I was crosslinking terms in a glossary.
Editing an epub2 in Sigil. Everything worked as expected in Sigil and viewing the epub in calibre's reader.
Export to AZW3 with Kindlegen, view on PW-3, and most of the linked words are links that take me to that term, a few instead pop up footnotes.
Cannot see any difference between the code for ids or links.
Example: 3 entries below.
Viewed on Kindle, in boson the link for "fermion" is a footnote. The link for "Kozuch Theory" is a jump link.
So, WTF?
Editing an epub2 in Sigil. Everything worked as expected in Sigil and viewing the epub in calibre's reader.
Export to AZW3 with Kindlegen, view on PW-3, and most of the linked words are links that take me to that term, a few instead pop up footnotes.
Cannot see any difference between the code for ids or links.
Example: 3 entries below.
Viewed on Kindle, in boson the link for "fermion" is a footnote. The link for "Kozuch Theory" is a jump link.
Quote:
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<p class="gloss"><a id="boson"></a><b>boson</b>. All elementary particles can be classified as either bosons or <a href="#fermion">fermions</a>; the bosons include photons and gluons. The quantum wave function for two or more identical bosons is unchanged if any two particles are swapped, and the wave function for a single boson is unchanged if the particle is rotated by 360 degrees. Bosons have a spin which is an integer multiple of the fundamental unit of angular momentum. In <a href="#KozuchTheory">Kozuch Theory</a>, all these properties arise from the topology of the particle’s wormhole.</p> <p class="gloss"><a id="fermion"></a><b>fermion</b>. All elementary particles can be classified as either <a href="#boson">bosons</a> or fermions; the fermions include electrons and quarks, and composites of three quarks like protons and neutrons. The quantum wave function for two or more identical fermions reverses phase if any two particles are swapped; this leads to the Pauli exclusion principle, which gives a zero probability for two fermions being in exactly the same state. The wave function of a single fermion reverses phase if the particle is rotated by 360 degrees, and is only restored exactly by two full rotations. Fermions have a spin which is an odd-integer multiple of half the fundamental unit of angular momentum. In <a href="#KozuchTheory">Kozuch Theory</a>, all these properties arise from the topology of the particle’s wormhole.</p> <p class="gloss"><a id="KozuchTheory"></a><b>Kozuch Theory</b>. A provisional unified theory of physics developed in the mid-twenty-first century. Kozuch Theory describes the universe as a ten-dimensional <a href="#fiberbundle">fiber bundle</a>; its size in six dimensions is sub-microscopic, so only the familiar four dimensions of space-time are immediately apparent. Particles such as electrons are actually the mouths of very narrow wormholes, an idea first suggested by the twentieth-century physicist John Wheeler. Renata Kozuch developed a model in which the properties of different particles are due to the different ways wormhole mouths can be connected in the six extra dimensions.</p> |