Explanation of important words

Nand {
	and *binary.And
	not *binary.Not

	and:X = :X
	and:Y = :Y
	and:XAndY = not:Z
	not:NotZ = :
}
			

alpha {
	directive1 *fully.qualified.Name
	directive2 @fully.qualified.Name
	integral   123
	floating   3.14
	complex    (1-3i)
	quoted     "abcd\n\tefgh"
	backQuoted 
}
			

{
	e {
		Alt (be.Materializer)
		Alternate (be.Materializer)
		Breakpoint (be.Materializer)
		Fork (be.Materializer)
		Grow (be.Materializer)
		Help (be.Materializer)
		Ignore (be.Materializer)
		...
	}
	element {
		Docker (be.Materializer)
		Process (be.Materializer)
	}
	...
}
			

ImplicitIntMap {
	*fully.qualified.Name
	123
	3.14
}

ExplicitIntMap {
	3   *fully.qualified.Name
	6   @fully.qualified.Name
	1   123
}

StringMap {
	directive  *fully.qualified.Name
	integral   123
	floating   3.14
}

MixedMap {
	directive  *fully.qualified.Name
	1          123
	2          3.14
}
			

*{
	fully
	qualified
	Name
}
			

@{
	fully
	qualified
	Name
}
			

alpha {
	*fully.qualified.Name
	@fully.qualified.Name
	123
	3.14
	(1-3i)
	"abcd\n\tefgh"
	
	{
		A 1
		B "C"
	}
}
			

alpha {
	0 *fully.qualified.Name
	1 @fully.qualified.Name
	2 123
	3 3.14
	4 (1-3i)
	5 "abcd\n\tefgh"
	6 
	7 {
		A 1
		B "C"
	}
}
			

• it can only have int names
• the names have to form a consecutive series, starting from 0

When materializing, the links connected to the super gate are exposed to the higher-level/enclosing/“super” circuit.

Tree {
	Trunk {
		Branches {
			"Johnny"
			"Katie"
		}
	}
	Root {
		Tentacles {
			"Grandpa"
			"Grandma"
		}
	}
}
			

SomeCircuit {
	directive1 *fully.qualified.Name
	directive2 @fully.qualified.Name
	integral   123
	floating   3.14
	complex	(1-3i)
	quoted	 "abcd\n\tefgh"
	backQuoted 
}