QuantumC

QBools

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QBools are another important feature of Quantum C. They are booleans with 4 states. While this is simple to understand, beign able to assign both both and none along with qtrue and qfalse, what is complex is their logical operators, which they have 8 of.

Logical operator	Name	Syntax	Use (Truth tables below)
&&&	QAND	L &&& R	&& for QBools
|||	QOR	L ||| R	|| for QBools
‍^^	QXOR	L ^^ R	‍^ for QBools
!!	QNOT	!!A	! For QBools
&|&	Collapse AND	L &|& R	Convert QBool to bool
|&|	Collapse OR	L |&| R	Convert QBool to bool
===	Quantum Equals	L === R	If L is R: both, otherwise none
!==	Quantum Inequal	L !== R	If L is not R: both, otherwise none

Quantum Logic truth tables

&&&	none	qfalse	qtrue	both
none	none	qfalse	qfalse	qfalse
qfalse	qfalse	qfalse	qfalse	qfalse
qtrue	qfalse	qfalse	qtrue	both
both	qfalse	qfalse	both	both

|||	none	qfalse	qtrue	both
none	none	qfalse	qtrue	both
qfalse	qfalse	qfalse	both	both
qtrue	qtrue	both	qtrue	both
both	both	both	both	both

!!	none	qfalse	qtrue	both
	both	qtrue	qfalse	none

Sorry this one is a bit confusing

^^	none	qfalse	qtrue	both
none	none	none	both	both
qfalse	none	none	both	both
qtrue	both	both	qfalse	both
both	both	both	both	qfalse

&|&	none	qfalse	qtrue	both
none	false	false	false	false
qfalse	false	false	false	false
qtrue	false	false	true	true
both	false	false	true	true

|&|	none	qfalse	qtrue	both
none	false	false	true	true
qfalse	false	false	true	true
qtrue	true	true	true	true
both	true	true	true	true

And thats the core of quantum booleans.