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 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
a@3 aaa
ab@5 ababa
<1><0>@8 <1><0><1><0><1><0><1><0>
abcde@8 abcdeabc
abcdef@3 abc
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. {} will choose one of the 26 knobs a thru z.
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"
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Input Equivalent Input
a@3 aaa
ab@5 ababa
<1><0>@8 <1><0><1><0><1><0><1><0>
abcde@8 abcdeabc
abcdef@3 abc
All of the following are valid I Love Cookies programs:
<4.20>
{abc}
ab(cd)
def@10
[abc,de]@6
{}@8,arphald
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