enum TypeGender {

  MaleOrFemale = "⚥",

  Male = "♂",

  Female = "♀",

  MaleAndFemale = "⚤"

}

interface TypeDecBin {

  Dec:number;

  Bin:string;  

};

interface TypeNorRev {

  Nor:TypeDecBin;

  Rev:TypeDecBin;  

};

interface TypeSexNorRev extends TypeNorRev{

  Sex:TypeGender;

};

interface TypePersonId {

  Sosa:{    

    Ego:TypeSexNorRev;

    Dad:TypeSexNorRev;

    Mom:TypeSexNorRev;

    Kid:TypeSexNorRev;

  };

  Gene:{

    Tier:TypeDecBin;

    Sosa:{

      Min:TypeDecBin;

      Max:TypeDecBin;

    };    

    Sort:[TypeNorRev,TypeNorRev];

  };

  Line:{

    Dad:{

      Gene:TypeDecBin;

      Tier:TypeDecBin;

      Name:TypeDecBin;

      Sort:TypeDecBin;

    };

    Mom:{

      Gene:TypeDecBin;

      Tier:TypeDecBin;

      Name:TypeDecBin;

      Sort:TypeDecBin;

    };

  };

}

function createIdInfoForPerson(sosa:number):TypePersonId{

  const SosaEgoGender  = sosa<2 ? TypeGender.MaleOrFemale : (sosa)%2==0 ? TypeGender.Male : TypeGender.Female;

  const SosaEgoNormal  = Base2AndBase10(sosa);

  const GeneTier       = Base2AndBase10(Math.floor(Math.log2(sosa))+1);

  const GeneSosaMin    = Base2AndBase10(Math.pow(2,Math.floor(Math.log2(sosa))));

  const GeneSosaMax    = Base2AndBase10(Math.pow(2,Math.floor(Math.log2(sosa))+1)-1);

  const SortNormal1    = Base2AndBase10(sosa+1-GeneSosaMin.Dec);

  const SortNormal0    = Base2AndBase10(SortNormal1.Dec-1);

  const SortRevers1    = Base2AndBase10(GeneSosaMax.Dec+1-sosa);

  const SortRevers0    = Base2AndBase10(SortRevers1.Dec-1);

  const SosaEgoRevers  = Base2AndBase10(GeneSosaMax.Dec-SortNormal0.Dec);

  const LineDadSort    = Base2AndBase10(SortNormal1.Dec==1?GeneTier.Dec:Base2EndZerosCount(SortNormal0.Bin)+1);

  const LineMomSort    = Base2AndBase10(SortRevers1.Dec==1?GeneTier.Dec:Base2EndZerosCount(SortRevers0.Bin)+1);

  const LineDadTier    = Base2AndBase10(Base2EndZerosClear(SosaEgoNormal.Bin));

  const LineMomTier    = Base2AndBase10(Base2EndZerosClear(SosaEgoRevers.Bin));

  const LineDadName    = Base2AndBase10(LineDadTier.Dec+1);

  const LineMomName    = Base2AndBase10(LineMomTier.Dec+2);

  const LineDadGene    = Base2AndBase10(LineDadTier.Bin.length);

  const LineMomGene    = Base2AndBase10(LineMomTier.Bin.length);

  const SosaDadGender  = TypeGender.Male;

  const SosaDadNormal  = Base2AndBase10(SosaEgoNormal.Dec*2);

  const SosaDadRevers  = Base2AndBase10(SosaEgoRevers.Dec*2+1);

  const SosaMomGender  = TypeGender.Female;

  const SosaMomNormal  = Base2AndBase10(SosaEgoNormal.Dec*2+1);

  const SosaMomRevers  = Base2AndBase10(SosaEgoRevers.Dec*2);

  const SosaKidGender  = Math.floor(sosa/2)<2 ? TypeGender.MaleOrFemale : Math.floor(sosa/2)%2==0 ? TypeGender.Male : TypeGender.Female;

  const SosaKidNormal  = Base2AndBase10(Math.floor(SosaEgoNormal.Dec/2));

  const SosaKidRevers  = Base2AndBase10(Math.floor(SosaEgoRevers.Dec/2));

  function Base2AndBase10(a:number):TypeDecBin {

    return { Dec: a, Bin: Number(a).toString(2) };

  }

  function Base2EndZerosCount(a:string):number{

    let r = 0;

    let t = true;

    const e = Array.from(a);

    let l = e.length;

    while (l>0 && t) {

      if (e[l-1]=="0") {

        r++

      } else {

        t = false;      

      }

      l--;    

    }

    return r;

  }

  function Base2EndZerosClear(a:string):number{

    const c = a.replace(/[0]+$/,"");

    const r = parseInt(c,2);

    return r;

  }

  return {

    Sosa:{

      Ego:{Sex: SosaEgoGender, Nor: SosaEgoNormal, Rev: SosaEgoRevers},

      Dad:{Sex: SosaDadGender, Nor: SosaDadNormal, Rev: SosaDadRevers},

      Mom:{Sex: SosaMomGender, Nor: SosaMomNormal, Rev: SosaMomRevers},

      Kid:{Sex: SosaKidGender, Nor: SosaKidNormal, Rev: SosaKidRevers}

    },

    Gene:{

      Tier:GeneTier,

      Sosa:{

        Min:GeneSosaMin,

        Max:GeneSosaMax

      },

      Sort:[{Nor:SortNormal0,Rev:SortRevers0},{Nor:SortNormal1,Rev:SortRevers1}]

    },

    Line:{

      Dad:{

        Gene:LineDadGene,

        Tier:LineDadTier,

        Name:LineDadName,

        Sort:LineDadSort

      },

      Mom:{

        Gene:LineMomGene,

        Tier:LineMomTier,

        Name:LineMomName,

        Sort:LineMomSort

      }

    }

  };

}

class SosaPlusDb{

  IdDb:Map<number,TypePersonId> = new Map;

  constructor(){}

  setFromGivenSosa(sosa:number){

    if(Number.isInteger(sosa) && sosa>0){

      this.IdDb.set(sosa,createIdInfoForPerson(sosa));

    }

  }

  setFromArraySosa(sosaArr:number[]){

    for (const sosa of sosaArr) {

      if(Number.isInteger(sosa) && sosa>0){

        this.IdDb.set(sosa,createIdInfoForPerson(sosa));

      }

    }

  }  

  setFromRangeSosa(sosaFirst:number,sosaLast:number){

    for (let sosa = sosaFirst; sosa < sosaLast+1; sosa++) {

      if(Number.isInteger(sosa) && sosa>0){

        this.IdDb.set(sosa,createIdInfoForPerson(sosa));

      }

    }

  }

  get getData():Map<number,TypePersonId>{

    return this.IdDb;

  }

  getOutFullAsJson():void{

    const iterator = this.IdDb[Symbol.iterator]();

    let Arr: TypePersonId[] = [];

    for (const x of iterator) {

      Arr.push(x[1]);

    }

    let Str = JSON.stringify(Arr);

    console.log(Str);

  }

  getOutFullAsCsv():void{

    const Col = ():string=>{

      return `"Gene.Tier.Dec", "Gene.Tier.Bin", `

            +`"Gene.Sosa.Min.Dec", "Gene.Sosa.Min.Bin", "Gene.Sosa.Max.Dec", "Gene.Sosa.Max.Bin", `

            +`"Gene.Sort.0.Nor.Dec", "Gene.Sort.0.Nor.Bin", "Gene.Sort.0.Rev.Dec", "Gene.Sort.0.Rev.Bin", `

            +`"Gene.Sort.1.Nor.Dec", "Gene.Sort.1.Nor.Bin", "Gene.Sort.1.Rev.Dec", "Gene.Sort.1.Rev.Bin", `

            +`"Sosa.Ego.Sex", "Sosa.Ego.Nor.Dec", "Sosa.Ego.Nor.Bin", "Sosa.Ego.Rev.Dec", "Sosa.Ego.Rev.Bin", `

            +`"Sosa.Dad.Sex", "Sosa.Dad.Nor.Dec", "Sosa.Dad.Nor.Bin", "Sosa.Dad.Rev.Dec", "Sosa.Dad.Rev.Bin", `

            +`"Sosa.Mom.Sex", "Sosa.Mom.Nor.Dec", "Sosa.Mom.Nor.Bin", "Sosa.Mom.Rev.Dec", "Sosa.Mom.Rev.Bin", `

            +`"Sosa.Kid.Sex", "Sosa.Kid.Nor.Dec", "Sosa.Kid.Nor.Bin", "Sosa.Kid.Rev.Dec", "Sosa.Kid.Rev.Bin", `

            +`"Line.Dad.Gene.Dec", "Line.Dad.Gene.Bin", "Line.Dad.Tier.Dec", "Line.Dad.Tier.Bin", `

            +`"Line.Dad.Name.Dec", "Line.Dad.Name.Bin", "Line.Dad.Sort.Dec", "Line.Dad.Sort.Bin", `

            +`"Line.Mom.Gene.Dec", "Line.Mom.Gene.Bin", "Line.Mom.Tier.Dec", "Line.Mom.Tier.Bin", `

            +`"Line.Mom.Name.Dec", "Line.Mom.Name.Bin", "Line.Mom.Sort.Dec", "Line.Mom.Sort.Bin" `

            +"\n";

    };

    const Row = (x:TypePersonId):string =>{

      return `"${x.Gene.Tier.Dec}", "${x.Gene.Tier.Bin}", `

            +`"${x.Gene.Sosa.Min.Dec}", "${x.Gene.Sosa.Min.Bin}", "${x.Gene.Sosa.Max.Dec}", "${x.Gene.Sosa.Max.Bin}", `

            +`"${x.Gene.Sort[0].Nor.Dec}", "${x.Gene.Sort[0].Nor.Bin}", "${x.Gene.Sort[0].Rev.Dec}", "${x.Gene.Sort[0].Rev.Bin}", `

            +`"${x.Gene.Sort[1].Nor.Dec}", "${x.Gene.Sort[1].Nor.Bin}", "${x.Gene.Sort[1].Rev.Dec}", "${x.Gene.Sort[1].Rev.Bin}", `

            +`"${x.Sosa.Ego.Sex}", "${x.Sosa.Ego.Nor.Dec}", "${x.Sosa.Ego.Nor.Bin}", "${x.Sosa.Ego.Rev.Dec}", "${x.Sosa.Ego.Rev.Bin}", `

            +`"${x.Sosa.Dad.Sex}", "${x.Sosa.Dad.Nor.Dec}", "${x.Sosa.Dad.Nor.Bin}", "${x.Sosa.Dad.Rev.Dec}", "${x.Sosa.Dad.Rev.Bin}", `

            +`"${x.Sosa.Mom.Sex}", "${x.Sosa.Mom.Nor.Dec}", "${x.Sosa.Mom.Nor.Bin}", "${x.Sosa.Mom.Rev.Dec}", "${x.Sosa.Mom.Rev.Bin}", `

            +`"${x.Sosa.Kid.Sex}", "${x.Sosa.Kid.Nor.Dec}", "${x.Sosa.Kid.Nor.Bin}", "${x.Sosa.Kid.Rev.Dec}", "${x.Sosa.Kid.Rev.Bin}", `

            +`"${x.Line.Dad.Gene.Dec}", "${x.Line.Dad.Gene.Bin}", "${x.Line.Dad.Tier.Dec}", "${x.Line.Dad.Tier.Bin}", `

            +`"${x.Line.Dad.Name.Dec}", "${x.Line.Dad.Name.Bin}", "${x.Line.Dad.Sort.Dec}", "${x.Line.Dad.Sort.Bin}", `

            +`"${x.Line.Mom.Gene.Dec}", "${x.Line.Mom.Gene.Bin}", "${x.Line.Mom.Tier.Dec}", "${x.Line.Mom.Tier.Bin}", `

            +`"${x.Line.Mom.Name.Dec}", "${x.Line.Mom.Name.Bin}", "${x.Line.Mom.Sort.Dec}", "${x.Line.Mom.Sort.Bin}" `

            +"\n";

    }

    let CSV:string = Col();

    const iterator = this.IdDb[Symbol.iterator]();

    for (const x of iterator) {

      CSV += Row(x[1]);

    }

    console.log(CSV);

  }

  getOutTiny():void{

    const iterator = this.IdDb[Symbol.iterator]();

    console.log(" ");

    console.log("               ╔"+"═".repeat(31)+"╗");

    console.log("               ║     INFO WITH FORMAT TINY     ║");

    console.log("╔═════════╦════╩═══╦═══════════╦═══════════╦═══╩══════╦══════════╦══════════╗");

    console.log("║ SEX+GEN ║  SOSA  ║  LINE-Y   ║  LINE-X   ║ SOSA-DAD ║ SOSA-MOM ║ SOSA-KID ║");

    for (const x of iterator) {

      console.log( `║  ${x[1].Sosa.Ego.Sex}  ${x[1].Gene.Tier.Dec} `.padEnd(10," ")

      +`║ ${x[1].Sosa.Ego.Nor.Dec}  `.padEnd(9," ")

      +`║ ${x[1].Line.Dad.Name.Dec} — ${x[1].Line.Dad.Sort.Dec} `.padEnd(12," ")

      +`║ ${x[1].Line.Mom.Name.Dec} — ${x[1].Line.Mom.Sort.Dec} `.padEnd(12," ")

      +`║ ${x[1].Sosa.Dad.Nor.Dec} `.padEnd(11," ")

      +`║ ${x[1].Sosa.Mom.Nor.Dec} `.padEnd(11," ")

      +`║ ${x[1].Sosa.Kid.Nor.Dec} `.padEnd(11," ")+"║");

    }    

    console.log("╚"+"═".repeat(9)+"╩"+"═".repeat(8)+"╩"+"═".repeat(11)+"╩"+"═".repeat(11)+"╩" +"═".repeat(10)+"╩"+"═".repeat(10)+"╩"+"═".repeat(10)+"╝");

  }

}

// ======example usage =====

const AAA = new SosaPlusDb();

AAA.setFromGivenSosa(44);

AAA.setFromArraySosa([153,1324,9848]);

AAA.setFromArraySosa([153,1324,15432]);

AAA.setFromRangeSosa(1,32);

AAA.getOutTiny();

AAA.getOutFullAsCsv();

AAA.getOutFullAsJson();

// ======example usage =====

use std::collections::HashMap;

use std::fmt;

#[derive(Debug)]

struct TypeMain {

    sosa: TypeSosa,

    gene: TypeGene,

    line: TypeLine,

}

#[derive(Debug)]

struct TypeSosa {

    ego: TypeSexNorRev,

    dad: TypeSexNorRev,

    mom: TypeSexNorRev,

    kid: TypeSexNorRev,

}

#[derive(Debug)]

struct TypeGene {

    tier: TypeDecBin,

    sosa: TypeMinMax,

    sort: [TypeNorRev; 2],

}

#[derive(Debug)]

struct TypeLine {

    dad: TypeLineInner,

    mom: TypeLineInner,

}

#[derive(Debug)]

struct TypeLineInner {

    gene: TypeDecBin,

    tier: TypeDecBin,

    name: TypeDecBin,

    sort: TypeDecBin,

}

#[derive(Debug)]

struct TypeSexNorRev {

    sex: String,

    nor: TypeDecBin,

    rev: TypeDecBin,

}

#[derive(Debug)]

struct TypeNorRev {

    nor: TypeDecBin,

    rev: TypeDecBin,

}

#[derive(Debug)]

struct TypeDecBin {

    dec: u32,

    bin: String,

}

#[derive(Debug)]

struct TypeMinMax {

    min: TypeDecBin,

    max: TypeDecBin,

}

#[derive(Debug)]

enum TypeGender {

    MaleOrFemale,

    Male,

    Female,

    MaleAndFemale,

}

fn create_id_info_for_person(sosa: u32) -> TypeMain {

    let sosa_ego_gender = if sosa < 2 { TypeGender::MaleOrFemale } else if sosa % 2 == 0 { TypeGender::Male } else { TypeGender::Female };

    let sosa_ego_normal = base2_and_base10(sosa);

    let gene_tier       = base2_and_base10((sosa as f64).log2().floor() as u32 + 1);

    let gene_sosa_min   = base2_and_base10((2_u32.pow((sosa as f64).log2().floor() as u32)) as u32);

    let gene_sosa_max   = base2_and_base10((2_u32.pow((sosa as f64).log2().floor() as u32 + 1) - 1) as u32);

    let sort_normal_1   = base2_and_base10(sosa + 1 - gene_sosa_min.dec);

    let sort_normal_0   = base2_and_base10(sort_normal_1.dec - 1);

    let sort_revers_1   = base2_and_base10(gene_sosa_max.dec + 1 - sosa);

    let sort_revers_0   = base2_and_base10(sort_revers_1.dec - 1);

    let sosa_ego_revers = base2_and_base10(gene_sosa_max.dec - sort_normal_0.dec);

    let line_dad_sort   = base2_and_base10(if sort_normal_1.dec == 1 { gene_tier.dec } else { base2_end_zeros_count(&sort_normal_0.bin) + 1 });

    let line_mom_sort   = base2_and_base10(if sort_revers_1.dec == 1 { gene_tier.dec } else { base2_end_zeros_count(&sort_revers_0.bin) + 1 });

    let line_dad_tier   = base2_and_base10(base2_end_zeros_clear(&sosa_ego_normal.bin));

    let line_mom_tier   = base2_and_base10(base2_end_zeros_clear(&sosa_ego_revers.bin));

    let line_dad_name   = base2_and_base10(line_dad_tier.dec + 1);

    let line_mom_name   = base2_and_base10(line_mom_tier.dec + 2);

    let line_dad_gene   = base2_and_base10(line_dad_tier.bin.len() as u32);

    let line_mom_gene   = base2_and_base10(line_mom_tier.bin.len() as u32);

    let sosa_dad_gender = TypeGender::Male;

    let sosa_dad_normal = base2_and_base10(sosa_ego_normal.dec * 2);

    let sosa_dad_revers = base2_and_base10(sosa_ego_revers.dec * 2 + 1);

    let sosa_mom_gender = TypeGender::Female;

    let sosa_mom_normal = base2_and_base10(sosa_ego_normal.dec * 2 + 1);

    let sosa_mom_revers = base2_and_base10(sosa_ego_revers.dec * 2);

    let sosa_kid_gender = if sosa / 2 < 2 { TypeGender::MaleOrFemale } else if sosa / 2 % 2 == 0 { TypeGender::Male } else { TypeGender::Female };

    let sosa_kid_normal = base2_and_base10((sosa_ego_normal.dec / 2) as u32);

    let sosa_kid_revers = base2_and_base10((sosa_ego_revers.dec / 2) as u32);

    fn base2_and_base10(a: u32) -> TypeDecBin {

        TypeDecBin {

            dec: a,

            bin: format!("{:b}", a),

        }

    }

    fn base2_end_zeros_count(a: &str) -> u32 {

        let mut r = 0;

        let mut t = true;

        let e: Vec<char> = a.chars().collect();

        let mut l = e.len();

        while l > 0 && t {

            if e[l - 1] == '0' {

                r += 1;

            } else {

                t = false;

            }

            l -= 1;

        }

        r

    }

    fn base2_end_zeros_clear(a: &str) -> u32 {

        let c = a.trim_end_matches('0');

        let r = u32::from_str_radix(c, 2).unwrap();

        r

    }

    fn sex_char(x: TypeGender) -> String{

        match x{

            TypeGender::MaleOrFemale => String::from("⚥"),

            TypeGender::Male => String::from("♂"),

            TypeGender::Female => String::from("♀"),

            TypeGender::MaleAndFemale => String::from("⚤")

        }

    }

    TypeMain {

        sosa: TypeSosa {

            ego: TypeSexNorRev {

                sex: sex_char(sosa_ego_gender),

                nor: sosa_ego_normal,

                rev: sosa_ego_revers,

            },

            dad: TypeSexNorRev {

                sex: sex_char(sosa_dad_gender),

                nor: sosa_dad_normal,

                rev: sosa_dad_revers,

            },

            mom: TypeSexNorRev {

                sex: sex_char(sosa_mom_gender),

                nor: sosa_mom_normal,

                rev: sosa_mom_revers,

            },

            kid: TypeSexNorRev {

                sex: sex_char(sosa_kid_gender),

                nor: sosa_kid_normal,

                rev: sosa_kid_revers,

            },

        },

        gene: TypeGene {

            tier: gene_tier,

            sosa: TypeMinMax {

                min: gene_sosa_min,

                max: gene_sosa_max,

            },

            sort: [

                TypeNorRev {

                    nor: sort_normal_0,

                    rev: sort_revers_0,

                },

                TypeNorRev {

                    nor: sort_normal_1,

                    rev: sort_revers_1,

                },

            ],

        },

        line: TypeLine {

            dad: TypeLineInner {

                gene: line_dad_gene,

                tier: line_dad_tier,

                name: line_dad_name,

                sort: line_dad_sort,

            },

            mom: TypeLineInner {

                gene: line_mom_gene,

                tier: line_mom_tier,

                name: line_mom_name,

                sort: line_mom_sort,

            },

        },

    }

}

struct SosaPlusDb {

    id_db: HashMap<u32, TypeMain>,

}

impl SosaPlusDb {

    fn new() -> Self {

        SosaPlusDb {

            id_db: HashMap::new(),

        }

    }  

    fn set_from_given_sosa(&mut self, sosa: u32) {

        if sosa > 0 {

            self.id_db.insert(sosa, create_id_info_for_person(sosa));

        }

    }

    fn set_from_array_sosa(&mut self, sosa_arr: &[u32]) {

        for &sosa in sosa_arr {

            if sosa > 0 {

                self.id_db.insert(sosa, create_id_info_for_person(sosa));

            }

        }

    }

    fn set_from_range_sosa(&mut self, sosa_first: u32, sosa_last: u32) {

        for sosa in sosa_first..=sosa_last {

            if sosa > 0 {

                self.id_db.insert(sosa, create_id_info_for_person(sosa));

            }

        }

    }

    fn get_data(&self) -> &HashMap<u32, TypeMain> {

        &self.id_db

    }

    fn get_out_full_as_csv(&self) {

        let mut csv = String::new();

        csv.push_str(

            "\"Gene.Tier.Dec\", \"Gene.Tier.Bin\", \"Gene.Sosa.Min.Dec\", \"Gene.Sosa.Min.Bin\", \"Gene.Sosa.Max.Dec\", \"Gene.Sosa.Max.Bin\", \"Gene.Sort.0.Nor.Dec\", \"Gene.Sort.0.Nor.Bin\", \"Gene.Sort.0.Rev.Dec\", \"Gene.Sort.0.Rev.Bin\", \"Gene.Sort.1.Nor.Dec\", \"Gene.Sort.1.Nor.Bin\", \"Gene.Sort.1.Rev.Dec\", \"Gene.Sort.1.Rev.Bin\", \"Sosa.Ego.Sex\", \"Sosa.Ego.Nor.Dec\", \"Sosa.Ego.Nor.Bin\", \"Sosa.Ego.Rev.Dec\", \"Sosa.Ego.Rev.Bin\", \"Sosa.Dad.Sex\", \"Sosa.Dad.Nor.Dec\", \"Sosa.Dad.Nor.Bin\", \"Sosa.Dad.Rev.Dec\", \"Sosa.Dad.Rev.Bin\", \"Sosa.Mom.Sex\", \"Sosa.Mom.Nor.Dec\", \"Sosa.Mom.Nor.Bin\", \"Sosa.Mom.Rev.Dec\", \"Sosa.Mom.Rev.Bin\", \"Sosa.Kid.Sex\", \"Sosa.Kid.Nor.Dec\", \"Sosa.Kid.Nor.Bin\", \"Sosa.Kid.Rev.Dec\", \"Sosa.Kid.Rev.Bin\", \"Line.Dad.Gene.Dec\", \"Line.Dad.Gene.Bin\", \"Line.Dad.Tier.Dec\", \"Line.Dad.Tier.Bin\", \"Line.Dad.Name.Dec\", \"Line.Dad.Name.Bin\", \"Line.Dad.Sort.Dec\", \"Line.Dad.Sort.Bin\", \"Line.Mom.Gene.Dec\", \"Line.Mom.Gene.Bin\", \"Line.Mom.Tier.Dec\", \"Line.Mom.Tier.Bin\", \"Line.Mom.Name.Dec\", \"Line.Mom.Name.Bin\", \"Line.Mom.Sort.Dec\", \"Line.Mom.Sort.Bin\"\n",

        );

        for (_, person) in &self.id_db {

            csv.push_str(&format!(

                "\"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\", \"{}\"\n",

                person.gene.tier.dec, person.gene.tier.bin, person.gene.sosa.min.dec, person.gene.sosa.min.bin, person.gene.sosa.max.dec, person.gene.sosa.max.bin, person.gene.sort[0].nor.dec, person.gene.sort[0].nor.bin, person.gene.sort[0].rev.dec, person.gene.sort[0].rev.bin, person.gene.sort[1].nor.dec, person.gene.sort[1].nor.bin, person.gene.sort[1].rev.dec, person.gene.sort[1].rev.bin, person.sosa.ego.sex, person.sosa.ego.nor.dec, person.sosa.ego.nor.bin, person.sosa.ego.rev.dec, person.sosa.ego.rev.bin, person.sosa.dad.sex, person.sosa.dad.nor.dec, person.sosa.dad.nor.bin, person.sosa.dad.rev.dec, person.sosa.dad.rev.bin, person.sosa.mom.sex, person.sosa.mom.nor.dec, person.sosa.mom.nor.bin, person.sosa.mom.rev.dec, person.sosa.mom.rev.bin, person.sosa.kid.sex, person.sosa.kid.nor.dec, person.sosa.kid.nor.bin, person.sosa.kid.rev.dec, person.sosa.kid.rev.bin, person.line.dad.gene.dec, person.line.dad.gene.bin, person.line.dad.tier.dec, person.line.dad.tier.bin, person.line.dad.name.dec, person.line.dad.name.bin, person.line.dad.sort.dec, person.line.dad.sort.bin, person.line.mom.gene.dec, person.line.mom.gene.bin, person.line.mom.tier.dec, person.line.mom.tier.bin, person.line.mom.name.dec, person.line.mom.name.bin, person.line.mom.sort.dec, person.line.mom.sort.bin,

            ));

        }

        println!("{}", csv);

    }

    fn get_out_tiny(&self) {

        println!(" ");

        println!("              ╔{}╗   ", "═".repeat(34));

        println!("              ║     INFO WITH FORMAT TINY     ║");

        println!("╔══════════╦═══╩═══╦════════════╦════════════╦════╩══════╦═══════════╦═══════════╗");

        println!("║ SEX+GEN ║ SOSA  ║  LINE-Y   ║  LINE-X   ║ SOSA-DAD ║ SOSA-MOM ║ SOSA-KID ║");

        for (key, value) in &self.id_db {

            println!("║  {}  {} ║  {} ║ {} — {} ║ {} — {} ║   {}   ║   {}   ║   {}   ║", value.sosa.ego.sex, format!("{:<3}", value.gene.tier.dec), format!("{:<4}", value.sosa.ego.nor.dec), format!("{:<4}", value.line.dad.name.dec), format!("{:<2}", value.line.dad.sort.dec), format!("{:<4}", value.line.mom.name.dec), format!("{:<2}", value.line.mom.sort.dec), format!("{:<4}", value.sosa.dad.nor.dec), format!("{:<4}", value.sosa.mom.nor.dec), format!("{:<4}", value.sosa.kid.nor.dec));

        }

        println!("╚{}╩{}╩{}╩{}╩{}╩{}╩{}╝", "═".repeat(10), "═".repeat(7), "═".repeat(12), "═".repeat(12), "═".repeat(11), "═".repeat(11), "═".repeat(11));