Let's Control It

for the Wiki:
Format Transformation:
Feature to transform Values from numeric to strings or to format numeric values.

Syntax:
[task#value#transformation#justification]

Where #transformation is:
Format of PIN states of GPIO (0 or 1)
#V: value unformatted
#O: 1/0 -> ON/OFF
#C: 1/0 -> OPEN/CLOSE
#U: 1/0 -> UP/DOWN
#u: 1/0 -> U/D
#Y: 1/0 -> YES/NO
#y: 1/0 -> Y/N
#I: 1/0 -> IN/OUT
#X: 1/0 -> X/O
#Z: 1/0 -> 1/0
Adding ! to any of the above formatting inverts the logic.
So for example:
#O! 1/0 -> OFF/ON
#Z! 1/0 -> 0/1
#Y! 1/0 -> NO/YES
Format of any number value (floats):
#Dx.y: x digits + y decimals
#E: convert to ceiling
#F: convert to floor
Examples (value = 3.1415):
#D -> 3
#D3 -> 003
#D.2 -> 3.14
#D3.2 -> 003.14
#E -> 4
#F -> 3
#R: justifies the latest value to the right according to the number of characters exported by the LCD (tested on LCD). Not tested on other displays.
Justification formats applis to the transformed value:
#Pn: prefix with padding spaces
#Sn suffix with padding spaces
Example (value = 1)
#U#S5 -> UP (+3 spaces)
#U#P5 -> (3 spaces) UP
New Transformations:
#H: Hot/Cold
#M: Man/Auto
#m: M/A
New Justifications:
#Lx: Left (x=number of chars)
#Rx: Right (x=number of chars)
#Ux.y: Substring (x=first char; y=number of chars)