12 Matching Annotations
  1. Jul 2022
    1. 3. Regesten.Da wir gesehen haben, wieviel auf tibersichtliche Ordnungbei der Zusammenstellung des Materials ankommt, muff manauf die praktische Einrichtung seiner Materialiensammlung vonAnfang an bewufte Sorgfalt verwenden. Selbstverstindlichlassen sich keine, im einzelnen durchweg gtiltigen Regeln auf-stellen; aber wir kinnen uns doch tiber einige allgemeine Ge-sichtspunkte verstindigen. Nicht genug zu warnen ist vor einemregel- und ordnungslosen Anhiufen und Durcheinanderschreibender Materialien; denn die zueinander gehérigen Daten zusammen--gufinden erfordert dann ein stets erneutes Durchsehen des ganzenMaterials; auch ist es dann kaum miglich, neu hinzukommendeDaten an der gehirigen Stelle einzureihen. Bei irgend gréferenArbeiten muff man seine Aufzeichnungen auf einzelne loseBlatter machen, die leicht umzuordnen und denen ohne Unm-stinde Blatter mit neuen Daten einzuftigen sind. Macht mansachliche Kategorieen, so sind die zu einer Kategorie gehérigenBlatter in Umschligen oder besser noch in K&sten getrennt zuhalten; innerhalb derselben kann man chronologisch oder sach-lich alphabetisch nach gewissen Schlagwiértern ordnen.
      1. Regesten Da wir gesehen haben, wieviel auf tibersichtliche Ordnung bei der Zusammenstellung des Materials ankommt, muß man auf die praktische Einrichtung seiner Materialiensammlung von Anfang an bewußte Sorgfalt verwenden. Selbstverständlich lassen sich keine, im einzelnen durchweg gültigen Regeln aufstellen; aber wir können uns doch über einige allgemeine Gesichtspunkte verständigen. Nicht genug zu warnen ist vor einem regel- und ordnungslosen Anhäufen und Durcheinanderschreiben der Materialien; denn die zueinander gehörigen Daten zusammenzufinden erfordert dann ein stets erneutes Durchsehen des ganzen Materials; auch ist es dann kaum möglich, neu hinzukommende Daten an der gehörigen Stelle einzureihen. Bei irgend größeren Arbeiten muß man seine Aufzeichnungen auf einzelne lose Blätter machen, die leicht umzuordnen und denen ohne Umstände Blätter mit neuen Daten einzufügen sind. Macht man sachliche Kategorieen, so sind die zu einer Kategorie gehörigen Blätter in Umschlägen oder besser noch in Kästen getrennt zu halten; innerhalb derselben kann man chronologisch oder sachlich alphabetisch nach gewissen Schlagwörtern ordnen.

      Google translation:

      1. Regesture Since we have seen how much importance is placed on clear order in the gathering of material, conscious care must be exercised in the practical organization of one's collection of materials from the outset. It goes without saying that no rules that are consistently valid in detail can be set up; but we can still agree on some general points of view. There is not enough warning against a disorderly accumulation and jumble of materials; because to find the data that belong together then requires a constant re-examination of the entire material; it is also then hardly possible to line up newly added data at the appropriate place. In any large work one must make one's notes on separate loose sheets, which can easily be rearranged, and sheets of new data easily inserted. If you make factual categories, the sheets belonging to a category should be kept separate in covers or, better yet, in boxes; Within these, you can sort them chronologically or alphabetically according to certain keywords.

      In a pre-digital era, Ernst Bernheim warns against "a disorderly accumulation and jumble of materials" (machine translation from German) as it means that one must read through and re-examine all their collected materials to find or make sense of them again.

      In digital contexts, things are vaguely better as the result of better search through a corpus, but it's still better practice to have things with some additional level of order to prevent the creation of a "scrap heap".

      link to: - https://hyp.is/i9dwzIXrEeymFhtQxUbEYQ


      In 1889, Bernheim suggests making one's notes on separate loose sheets of paper so that they may be easily rearranged and new notes inserted. He suggested assigning notes to categories and keeping them separated, preferably in boxes. Then one might sort them in a variety of different ways, specifically highlighting both chronological and alphabetical order based on keywords.

      (This quote is from the 1903 edition, but presumably is similar or the same in 1889, but double check this before publishing.)

      Link this to the earlier section in which he suggested a variety of note orders for historical methods as well as for the potential creation of insight into one's work.

  2. Jun 2022
    1. You never knowwhen the rejected scraps from one project might become the perfectmissing piece in another. The possibilities are endless.

      He says this, but his advice on how to use them is too scant and/or flawed. Where are they held? How are they indexed? How are they linked so that finding and using them in the future? (especially, other than rote memory or the need to have vague memory and the ability to search for them in the future?)

  3. Feb 2022
    1. Just collecting unprocessedfleeting notes inevitably leads to chaos.

      Collecting fleeting notes and not processing them into something more useful and permanent will eventually end in abject failure.

      An example can be seen in the note taking of Joachim Jungius in 1657. He compiled approximately 150,000 slips (also known as scraps) with excerpts and ideas without any sort of order, arrangement, index or reference system. Following his death his students and heirs could make nothing of the massive "scrap heap". As a result, Vincent Placcius in De Arte Excerpendi (1689) specifically warns against this practice (p. 72).

      (cross reference from : https://hypothes.is/a/SyenKlO2Eeys0esqwOgjUw)

  4. Jan 2022
    1. Furthermore thistechnique enabled the collection not only to grow in absolute numbers, but to grow “inwardly” withoutthe limitations of a systematically order

      Previous historical examples of note taking ended up in large scrap heaps that provided value only to their creators, who had at least some knowledge of their context. Those who inherited them found them relatively useless because they required vast amounts of work to make useful. Linking notes and cross referencing or indexing them with subject headings and links to their sources can go a long way to immeasurably increase their value both to the initial user, who may forget these things, but also to subsequent users. The small amounts of work required upfront when making one's notes will pay off immeasurably in the long term.

      Link this to the specific examples in Paper Machines (chapter 2) just before the time of Vincentius Placcius.

    1. ike Jungius, Boyle made use of loose folio sheets that he called memorials or adversaria; yet he did not worry too much about a system of self-referential relationships that enabled intentional knowl-edge retrieval. When he realized that he was no longer able to get his bearings in an ocean of paper slips, he looked for a way out, testing several devices, such as colored strings or labels made of letters and numeral codes. Unfortunately, it was too late. As Richard Yeo clearly noted, ‘this failure to develop an effective indexing system resulted from years of trusting in memory in tandem with notes’.69

      69 Yeo, ‘Loose Notes’, 336

      Robert Boyle kept loose sheets of notes, which he called memorials or adversaria. He didn't have a system of organization for them and tried out variations of colored strings, labels made of letters, and numerical codes. Ultimately his scrap heap failed him for lack of any order and his trust in memory to hold them together failed.


      I love the idea of calling one's notes adversaria. The idea calls one to compare one note to another as if they were combatants in a fight (for truth).


      Are working with one's ideas able to fit into the idea of adversarial interoperability?

  5. Dec 2021
    1. Foucault proclaimed in a footnote: “ Appearance of the index card and development of the human sciences: another invention little celebrated by historians. ”

      from Foucault 1975, p. 363, n. 49; see Foucault 1966, pp. XV and passim for discourse analysis.

      Is he talking here about the invention of the index card about the same time as the rise of the scientific method? With index cards one can directly compare and contrast two different ideas as if weighing them on a balance to see which carries more weight. Then the better idea can win while the lesser is discarded to the "scrap heap"?

  6. Apr 2020
  7. Jan 2014
    1. Having made these points many times in the last few years, I've realized that the fundamental problem is in the mistaken belief that the type system has anything whatsoever to do with the storage allocation strategy. It is simply false that the choice of whether to use the stack or the heap has anything fundamentally to do with the type of the thing being stored. The truth is: the choice of allocation mechanism has to do only with the known required lifetime of the storage.

      The type system has nothing to do with the storage allocation strategy; the choice of allocation mechanism has to do only with the known required lifetime of the storage.

    1. A lot of people seem to think that heap allocation is expensive and stack allocation is cheap. They are actually about the same, typically. It’s the deallocation costs – the marking and sweeping and compacting and moving memory from generation to generation – that are massive for heap memory compared to stack memory.
    2. This sketch is complicated by the fact that there are actually three such arenas; the CLR collector is generational. Objects start off in the “short lived” heap. If they survive they eventually move to the “medium lived” heap, and if they survive there long enough, they move to the “long lived” heap. The GC runs very often on the short lived heap and very seldom on the long lived heap; the idea is that we do not want to have the expense of constantly re-checking a long-lived object to see if it is still alive. But we also want short-lived objects to be reclaimed swiftly.
    3. If we’re in that situation when new memory is allocated then the “high water mark” is bumped up, eating up some of the previously “free” portion of the block. The newly-reserved memory is then usable for the reference type instance that has just been allocated. That is extremely cheap; just a single pointer move, plus zeroing out the newly reserved memory if necessary.
    4. The idea is that there is a large block of memory reserved for instances of reference types. This block of memory can have “holes” – some of the memory is associated with “live” objects, and some of the memory is free for use by newly created objects. Ideally though we want to have all the allocated memory bunched together and a large section of “free” memory at the top.