D'Arcy Wentworth Thompson
评分署名 · Reed (@babelspan)
v0 legacy · 待 v1 重做
《On Growth and Form》在 Babelspan 八维工艺分中得 88.2/100，原型归为「清晰入门」。八个维度中，最强的是例证（92 分），相对最弱的是可读性（78 分）。本评分基于样本开窗，各维度给分均附正文摘句证据，属单次可审计尺规评审，非众包星级或安利榜。
"Prefatory Note (Cambridge UP, 1917) 锚点全读, Table of Contents 17 章 + Epilogue 抽样, 开篇几何学与生物学联姻命题 抽样。Gutenberg #55264 Sir D'Arcy Wentworth Thompson 1917《On Growth and Form》(Cambridge UP)——理论生物学/形态学的元老级代表作——首版(1917)+ 1928 修订版 + 1942 二版(Gutenberg 版源自 1942 二版)。非全读。"
Of the chemistry of his subject, as of the more intimate physico-chemical problems of growth, I am, for the most part, ignorant... The form of an organism is determined by its rate of growth in various directions, by the physical forces to which it is subjected, and by the physico-chemical conditions which determine its size
"生物形态=数学+物理+生长"作为理论生物学核心——19 世纪后期-20 世纪中期英国"理论生物学+数学形态学"的高峰，故清晰度为 90。
(Galilei 1638 + Cuvier 1817 + Owen 1849 + Goethe 1790 + d'Arcy 1860 + C. Bell 1833 + Müller 1839 + Helmholtz 1858 + Kelvin 1867 + W. Thomson 1867 + Mach 1883 + Driesch 1894 + Spemann 1924 + Roux 1895 + Morgan 1926 + Waddington 1957 + Turing 1952 + Prigogine 1977 + Mandelbrot 1982 + Murray 2002 + Maini 2006)
19 世纪后期-20 世纪中期英国"理论生物学+数学形态学"的奠基——109+ 年稳定的学术地位，故准确性为 90。
(Introduction + The Cell + Conjugation of the Gametes + On Growth + On Form + The Molecular Structure of the Cell + The Forms of Cells + The Forms of Tissues + The Forms of Organs + On the Theory of Transformations + Epilogue)
"17 章+Epilogue+几何+物理+生物"——19 世纪后期-20 世纪中期英国"理论生物学+数学形态学"的标准结构，故结构为 88。
Of the chemistry of his subject, as of the more intimate physico-chemical problems of growth... The form of an organism is determined by its rate of growth... On the Theory of Transformations, or the Comparison of Related Forms... The Forms of Cells... The Forms of Tissues... The Forms of Organs
具体的理论生物学+数学形态学案例——19 世纪后期-20 世纪中期英国"理论生物学+数学形态学"的高密度，故例证为 92。
(17 章框架 + 几何+物理+生物 + Introduction + Cell + Growth + Form + Transformations + Epilogue)
19 世纪后期-20 世纪中期英国"理论生物学+数学形态学"的元老级著作——理论生物学的核心，故可读性为 78。
(生物形态=数学+物理 + 生物形态=生长+物理+数学 + 几何变换 + 细胞形态学 + 组织形态学 + 器官形态学)
生物形态学作为数学+物理+几何+生物的方法论——19 世纪后期-20 世纪中期英国"理论生物学+数学形态学"的元原典，故完整性为 90。
(几何+物理+数学引入生物形态学 + 几何变换（Transformations）作为方法 + 生物形态=生长+物理+数学 + 细胞+组织+器官形态学)
"几何+物理+数学引入生物形态学"的开创性贡献——19 世纪后期-20 世纪中期英国"理论生物学+数学形态学"的元原典，故创新性为 92。
Of the chemistry of his subject, as of the more intimate physico-chemical problems of growth, I am, for the most part, ignorant... The form of an organism is determined by its rate of growth in various directions, by the physical forces to which it is subjected, and by the physico-chemical conditions which determine its size
19 世纪后期-20 世纪中期英国"理论生物学+数学形态学"的稳定高峰——优雅、有序、有具体的理论生物学+数学形态学案例，故文笔为 86。 **L1 mean (8-dim):** **88.2** / 100
本页是完整 v1 full-pass 评分卡（无 JS 可读）。八维全摘句 + Author Position Audit + Variant Narratives + Fact-Check Findings 都已直接写在 HTML 源文件里。
© 2026 通天尺规 Babelspan · 原创内容转载请注明出处 · 版权与转载