos(a);
      } else if (args.MATH == 'tan (trig radians) of') {
        return Math.tan(a);
      } else if (args.MATH == 'asin (trig radians) of') {
        return Math.asin(a);
      } else if (args.MATH == 'acos (trig radians) of') {
        return Math.acos(a);
      } else if (args.MATH == 'atan (trig radians) of') {
        return Math.atan(a);
      } else if (args.MATH == 'sin (Scratch degrees) of') {
        return Math.sin((Math.PI / 180) * (90 - a));
      } else if (args.MATH == 'cos (Scratch degrees) of') {
        return Math.cos((Math.PI / 180) * (90 - a));
      } else if (args.MATH == 'tan (Scratch degrees) of') {
        return Math.tan((Math.PI / 180) * (90 - a));
      } else if (args.MATH == 'asin (Scratch degrees) of') {
        return 90 - (Math.asin(a) * (180 / Math.PI));
      } else if (args.MATH == 'acos (Scratch degrees) of') {
        return 90 - (Math.acos(a) * (180 / Math.PI));
      } else if (args.MATH == 'atan (Scratch degrees) of') {
        return 90 - (Math.atan(a) * (180 / Math.PI));
      } else if (args.MATH == 'round') {
        return Math.round(a);
      } else if (args.MATH == 'ceil of') {
        return Math.ceil(a);
      } else if (args.MATH == 'floor of') {
        return Math.floor(a);
      } else if (args.MATH == 'negative abs of') {
        return 0 - Math.abs(a);
      } else if (args.MATH == 'bitwise NOT of') {
        return ~a;
      } else {
        return 0;
      }
    }
    mathconstants(args) {
      if (args.CONSTANT == 'π') {
        return Math.PI;
      } else if (args.CONSTANT == 'τ') {
        return 2 * Math.PI;
      } else if (args.CONSTANT == 'φ') {
        return goldenRatio;
      } else if (args.CONSTANT == '√2') {
        return Math.SQRT2;
      } else if (args.CONSTANT == '√3') {
        return sqrt3;
      } else if (args.CONSTANT == 'γ') {
        return gammaConstant;
      } else if (args.CONSTANT == '∞') {
        return 'Infinity';
      } else if (args.CONSTANT == '-∞') {
        return '-Infinity';
      } else if (args.CONSTANT == '√½') {
        return Math.SQRT1_2;
      } else if (args.CONSTANT == 'ln(10)') {
        return Math.LN10;
      } else if (args.CONSTANT == 'ln(2)') {
        return Math.LN2;
      } else if (args.CONSTANT == 'log10(e)') {
        return Math.LOG10E;
      } else if (args.CONSTANT == 'log2(e)') {
        return Math.LOG2E;
      } else {
        return 0;
      }
    }
    extralogic(args) {
      let a = Scratch.Cast.toBoolean(args.A);
      let b = Scratch.Cast.toBoolean(args.B);
      if (args.LOGIC == 'and') {
        return a && b;
      } else if (args.LOGIC == 'or') {
        return a || b;
      } else if (args.LOGIC == 'nand') {
        return !(a && b);
      } else if (args.LOGIC == 'nor') {
        return !(a || b);
      } else if (args.LOGIC == 'xor (≠)') {
        return a != b;
      } else if (args.LOGIC == 'xnor (=)') {
        return a == b;
      } else if (args.LOGIC == 'but not') {
        return a && (!b);
      } else {
        return false;
      }
    }
    extracomparators(args) {
      let comparison = Scratch.Cast.compare(args.A,args.B);
      let a = Scratch.Cast.toNumber(args.A);
      let b = Scratch.Cast.toNumber(args.B);
      if (args.OPERATOR == '=') {
        return comparison == 0;
      } else if (args.OPERATOR == '≠') {
        return comparison != 0;
      } else if (args.OPERATOR == '<') {
        return comparison < 0;
      } else if (args.OPERATOR == '>') {
        return comparison > 0;
      } else if (args.OPERATOR == '≤') {
        return comparison <= 0;
      } else if (args.OPERATOR == '≥') {
        return comparison >= 0;
      } else if (args.OPERATOR == '≈') {
        return Math.abs(a - b) < 1;
      } else if (args.OPERATOR == '≉') {
        return Math.abs(a - b) >= 1;
      } else if (args.OPERATOR == '===') {
        return args.A === args.B;
      } else if (args.OPERATOR == '=≠=') {
        return args.A !== args.B;
      } else {
        return false;
      }
    }
    resetsprite(args,util) {
      util.target.setDirection(90);
      util.target.setRotationStyle('all around');
      util.target.clearEffects();
      util.target.setSize(100);

      let vector = cast_to_vector(args.VECTOR,2);
      vector = convert_coordinate_units(vector,args.COORDINATEUNIT,'Scratch coords');
      util.target.setXY(vector[0],vector[1]);

      if (args.SHOWORHIDE == 'show') {
        util.target.setVisible(true);
      } else {
        util.target.setVisible(false);
      }
    }
    getvar(args,util) {
      return get_var(args.VARIABLE,util);
    }
    setvar(args,util) {
      set_var(args.VARIABLE,args.VALUE,util);
    }
    modifyvar(args,util) {
      let a = Scratch.Cast.toNumber(get_var(args.VARIABLE,util));
      let b = Scratch.Cast.toNumber(args.VALUE);
      let newValue = 0;
      if (args.OPERATOR == '+=') {
        newValue = a + b;
      } else if (args.OPERATOR == '-=') {
        newValue = a - b;
      } else if (args.OPERATOR == '-=') {
        newValue = a - b;
      } else if (args.OPERATOR == '*=') {
        newValue = a * b;
      } else if (args.OPERATOR == '/=') {
        newValue = a / b;
      } else if (args.OPERATOR == '//=') {
        newValue = Math.floor(a / b);
      } else if (args.OPERATOR == '%=') {
        newValue = mod(a,b);
      }
      set_var(args.VARIABLE,newValue.toString(),util);
    }
    jsalert(args) {
      return new Promise(function(resolve, reject) {
        alert(args.MESSAGE);
        resolve();
      });
    }
    jsconfirm(args) {
      return new Promise(function(resolve, reject) {
        let result = confirm(args.MESSAGE);
        resolve(result);
      });
    }
    jsprompt(args) {
      return new Promise(function(resolve, reject) {
        let result = prompt(args.MESSAGE,args.PLACEHOLDER);
        if (result === null) {
          resolve('null');
        } else {
          resolve(result);
        }
      });
    }
    jspromptwithdefault(args) {
      return new Promise(function(resolve, reject) {
        let result = prompt(args.MESSAGE,args.PLACEHOLDER);
        if (result === null) {
          resolve(args.DEFAULT);
        } else {
          resolve(result);
        }
      });
    }
    booleanconstants(args) {
      let boolean = Scratch.Cast.toBoolean(args.BOOLEAN);
      return boolean;
    }
    tonumber(args) {
      let number = Scratch.Cast.toNumber(args.NUMBER);
      return number;
    }
    bulkmathtwo(args) { return bulk_math([Scratch.Cast.toNumber(args.NUMONE),Scratch.Cast.toNumber(args.NUMTWO)], args.OPERATION); }
    bulkmaththree(args) { return bulk_math([Scratch.Cast.toNumber(args.NUMONE),Scratch.Cast.toNumber(args.NUMTWO),Scratch.Cast.toNumber(args.NUMTHREE)], args.OPERATION); }
    bulkmathfour(args) { return bulk_math([Scratch.Cast.toNumber(args.NUMONE),Scratch.Cast.toNumber(args.NUMTWO),Scratch.Cast.toNumber(args.NUMTHREE),Scratch.Cast.toNumber(args.NUMFOUR)], args.OPERATION); }
    bulkmathfive(args) { return bulk_math([Scratch.Cast.toNumber(args.NUMONE),Scratch.Cast.toNumber(args.NUMTWO),Scratch.Cast.toNumber(args.NUMTHREE),Scratch.Cast.toNumber(args.NUMFOUR),Scratch.Cast.toNumber(args.NUMFIVE)], args.OPERATION); }
    bulkmathsix(args) { return bulk_math([Scratch.Cast.toNumber(args.NUMONE),Scratch.Cast.toNumber(args.NUMTWO),Scratch.Cast.toNumber(args.NUMTHREE),Scratch.Cast.toNumber(args.NUMFOUR),Scratch.Cast.toNumber(args.NUMFIVE),Scratch.Cast.toNumber(args.NUMSIX)], args.OPERATION); }
    bulkmathseven(args) { return bulk_math([Scratch.Cast.toNumber(args.NUMONE),Scratch.Cast.toNumber(args.NUMTWO),Scratch.Cast.toNumber(args.NUMTHREE),Scratch.Cast.toNumber(args.NUMFOUR),Scratch.Cast.toNumber(args.NUMFIVE),Scratch.Cast.toNumber(args.NUMSIX),Scratch.Cast.toNumber(args.NUMSEVEN)], args.OPERATION); }
    bulkmatheight(args) { return bulk_math([Scratch.Cast.toNumber(args.NUMONE),Scratch.Cast.toNumber(args.NUMTWO),Scratch.Cast.toNumber(args.NUMTHREE),Scratch.Cast.toNumber(args.NUMFOUR),Scratch.Cast.toNumber(args.NUMFIVE),Scratch.Cast.toNumber(args.NUMSIX),Scratch.Cast.toNumber(args.NUMSEVEN),Scratch.Cast.toNumber(args.NUMEIGHT)], args.OPERATION); }
    valueif(args) {
      let boolean = Scratch.Cast.toBoolean(args.BOOLEAN);
      if (boolean) {
        return args.VALUEIFTRUE;
      } else {
        return args.VALUEIFFALSE;
      }
    }
    randomchancepercent(args) {
      let chance = Scratch.Cast.toNumber(args.CHANCE) / 100;
      let rand = Math.random();
      return rand < chance;
    }
    randomchanceratio(args) {
      let chance = Scratch.Cast.toNumber(args.NUMERATOR) / Scratch.Cast.toNumber(args.DENOMINATOR);
      let rand = Math.random();
      return rand < chance;
    }
    randomvalue(args) {
      return Math.random();
    }
    userfriendlynumber(args) {
      let num = Scratch.Cast.toNumber(args.NUMBER);
      let format = args.FORMAT;
      let neg_sign = '';
      if (num < 0) {
        neg_sign = '-';
        num = Math.abs(num);
      }
      if (num === Infinity) {
        return neg_sign + 'Infinity';
      }

      num = Math.round(num*10000000)/10000000; // any more precision risks floating point errors


      let comma_formats = ['1,234,567.89 (truncated)','1,234,567.89012 (not truncated)','1,234,567.890 (always 3 decimals)','1,234,567.890120 (always 6 decimals)'];
      let whole_part_with_commas = null;
      if (comma_formats.includes(format) || (format == '1.23 million' && num < 1000000) || (format == '1.23m' && num < 1000)) {
      	whole_part_with_commas = '';
        let place_value = 1;
        let next_comma = 3;
        let digit = null;
        while (num >= place_value) {
          if (next_comma <= 0) {
          	next_comma = 3;
            whole_part_with_commas = ',' + whole_part_with_commas;
          }
          digit = mod(Math.floor(num / place_value), 10);
          whole_part_with_commas = digit + whole_part_with_commas;
          place_value *= 10;
          next_comma -= 1;
        }
        if (whole_part_with_commas == '') {
          whole_part_with_commas = '0';
        }
        whole_part_with_commas = neg_sign + whole_part_with_commas;
      }

      if (format == '1,234,567.89 (truncated)' || (format == '1.23 million' && num < 1000000) || (format == '1.23m' && num < 1000)) {
        let str = whole_part_with_commas;
        let decimal_part = Math.floor(Math.round(mod(num, 1) * 10000000) / 100000).toString();
        if (decimal_part > 0) {
          str += '.';
          if (decimal_part < 10) {
          	str += '0';
          }
          if (decimal_part.endsWith('0')) {
          	decimal_part = decimal_part.slice(0,-1);
          }
          str += decimal_part;
        }
        return str;
      } else if (format == '1,234,567.89012 (not truncated)') {
        let str = whole_part_with_commas;
        let place_value = 0.1;
        let decimal_part = '.';
        num = mod(num, 1);
        let digit = null;
        while (num > 0.00000001) {
          digit = mod(Math.floor(Math.round((num / place_value) * 10000000) / 10000000), 10);
          num -= digit * place_value;
          decimal_part += digit;
          place_value /= 10;
        } 
        if (decimal_part == '.') {
          decimal_part = '';
        }
        str += decimal_part;
        return str;
      } else if (format == '1.23 million' || format == '1.23m') {
        let illion_index = Math.floor(Math.log10(num) / 3) - 1;
        let illion = null;
        if (format == '1.23m') {
          illion = get_abbreviated_illion(illion_index);
        } else {
          illion = ' ' + get_illion(illion_index);
        }
        let number_part = num / (10 ** ((illion_index + 1) * 3));
        number_part = Math.floor(number_part * 100) / 100;
        return neg_sign + number_part.toString() + illion;
      } else if (format == '1,234,567.890 (always 3 decimals)' || format == '1,234,567.890120 (always 6 decimals)') {
        let digits = 3;
        if (format == '1,234,567.890120 (always 6 decimals)') {
          digits = 6;
        }

        let str = whole_part_with_commas;
        let place_value = 0.1;
        let decimal_part = '.';
        num = mod(num, 1);
        let digit = null;
        for (let i = 0; i < digits; i++) {
          digit = mod(Math.floor(Math.round((num / place_value) * 10000000) / 10000000), 10);
          decimal_part += digit;
          place_value /= 10;
        } 
        if (decimal_part == '.') {
          decimal_part = '';
        }
        str += decimal_part;
        return str;
      } else if (format == '1.234×10⁶') {
        if (num == 0) {
          return '0';
        }

        let power = Math.floor(Math.log10(num));

        let number_part = num / (10 ** power);
        number_part = Math.floor(number_part * 1000) / 1000;

        power = power.toString();
        let superscript_numbers = {'0':'⁰','1':'¹','2':'²','3':'³','4':'⁴','5':'⁵','6':'⁶','7':'⁷','8':'⁸','9':'⁹','-':'⁻'};
        let superscript_power = '';
        for (let i = 0; i < power.length; i++) {
          superscript_power += superscript_numbers[power[i]];
        }
        return neg_sign + number_part.toString() + '×10' + superscript_power;
      } else if (format == '1d 23h 45m 37s' || format == '01:23:45, 00:00:01' || format == '1:23:45, 0:01' || format == '01:23, 00:01') {
        let years = null;
        let days = null;
        if (format == '1d 23h 45m 37s') {
          years = Math.floor(num / (365 * 24 * 60 * 60));
          days = mod(Math.floor(num / (24 * 60 * 60)), 365);
        } else {
          years = 0;
          days = Math.floor(num / (24 * 60 * 60));
        }
        let hours = mod(Math.floor(num / (60 * 60)), 24);
        let minutes = mod(Math.floor(num / 60), 60);
        let seconds = mod(Math.floor(num), 60);

        let sections = [];
        if (format == '1d 23h 45m 37s') {
          if (years > 0) { sections.push(neg_sign + years + 'y'); }
          if (days > 0) { sections.push(neg_sign + days + 'd'); }
          if (hours > 0) { sections.push(neg_sign + hours + 'h'); }
          if (minutes > 0) { sections.push(neg_sign + minutes + 'm'); }
          if (seconds > 0) { sections.push(neg_sign + seconds + 's'); }
        } else if (format == '01:23:45, 00:00:01') {
          if (days > 0) { sections.push(days.toString()); }
          sections.push(hours.toString().padStart(2,'0'));
          sections.push(minutes.toString().padStart(2,'0'));
          sections.push(seconds.toString().padStart(2,'0'));
        } else if (format == '1:23:45, 0:01') {
          if (days > 0) { sections.push(days.toString()); }
          if (hours > 0 || sections.length > 0) { if (sections.length > 0) { sections.push(hours.toString().padStart(2,'0')); } else { sections.push(hours.toString()); } /* leading zero only if others come before */ }
          if (sections.length > 0) { sections.push(minutes.toString().padStart(2,'0')); } else { sections.push(minutes.toString()); } // leading zero only if others came before
          sections.push(seconds.toString().padStart(2,'0'));
        } else if (format == '01:23, 00:01') {
          if (days > 0) { sections.push(days.toString()); }
          if (hours > 0 || sections.length > 0) { if (sections.length > 0) { sections.push(hours.toString().padStart(2,'0')); } else { sections.push(hours.toString()); } /* leading zero only if others come before */ }
          sections.push(minutes.toString().padStart(2,'0'));
          sections.push(seconds.toString().padStart(2,'0'));
        }

        if (format == '1d 23h 45m 37s') {
          return sections.join(' ');
        }
        return neg_sign + sections.join(':');
      } else if (format == 'n\'th -illion number') {
        return neg_sign + get_illion(num);
      }

      return '0';
    }
  }

  // load extension
  Scratch.extensions.register(new SoupUtils());
})(Scratch);