色彩的分類學：維納色彩命名法的冷峻指南

 

色彩的分類學：維納色彩命名法的冷峻指南

在19世紀初期，當世界尚未充斥著數位色樣和彩通（Pantone）色碼時，人類正面臨一個更為根本的問題：如何描述一種顏色，而聽起來不像個困惑的詩人。派翠克·塞姆（Patrick Syme）於1814年出版的《維納色彩命名法》（Werner’s Nomenclature of Colours）正是解決這種語言混亂的臨床方案——這本書試圖將射入我們視網膜的光線標準化 。

這部著作起源於「偉大的礦物學家」亞伯拉罕·戈特洛布·維納（Abraham Gottlob Werner）。他意識到，如果科學家們無法對「淡藍色」的含義達成共識，他們就不可能對「石頭是什麼」達成共識 。維納專門為礦物開發了79種色調 。然而，人性中總帶著擴張的傾向。來自愛丁堡的花卉畫家派翠克·塞姆審視了維納以礦物為中心的清單，認為其對於更廣闊的「通識科學」而言是「有缺陷的」 。於是，他將清單擴展至108種色調，涵蓋了「自然界中最常見的顏色或色調」 。

這份文件的精彩之處在於它拒絕信任人類的想像力。塞姆主張「沒有圖形的描述通常難以理解」，甚至連圖形在缺乏色彩標準的情況下也是「有缺陷的」 。為了修正這一點，他將顏色分類，並從三個「界」中提取範例：

• 動物界： 利用自然界來固定抽象的概念 。

• 植物界： 將標準應用於塞姆所熟悉的植物 。

• 礦物界： 尊重這部著作在地理學上的根源 。

這本色彩紀律手冊的目標讀者包括動物學、植物學、化學、礦物學，甚至是「病理解剖學」的專家——這證明了在1814年，無論你是在觀察一隻稀有鳥類、一種新化學物質還是一具屍體，你都需要一個標準，以確保你的同事確切知道你觀察到的是哪種灰色 。這是科學界最極致的商業模式：將充滿活力且混亂的現實世界簡化為108個編號方格，然後讓每個人都必須以此為準進行溝通 。

The Chromatic Taxonomy: A Guide to Werner’s Nomenclature

 

The Chromatic Taxonomy: A Guide to Werner’s Nomenclature

In the early 19th century, before the world was saturated with digital swatches and Pantone codes, humanity grappled with a more fundamental problem: how to describe a color without sounding like a confused poet. Patrick Syme’s 1814 edition of Werner’s Nomenclature of Colours is the clinical solution to this linguistic chaos—a book that sought to standardize the very light that hits our retinas.

The origin of this work lies with Abraham Gottlob Werner, a "great mineralogist" who realized that if scientists couldn't agree on what "pale blue" meant, they couldn't possibly agree on what a rock was. Werner developed a suite of 79 tints specifically for minerals. However, human nature—ever prone to expansion—couldn't leave well enough alone. Patrick Syme, a flower painter from Edinburgh, looked at Werner’s mineral-centric list and decided it was "defective" for the broader world of "general science". He extended the list to 108 tints, covering the "most common colours or tints that appear in nature".

The brilliance of the document lies in its refusal to trust the human imagination. Syme argues that "description without figure is generally difficult to be comprehended" and that even a figure is "defective" without the standard of color. To fix this, he categorized colors and provided examples from three "kingdoms":

• The Animal Kingdom: Using the natural world to ground the abstract.

• The Vegetable Kingdom: Applying the standard to the flora Syme knew so well.

• The Mineral Kingdom: Honoring the work’s geological roots.

The intended audience for this manual of chromatic discipline included experts in Zoology, Botany, Chemistry, Mineralogy, and even "Morbid Anatomy"—proving that in 1814, whether you were looking at a rare bird, a new chemical, or a cadaver, you needed a standard to ensure your colleagues knew exactly which shade of grey you were observing. It is the ultimate business model for science: reduce the vibrant, messy reality of the world into a numbered list of 108 boxes, and then charge everyone for the privilege of referring to them.