spw.quest

Pivot a line

Change one slot, keep the rest, and see the line before you go. Forms, side by side shows what each slot does.

The line

~cycle(seminar)[prime]{stack.open}

a line you wrote

  • new
subject
~cycle
mode
prime
body
stack.open
scope
seminar

Take it apartFeel it at restWhat each slot is

An operator in front

  1. ~
  2. ?
  3. !
  4. *
  5. .
  6. ^
  7. #
  8. @
  9. &
  10. =
  11. %
  12. $
Add to what it holds

Back to ~cycle(seminar){stack.open}

Families it belongs to

28 lines one change away

Drop a slot to read what the line says without it.

near: a line sharing a slot uses it · common: common on the shelf

charge the charge in front

  1. boon ~cycle(seminar)[prime]{stack.open}

    add boon

    • add
    lands
    Not on the shelf yet.
    why
    a valence word rides the word

    Pivot from hereTake it apart

subject the word

  1. #>blog_blob_spw(seminar)[prime]{stack.open}

    swap to #>blog_blob_spw

    • swap
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  2. #>brace_semantics(seminar)[prime]{stack.open}

    swap to #>brace_semantics

    • swap
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  3. #>cauldron_lens_composition(seminar)[prime]{stack.open}

    swap to #>cauldron_lens_composition

    • swap
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  4. #>chrome_navigation_wonder(seminar)[prime]{stack.open}

    swap to #>chrome_navigation_wonder

    • swap
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

mode the lens

  1. ~cycle(seminar)[hook]{stack.open}

    swap to hook

    • swap
    • common
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  2. ~cycle(seminar)[component]{stack.open}

    swap to component

    • swap
    • common
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  3. ~cycle(seminar)[depth]{stack.open}

    swap to depth

    • swap
    • common
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  4. ~cycle(seminar)[practice]{stack.open}

    swap to practice

    • swap
    • common
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  5. ~cycle(seminar){stack.open}

    drop the lens

    • drop
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  6. ~cycle<prime>(seminar){stack.open}

    turn its walls to < >

    • walls
    lands
    Not on the shelf yet.
    why
    the lens becomes where it goes

    Pivot from hereTake it apart

body what it holds

  1. ~cycle(seminar)[prime]{post.starter}

    swap to post.starter

    • swap
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  2. ~cycle(seminar)[prime]{pairs.labels.serializer}

    swap to pairs.labels.serializer

    • swap
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  3. ~cycle(seminar)[prime]{lens.mix.receipt}

    swap to lens.mix.receipt

    • swap
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  4. ~cycle(seminar)[prime]{header.rail.breadcrumbs}

    swap to header.rail.breadcrumbs

    • swap
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  5. ~cycle(seminar)[prime]

    drop what it holds

    • drop
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  6. ~cycle<stack.open>(seminar)[prime]

    turn its walls to < >

    • walls
    lands
    Not on the shelf yet.
    why
    what it holds becomes where it goes

    Pivot from hereTake it apart

  7. ~cycle(seminar)[prime]{stack,open}

    hold the parts together

    • turn
    lands
    Not on the shelf yet.
    why
    commas keep parts apart and present at once

    Pivot from hereTake it apart

  8. ~cycle(seminar)[prime]{stack;open}

    hold the parts in order

    • turn
    lands
    Not on the shelf yet.
    why
    semicolons put the parts in a sequence

    Pivot from hereTake it apart

  9. ~cycle(seminar)[prime]{stack ~> open}

    make the parts a path

    • turn
    lands
    Not on the shelf yet.
    why
    ~> carries each part on to the next without collapsing them

    Pivot from hereTake it apart

scope the scene

  1. ~cycle(year)[prime]{stack.open}

    swap to year

    • swap
    • common
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  2. ~cycle(runtime)[prime]{stack.open}

    swap to runtime

    • swap
    • common
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  3. ~cycle[prime]{stack.open}

    drop the scene

    • drop
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  4. ~cycle<seminar>[prime]{stack.open}

    turn its walls to < >

    • walls
    lands
    Not on the shelf yet.
    why
    the scene becomes where it goes

    Pivot from hereTake it apart

projection where it goes

  1. ~cycle<first_post>(seminar)[prime]{stack.open}

    add first_post

    • add
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  2. ~cycle<one_reading>(seminar)[prime]{stack.open}

    add one_reading

    • add
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  3. ~cycle<mode_slot>(seminar)[prime]{stack.open}

    add mode_slot

    • add
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

  4. ~cycle<way_back>(seminar)[prime]{stack.open}

    add way_back

    • add
    • near
    lands
    Not on the shelf yet.

    Pivot from hereTake it apart

Constructs · Specimens · Take one line apart · Learn it a mark at a time