Finished documentation of notebooks for BTC_02_AE

tnbs/BTC_02_AE/QQuantLib/notebooks/02_AmplitudeEstimationBTC.ipynb

@@ -296,9 +296,7 @@
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     "### 2.4. Encoding function in a quantum circuit.\n",
     "\n",
@@ -550,7 +548,10 @@
     "* *oracle*: *myqlm* gate with the unitary operator $\\mathbf{A(f_{x_i})}$\n",
     "* *target*: the state $\\ket{\\Psi_0}$ of the unitary operator $\\mathbf{A(f_{x_i})}$\n",
     "* *index*: index affected by the unitary operator $\\mathbf{A(f_{x_i})}$\n",
-    "* *ae_dictionary*: Python dictionary with the complete configuration of the **AE** algorithm. Most important key is: *ae_type* key where the **AE** algorithm should be specified. The following strings can be provided: **CQPEAE**, **IQPEAE**, **MLAE**, **IQAE**,**RQAE**\n",
+    "* *ae_dictionary*: Python dictionary with the complete configuration of the **AE** algorithm. Most important key is: *ae_type* key where the **AE** algorithm should be specified. The following strings can be provided: **CQPEAE**, **IQPEAE**, **MLAE**, **IQAE**,**RQAE** and **MCAE**.\n",
+    "\n",
+    "**NOTE**\n",
+    "Some descriptions of the different *AE* algorithms implemented and about their configuration settings are provided in the notebook: *04_AmpliutdeEstimationAlgorithms*.\n",
     "\n",
     "The class directly builds the *Grover* operator mandatory for the **AE** algorithm. The **run** method of the class executes the **AE** algorithm. The *AE* class have the following important attributes:\n",
     "\n",
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