HombreOilsRare perfumery, preserved

A woody-ambery · the worked cases

Worked out when the page was built

The HTML equivalents of the accord’s two tools, for reading without JavaScript. Back to A woody-ambery.

What happens if… every single change, worked out

The same model, run when this page was built. Figures are modeled: parts, and shares per 100 parts; odour space is the share of the accord whose components carry each word; the dry-down uses the half-lives top 1.5 h, heart 6 h, base 12 h (the simulator’s site constants, not measurements); odour activity is share ÷ measured threshold, compared within one medium and unit, never across (a teaching ratio, not a measurement of this accord). This teaching accord is not a finished product and is not assessed. Nothing is for sale.

Double Iso E Super (×2)
1 · Composition
Iso E Super 55 → 110 parts (55.0 → 71.0 per 100); the others ×0.65.
2 · Molecules
Iso E Super itself rises.
3 · Odour space
“ambergris” 55.0 → 71.0, “floral” 55.0 → 71.0, “lemony” 55.0 → 71.0, “violet” 55.0 → 71.0.
4 · Perceived character
A modeled reading, not a prediction: more “ambergris” and “floral” and less “creamy” and “milky”, with less of it in the base.
5 · Dry-down
top / heart / base 0.0 / 55.0 / 45.0 → 0.0 / 71.0 / 29.0; half gone at 8.0 h → 7.2 h.
6 · Odour activity
Iso E Super: no threshold on record.
7 · Regulation flags
The accord’s flags do not change.
Why did this change matter?
  1. The modeled dry-down moves: heart-class components go from 55.0 to 71.0 per 100 parts, and half the accord is gone at 7.2 h instead of 8.0 h (Iso E Super is heart, from its role in the accord).
  2. Components carrying “ambergris” go from 55.0 to 71.0 per 100 parts, because Iso E Super carries it (its descriptors field).
Remove Iso E Super
1 · Composition
Iso E Super 55 → 0 parts (55.0 → 0.0 per 100); the others ×2.22.
2 · Molecules
Iso E Super itself leaves.
3 · Odour space
“ambergris” 55.0 → 0.0, “floral” 55.0 → 0.0, “lemony” 55.0 → 0.0, “violet” 55.0 → 0.0.
4 · Perceived character
A modeled reading, not a prediction: more “creamy” and “milky” and no “ambergris”, “floral” and “lemony” left, with more of it in the base.
5 · Dry-down
top / heart / base 0.0 / 55.0 / 45.0 → 0.0 / 0.0 / 100.0; half gone at 8.0 h → 12 h.
6 · Odour activity
Iso E Super: no threshold on record.
7 · Regulation flags
The accord’s flags do not change.
Why did this change matter?
  1. The modeled dry-down moves: heart-class components go from 55.0 to 0.0 per 100 parts, and half the accord is gone at 12 h instead of 8.0 h (Iso E Super is heart, from its role in the accord).
  2. Iso E Super carried “ambergris” and no other component does on record, so the word leaves the modeled profile.
  3. Iso E Super carried “floral” and no other component does on record, so the word leaves the modeled profile.
Double sandalwood oil (×2)
1 · Composition
sandalwood oil 25 → 50 parts (25.0 → 40.0 per 100); the others ×0.80.
2 · Molecules
with sandalwood oil rise α-santalol and β-santalol (no shares on record).
3 · Odour space
“creamy” 25.0 → 40.0, “milky” 25.0 → 40.0, “sweet” 25.0 → 40.0, “ambergris” 55.0 → 44.0.
4 · Perceived character
A modeled reading, not a prediction: more “creamy” and “milky” and less “ambergris” and “floral”, with more of it in the base.
5 · Dry-down
top / heart / base 0.0 / 55.0 / 45.0 → 0.0 / 44.0 / 56.0; half gone at 8.0 h → 8.7 h.
6 · Odour activity
sandalwood oil: no threshold on record.
7 · Regulation flags
The accord’s flags do not change.
Why did this change matter?
  1. Components carrying “creamy” go from 25.0 to 40.0 per 100 parts, because sandalwood oil carries it (its descriptors field).
  2. The modeled dry-down moves: base-class components go from 45.0 to 56.0 per 100 parts, and half the accord is gone at 8.7 h instead of 8.0 h (sandalwood oil is base, from its role in the accord).
Remove sandalwood oil
1 · Composition
sandalwood oil 25 → 0 parts (25.0 → 0.0 per 100); the others ×1.33.
2 · Molecules
with sandalwood oil leave α-santalol and β-santalol (no shares on record).
3 · Odour space
“creamy” 25.0 → 0.0, “milky” 25.0 → 0.0, “sweet” 25.0 → 0.0, “ambergris” 55.0 → 73.3.
4 · Perceived character
A modeled reading, not a prediction: more “ambergris” and “floral” and no “creamy”, “milky” and “sweet” left, with less of it in the base.
5 · Dry-down
top / heart / base 0.0 / 55.0 / 45.0 → 0.0 / 73.3 / 26.7; half gone at 8.0 h → 7.1 h.
6 · Odour activity
sandalwood oil: no threshold on record.
7 · Regulation flags
The accord’s flags do not change.
Why did this change matter?
  1. sandalwood oil carried “creamy” and no other component does on record, so the word leaves the modeled profile.
  2. sandalwood oil carried “milky” and no other component does on record, so the word leaves the modeled profile.
  3. sandalwood oil carried “sweet” and no other component does on record, so the word leaves the modeled profile.
Double vetiver oil (×2)
1 · Composition
vetiver oil 20 → 40 parts (20.0 → 33.3 per 100); the others ×0.83.
2 · Molecules
with vetiver oil rise khusimol (no shares on record).
3 · Odour space
“rooty” 20.0 → 33.3, “smoky” 20.0 → 33.3, “ambergris” 55.0 → 45.8, “floral” 55.0 → 45.8.
4 · Perceived character
A modeled reading, not a prediction: more “rooty” and “smoky” and less “ambergris” and “floral”, with more of it in the base.
5 · Dry-down
top / heart / base 0.0 / 55.0 / 45.0 → 0.0 / 45.8 / 54.2; half gone at 8.0 h → 8.6 h.
6 · Odour activity
vetiver oil: no threshold on record.
7 · Regulation flags
The accord’s flags do not change.
Why did this change matter?
  1. Components carrying “rooty” go from 20.0 to 33.3 per 100 parts, because vetiver oil carries it (its descriptors field).
  2. The modeled dry-down moves: base-class components go from 45.0 to 54.2 per 100 parts, and half the accord is gone at 8.6 h instead of 8.0 h (vetiver oil is base, from its role in the accord).
Remove vetiver oil
1 · Composition
vetiver oil 20 → 0 parts (20.0 → 0.0 per 100); the others ×1.25.
2 · Molecules
with vetiver oil leave khusimol (no shares on record).
3 · Odour space
“rooty” 20.0 → 0.0, “smoky” 20.0 → 0.0, “ambergris” 55.0 → 68.8, “floral” 55.0 → 68.8.
4 · Perceived character
A modeled reading, not a prediction: more “ambergris” and “floral” and no “rooty” and “smoky” left, with less of it in the base.
5 · Dry-down
top / heart / base 0.0 / 55.0 / 45.0 → 0.0 / 68.8 / 31.3; half gone at 8.0 h → 7.3 h.
6 · Odour activity
vetiver oil: no threshold on record.
7 · Regulation flags
The accord’s flags do not change.
Why did this change matter?
  1. vetiver oil carried “rooty” and no other component does on record, so the word leaves the modeled profile.
  2. vetiver oil carried “smoky” and no other component does on record, so the word leaves the modeled profile.
  3. The modeled dry-down moves: base-class components go from 45.0 to 31.3 per 100 parts, and half the accord is gone at 7.3 h instead of 8.0 h (vetiver oil is base, from its role in the accord).
Replace sandalwood oil with α-santalol
1 · Composition
sandalwood oil 25 → 0 parts (25.0 → 0.0 per 100); α-santalol 0 → 25 parts (0.0 → 25.0 per 100); the others ×1.00.
2 · Molecules
with sandalwood oil leave α-santalol and β-santalol (no shares on record); α-santalol itself arrives.
3 · Odour space
“creamy” 25.0 → 0.0, “milky” 25.0 → 0.0, “sweet” 25.0 → 0.0; no descriptor on record: 0.0 → 25.0.
4 · Perceived character
A modeled reading, not a prediction: no “creamy”, “milky” and “sweet” left.
5 · Dry-down
top / heart / base 0.0 / 55.0 / 45.0 → 0.0 / 55.0 / 45.0; half gone at 8.0 h (unchanged).
6 · Odour activity
sandalwood oil: no threshold on record; α-santalol: no threshold on record.
7 · Regulation flags
The accord’s flags do not change.
Why did this change matter?
  1. sandalwood oil carried “creamy” and no other component does on record, so the word leaves the modeled profile.
  2. sandalwood oil carried “milky” and no other component does on record, so the word leaves the modeled profile.
  3. sandalwood oil carried “sweet” and no other component does on record, so the word leaves the modeled profile.

Version 1 against version 2

Modeled · A → B

A · Version 1 · The woody-ambery as written → B · Version 2 · α-Santalol for sandalwood oil

1 · What changedmodeled

  • Iso E Super: the same 55 parts (55.0 → 55.0 per 100)
  • sandalwood oil: removed in B (A: 25 parts, 25.0 per 100)
  • vetiver oil: the same 20 parts (20.0 → 20.0 per 100)
  • α-santalol: added in B, 25 parts (25.0 per 100)
teaching parts · modeled

a modeled value: a stated assumption, not a measurement

teaching proportions of a teaching variant, a house interpretation for learning: modeled, not measured, not a formula, not for making

field: this accord’s record · teaching variants · version 2 · teaching parts

confidence C

2 · Molecules

sandalwood oil leaves, with the molecules its record names: α-santalol and β-santalol (no shares on record); α-santalol itself arrives.

α-santalol · β-santalol · α-santalol

3 · Odour spacemodeled

“creamy” 25.0 → 0.0, “milky” 25.0 → 0.0, “sweet” 25.0 → 0.0 per 100 parts (the share of the accord whose components carry the word); no descriptor on record: 0.0 → 25.0.

sandalwood oil: descriptors · house interpretation

the house’s own reading, labelled as such

the house essay’s words; no descriptor source is filed

field: the sandalwood oil record · descriptors

confidence C

α-santalol: no descriptor on record

“creamy” · “milky” · “sweet” · “ambergris” · “floral”

4 · A modeled readingmodeled

B against A. A modeled reading, not a prediction: no “creamy”, “milky” and “sweet” left.

Generated from the movements above: a modeled reading, not a prediction and not a smell.

5 · Dry-downmodeled

Top / heart / base: 0.0 / 55.0 / 45.0 in A → 0.0 / 55.0 / 45.0 in B, per 100 parts; half the accord gone at 8.0 h → 8.0 h (modeled half-lives: top 1.5 h, heart 6 h, base 12 h).

half-lives · modeled

a modeled value: a stated assumption, not a measurement

the site constants of the evaporation simulator on /science for limonene (its Top note), Hedione (Heart) and Ambroxan (Base); “chosen for the simulator and are not measurements”

sandalwood oil: role · perfumery convention

the trade’s shared vocabulary; no single source

the trade’s top / heart / base convention for this material

field: this accord’s record · role

confidence B

6 · Odour activitymodeled

no measured threshold on record for Iso E Super, sandalwood oil, vetiver oil and α-santalol. Thresholds from different media or units are never compared; a teaching ratio, not a measurement of this accord.

7 · Regulation flags

A flag follows presence, not dose: a smaller dose keeps the flag (several IFRA Standards on record restrict by concentration in finished products), and a teaching accord is neither a finished product nor assessed. US law: not on record. Not legal advice.

8 · Provenance

No price: nothing on this site is for sale.

Why could it smell different?
  1. “creamy”, “milky” and “sweet” leave the modeled profile: sandalwood oil carried them, and nothing in B does on record.
    house interpretation

    the house’s own reading, labelled as such

    the house essay’s words; no descriptor source is filed

    field: the sandalwood oil record · descriptors

    confidence C

  2. α-santalol carries no descriptor on record, so the modeled words cannot show its part of the change: it is not on record, which is not the same as nothing.
    evidence

    no evidence on record

    no descriptor on record: no house wording on a data file, no descriptor source filed

    field: the α-santalol record · descriptors

The top causes in the model, each with the record field it rests on. Modeled, not measured; not a prediction of how anything smells.

teaching accord only: not a commercial perfume formula, not for skin · the record