Update API dev docs

docs/api/qiskit-c/dev/_toc.json

@@ -33,6 +33,10 @@
       "title": "QkExitCode",
       "url": "/docs/api/qiskit-c/dev/qk-exit-code"
     },
+    {
+      "title": "QkNeighbors",
+      "url": "/docs/api/qiskit-c/dev/qk-neighbors"
+    },
     {
       "title": "QkObs",
       "url": "/docs/api/qiskit-c/dev/qk-obs"

docs/api/qiskit-c/dev/index.mdx

@@ -42,6 +42,7 @@ Using the transpiler from the C API is intended to only cover circuits created s
 *   [QkTranspiler](qk-transpiler)
 *   [QkTarget](qk-target)
 *   [QkTargetEntry](qk-target-entry)
+*   [QkNeighbors](qk-neighbors)
 *   [QkTranspileLayout](qk-transpile-layout)
 *   [Transpiler Passes](qk-transpiler-passes)
 *   [VF2 compiler-pass objects](qk-vf-2-layout)

docs/api/qiskit-c/dev/qk-bit-term.mdx

@@ -86,35 +86,33 @@ The numeric structure of these is that they are all four-bit values of which the
 
 ## Functions
 
-### qk\_bitterm\_label
+**<span id="group__QkBitTerm_1gad8255603d800498cc15ac43da08b11a3" />uint8\_t qk\_bitterm\_label(QkBitTerm bit\_term)**
 
-<Function id="qk_bitterm_label" signature="uint8_t qk_bitterm_label(QkBitTerm bit_term)">
-  Get the label for a bit term.
+Get the label for a bit term.
 
-  <span id="group__QkBitTerm_1autotoc_md155" />
+<span id="group__QkBitTerm_1autotoc_md156" />
 
-  #### Example
+### Example
 
-  ```c
-  QkBitTerm bit_term = QkBitTerm_Y;
-  // cast the uint8_t to char
-  char label = qk_bitterm_label(bit_term);
-  ```
+```c
+QkBitTerm bit_term = QkBitTerm_Y;
+// cast the uint8_t to char
+char label = qk_bitterm_label(bit_term);
+```
 
-  <span id="group__QkBitTerm_1autotoc_md156" />
+<span id="group__QkBitTerm_1autotoc_md157" />
 
-  #### Safety
+### Safety
 
-  <span id="group__QkBitTerm_1autotoc_md156" />
+<span id="group__QkBitTerm_1autotoc_md157" />
 
-  The behavior is undefined if `bit_term` is not a valid `uint8_t` value of a `QkBitTerm`.
+The behavior is undefined if `bit_term` is not a valid `uint8_t` value of a `QkBitTerm`.
 
-  **Parameters**
+**Parameters**
 
-  **bit\_term** – The bit term.
+*   **bit\_term** – The bit term.
 
-  **Returns**
+**Returns**
 
-  The label as `uint8_t`, which can be cast to `char` to obtain the character.
-</Function>
+The label as `uint8_t`, which can be cast to `char` to obtain the character.
 

docs/api/qiskit-c/dev/qk-circuit-library.mdx

@@ -12,33 +12,31 @@ The Qiskit circuit library contains functions for building commonly used quantum
 
 ## Functions
 
-### qk\_circuit\_library\_quantum\_volume
+**<span id="group__QkCircuitLibrary_1ga0439f468ed42f2ad0c4ee00206f6db1c" />QkCircuit \*qk\_circuit\_library\_quantum\_volume(uint32\_t num\_qubits, size\_t depth, int64\_t seed)**
 
-<Function id="qk_circuit_library_quantum_volume" signature="QkCircuit *qk_circuit_library_quantum_volume(uint32_t num_qubits, size_t depth, int64_t seed)">
-  Generate a Quantum Volume model circuit
+Generate a Quantum Volume model circuit
 
-  The model circuits are random instances of circuits used to measure the Quantum Volume metric, as introduced in \[1]. The model circuits consist of layers of Haar random elements of SU(4) applied between corresponding pairs of qubits in a random bipartition.
+The model circuits are random instances of circuits used to measure the Quantum Volume metric, as introduced in \[1]. The model circuits consist of layers of Haar random elements of SU(4) applied between corresponding pairs of qubits in a random bipartition.
 
-  This function is multithreaded and will launch a thread pool with threads equal to the number of CPUs by default. You can tune the number of threads with the RAYON\_NUM\_THREADS environment variable. For example, setting RAYON\_NUM\_THREADS=4 would limit the thread pool to 4 threads.
+This function is multithreaded and will launch a thread pool with threads equal to the number of CPUs by default. You can tune the number of threads with the RAYON\_NUM\_THREADS environment variable. For example, setting RAYON\_NUM\_THREADS=4 would limit the thread pool to 4 threads.
 
-  \[1] A. Cross et al. Validating quantum computers using randomized model circuits, Phys. Rev. A 100, 032328 (2019). [arXiv:1811.12926](https://arxiv.org/abs/1811.12926)
+\[1] A. Cross et al. Validating quantum computers using randomized model circuits, Phys. Rev. A 100, 032328 (2019). [arXiv:1811.12926](https://arxiv.org/abs/1811.12926)
 
-  <span id="group__QkCircuitLibrary_1autotoc_md48" />
+<span id="group__QkCircuitLibrary_1autotoc_md49" />
 
-  #### Parameters
+### Parameters
 
-  <span id="group__QkCircuitLibrary_1autotoc_md48" />
+<span id="group__QkCircuitLibrary_1autotoc_md49" />
 
-  *   `num_qubits`: The number qubits to use for the generated circuit.
-  *   `depth`: The number of layers for the generated circuit.
-  *   `seed`: An RNG seed used for generating the random SU(4) matrices used in the output circuit. If the provided number is negative the seed used will be soured from system entropy.
+*   `num_qubits`: The number qubits to use for the generated circuit.
+*   `depth`: The number of layers for the generated circuit.
+*   `seed`: An RNG seed used for generating the random SU(4) matrices used in the output circuit. If the provided number is negative the seed used will be soured from system entropy.
 
-  <span id="group__QkCircuitLibrary_1autotoc_md49" />
+<span id="group__QkCircuitLibrary_1autotoc_md50" />
 
-  #### Example
+### Example
 
-  ```c
-  QkCircuit *qc = qk_circuit_library_quantum_volume(10, 10, -1)
-  ```
-</Function>
+```c
+QkCircuit *qc = qk_circuit_library_quantum_volume(10, 10, -1)
+```