Add gates and

Author: eanorambuena

example.pfcf

@@ -28,3 +28,12 @@ H,
 .---X,
 c1,
 \</qiskit\>,
+
+<qiskit>
+$host qasm_simulator
+q0  q1
+    X
+H
+.---X
+c1
+</qiskit>

pfcf/__pycache__/code.cpython-38.pyc

@@ -1,5 +1,5 @@
 from pfcf.utils import *
-import pfcf.codel.qiskit as qiskit
+import pfcf.codel.qiskit as q
 
 def codef(codel: str,text: str): #code function
   form=".compile.py"
@@ -9,33 +9,57 @@ def codef(codel: str,text: str): #code function
     t=qiskit(text)
   f.write(t)
   f.close()
-  sleep(100)
+  sleep(1000)
   delete(codel,form)
 
 def qiskit(text: str):
   t=[]
-  t.append("from qiskit import QuantumCircuit, execute, Aer")
-  t.append("from qiskit.visualization import plot_histogram")
+  t.append("from qiskit import QuantumCircuit, execute, Aer\n")
+  t.append("from qiskit.visualization import plot_histogram\n")
   T=""
   s=0
   command=""
   param=""
+  Q=0
+  gate=""
+  gatecount=0
+  qdef=0
   for i in text:
     if s==1: #settings mode on
       if i!=" ":
         command+=i
       else:
         s=2
     elif s==2:
-      if i!=" ":
+      if i!=" " and i!="\n":
         param+=i
       else:
-        qiskit.settings(command,param)
+        t.append(q.settings(command,param))
         s=0
     elif i=="$":
-      m=1
+      s=1
+    elif qdef==1:
+      if i=="q":
+        Q+=1
+      elif i=="\n":
+        qdef=2
+        t.append("circuit== QuantumCircuit("+str(Q)+","+str(Q)+")\n")
+    elif qdef==2:
+      if i!="\n" and i!=" ":
+        gate+=i
+      elif i==" ":
+        gatecount+=0.5
+        t.append(q.quantum(gate,gatecount))
+        gate=""
+      else:
+        t.append(q.quantum(gate,gatecount))
+        gate=""
+        gatecount=0
+    elif i=="q":
+      qdef=1
+      Q+=1
 
   for i in t:
-    T+=i+"\n"
+    T+=i
   return T
 

pfcf/__pycache__/utils.cpython-38.pyc

@@ -1,16 +1,43 @@
-global shots=1024
-
+from pfcf.utils import *
 def settings(command: str,param):
   t=""
   if command=="host":
-    t0="backend=Aer.get_backend('"+param+"')\n"
-    t1="job=execute(circuit, backend, shots="+shots+")\n"
+    t0="s=1024\nbackend=Aer.get_backend('"+param+"')\n"
+    t1="job=execute(circuit, backend, shots=s)\n"
     t2="result=job.result()\n"
     t3="counts=result.get_counts(circuit)\n"
     t=t0+t1+t2+t3
   elif command=="shots":
-    global shots=param
+    t="s="+param
   elif command=="hist":
     t1="graph=plot_histogram(counts)\n"
     t2="display(graph)\n"
+    t=t1+t2
+  elif command=="draw":
+    t="circuit.draw('mpl')\n"
+  elif command=="inject":
+    t=param+"\n"
   return t
+
+def quantum(gate: str,n):
+  t=""
+  N=floor(n)
+  n=str(N)
+  T="circuit."
+  if len(gate)==1:
+    t=T+gate.lower()+"("+n+")\n"
+  elif gate==".---X":
+    t=T+"cx("+n+","+str(N+1)+")\n"
+  elif gate=="X---.":
+    t=T+"cx("+str(N+1)+","+n+")\n"
+  else:
+    number=""
+    b=0
+    for i in gate:
+      if i!="c":
+        number+=i
+      else:
+        b=1
+    if b==1:
+      t=T+"measure("+n+","+number+")\n"
+  return t

pfcf/code.py

@@ -1,4 +1,4 @@
-import time, os, json
+import time, os, json, math
 
 def getLines(adress: str):
   h=open(adress,"r")
@@ -19,4 +19,7 @@ def clearConsole():
   command = 'clear'
   if os.name in ('nt', 'dos'):  # If Machine is running on Windows, use cls    
     command = 'cls'
-  os.system(command)
+  os.system(command)
+
+def floor(f: float):
+  return math.floor(f)