commit de690dc2814eb7e86d738f377fc65d017ce9af0a
parent 24bd2f0f7029aaa61e883828a7d2e5e3d27316eb
Author: Adam <1319733+freddyz@users.noreply.github.com>
Date: Mon, 19 Aug 2019 08:31:41 -0500
Update README.MD
Diffstat:
| M | README.MD | | | 134 | +++++++------------------------------------------------------------------------ |
1 file changed, 11 insertions(+), 123 deletions(-)
diff --git a/README.MD b/README.MD
@@ -1,20 +1,6 @@
# computerscare modules for VCV Rack
+<img src="https://github.com/freddyz/computerscare-vcv-modules/blob/master/doc/all-computerscare-modules-v1.png" width="900" alt="Computerscare Modules for VCV Rack" />
-
-
-~~~~
- oo o Q 6 6 Q 6
- o o Q 6 6 6
- Q 6 QQ o Q 6 Qo
-Q Q 66 o QQ QQ
- 6 6 6 o Q
- Q Q 6 6 Q 6 Q Qo
- oo o 6 o Q Q Q 6
-
-YLX LY5 2X5 Y2L 2LY X25 YLX YLL
-2LY X22 25L 52L YXY X5Y 55Y 225
-5YX XLX 5YX 25X LY5 L2Y L5X 55L
-~~~~
# Oh Peas! Quad Quantenuverter
4-Channel attenuverter, offsetter, quantizer
@@ -69,7 +55,7 @@ xx ᳹䒜 淧 -- ፌxЧ -᳹ xxx-x䒜x᳹
# I Love Cookies
Signal & CV Sequencer. Uses Text as input. Because after all, don't we all love cookies?
-Knobs are labeled with lowercase letters: a-z. Inputs are labeled with uppercase letters A-Z. Programming in the sequence: ~abcd~ will sequentially output the values of knobs a, b, c, and finally d. It will then loop back to step 0: knob a again. An exact voltage can be programmed by enclosing the value in square brackets. For example: `<4.20>`. Following a sequence of values (lowercase, uppercase, or exact value) with "@8" will loop the sequence after 8 steps. 8 is not a special value, any number works after the "@" symbol. Here is an example with some I Love Cookies inputs their equivalents:
+Knobs are labeled with lowercase letters: a-z. Inputs are labeled with uppercase letters A-Z. Programming in the sequence: ~abcd~ will sequentially output the values of knobs a, b, c, and finally d. It will then loop back to step 1: knob a again. An exact voltage can be programmed by enclosing the value in square brackets. For example: `<4.20>`. Following a sequence of values (lowercase, uppercase, or exact value) with "@8" will loop the sequence after 8 steps. 8 is not a special value, any number is allowed after the "@" symbol. Here is an example with some I Love Cookies inputs their equivalents:
~~~~
Input Equivalent Input
@@ -83,7 +69,7 @@ abcdef@3 abc
## Randomization
-Enclosing values (lowercase letter, uppercase letter, or exact voltage) in curl braces {} will randomly select one of the values with equal probability. For example, ~{ab}~ will choose either "a" or "b" at each clock step. ~{g<2.55>}~ will output either the value of knob "g" or 2.55 volts with equal probability.
+Enclosing values (lowercase letter, uppercase letter, or exact voltage) in curly braces {} will randomly select one of the values with equal probability. For example, ~{ab}~ will choose either "a" or "b" at each clock step. ~{g<2.55>}~ will output either the value of knob "g" or 2.55 volts with equal probability.
## Square Bracket Expansion
@@ -109,21 +95,6 @@ abcde@8 abcdeabc
abcdef@3 abc
~~~~
-## Randomization
-
-Enclosing values (lowercase letter, uppercase letter, or exact voltage) in curl braces {} will randomly select one of the values with equal probability. For example, ~{ab}~ will choose either "a" or "b" at each clock step. ~{g<2.55>}~ will output either the value of knob "g" or 2.55 volts with equal probability.
-
-## Square Bracket Expansion
-
-Enclosing comma-separated sequences with square brackets allows for even more complex patterns to be generated.
-
-~~~~
-Input Equivalent Input Comment
-
-[ab,c]@4 ababcccc 4 steps of "ab", then 4 steps of "c"
-[A,cde]@5 AAAAAcdecd 5 steps from input "A", then 5 steps of "cde"
-~~~~
-
All of the following are valid I Love Cookies programs:
~~~~
@@ -190,12 +161,13 @@ In The 3rd row:`2131@8`, the "@8" means: repeat the pattern every 8 clock signal
-The 4th row's input is `8-4`. This means the pattern "8", offset by 4 triggers. When triggered by 16th notes, I find this pattern useful for triggering a backbeat snare drum.
+A rest can be programmed by using the number "0". If Laundry Soup is triggered by 16th notes, the pattern `00004` (or equivalently `0@4,4`) can be used to trigger a snare drum sound on the backbeat.
+
~~~~
-8 ---> x-------
-8-1 ---> -x------
-8-4 ---> ----x---
+8 ---> x-------
+07 ---> -x------
+00004 ---> ----x---
~~~~
@@ -215,96 +187,17 @@ The 6th row shows a way to "skip" beats. `@4` all by itself means: wait 4 beats
@4,4 ---> ----x---
~~~~
-### dtp64 Language:
+### How to program lengths longer than 9 beats:
To program a rhythm that divides the incoming clock by 16, the proper input is NOT `16`. Values greater than 9 steps must be enclosed in angle brackets `<16>`
~~~~
-16 ---> xx----- (repeats every 7 beats)
+16 ---> xx----- (Laundry Soup interprets this as a 1 and then a 6. This pattern repeats every 7 beats)
<16> ---> x--------------- (repeats every 16 beats)
~~~~
-
-To represent lengths 10 thru 64, use a-z, then A-Z, &, $, and 0. See the chart below for this quasi-base64 mapping which I call "pdt64"
-~~~~
-16 ---> xx----- (repeats every 7 beats)
-9 ---> x-------- (repeats every 9 beats)
-a ---> x--------- (repeats every 10 beats)
-g ---> x--------------- (repeats every 16 beats)
-~~~~
-
-### dtp64 Table:
-~~~~
-dtp64 #-of-clocks
-1 1
-2 2
-3 3
-4 4
-5 5
-6 6
-7 7
-8 8
-9 9
-a 10
-b 11
-c 12
-d 13
-e 14
-f 15
-g 16
-h 17
-i 18
-j 19
-k 20
-l 21
-m 22
-n 23
-o 24
-p 25
-q 26
-r 27
-s 28
-t 29
-u 30
-v 31
-w 32
-x 33
-y 34
-z 35
-A 36
-B 37
-C 38
-D 39
-E 40
-F 41
-G 42
-H 43
-I 44
-J 45
-K 46
-L 47
-M 48
-N 49
-O 50
-P 51
-Q 52
-R 53
-S 54
-T 55
-U 56
-V 57
-W 58
-X 59
-Y 60
-Z 61
-& 62
-$ 63
-0 64
-~~~~
-
-
### Input Jacks:
@@ -334,12 +227,7 @@ B) The pattern ought to trigger on this absoluteStep
### Displays:
-**absoluteStep Display:** Shows the absoluteStep of the row. The absoluteStep will increase by 1 every clock signal, until
-~~~~
-A) The end of the pattern is reached
- OR
-B) A reset trigger is sent to the Global Reset or Individual Reset input jack
-~~~~
+The display shows a few things:
*Inspired by Frank Buss's Formula, Ryan Kirkbride's FoxDot, SuperCollider*
