====== Complex ======

###
boolean, read-only.
###

###
For an operator //O//, //O.Complex// returns a boolean (//true// or //false//) stating if the operator contains complex numbers or not.
###

===== Example =====

###
We define:
$$O=3.4+1.2a^{\dagger}_{0}\,a^{\phantom{\dagger}}_{0}+(2.5+I)a^{\dagger}_{1}\,a^{\phantom{\dagger}}_{2},$$
and 
$$O=3.4+1.2a^{\dagger}_{0}\,a^{\phantom{\dagger}}_{0}+(2.5)a^{\dagger}_{1}\,a^{\phantom{\dagger}}_{2},$$
and print for each of these operators if they are complex or not. (true for the first case, false for the second case).
###

==== Input ====
<code Quanty Example.Quanty>
NF=3
NB=0
O = NewOperator(NF,NB,{{3.4},{0,-0,1.2},{1,-2,2.5+I}})
print(O.Complex)
O = NewOperator(NF,NB,{{3.4},{0,-0,1.2},{1,-2,2.5}})
print(O.Complex)
</code>

==== Result ====
<file Quanty_Output>
true
false
</file>

===== Available properties =====
{{indexmenu>.#1}}