This is a draft cheat sheet. It is a work in progress and is not finished yet.
QuantumRegister
qasm |
Return OPENQASM string for this register |
check_range(j) |
Check that j is a valid index into self |
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QuantumCircuit
add( *regs ) |
add registers |
barrier( *tuples ) |
apply barrier to tuples
(reg, idx) |
ccx( ctl1, ctl2, tgt ) |
apply Toffoli |
ch( ctl, tgt ) |
apply CH from ctl to tgt |
combine( rhs ) |
if self has rhs's regs
return self + rhs |
crz( ctl, tgt ) |
apply crz
from ctl to tgt
with angle theta |
cswap( ctl, tgt1, tgt2 ) |
apply Fredkin |
cu1( theta, ctl, tgt ) |
apply cu1 from ctl to tgt
with angle theta |
cu3( theta, phi, lam, ctl, tgt ) |
apply cu3 from ctl to tgt
with angle theta, phi, lam |
cx( ctl, tgt ) |
apply CNOT from
ctl to tgt |
cx_base( ctl, tgt ) |
apply CX from
ctl to tgt |
cy( ctl, tgt ) |
apply CY from
ctl to tgt |
cz( ctl, tgt ) |
apply CZ from
ctl to tgt |
extend( rhs ) |
append rhs to self if
self contains rhs's registers
modify and return self |
first_atomic_gate_host() |
return the host list of
the leaf gate on the left edge |
get_cregs() |
get the cregs from the registers |
get_qregs() |
get the qregs from the registers |
h( q ) |
apply H to q |
has_register( register ) |
return True or False |
iden( q ) |
apply Identity to q |
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