diff --git a/src/js/generateGenetics.js b/src/js/generateGenetics.js
index 78dc46010243c347c516cdef2615a5dc1e061e17..eb868fbb2e200cecd8f5a8978a6c2d74d5b953ce 100644
--- a/src/js/generateGenetics.js
+++ b/src/js/generateGenetics.js
@@ -728,195 +728,327 @@ window.generateGenetics = (function() {
// But it's more interesting than the more realistic take of "there are no carriers, sons always inherit the trait and daughters never do."
// fertility
- if (father !== 0) { fathergenes = father.geneticQuirks.fertility; } else { fathergenes = 0; }
- genetarget = Math.pow(4,mother.geneticQuirks.fertility + fathergenes);
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.fertility;
+ } else {
+ fathergenes = 0;
+ }
+ genetarget = Math.pow(4, mother.geneticQuirks.fertility + fathergenes);
if (genetarget >= 4) {
chance = jsRandom(1,64);
- if (chance <= genetarget) { quirks.fertility = 2; }
- else if (chance <= 11*genetarget) { quirks.fertility = 1; }
+ if (chance <= genetarget) {
+ quirks.fertility = 2;
+ } else if (chance <= 11*genetarget) {
+ quirks.fertility = 1;
+ }
if ( sex === "XY") {
- if ((quirks.fertility === 1) && (jsRandom(1,3) == 1)) { quirks.fertility = 0; }
- if (quirks.fertility === 2) { quirks.fertility = 1; }
+ if ((quirks.fertility === 1) && (jsRandom(1,3) == 1)) {
+ quirks.fertility = 0;
+ }
+ if (quirks.fertility === 2) {
+ quirks.fertility = 1;
+ }
}
}
-
// hyper fertility
- if (father !== 0) { fathergenes = father.geneticQuirks.hyperFertility; } else { fathergenes = 0; }
- genetarget = Math.pow(4,mother.geneticQuirks.hyperFertility + fathergenes);
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.hyperFertility;
+ } else {
+ fathergenes = 0;
+ }
+ genetarget = Math.pow(4, mother.geneticQuirks.hyperFertility + fathergenes);
if (genetarget >= 4) {
chance = jsRandom(1,64);
- if (chance <= genetarget) { quirks.hyperFertility = 2; }
- else if (chance <= 11*genetarget) { quirks.hyperFertility = 1; }
+ if (chance <= genetarget) {
+ quirks.hyperFertility = 2;
+ } else if (chance <= 11*genetarget) {
+ quirks.hyperFertility = 1;
+ }
if ( sex === "XY") {
- if ((quirks.hyperFertility === 1) && (jsRandom(1,3) == 1)) { quirks.hyperFertility = 0; }
- if (quirks.hyperFertility === 2) { quirks.hyperFertility = 1; }
+ if ((quirks.hyperFertility === 1) && (jsRandom(1,3) == 1)) {
+ quirks.hyperFertility = 0;
+ }
+ if (quirks.hyperFertility === 2) {
+ quirks.hyperFertility = 1;
+ }
}
}
-
// superfetation
- if (father !== 0) { fathergenes = father.geneticQuirks.superfetation; } else { fathergenes = 0; }
- genetarget = Math.pow(4,mother.geneticQuirks.superfetation + fathergenes);
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.superfetation;
+ } else {
+ fathergenes = 0;
+ }
+ genetarget = Math.pow(4, mother.geneticQuirks.superfetation + fathergenes);
if (genetarget >= 4) {
chance = jsRandom(1,64);
- if (chance <= genetarget) { quirks.superfetation = 2; }
- else if (chance <= 11*genetarget) { quirks.superfetation = 1; }
+ if (chance <= genetarget) {
+ quirks.superfetation = 2;
+ } else if (chance <= 11*genetarget) {
+ quirks.superfetation = 1;
+ }
if ( sex === "XY") {
- if ((quirks.superfetation === 1) && (jsRandom(1,3) == 1)) { quirks.superfetation = 0; }
- if (quirks.superfetation === 2) { quirks.superfetation = 1; }
+ if ((quirks.superfetation === 1) && (jsRandom(1,3) == 1)) {
+ quirks.superfetation = 0;
+ }
+ if (quirks.superfetation === 2) {
+ quirks.superfetation = 1;
+ }
}
}
-
// well hung
- if (father !== 0) { fathergenes = father.geneticQuirks.wellHung; } else { fathergenes = 0; }
- genetarget = Math.pow(4,mother.geneticQuirks.wellHung + fathergenes);
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.wellHung;
+ } else {
+ fathergenes = 0;
+ }
+ genetarget = Math.pow(4, mother.geneticQuirks.wellHung + fathergenes);
if (genetarget >= 4) {
chance = jsRandom(1,64);
- if (chance <= genetarget) { quirks.wellHung = 2; }
- else if (chance <= 11*genetarget) { quirks.wellHung = 1; }
+ if (chance <= genetarget) {
+ quirks.wellHung = 2;
+ } else if (chance <= 11*genetarget) {
+ quirks.wellHung = 1;
+ }
if ( sex === "XX") {
- if ((quirks.wellHung === 1) && (jsRandom(1,3) == 1)) { quirks.wellHung = 0; }
- if (quirks.wellHung === 2) { quirks.wellHung = 1; }
+ if ((quirks.wellHung === 1) && (jsRandom(1,3) == 1)) {
+ quirks.wellHung = 0;
+ }
+ if (quirks.wellHung === 2) {
+ quirks.wellHung = 1;
+ }
}
}
// perfect face
- if (father !== 0) { fathergenes = father.geneticQuirks.pFace; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.pFace;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.pFace + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.pFace = 2; }
- else if (chance <= 3*genetarget) { quirks.pFace = 1; }
+ if (chance <= genetarget) {
+ quirks.pFace = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.pFace = 1;
+ }
}
// ugly face
- if (father !== 0) { fathergenes = father.geneticQuirks.uFace; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.uFace;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.uFace + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.uFace = 2; }
- else if (chance <= 3*genetarget) { quirks.uFace = 1; }
+ if (chance <= genetarget) {
+ quirks.uFace = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.uFace = 1;
+ }
}
// gigantism
- if (father !== 0) { fathergenes = father.geneticQuirks.gigantism; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.gigantism;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.gigantism + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.gigantism = 2; }
- else if (chance <= 3*genetarget) { quirks.gigantism = 1; }
+ if (chance <= genetarget) {
+ quirks.gigantism = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.gigantism = 1;
+ }
}
-
// dwarfism
- if (father !== 0) { fathergenes = father.geneticQuirks.dwarfism; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.dwarfism;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.dwarfism + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.dwarfism = 2; }
- else if (chance <= 3*genetarget) { quirks.dwarfism = 1; }
+ if (chance <= genetarget) {
+ quirks.dwarfism = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.dwarfism = 1;
+ }
}
// albinism
- if (father !== 0) { fathergenes = father.geneticQuirks.albinism; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.albinism;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.albinism + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.albinism = 2; }
- else if (chance <= 3*genetarget) { quirks.albinism = 1; }
+ if (chance <= genetarget) {
+ quirks.albinism = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.albinism = 1;
+ }
}
// heterochromia
- if (father !== 0) { fathergenes = father.geneticQuirks.heterochromia; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.heterochromia;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.heterochromia + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.heterochromia = 2; }
- else if (chance <= 3*genetarget) { quirks.heterochromia = 1; }
+ if (chance <= genetarget) {
+ quirks.heterochromia = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.heterochromia = 1;
+ }
}
-
// rear lipedema
- if (father !== 0) { fathergenes = father.geneticQuirks.rearLipedema; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.rearLipedema;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.rearLipedema + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.rearLipedema = 2; }
- else if (chance <= 3*genetarget) { quirks.rearLipedema = 1; }
+ if (chance <= genetarget) {
+ quirks.rearLipedema = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.rearLipedema = 1;
+ }
}
-
+
// Gigantomastia
- if (father !== 0) { fathergenes = father.geneticQuirks.gigantomastia; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.gigantomastia;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.gigantomastia + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.gigantomastia = 2; }
- else if (chance <= 3*genetarget) { quirks.gigantomastia = 1; }
+ if (chance <= genetarget) {
+ quirks.gigantomastia = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.gigantomastia = 1;
+ }
}
// Macromastia
- if (father !== 0) { fathergenes = father.geneticQuirks.macromastia; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.macromastia;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.macromastia + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.macromastia = 2; }
- else if (chance <= 3*genetarget) { quirks.macromastia = 1; }
+ if (chance <= genetarget) {
+ quirks.macromastia = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.macromastia = 1;
+ }
}
-
// myotonic hypertrophy
- if (father !== 0) { fathergenes = father.geneticQuirks.mGain; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.mGain;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.mGain + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.mGain = 2; }
- else if (chance <= 3*genetarget) { quirks.mGain = 1; }
+ if (chance <= genetarget) {
+ quirks.mGain = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.mGain = 1;
+ }
}
-
// myotonic dystrophy
- if (father !== 0) { fathergenes = father.geneticQuirks.mLoss; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.mLoss;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.mLoss + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.mLoss = 2; }
- else if (chance <= 3*genetarget) { quirks.mLoss = 1; }
+ if (chance <= genetarget) {
+ quirks.mLoss = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.mLoss = 1;
+ }
}
-
// hyperleptinemia
- if (father !== 0) { fathergenes = father.geneticQuirks.wGain; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.wGain;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.wGain + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.wGain = 2; }
- else if (chance <= 3*genetarget) { quirks.wGain = 1; }
+ if (chance <= genetarget) {
+ quirks.wGain = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.wGain = 1;
+ }
}
-
// hypoleptinemia
- if (father !== 0) { fathergenes = father.geneticQuirks.wLoss; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.wLoss;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.wLoss + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.wLoss = 2; }
- else if (chance <= 3*genetarget) { quirks.wLoss = 1; }
+ if (chance <= genetarget) {
+ quirks.wLoss = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.wLoss = 1;
+ }
}
-
// androgyny
- if (father !== 0) { fathergenes = father.geneticQuirks.androgyny; } else { fathergenes = 0; }
+ if (father !== 0) {
+ fathergenes = father.geneticQuirks.androgyny;
+ } else {
+ fathergenes = 0;
+ }
genetarget = Math.pow(2,mother.geneticQuirks.androgyny + fathergenes);
if (genetarget >= 2) {
chance = jsRandom(1,16);
- if (chance <= genetarget) { quirks.androgyny = 2; }
- else if (chance <= 3*genetarget) { quirks.androgyny = 1; }
+ if (chance <= genetarget) {
+ quirks.androgyny = 2;
+ } else if (chance <= 3*genetarget) {
+ quirks.androgyny = 1;
+ }
}
return clone(quirks);