[
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"load(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"load(xarray.DataArray)\". \"isel(xarray.DataArray)\" points to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is pointed to by \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"load(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"load(xarray.DataArray)\". \"isel(xarray.DataArray)\" connects to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is connected to by \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"load(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"load(xarray.DataArray)\". \"isel(xarray.DataArray)\" links to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is linked to by \"isel(xarray.DataArray)\". The relationship from \"isel(xarray.DataArray)\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"load(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"load(xarray.DataArray)\" are present. \"isel(xarray.DataArray)\" maps to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is mapped to by \"isel(xarray.DataArray)\". No intermediate node exists between \"isel(xarray.DataArray)\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"load(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"load(xarray.DataArray)\" exist. \"isel(xarray.DataArray)\" precedes \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is preceded by \"isel(xarray.DataArray)\". A direct link connects \"isel(xarray.DataArray)\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"load(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"load(xarray.DataArray)\". \"isel(xarray.DataArray)\" corresponds to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" corresponds to \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"load(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"load(xarray.DataArray)\". \"isel(xarray.DataArray)\" is followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" follows \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"plot(xarray.DataArray)\". \"isel(xarray.DataArray)\" points to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is pointed to by \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"plot(xarray.DataArray)\". \"isel(xarray.DataArray)\" connects to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is connected to by \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"plot(xarray.DataArray)\". \"isel(xarray.DataArray)\" links to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is linked to by \"isel(xarray.DataArray)\". The relationship from \"isel(xarray.DataArray)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"plot(xarray.DataArray)\" are present. \"isel(xarray.DataArray)\" maps to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is mapped to by \"isel(xarray.DataArray)\". No intermediate node exists between \"isel(xarray.DataArray)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"plot(xarray.DataArray)\" exist. \"isel(xarray.DataArray)\" precedes \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is preceded by \"isel(xarray.DataArray)\". A direct link connects \"isel(xarray.DataArray)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"plot(xarray.DataArray)\". \"isel(xarray.DataArray)\" corresponds to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" corresponds to \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"plot(xarray.DataArray)\". \"isel(xarray.DataArray)\" is followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" follows \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"plot(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" points to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is pointed to by \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" connects to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is connected to by \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"plot(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" links to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is linked to by \"isel(xarray.DataArray)\". The relationship from \"isel(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" maps to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is mapped to by \"isel(xarray.DataArray)\". No intermediate node exists between \"isel(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" exist. \"isel(xarray.DataArray)\" precedes \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is preceded by \"isel(xarray.DataArray)\". A direct link connects \"isel(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"plot(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" corresponds to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" corresponds to \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" is followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" follows \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"axhline(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" points to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is pointed to by \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" connects to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is connected to by \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"axhline(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" links to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is linked to by \"isel(xarray.DataArray)\". The relationship from \"isel(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" maps to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is mapped to by \"isel(xarray.DataArray)\". No intermediate node exists between \"isel(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" exist. \"isel(xarray.DataArray)\" precedes \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is preceded by \"isel(xarray.DataArray)\". A direct link connects \"isel(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"axhline(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" corresponds to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" corresponds to \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" is followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" follows \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"contourf(xarray.plot)\". \"isel(xarray.DataArray)\" points to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is pointed to by \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"contourf(xarray.plot)\". \"isel(xarray.DataArray)\" connects to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is connected to by \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"contourf(xarray.plot)\". \"isel(xarray.DataArray)\" links to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is linked to by \"isel(xarray.DataArray)\". The relationship from \"isel(xarray.DataArray)\" to \"contourf(xarray.plot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"contourf(xarray.plot)\" are present. \"isel(xarray.DataArray)\" maps to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is mapped to by \"isel(xarray.DataArray)\". No intermediate node exists between \"isel(xarray.DataArray)\" and \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"contourf(xarray.plot)\" exist. \"isel(xarray.DataArray)\" precedes \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is preceded by \"isel(xarray.DataArray)\". A direct link connects \"isel(xarray.DataArray)\" and \"contourf(xarray.plot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"contourf(xarray.plot)\". \"isel(xarray.DataArray)\" corresponds to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" corresponds to \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"isel(xarray.DataArray)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"contourf(xarray.plot)\". \"isel(xarray.DataArray)\" is followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" follows \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"legend(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" indirectly points to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly pointed to by \"isel(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" points to \"legend(matplotlib.pyplot)\" via intermediate node(s). \"legend(matplotlib.pyplot)\" is pointed to by \"isel(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"legend(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" eventually points to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is eventually pointed to by \"isel(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" connects to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly connected to by \"isel(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" exist. \"isel(xarray.DataArray)\" is connected to \"legend(matplotlib.pyplot)\" via intermediary(s). \"legend(matplotlib.pyplot)\" is connected to by \"isel(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"legend(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" establishes an indirect connection to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" receives an indirect connection established by \"isel(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" links to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly linked to by \"isel(xarray.DataArray)\". This relationship follows the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"legend(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" links to \"legend(matplotlib.pyplot)\" through one or more intermediaries. \"legend(matplotlib.pyplot)\" is linked to by \"isel(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" maps to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly mapped to by \"isel(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" exist. \"isel(xarray.DataArray)\" is mapped to \"legend(matplotlib.pyplot)\" via intermediate mapping(s). \"legend(matplotlib.pyplot)\" is mapped to \"isel(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"legend(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" corresponds to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly corresponded to by \"isel(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" is indirectly associated with \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly associated with \"isel(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"legend(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" indirectly matches \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly matched by \"isel(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" is indirectly followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" indirectly follows \"isel(xarray.DataArray)\". This relationship follows the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" exist. After \"isel(xarray.DataArray)\", \"legend(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"legend(matplotlib.pyplot)\" eventually follows \"isel(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"legend(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" is eventually followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" eventually follows \"isel(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" eventually precedes \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is eventually preceded by \"isel(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"title(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" indirectly points to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly pointed to by \"isel(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"title(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" points to \"title(matplotlib.pyplot)\" via intermediate node(s). \"title(matplotlib.pyplot)\" is pointed to by \"isel(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"title(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" eventually points to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is eventually pointed to by \"isel(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" connects to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly connected to by \"isel(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" exist. \"isel(xarray.DataArray)\" is connected to \"title(matplotlib.pyplot)\" via intermediary(s). \"title(matplotlib.pyplot)\" is connected to by \"isel(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"title(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" establishes an indirect connection to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" receives an indirect connection established by \"isel(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"title(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" links to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly linked to by \"isel(xarray.DataArray)\". This relationship follows the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"title(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" links to \"title(matplotlib.pyplot)\" through one or more intermediaries. \"title(matplotlib.pyplot)\" is linked to by \"isel(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" maps to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly mapped to by \"isel(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" exist. \"isel(xarray.DataArray)\" is mapped to \"title(matplotlib.pyplot)\" via intermediate mapping(s). \"title(matplotlib.pyplot)\" is mapped to \"isel(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"title(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" corresponds to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly corresponded to by \"isel(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"title(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" is indirectly associated with \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly associated with \"isel(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"title(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" indirectly matches \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly matched by \"isel(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" is indirectly followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" indirectly follows \"isel(xarray.DataArray)\". This relationship follows the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" exist. After \"isel(xarray.DataArray)\", \"title(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"title(matplotlib.pyplot)\" eventually follows \"isel(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"title(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" is eventually followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" eventually follows \"isel(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"title(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" eventually precedes \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is eventually preceded by \"isel(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"transform(xgcm.Grid)\". \"isel(xarray.DataArray)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\". \"isel(xarray.DataArray)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"transform(xgcm.Grid)\". \"isel(xarray.DataArray)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"isel(xarray.DataArray)\". The relationship from \"isel(xarray.DataArray)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\" are present. \"isel(xarray.DataArray)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"isel(xarray.DataArray)\". No intermediate node exists between \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\" exist. \"isel(xarray.DataArray)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"isel(xarray.DataArray)\". A direct link connects \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"transform(xgcm.Grid)\". \"isel(xarray.DataArray)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\". \"isel(xarray.DataArray)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"Grid(xgcm.Grid)\". \"isel(xarray.DataArray)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". \"isel(xarray.DataArray)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"Grid(xgcm.Grid)\". \"isel(xarray.DataArray)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"isel(xarray.DataArray)\". The relationship from \"isel(xarray.DataArray)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" are present. \"isel(xarray.DataArray)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"isel(xarray.DataArray)\". No intermediate node exists between \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" exist. \"isel(xarray.DataArray)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"isel(xarray.DataArray)\". A direct link connects \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"Grid(xgcm.Grid)\". \"isel(xarray.DataArray)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". \"isel(xarray.DataArray)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"diff(xgcm.Grid.diff)\". \"isel(xarray.DataArray)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". \"isel(xarray.DataArray)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"diff(xgcm.Grid.diff)\". \"isel(xarray.DataArray)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"isel(xarray.DataArray)\". The relationship from \"isel(xarray.DataArray)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" are present. \"isel(xarray.DataArray)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"isel(xarray.DataArray)\". No intermediate node exists between \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" exist. \"isel(xarray.DataArray)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"isel(xarray.DataArray)\". A direct link connects \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"diff(xgcm.Grid.diff)\". \"isel(xarray.DataArray)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". \"isel(xarray.DataArray)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"isel(xarray.DataArray)\" indirectly points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly pointed to by \"isel(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"matplotlib.pyplot\". \"isel(xarray.DataArray)\" points to \"matplotlib.pyplot\" via intermediate node(s). \"matplotlib.pyplot\" is pointed to by \"isel(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"matplotlib.pyplot\". \"isel(xarray.DataArray)\" eventually points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is eventually pointed to by \"isel(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"matplotlib.pyplot\" are present. \"isel(xarray.DataArray)\" connects to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly connected to by \"isel(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"matplotlib.pyplot\" exist. \"isel(xarray.DataArray)\" is connected to \"matplotlib.pyplot\" via intermediary(s). \"matplotlib.pyplot\" is connected to by \"isel(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"isel(xarray.DataArray)\" establishes an indirect connection to \"matplotlib.pyplot\". \"matplotlib.pyplot\" receives an indirect connection established by \"isel(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"matplotlib.pyplot\". \"isel(xarray.DataArray)\" links to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly linked to by \"isel(xarray.DataArray)\". This relationship follows the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"matplotlib.pyplot\". \"isel(xarray.DataArray)\" links to \"matplotlib.pyplot\" through one or more intermediaries. \"matplotlib.pyplot\" is linked to by \"isel(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"matplotlib.pyplot\" are present. \"isel(xarray.DataArray)\" maps to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly mapped to by \"isel(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"matplotlib.pyplot\" exist. \"isel(xarray.DataArray)\" is mapped to \"matplotlib.pyplot\" via intermediate mapping(s). \"matplotlib.pyplot\" is mapped to \"isel(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"isel(xarray.DataArray)\" corresponds to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly corresponded to by \"isel(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"matplotlib.pyplot\". \"isel(xarray.DataArray)\" is indirectly associated with \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly associated with \"isel(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"matplotlib.pyplot\". \"isel(xarray.DataArray)\" indirectly matches \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly matched by \"isel(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"matplotlib.pyplot\" are present. \"isel(xarray.DataArray)\" is indirectly followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" indirectly follows \"isel(xarray.DataArray)\". This relationship follows the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"matplotlib.pyplot\" exist. After \"isel(xarray.DataArray)\", \"matplotlib.pyplot\" eventually follows (implying intermediate steps). \"matplotlib.pyplot\" eventually follows \"isel(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"isel(xarray.DataArray)\" is eventually followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" eventually follows \"isel(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"isel(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"matplotlib.pyplot\". \"isel(xarray.DataArray)\" eventually precedes \"matplotlib.pyplot\". \"matplotlib.pyplot\" is eventually preceded by \"isel(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"gca(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"gca(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"isel(xarray.DataArray)\". The relationship from \"isel(xarray.DataArray)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"isel(xarray.DataArray)\". No intermediate node exists between \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" exist. \"isel(xarray.DataArray)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"isel(xarray.DataArray)\". A direct link connects \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"gca(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"isel(xarray.DataArray)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"isel(xarray.DataArray)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"isel(xarray.DataArray)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"isel(xarray.DataArray)\". The relationship from \"isel(xarray.DataArray)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"isel(xarray.DataArray)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"isel(xarray.DataArray)\". No intermediate node exists between \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"isel(xarray.DataArray)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"isel(xarray.DataArray)\". A direct link connects \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"isel(xarray.DataArray)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"isel(xarray.DataArray)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"ylabel(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"ylabel(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"isel(xarray.DataArray)\". The relationship from \"isel(xarray.DataArray)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"isel(xarray.DataArray)\". No intermediate node exists between \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" exist. \"isel(xarray.DataArray)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"isel(xarray.DataArray)\". A direct link connects \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"ylabel(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"isel(xarray.DataArray)\". There is a direct connection from \"isel(xarray.DataArray)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"isel(xarray.DataArray)\". Between \"isel(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" indirectly points to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly pointed to by \"isel(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" points to \"show(matplotlib.pyplot)\" via intermediate node(s). \"show(matplotlib.pyplot)\" is pointed to by \"isel(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"show(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" eventually points to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is eventually pointed to by \"isel(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" connects to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly connected to by \"isel(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" exist. \"isel(xarray.DataArray)\" is connected to \"show(matplotlib.pyplot)\" via intermediary(s). \"show(matplotlib.pyplot)\" is connected to by \"isel(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" establishes an indirect connection to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" receives an indirect connection established by \"isel(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" links to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly linked to by \"isel(xarray.DataArray)\". This relationship follows the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"show(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" links to \"show(matplotlib.pyplot)\" through one or more intermediaries. \"show(matplotlib.pyplot)\" is linked to by \"isel(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" maps to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly mapped to by \"isel(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" exist. \"isel(xarray.DataArray)\" is mapped to \"show(matplotlib.pyplot)\" via intermediate mapping(s). \"show(matplotlib.pyplot)\" is mapped to \"isel(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" corresponds to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly corresponded to by \"isel(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" is indirectly associated with \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly associated with \"isel(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"isel(xarray.DataArray)\" and another node \"show(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" indirectly matches \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly matched by \"isel(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" are present. \"isel(xarray.DataArray)\" is indirectly followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" indirectly follows \"isel(xarray.DataArray)\". This relationship follows the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"isel(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" exist. After \"isel(xarray.DataArray)\", \"show(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"show(matplotlib.pyplot)\" eventually follows \"isel(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"isel(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" is eventually followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" eventually follows \"isel(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"isel(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"isel(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"isel(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"isel(xarray.DataArray)\" eventually precedes \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is eventually preceded by \"isel(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"isel(xarray.DataArray)\". \"load(xarray.DataArray)\" indirectly points to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is indirectly pointed to by \"load(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"isel(xarray.DataArray)\". \"load(xarray.DataArray)\" points to \"isel(xarray.DataArray)\" via intermediate node(s). \"isel(xarray.DataArray)\" is pointed to by \"load(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"isel(xarray.DataArray)\". \"load(xarray.DataArray)\" eventually points to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is eventually pointed to by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"isel(xarray.DataArray)\" are present. \"load(xarray.DataArray)\" connects to \"isel(xarray.DataArray)\" indirectly. \"isel(xarray.DataArray)\" is indirectly connected to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"isel(xarray.DataArray)\" exist. \"load(xarray.DataArray)\" is connected to \"isel(xarray.DataArray)\" via intermediary(s). \"isel(xarray.DataArray)\" is connected to by \"load(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"isel(xarray.DataArray)\". \"load(xarray.DataArray)\" establishes an indirect connection to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" receives an indirect connection established by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"isel(xarray.DataArray)\". \"load(xarray.DataArray)\" links to \"isel(xarray.DataArray)\" indirectly. \"isel(xarray.DataArray)\" is indirectly linked to by \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"isel(xarray.DataArray)\". \"load(xarray.DataArray)\" links to \"isel(xarray.DataArray)\" through one or more intermediaries. \"isel(xarray.DataArray)\" is linked to by \"load(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"isel(xarray.DataArray)\" are present. \"load(xarray.DataArray)\" maps to \"isel(xarray.DataArray)\" indirectly. \"isel(xarray.DataArray)\" is indirectly mapped to by \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"isel(xarray.DataArray)\" exist. \"load(xarray.DataArray)\" is mapped to \"isel(xarray.DataArray)\" via intermediate mapping(s). \"isel(xarray.DataArray)\" is mapped to \"load(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"isel(xarray.DataArray)\". \"load(xarray.DataArray)\" corresponds to \"isel(xarray.DataArray)\" indirectly. \"isel(xarray.DataArray)\" is indirectly corresponded to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"isel(xarray.DataArray)\". \"load(xarray.DataArray)\" is indirectly associated with \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is indirectly associated with \"load(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"isel(xarray.DataArray)\". \"load(xarray.DataArray)\" indirectly matches \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is indirectly matched by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"isel(xarray.DataArray)\" are present. \"load(xarray.DataArray)\" is indirectly followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" indirectly follows \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"isel(xarray.DataArray)\" exist. After \"load(xarray.DataArray)\", \"isel(xarray.DataArray)\" eventually follows (implying intermediate steps). \"isel(xarray.DataArray)\" eventually follows \"load(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"isel(xarray.DataArray)\". \"load(xarray.DataArray)\" is eventually followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" eventually follows \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"load(xarray.DataArray)\" to \"isel(xarray.DataArray)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"isel(xarray.DataArray)\". \"load(xarray.DataArray)\" eventually precedes \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is eventually preceded by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"load(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"plot(xarray.DataArray)\". \"load(xarray.DataArray)\" points to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is pointed to by \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"load(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"plot(xarray.DataArray)\". \"load(xarray.DataArray)\" connects to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is connected to by \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"load(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"plot(xarray.DataArray)\". \"load(xarray.DataArray)\" links to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is linked to by \"load(xarray.DataArray)\". The relationship from \"load(xarray.DataArray)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"load(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"plot(xarray.DataArray)\" are present. \"load(xarray.DataArray)\" maps to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is mapped to by \"load(xarray.DataArray)\". No intermediate node exists between \"load(xarray.DataArray)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"load(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"plot(xarray.DataArray)\" exist. \"load(xarray.DataArray)\" precedes \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is preceded by \"load(xarray.DataArray)\". A direct link connects \"load(xarray.DataArray)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"load(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"plot(xarray.DataArray)\". \"load(xarray.DataArray)\" corresponds to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" corresponds to \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(xarray.DataArray)\". A clear directional relationship exists from \"load(xarray.DataArray)\" to \"plot(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"plot(xarray.DataArray)\". \"load(xarray.DataArray)\" is followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" follows \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"plot(matplotlib.pyplot)\". \"load(xarray.DataArray)\" indirectly points to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly pointed to by \"load(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\". \"load(xarray.DataArray)\" points to \"plot(matplotlib.pyplot)\" via intermediate node(s). \"plot(matplotlib.pyplot)\" is pointed to by \"load(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"plot(matplotlib.pyplot)\". \"load(xarray.DataArray)\" eventually points to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is eventually pointed to by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" connects to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly connected to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" is connected to \"plot(matplotlib.pyplot)\" via intermediary(s). \"plot(matplotlib.pyplot)\" is connected to by \"load(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"plot(matplotlib.pyplot)\". \"load(xarray.DataArray)\" establishes an indirect connection to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" receives an indirect connection established by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\". \"load(xarray.DataArray)\" links to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly linked to by \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"plot(matplotlib.pyplot)\". \"load(xarray.DataArray)\" links to \"plot(matplotlib.pyplot)\" through one or more intermediaries. \"plot(matplotlib.pyplot)\" is linked to by \"load(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" maps to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly mapped to by \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" is mapped to \"plot(matplotlib.pyplot)\" via intermediate mapping(s). \"plot(matplotlib.pyplot)\" is mapped to \"load(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"plot(matplotlib.pyplot)\". \"load(xarray.DataArray)\" corresponds to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly corresponded to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is indirectly associated with \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly associated with \"load(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"plot(matplotlib.pyplot)\". \"load(xarray.DataArray)\" indirectly matches \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly matched by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" is indirectly followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" indirectly follows \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" exist. After \"load(xarray.DataArray)\", \"plot(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"plot(matplotlib.pyplot)\" eventually follows \"load(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"plot(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is eventually followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" eventually follows \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\". \"load(xarray.DataArray)\" eventually precedes \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is eventually preceded by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"axhline(matplotlib.pyplot)\". \"load(xarray.DataArray)\" indirectly points to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly pointed to by \"load(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\". \"load(xarray.DataArray)\" points to \"axhline(matplotlib.pyplot)\" via intermediate node(s). \"axhline(matplotlib.pyplot)\" is pointed to by \"load(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"axhline(matplotlib.pyplot)\". \"load(xarray.DataArray)\" eventually points to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is eventually pointed to by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" connects to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly connected to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" is connected to \"axhline(matplotlib.pyplot)\" via intermediary(s). \"axhline(matplotlib.pyplot)\" is connected to by \"load(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"axhline(matplotlib.pyplot)\". \"load(xarray.DataArray)\" establishes an indirect connection to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" receives an indirect connection established by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\". \"load(xarray.DataArray)\" links to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly linked to by \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"axhline(matplotlib.pyplot)\". \"load(xarray.DataArray)\" links to \"axhline(matplotlib.pyplot)\" through one or more intermediaries. \"axhline(matplotlib.pyplot)\" is linked to by \"load(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" maps to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly mapped to by \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" is mapped to \"axhline(matplotlib.pyplot)\" via intermediate mapping(s). \"axhline(matplotlib.pyplot)\" is mapped to \"load(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"axhline(matplotlib.pyplot)\". \"load(xarray.DataArray)\" corresponds to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly corresponded to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is indirectly associated with \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly associated with \"load(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"axhline(matplotlib.pyplot)\". \"load(xarray.DataArray)\" indirectly matches \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly matched by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" is indirectly followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" indirectly follows \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" exist. After \"load(xarray.DataArray)\", \"axhline(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"axhline(matplotlib.pyplot)\" eventually follows \"load(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"axhline(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is eventually followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" eventually follows \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\". \"load(xarray.DataArray)\" eventually precedes \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is eventually preceded by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"contourf(xarray.plot)\". \"load(xarray.DataArray)\" indirectly points to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly pointed to by \"load(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"contourf(xarray.plot)\". \"load(xarray.DataArray)\" points to \"contourf(xarray.plot)\" via intermediate node(s). \"contourf(xarray.plot)\" is pointed to by \"load(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"contourf(xarray.plot)\". \"load(xarray.DataArray)\" eventually points to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is eventually pointed to by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"contourf(xarray.plot)\" are present. \"load(xarray.DataArray)\" connects to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly connected to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"contourf(xarray.plot)\" exist. \"load(xarray.DataArray)\" is connected to \"contourf(xarray.plot)\" via intermediary(s). \"contourf(xarray.plot)\" is connected to by \"load(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"contourf(xarray.plot)\". \"load(xarray.DataArray)\" establishes an indirect connection to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" receives an indirect connection established by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"contourf(xarray.plot)\". \"load(xarray.DataArray)\" links to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly linked to by \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"contourf(xarray.plot)\". \"load(xarray.DataArray)\" links to \"contourf(xarray.plot)\" through one or more intermediaries. \"contourf(xarray.plot)\" is linked to by \"load(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"contourf(xarray.plot)\" are present. \"load(xarray.DataArray)\" maps to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly mapped to by \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"contourf(xarray.plot)\" exist. \"load(xarray.DataArray)\" is mapped to \"contourf(xarray.plot)\" via intermediate mapping(s). \"contourf(xarray.plot)\" is mapped to \"load(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"contourf(xarray.plot)\". \"load(xarray.DataArray)\" corresponds to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly corresponded to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"contourf(xarray.plot)\". \"load(xarray.DataArray)\" is indirectly associated with \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly associated with \"load(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"contourf(xarray.plot)\". \"load(xarray.DataArray)\" indirectly matches \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly matched by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"contourf(xarray.plot)\" are present. \"load(xarray.DataArray)\" is indirectly followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" indirectly follows \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"contourf(xarray.plot)\" exist. After \"load(xarray.DataArray)\", \"contourf(xarray.plot)\" eventually follows (implying intermediate steps). \"contourf(xarray.plot)\" eventually follows \"load(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"contourf(xarray.plot)\". \"load(xarray.DataArray)\" is eventually followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" eventually follows \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"load(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"contourf(xarray.plot)\". \"load(xarray.DataArray)\" eventually precedes \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is eventually preceded by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"legend(matplotlib.pyplot)\". \"load(xarray.DataArray)\" indirectly points to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly pointed to by \"load(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\". \"load(xarray.DataArray)\" points to \"legend(matplotlib.pyplot)\" via intermediate node(s). \"legend(matplotlib.pyplot)\" is pointed to by \"load(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"legend(matplotlib.pyplot)\". \"load(xarray.DataArray)\" eventually points to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is eventually pointed to by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" connects to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly connected to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" is connected to \"legend(matplotlib.pyplot)\" via intermediary(s). \"legend(matplotlib.pyplot)\" is connected to by \"load(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"legend(matplotlib.pyplot)\". \"load(xarray.DataArray)\" establishes an indirect connection to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" receives an indirect connection established by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\". \"load(xarray.DataArray)\" links to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly linked to by \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"legend(matplotlib.pyplot)\". \"load(xarray.DataArray)\" links to \"legend(matplotlib.pyplot)\" through one or more intermediaries. \"legend(matplotlib.pyplot)\" is linked to by \"load(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" maps to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly mapped to by \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" is mapped to \"legend(matplotlib.pyplot)\" via intermediate mapping(s). \"legend(matplotlib.pyplot)\" is mapped to \"load(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"legend(matplotlib.pyplot)\". \"load(xarray.DataArray)\" corresponds to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly corresponded to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is indirectly associated with \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly associated with \"load(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"legend(matplotlib.pyplot)\". \"load(xarray.DataArray)\" indirectly matches \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly matched by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" is indirectly followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" indirectly follows \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" exist. After \"load(xarray.DataArray)\", \"legend(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"legend(matplotlib.pyplot)\" eventually follows \"load(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"legend(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is eventually followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" eventually follows \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\". \"load(xarray.DataArray)\" eventually precedes \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is eventually preceded by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"title(matplotlib.pyplot)\". \"load(xarray.DataArray)\" indirectly points to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly pointed to by \"load(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"title(matplotlib.pyplot)\". \"load(xarray.DataArray)\" points to \"title(matplotlib.pyplot)\" via intermediate node(s). \"title(matplotlib.pyplot)\" is pointed to by \"load(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"title(matplotlib.pyplot)\". \"load(xarray.DataArray)\" eventually points to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is eventually pointed to by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" connects to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly connected to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" is connected to \"title(matplotlib.pyplot)\" via intermediary(s). \"title(matplotlib.pyplot)\" is connected to by \"load(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"title(matplotlib.pyplot)\". \"load(xarray.DataArray)\" establishes an indirect connection to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" receives an indirect connection established by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"title(matplotlib.pyplot)\". \"load(xarray.DataArray)\" links to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly linked to by \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"title(matplotlib.pyplot)\". \"load(xarray.DataArray)\" links to \"title(matplotlib.pyplot)\" through one or more intermediaries. \"title(matplotlib.pyplot)\" is linked to by \"load(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" maps to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly mapped to by \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" is mapped to \"title(matplotlib.pyplot)\" via intermediate mapping(s). \"title(matplotlib.pyplot)\" is mapped to \"load(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"title(matplotlib.pyplot)\". \"load(xarray.DataArray)\" corresponds to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly corresponded to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"title(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is indirectly associated with \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly associated with \"load(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"title(matplotlib.pyplot)\". \"load(xarray.DataArray)\" indirectly matches \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly matched by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" is indirectly followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" indirectly follows \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" exist. After \"load(xarray.DataArray)\", \"title(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"title(matplotlib.pyplot)\" eventually follows \"load(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"title(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is eventually followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" eventually follows \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"title(matplotlib.pyplot)\". \"load(xarray.DataArray)\" eventually precedes \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is eventually preceded by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"transform(xgcm.Grid)\". \"load(xarray.DataArray)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\". \"load(xarray.DataArray)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"transform(xgcm.Grid)\". \"load(xarray.DataArray)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"load(xarray.DataArray)\". The relationship from \"load(xarray.DataArray)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\" are present. \"load(xarray.DataArray)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"load(xarray.DataArray)\". No intermediate node exists between \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\" exist. \"load(xarray.DataArray)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"load(xarray.DataArray)\". A direct link connects \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"transform(xgcm.Grid)\". \"load(xarray.DataArray)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\". \"load(xarray.DataArray)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"Grid(xgcm.Grid)\". \"load(xarray.DataArray)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". \"load(xarray.DataArray)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"Grid(xgcm.Grid)\". \"load(xarray.DataArray)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"load(xarray.DataArray)\". The relationship from \"load(xarray.DataArray)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" are present. \"load(xarray.DataArray)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"load(xarray.DataArray)\". No intermediate node exists between \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" exist. \"load(xarray.DataArray)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"load(xarray.DataArray)\". A direct link connects \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"Grid(xgcm.Grid)\". \"load(xarray.DataArray)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". \"load(xarray.DataArray)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"diff(xgcm.Grid.diff)\". \"load(xarray.DataArray)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". \"load(xarray.DataArray)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"diff(xgcm.Grid.diff)\". \"load(xarray.DataArray)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"load(xarray.DataArray)\". The relationship from \"load(xarray.DataArray)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" are present. \"load(xarray.DataArray)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"load(xarray.DataArray)\". No intermediate node exists between \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" exist. \"load(xarray.DataArray)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"load(xarray.DataArray)\". A direct link connects \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"diff(xgcm.Grid.diff)\". \"load(xarray.DataArray)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". \"load(xarray.DataArray)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"load(xarray.DataArray)\" indirectly points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly pointed to by \"load(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"matplotlib.pyplot\". \"load(xarray.DataArray)\" points to \"matplotlib.pyplot\" via intermediate node(s). \"matplotlib.pyplot\" is pointed to by \"load(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"matplotlib.pyplot\". \"load(xarray.DataArray)\" eventually points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is eventually pointed to by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"matplotlib.pyplot\" are present. \"load(xarray.DataArray)\" connects to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly connected to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"matplotlib.pyplot\" exist. \"load(xarray.DataArray)\" is connected to \"matplotlib.pyplot\" via intermediary(s). \"matplotlib.pyplot\" is connected to by \"load(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"load(xarray.DataArray)\" establishes an indirect connection to \"matplotlib.pyplot\". \"matplotlib.pyplot\" receives an indirect connection established by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"matplotlib.pyplot\". \"load(xarray.DataArray)\" links to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly linked to by \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"matplotlib.pyplot\". \"load(xarray.DataArray)\" links to \"matplotlib.pyplot\" through one or more intermediaries. \"matplotlib.pyplot\" is linked to by \"load(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"matplotlib.pyplot\" are present. \"load(xarray.DataArray)\" maps to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly mapped to by \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"matplotlib.pyplot\" exist. \"load(xarray.DataArray)\" is mapped to \"matplotlib.pyplot\" via intermediate mapping(s). \"matplotlib.pyplot\" is mapped to \"load(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"load(xarray.DataArray)\" corresponds to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly corresponded to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"matplotlib.pyplot\". \"load(xarray.DataArray)\" is indirectly associated with \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly associated with \"load(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"matplotlib.pyplot\". \"load(xarray.DataArray)\" indirectly matches \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly matched by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"matplotlib.pyplot\" are present. \"load(xarray.DataArray)\" is indirectly followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" indirectly follows \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"matplotlib.pyplot\" exist. After \"load(xarray.DataArray)\", \"matplotlib.pyplot\" eventually follows (implying intermediate steps). \"matplotlib.pyplot\" eventually follows \"load(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"load(xarray.DataArray)\" is eventually followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" eventually follows \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"load(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"matplotlib.pyplot\". \"load(xarray.DataArray)\" eventually precedes \"matplotlib.pyplot\". \"matplotlib.pyplot\" is eventually preceded by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"gca(matplotlib.pyplot)\". \"load(xarray.DataArray)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". \"load(xarray.DataArray)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"gca(matplotlib.pyplot)\". \"load(xarray.DataArray)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"load(xarray.DataArray)\". The relationship from \"load(xarray.DataArray)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"load(xarray.DataArray)\". No intermediate node exists between \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"load(xarray.DataArray)\". A direct link connects \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"gca(matplotlib.pyplot)\". \"load(xarray.DataArray)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"load(xarray.DataArray)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"load(xarray.DataArray)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"load(xarray.DataArray)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"load(xarray.DataArray)\". The relationship from \"load(xarray.DataArray)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"load(xarray.DataArray)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"load(xarray.DataArray)\". No intermediate node exists between \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"load(xarray.DataArray)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"load(xarray.DataArray)\". A direct link connects \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"load(xarray.DataArray)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"load(xarray.DataArray)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"ylabel(matplotlib.pyplot)\". \"load(xarray.DataArray)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". \"load(xarray.DataArray)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"ylabel(matplotlib.pyplot)\". \"load(xarray.DataArray)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"load(xarray.DataArray)\". The relationship from \"load(xarray.DataArray)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"load(xarray.DataArray)\". No intermediate node exists between \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"load(xarray.DataArray)\". A direct link connects \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"ylabel(matplotlib.pyplot)\". \"load(xarray.DataArray)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"load(xarray.DataArray)\". There is a direct connection from \"load(xarray.DataArray)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"load(xarray.DataArray)\". Between \"load(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"load(xarray.DataArray)\" indirectly points to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly pointed to by \"load(xarray.DataArray)\". The connection is established via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"load(xarray.DataArray)\" points to \"show(matplotlib.pyplot)\" via intermediate node(s). \"show(matplotlib.pyplot)\" is pointed to by \"load(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"show(matplotlib.pyplot)\". \"load(xarray.DataArray)\" eventually points to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is eventually pointed to by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" connects to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly connected to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" is connected to \"show(matplotlib.pyplot)\" via intermediary(s). \"show(matplotlib.pyplot)\" is connected to by \"load(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"load(xarray.DataArray)\" establishes an indirect connection to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" receives an indirect connection established by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"load(xarray.DataArray)\" links to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly linked to by \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"show(matplotlib.pyplot)\". \"load(xarray.DataArray)\" links to \"show(matplotlib.pyplot)\" through one or more intermediaries. \"show(matplotlib.pyplot)\" is linked to by \"load(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" maps to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly mapped to by \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" exist. \"load(xarray.DataArray)\" is mapped to \"show(matplotlib.pyplot)\" via intermediate mapping(s). \"show(matplotlib.pyplot)\" is mapped to \"load(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"load(xarray.DataArray)\" corresponds to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly corresponded to by \"load(xarray.DataArray)\". This happens through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is indirectly associated with \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly associated with \"load(xarray.DataArray)\". The transition occurs through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"load(xarray.DataArray)\" and another node \"show(matplotlib.pyplot)\". \"load(xarray.DataArray)\" indirectly matches \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly matched by \"load(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" are present. \"load(xarray.DataArray)\" is indirectly followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" indirectly follows \"load(xarray.DataArray)\". This relationship follows the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"load(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" exist. After \"load(xarray.DataArray)\", \"show(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"show(matplotlib.pyplot)\" eventually follows \"load(xarray.DataArray)\" after intermediate steps. The connection is established via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"load(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"load(xarray.DataArray)\" is eventually followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" eventually follows \"load(xarray.DataArray)\". The path includes an intermediate step via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"load(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"load(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"load(xarray.DataArray)\" → \"plot(xarray.DataArray)\"\n → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"load(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"load(xarray.DataArray)\" eventually precedes \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is eventually preceded by \"load(xarray.DataArray)\". This relationship is formed via \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"isel(xarray.DataArray)\". \"plot(xarray.DataArray)\" points to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is pointed to by \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"isel(xarray.DataArray)\". \"plot(xarray.DataArray)\" connects to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is connected to by \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"isel(xarray.DataArray)\". \"plot(xarray.DataArray)\" links to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is linked to by \"plot(xarray.DataArray)\". The relationship from \"plot(xarray.DataArray)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"isel(xarray.DataArray)\" are present. \"plot(xarray.DataArray)\" maps to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is mapped to by \"plot(xarray.DataArray)\". No intermediate node exists between \"plot(xarray.DataArray)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"isel(xarray.DataArray)\" exist. \"plot(xarray.DataArray)\" precedes \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is preceded by \"plot(xarray.DataArray)\". A direct link connects \"plot(xarray.DataArray)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"isel(xarray.DataArray)\". \"plot(xarray.DataArray)\" corresponds to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" corresponds to \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"isel(xarray.DataArray)\". \"plot(xarray.DataArray)\" is followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" follows \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"load(xarray.DataArray)\". \"plot(xarray.DataArray)\" indirectly points to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is indirectly pointed to by \"plot(xarray.DataArray)\". The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"load(xarray.DataArray)\". \"plot(xarray.DataArray)\" points to \"load(xarray.DataArray)\" via intermediate node(s). \"load(xarray.DataArray)\" is pointed to by \"plot(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"load(xarray.DataArray)\". \"plot(xarray.DataArray)\" eventually points to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is eventually pointed to by \"plot(xarray.DataArray)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"load(xarray.DataArray)\" are present. \"plot(xarray.DataArray)\" connects to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly connected to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"load(xarray.DataArray)\" exist. \"plot(xarray.DataArray)\" is connected to \"load(xarray.DataArray)\" via intermediary(s). \"load(xarray.DataArray)\" is connected to by \"plot(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"load(xarray.DataArray)\". \"plot(xarray.DataArray)\" establishes an indirect connection to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" receives an indirect connection established by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"load(xarray.DataArray)\". \"plot(xarray.DataArray)\" links to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly linked to by \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"load(xarray.DataArray)\". \"plot(xarray.DataArray)\" links to \"load(xarray.DataArray)\" through one or more intermediaries. \"load(xarray.DataArray)\" is linked to by \"plot(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"load(xarray.DataArray)\" are present. \"plot(xarray.DataArray)\" maps to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly mapped to by \"plot(xarray.DataArray)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"load(xarray.DataArray)\" exist. \"plot(xarray.DataArray)\" is mapped to \"load(xarray.DataArray)\" via intermediate mapping(s). \"load(xarray.DataArray)\" is mapped to \"plot(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"load(xarray.DataArray)\". \"plot(xarray.DataArray)\" corresponds to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly corresponded to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"load(xarray.DataArray)\". \"plot(xarray.DataArray)\" is indirectly associated with \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is indirectly associated with \"plot(xarray.DataArray)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"load(xarray.DataArray)\". \"plot(xarray.DataArray)\" indirectly matches \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is indirectly matched by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"load(xarray.DataArray)\" are present. \"plot(xarray.DataArray)\" is indirectly followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" indirectly follows \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"load(xarray.DataArray)\" exist. After \"plot(xarray.DataArray)\", \"load(xarray.DataArray)\" eventually follows (implying intermediate steps). \"load(xarray.DataArray)\" eventually follows \"plot(xarray.DataArray)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"load(xarray.DataArray)\". \"plot(xarray.DataArray)\" is eventually followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" eventually follows \"plot(xarray.DataArray)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"plot(xarray.DataArray)\" to \"load(xarray.DataArray)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"load(xarray.DataArray)\". \"plot(xarray.DataArray)\" eventually precedes \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is eventually preceded by \"plot(xarray.DataArray)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"plot(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" indirectly points to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly pointed to by \"plot(xarray.DataArray)\". The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" points to \"plot(matplotlib.pyplot)\" via intermediate node(s). \"plot(matplotlib.pyplot)\" is pointed to by \"plot(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"plot(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" eventually points to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is eventually pointed to by \"plot(xarray.DataArray)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" connects to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly connected to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" exist. \"plot(xarray.DataArray)\" is connected to \"plot(matplotlib.pyplot)\" via intermediary(s). \"plot(matplotlib.pyplot)\" is connected to by \"plot(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"plot(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" establishes an indirect connection to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" receives an indirect connection established by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" links to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly linked to by \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"plot(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" links to \"plot(matplotlib.pyplot)\" through one or more intermediaries. \"plot(matplotlib.pyplot)\" is linked to by \"plot(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" maps to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly mapped to by \"plot(xarray.DataArray)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" exist. \"plot(xarray.DataArray)\" is mapped to \"plot(matplotlib.pyplot)\" via intermediate mapping(s). \"plot(matplotlib.pyplot)\" is mapped to \"plot(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"plot(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" corresponds to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly corresponded to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" is indirectly associated with \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly associated with \"plot(xarray.DataArray)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"plot(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" indirectly matches \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly matched by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" is indirectly followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" indirectly follows \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\" exist. After \"plot(xarray.DataArray)\", \"plot(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"plot(matplotlib.pyplot)\" eventually follows \"plot(xarray.DataArray)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"plot(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" is eventually followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" eventually follows \"plot(xarray.DataArray)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"plot(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"plot(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" eventually precedes \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is eventually preceded by \"plot(xarray.DataArray)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"axhline(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" indirectly points to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly pointed to by \"plot(xarray.DataArray)\". The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" points to \"axhline(matplotlib.pyplot)\" via intermediate node(s). \"axhline(matplotlib.pyplot)\" is pointed to by \"plot(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"axhline(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" eventually points to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is eventually pointed to by \"plot(xarray.DataArray)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" connects to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly connected to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" exist. \"plot(xarray.DataArray)\" is connected to \"axhline(matplotlib.pyplot)\" via intermediary(s). \"axhline(matplotlib.pyplot)\" is connected to by \"plot(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"axhline(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" establishes an indirect connection to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" receives an indirect connection established by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" links to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly linked to by \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"axhline(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" links to \"axhline(matplotlib.pyplot)\" through one or more intermediaries. \"axhline(matplotlib.pyplot)\" is linked to by \"plot(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" maps to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly mapped to by \"plot(xarray.DataArray)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" exist. \"plot(xarray.DataArray)\" is mapped to \"axhline(matplotlib.pyplot)\" via intermediate mapping(s). \"axhline(matplotlib.pyplot)\" is mapped to \"plot(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"axhline(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" corresponds to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly corresponded to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" is indirectly associated with \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly associated with \"plot(xarray.DataArray)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"axhline(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" indirectly matches \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly matched by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" is indirectly followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" indirectly follows \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\" exist. After \"plot(xarray.DataArray)\", \"axhline(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"axhline(matplotlib.pyplot)\" eventually follows \"plot(xarray.DataArray)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"axhline(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" is eventually followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" eventually follows \"plot(xarray.DataArray)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"axhline(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"axhline(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" eventually precedes \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is eventually preceded by \"plot(xarray.DataArray)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"contourf(xarray.plot)\". \"plot(xarray.DataArray)\" indirectly points to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly pointed to by \"plot(xarray.DataArray)\". The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"contourf(xarray.plot)\". \"plot(xarray.DataArray)\" points to \"contourf(xarray.plot)\" via intermediate node(s). \"contourf(xarray.plot)\" is pointed to by \"plot(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"contourf(xarray.plot)\". \"plot(xarray.DataArray)\" eventually points to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is eventually pointed to by \"plot(xarray.DataArray)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"contourf(xarray.plot)\" are present. \"plot(xarray.DataArray)\" connects to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly connected to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"contourf(xarray.plot)\" exist. \"plot(xarray.DataArray)\" is connected to \"contourf(xarray.plot)\" via intermediary(s). \"contourf(xarray.plot)\" is connected to by \"plot(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"contourf(xarray.plot)\". \"plot(xarray.DataArray)\" establishes an indirect connection to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" receives an indirect connection established by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"contourf(xarray.plot)\". \"plot(xarray.DataArray)\" links to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly linked to by \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"contourf(xarray.plot)\". \"plot(xarray.DataArray)\" links to \"contourf(xarray.plot)\" through one or more intermediaries. \"contourf(xarray.plot)\" is linked to by \"plot(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"contourf(xarray.plot)\" are present. \"plot(xarray.DataArray)\" maps to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly mapped to by \"plot(xarray.DataArray)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"contourf(xarray.plot)\" exist. \"plot(xarray.DataArray)\" is mapped to \"contourf(xarray.plot)\" via intermediate mapping(s). \"contourf(xarray.plot)\" is mapped to \"plot(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"contourf(xarray.plot)\". \"plot(xarray.DataArray)\" corresponds to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly corresponded to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"contourf(xarray.plot)\". \"plot(xarray.DataArray)\" is indirectly associated with \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly associated with \"plot(xarray.DataArray)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"contourf(xarray.plot)\". \"plot(xarray.DataArray)\" indirectly matches \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly matched by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"contourf(xarray.plot)\" are present. \"plot(xarray.DataArray)\" is indirectly followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" indirectly follows \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"contourf(xarray.plot)\" exist. After \"plot(xarray.DataArray)\", \"contourf(xarray.plot)\" eventually follows (implying intermediate steps). \"contourf(xarray.plot)\" eventually follows \"plot(xarray.DataArray)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"contourf(xarray.plot)\". \"plot(xarray.DataArray)\" is eventually followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" eventually follows \"plot(xarray.DataArray)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"contourf(xarray.plot)\" along the path \"plot(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"contourf(xarray.plot)\". \"plot(xarray.DataArray)\" eventually precedes \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is eventually preceded by \"plot(xarray.DataArray)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"legend(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" points to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is pointed to by \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" connects to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is connected to by \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"legend(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" links to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is linked to by \"plot(xarray.DataArray)\". The relationship from \"plot(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" maps to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is mapped to by \"plot(xarray.DataArray)\". No intermediate node exists between \"plot(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" exist. \"plot(xarray.DataArray)\" precedes \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is preceded by \"plot(xarray.DataArray)\". A direct link connects \"plot(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"legend(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" corresponds to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" corresponds to \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"legend(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"legend(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" is followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" follows \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"title(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"title(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" points to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is pointed to by \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"title(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"title(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" connects to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is connected to by \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"title(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"title(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" links to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is linked to by \"plot(xarray.DataArray)\". The relationship from \"plot(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"title(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" maps to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is mapped to by \"plot(xarray.DataArray)\". No intermediate node exists between \"plot(xarray.DataArray)\" and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"title(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" exist. \"plot(xarray.DataArray)\" precedes \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is preceded by \"plot(xarray.DataArray)\". A direct link connects \"plot(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"title(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"title(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" corresponds to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" corresponds to \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"title(matplotlib.pyplot)\". A clear directional relationship exists from \"plot(xarray.DataArray)\" to \"title(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"title(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" is followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" follows \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"transform(xgcm.Grid)\". \"plot(xarray.DataArray)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\". \"plot(xarray.DataArray)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"transform(xgcm.Grid)\". \"plot(xarray.DataArray)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"plot(xarray.DataArray)\". The relationship from \"plot(xarray.DataArray)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\" are present. \"plot(xarray.DataArray)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"plot(xarray.DataArray)\". No intermediate node exists between \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\" exist. \"plot(xarray.DataArray)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"plot(xarray.DataArray)\". A direct link connects \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"transform(xgcm.Grid)\". \"plot(xarray.DataArray)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\". \"plot(xarray.DataArray)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"Grid(xgcm.Grid)\". \"plot(xarray.DataArray)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". \"plot(xarray.DataArray)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"Grid(xgcm.Grid)\". \"plot(xarray.DataArray)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"plot(xarray.DataArray)\". The relationship from \"plot(xarray.DataArray)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" are present. \"plot(xarray.DataArray)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"plot(xarray.DataArray)\". No intermediate node exists between \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" exist. \"plot(xarray.DataArray)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"plot(xarray.DataArray)\". A direct link connects \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"Grid(xgcm.Grid)\". \"plot(xarray.DataArray)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\". \"plot(xarray.DataArray)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"diff(xgcm.Grid.diff)\". \"plot(xarray.DataArray)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". \"plot(xarray.DataArray)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"diff(xgcm.Grid.diff)\". \"plot(xarray.DataArray)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"plot(xarray.DataArray)\". The relationship from \"plot(xarray.DataArray)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" are present. \"plot(xarray.DataArray)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"plot(xarray.DataArray)\". No intermediate node exists between \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" exist. \"plot(xarray.DataArray)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"plot(xarray.DataArray)\". A direct link connects \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"diff(xgcm.Grid.diff)\". \"plot(xarray.DataArray)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\". \"plot(xarray.DataArray)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"plot(xarray.DataArray)\" indirectly points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly pointed to by \"plot(xarray.DataArray)\". The connection is established via \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"matplotlib.pyplot\". \"plot(xarray.DataArray)\" points to \"matplotlib.pyplot\" via intermediate node(s). \"matplotlib.pyplot\" is pointed to by \"plot(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"matplotlib.pyplot\". \"plot(xarray.DataArray)\" eventually points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is eventually pointed to by \"plot(xarray.DataArray)\". This relationship is formed via \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"matplotlib.pyplot\" are present. \"plot(xarray.DataArray)\" connects to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly connected to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"matplotlib.pyplot\" exist. \"plot(xarray.DataArray)\" is connected to \"matplotlib.pyplot\" via intermediary(s). \"matplotlib.pyplot\" is connected to by \"plot(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"plot(xarray.DataArray)\" establishes an indirect connection to \"matplotlib.pyplot\". \"matplotlib.pyplot\" receives an indirect connection established by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"matplotlib.pyplot\". \"plot(xarray.DataArray)\" links to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly linked to by \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"matplotlib.pyplot\". \"plot(xarray.DataArray)\" links to \"matplotlib.pyplot\" through one or more intermediaries. \"matplotlib.pyplot\" is linked to by \"plot(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"matplotlib.pyplot\" are present. \"plot(xarray.DataArray)\" maps to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly mapped to by \"plot(xarray.DataArray)\". The path includes an intermediate step via \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"matplotlib.pyplot\" exist. \"plot(xarray.DataArray)\" is mapped to \"matplotlib.pyplot\" via intermediate mapping(s). \"matplotlib.pyplot\" is mapped to \"plot(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"plot(xarray.DataArray)\" corresponds to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly corresponded to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"matplotlib.pyplot\". \"plot(xarray.DataArray)\" is indirectly associated with \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly associated with \"plot(xarray.DataArray)\". The transition occurs through the intermediate nodes \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"matplotlib.pyplot\". \"plot(xarray.DataArray)\" indirectly matches \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly matched by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"matplotlib.pyplot\" are present. \"plot(xarray.DataArray)\" is indirectly followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" indirectly follows \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"matplotlib.pyplot\" exist. After \"plot(xarray.DataArray)\", \"matplotlib.pyplot\" eventually follows (implying intermediate steps). \"matplotlib.pyplot\" eventually follows \"plot(xarray.DataArray)\" after intermediate steps. The connection is established via \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"matplotlib.pyplot\". \"plot(xarray.DataArray)\" is eventually followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" eventually follows \"plot(xarray.DataArray)\". The path includes an intermediate step via \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"plot(xarray.DataArray)\" to \"matplotlib.pyplot\" along the path \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"matplotlib.pyplot\". \"plot(xarray.DataArray)\" eventually precedes \"matplotlib.pyplot\". \"matplotlib.pyplot\" is eventually preceded by \"plot(xarray.DataArray)\". This relationship is formed via \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"gca(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"gca(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"plot(xarray.DataArray)\". The relationship from \"plot(xarray.DataArray)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"plot(xarray.DataArray)\". No intermediate node exists between \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" exist. \"plot(xarray.DataArray)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"plot(xarray.DataArray)\". A direct link connects \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"gca(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"plot(xarray.DataArray)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"plot(xarray.DataArray)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"plot(xarray.DataArray)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"plot(xarray.DataArray)\". The relationship from \"plot(xarray.DataArray)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"plot(xarray.DataArray)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"plot(xarray.DataArray)\". No intermediate node exists between \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"plot(xarray.DataArray)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"plot(xarray.DataArray)\". A direct link connects \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"plot(xarray.DataArray)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"plot(xarray.DataArray)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"ylabel(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"ylabel(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"plot(xarray.DataArray)\". The relationship from \"plot(xarray.DataArray)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"plot(xarray.DataArray)\". No intermediate node exists between \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" exist. \"plot(xarray.DataArray)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"plot(xarray.DataArray)\". A direct link connects \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"ylabel(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"plot(xarray.DataArray)\". There is a direct connection from \"plot(xarray.DataArray)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"plot(xarray.DataArray)\". Between \"plot(xarray.DataArray)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" indirectly points to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly pointed to by \"plot(xarray.DataArray)\". The connection is established via \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" points to \"show(matplotlib.pyplot)\" via intermediate node(s). \"show(matplotlib.pyplot)\" is pointed to by \"plot(xarray.DataArray)\" via intermediate node(s). The path includes an intermediate step via \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"show(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" eventually points to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is eventually pointed to by \"plot(xarray.DataArray)\". This relationship is formed via \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" connects to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly connected to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" exist. \"plot(xarray.DataArray)\" is connected to \"show(matplotlib.pyplot)\" via intermediary(s). \"show(matplotlib.pyplot)\" is connected to by \"plot(xarray.DataArray)\" via intermediary(s). The transition occurs through the intermediate nodes \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" establishes an indirect connection to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" receives an indirect connection established by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" links to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly linked to by \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"show(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" links to \"show(matplotlib.pyplot)\" through one or more intermediaries. \"show(matplotlib.pyplot)\" is linked to by \"plot(xarray.DataArray)\" through one or more intermediaries. The connection is established via \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" maps to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly mapped to by \"plot(xarray.DataArray)\". The path includes an intermediate step via \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" exist. \"plot(xarray.DataArray)\" is mapped to \"show(matplotlib.pyplot)\" via intermediate mapping(s). \"show(matplotlib.pyplot)\" is mapped to \"plot(xarray.DataArray)\" via intermediate mapping(s). This relationship is formed via \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" corresponds to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly corresponded to by \"plot(xarray.DataArray)\". This happens through the intermediate nodes \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" is indirectly associated with \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly associated with \"plot(xarray.DataArray)\". The transition occurs through the intermediate nodes \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"plot(xarray.DataArray)\" and another node \"show(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" indirectly matches \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly matched by \"plot(xarray.DataArray)\". Communication between them is facilitated through the intermediate nodes \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" are present. \"plot(xarray.DataArray)\" is indirectly followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" indirectly follows \"plot(xarray.DataArray)\". This relationship follows the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"plot(xarray.DataArray)\" and \"show(matplotlib.pyplot)\" exist. After \"plot(xarray.DataArray)\", \"show(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"show(matplotlib.pyplot)\" eventually follows \"plot(xarray.DataArray)\" after intermediate steps. The connection is established via \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"plot(xarray.DataArray)\" and a node called \"show(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" is eventually followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" eventually follows \"plot(xarray.DataArray)\". The path includes an intermediate step via \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(xarray.DataArray)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"plot(xarray.DataArray)\" to \"show(matplotlib.pyplot)\" along the path \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(xarray.DataArray)\" and \"show(matplotlib.pyplot)\". \"plot(xarray.DataArray)\" eventually precedes \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is eventually preceded by \"plot(xarray.DataArray)\". This relationship is formed via \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not point to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not connect to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"isel(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not link to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not correspond to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" is not followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not point to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not connect to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"load(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not link to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not correspond to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" is not followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not point to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not connect to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"plot(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not link to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" does not correspond to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"plot(matplotlib.pyplot)\" is not followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not point to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not connect to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"axhline(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not link to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"plot(matplotlib.pyplot)\" does not point to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"plot(matplotlib.pyplot)\" does not connect to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"contourf(xarray.plot)\". \"plot(matplotlib.pyplot)\" does not link to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"plot(matplotlib.pyplot)\" is not followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not point to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not connect to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"legend(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not link to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not point to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not connect to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"title(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not link to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"plot(matplotlib.pyplot)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"plot(matplotlib.pyplot)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"transform(xgcm.Grid)\". \"plot(matplotlib.pyplot)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"plot(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"plot(matplotlib.pyplot)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"plot(matplotlib.pyplot)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"plot(matplotlib.pyplot)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"Grid(xgcm.Grid)\". \"plot(matplotlib.pyplot)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"plot(matplotlib.pyplot)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"plot(matplotlib.pyplot)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"plot(matplotlib.pyplot)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"plot(matplotlib.pyplot)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"diff(xgcm.Grid.diff)\". \"plot(matplotlib.pyplot)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"plot(matplotlib.pyplot)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"plot(matplotlib.pyplot)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"plot(matplotlib.pyplot)\" does not point to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"plot(matplotlib.pyplot)\" does not connect to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"matplotlib.pyplot\". \"plot(matplotlib.pyplot)\" does not link to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"matplotlib.pyplot\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\" are present. \"plot(matplotlib.pyplot)\" does not map to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\" exist. \"plot(matplotlib.pyplot)\" does not precede \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"plot(matplotlib.pyplot)\" does not correspond to \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"plot(matplotlib.pyplot)\" is not followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"gca(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"plot(matplotlib.pyplot)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"plot(matplotlib.pyplot)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"plot(matplotlib.pyplot)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"plot(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"plot(matplotlib.pyplot)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"ylabel(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not point to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not pointed to by \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not connect to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not connected to by \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"plot(matplotlib.pyplot)\" and another node \"show(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not link to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not linked to by \"plot(matplotlib.pyplot)\". The relationship from \"plot(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" are present. \"plot(matplotlib.pyplot)\" does not map to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not mapped to by \"plot(matplotlib.pyplot)\". No intermediate node exists between \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" exist. \"plot(matplotlib.pyplot)\" does not precede \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not preceded by \"plot(matplotlib.pyplot)\". A direct link connects \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"plot(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". There is a direct connection from \"plot(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"plot(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not follow \"plot(matplotlib.pyplot)\". Between \"plot(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not point to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not connect to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"isel(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not link to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" is not followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not point to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not connect to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"load(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not link to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" is not followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not point to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not connect to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"plot(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not link to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"axhline(matplotlib.pyplot)\" is not followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not point to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not connect to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"plot(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not link to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"axhline(matplotlib.pyplot)\" does not point to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"axhline(matplotlib.pyplot)\" does not connect to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"contourf(xarray.plot)\". \"axhline(matplotlib.pyplot)\" does not link to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"axhline(matplotlib.pyplot)\" is not followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not point to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not connect to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"legend(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not link to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not point to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not connect to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"title(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not link to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"axhline(matplotlib.pyplot)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"axhline(matplotlib.pyplot)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"transform(xgcm.Grid)\". \"axhline(matplotlib.pyplot)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"axhline(matplotlib.pyplot)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"axhline(matplotlib.pyplot)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"axhline(matplotlib.pyplot)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"Grid(xgcm.Grid)\". \"axhline(matplotlib.pyplot)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"axhline(matplotlib.pyplot)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"axhline(matplotlib.pyplot)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"axhline(matplotlib.pyplot)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"diff(xgcm.Grid.diff)\". \"axhline(matplotlib.pyplot)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"axhline(matplotlib.pyplot)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"axhline(matplotlib.pyplot)\" does not point to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"axhline(matplotlib.pyplot)\" does not connect to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"matplotlib.pyplot\". \"axhline(matplotlib.pyplot)\" does not link to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"matplotlib.pyplot\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"axhline(matplotlib.pyplot)\" does not correspond to \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"axhline(matplotlib.pyplot)\" is not followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"gca(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"axhline(matplotlib.pyplot)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"axhline(matplotlib.pyplot)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"axhline(matplotlib.pyplot)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"axhline(matplotlib.pyplot)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"ylabel(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not point to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not pointed to by \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not connect to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not connected to by \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"axhline(matplotlib.pyplot)\" and another node \"show(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not link to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not linked to by \"axhline(matplotlib.pyplot)\". The relationship from \"axhline(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" are present. \"axhline(matplotlib.pyplot)\" does not map to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not mapped to by \"axhline(matplotlib.pyplot)\". No intermediate node exists between \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" exist. \"axhline(matplotlib.pyplot)\" does not precede \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not preceded by \"axhline(matplotlib.pyplot)\". A direct link connects \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"axhline(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". There is a direct connection from \"axhline(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"axhline(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not follow \"axhline(matplotlib.pyplot)\". Between \"axhline(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"isel(xarray.DataArray)\". \"contourf(xarray.plot)\" does not point to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\". \"contourf(xarray.plot)\" does not connect to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"isel(xarray.DataArray)\". \"contourf(xarray.plot)\" does not link to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\" are present. \"contourf(xarray.plot)\" does not map to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\" exist. \"contourf(xarray.plot)\" does not precede \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"isel(xarray.DataArray)\". \"contourf(xarray.plot)\" does not correspond to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\". \"contourf(xarray.plot)\" is not followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"load(xarray.DataArray)\". \"contourf(xarray.plot)\" does not point to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\". \"contourf(xarray.plot)\" does not connect to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"load(xarray.DataArray)\". \"contourf(xarray.plot)\" does not link to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\" are present. \"contourf(xarray.plot)\" does not map to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\" exist. \"contourf(xarray.plot)\" does not precede \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"load(xarray.DataArray)\". \"contourf(xarray.plot)\" does not correspond to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\". \"contourf(xarray.plot)\" is not followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"plot(xarray.DataArray)\". \"contourf(xarray.plot)\" does not point to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\". \"contourf(xarray.plot)\" does not connect to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"plot(xarray.DataArray)\". \"contourf(xarray.plot)\" does not link to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\" are present. \"contourf(xarray.plot)\" does not map to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\" exist. \"contourf(xarray.plot)\" does not precede \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"plot(xarray.DataArray)\". \"contourf(xarray.plot)\" does not correspond to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\". \"contourf(xarray.plot)\" is not followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"plot(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not point to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not connect to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"plot(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not link to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"plot(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\" are present. \"contourf(xarray.plot)\" does not map to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\" exist. \"contourf(xarray.plot)\" does not precede \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"plot(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not correspond to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\". \"contourf(xarray.plot)\" is not followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"axhline(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not point to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not connect to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"axhline(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not link to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"axhline(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\" are present. \"contourf(xarray.plot)\" does not map to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\" exist. \"contourf(xarray.plot)\" does not precede \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"axhline(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not correspond to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\". \"contourf(xarray.plot)\" is not followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"legend(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not point to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not connect to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"legend(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not link to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"legend(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\" are present. \"contourf(xarray.plot)\" does not map to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\" exist. \"contourf(xarray.plot)\" does not precede \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"legend(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not correspond to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\". \"contourf(xarray.plot)\" is not followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"title(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not point to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not connect to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"title(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not link to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"title(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\" are present. \"contourf(xarray.plot)\" does not map to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\" exist. \"contourf(xarray.plot)\" does not precede \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"title(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not correspond to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\". \"contourf(xarray.plot)\" is not followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"transform(xgcm.Grid)\". \"contourf(xarray.plot)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\". \"contourf(xarray.plot)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"transform(xgcm.Grid)\". \"contourf(xarray.plot)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\" are present. \"contourf(xarray.plot)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\" exist. \"contourf(xarray.plot)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"transform(xgcm.Grid)\". \"contourf(xarray.plot)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\". \"contourf(xarray.plot)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"Grid(xgcm.Grid)\". \"contourf(xarray.plot)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\". \"contourf(xarray.plot)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"Grid(xgcm.Grid)\". \"contourf(xarray.plot)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\" are present. \"contourf(xarray.plot)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\" exist. \"contourf(xarray.plot)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"Grid(xgcm.Grid)\". \"contourf(xarray.plot)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\". \"contourf(xarray.plot)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"diff(xgcm.Grid.diff)\". \"contourf(xarray.plot)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\". \"contourf(xarray.plot)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"diff(xgcm.Grid.diff)\". \"contourf(xarray.plot)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\" are present. \"contourf(xarray.plot)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\" exist. \"contourf(xarray.plot)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"diff(xgcm.Grid.diff)\". \"contourf(xarray.plot)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\". \"contourf(xarray.plot)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"contourf(xarray.plot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"matplotlib.pyplot\". \"contourf(xarray.plot)\" does not point to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"contourf(xarray.plot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"matplotlib.pyplot\". \"contourf(xarray.plot)\" does not connect to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"contourf(xarray.plot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"matplotlib.pyplot\". \"contourf(xarray.plot)\" does not link to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"matplotlib.pyplot\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"contourf(xarray.plot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"matplotlib.pyplot\" are present. \"contourf(xarray.plot)\" does not map to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"contourf(xarray.plot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"matplotlib.pyplot\" exist. \"contourf(xarray.plot)\" does not precede \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"matplotlib.pyplot\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"contourf(xarray.plot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"matplotlib.pyplot\". \"contourf(xarray.plot)\" does not correspond to \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"contourf(xarray.plot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"matplotlib.pyplot\". \"contourf(xarray.plot)\" is not followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"gca(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"gca(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\" are present. \"contourf(xarray.plot)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\" exist. \"contourf(xarray.plot)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"gca(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\". \"contourf(xarray.plot)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"contourf(xarray.plot)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"contourf(xarray.plot)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"contourf(xarray.plot)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"contourf(xarray.plot)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"contourf(xarray.plot)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"contourf(xarray.plot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"contourf(xarray.plot)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"ylabel(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\" are present. \"contourf(xarray.plot)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\" exist. \"contourf(xarray.plot)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\". \"contourf(xarray.plot)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"show(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not point to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not pointed to by \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not connect to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not connected to by \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"contourf(xarray.plot)\" and another node \"show(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not link to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not linked to by \"contourf(xarray.plot)\". The relationship from \"contourf(xarray.plot)\" to \"show(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\" are present. \"contourf(xarray.plot)\" does not map to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not mapped to by \"contourf(xarray.plot)\". No intermediate node exists between \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\" exist. \"contourf(xarray.plot)\" does not precede \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not preceded by \"contourf(xarray.plot)\". A direct link connects \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"contourf(xarray.plot)\" and a node called \"show(matplotlib.pyplot)\". \"contourf(xarray.plot)\" does not correspond to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". There is a direct connection from \"contourf(xarray.plot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"contourf(xarray.plot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\". \"contourf(xarray.plot)\" is not followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not follow \"contourf(xarray.plot)\". Between \"contourf(xarray.plot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not point to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not connect to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"isel(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not link to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not correspond to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" is not followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not point to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not connect to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"load(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not link to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not correspond to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" is not followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not point to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not connect to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"plot(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not link to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" does not correspond to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"legend(matplotlib.pyplot)\" is not followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not point to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not connect to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"plot(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not link to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not point to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not connect to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"axhline(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not link to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"legend(matplotlib.pyplot)\" does not point to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"legend(matplotlib.pyplot)\" does not connect to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"contourf(xarray.plot)\". \"legend(matplotlib.pyplot)\" does not link to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"legend(matplotlib.pyplot)\" is not followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not point to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not connect to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"title(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not link to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"legend(matplotlib.pyplot)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"legend(matplotlib.pyplot)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"transform(xgcm.Grid)\". \"legend(matplotlib.pyplot)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"legend(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"legend(matplotlib.pyplot)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"legend(matplotlib.pyplot)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"legend(matplotlib.pyplot)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"Grid(xgcm.Grid)\". \"legend(matplotlib.pyplot)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"legend(matplotlib.pyplot)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"legend(matplotlib.pyplot)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"legend(matplotlib.pyplot)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"legend(matplotlib.pyplot)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"diff(xgcm.Grid.diff)\". \"legend(matplotlib.pyplot)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"legend(matplotlib.pyplot)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"legend(matplotlib.pyplot)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"legend(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"legend(matplotlib.pyplot)\" points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"legend(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"legend(matplotlib.pyplot)\" connects to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"legend(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"matplotlib.pyplot\". \"legend(matplotlib.pyplot)\" links to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"matplotlib.pyplot\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"legend(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"matplotlib.pyplot\" are present. \"legend(matplotlib.pyplot)\" maps to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"legend(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"matplotlib.pyplot\" exist. \"legend(matplotlib.pyplot)\" precedes \"matplotlib.pyplot\". \"matplotlib.pyplot\" is preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"matplotlib.pyplot\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"legend(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"legend(matplotlib.pyplot)\" corresponds to \"matplotlib.pyplot\". \"matplotlib.pyplot\" corresponds to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"legend(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"legend(matplotlib.pyplot)\" is followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" follows \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"gca(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"legend(matplotlib.pyplot)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"legend(matplotlib.pyplot)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"legend(matplotlib.pyplot)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"legend(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"legend(matplotlib.pyplot)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"ylabel(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not point to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not pointed to by \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not connect to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not connected to by \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"legend(matplotlib.pyplot)\" and another node \"show(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not link to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not linked to by \"legend(matplotlib.pyplot)\". The relationship from \"legend(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" are present. \"legend(matplotlib.pyplot)\" does not map to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not mapped to by \"legend(matplotlib.pyplot)\". No intermediate node exists between \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" exist. \"legend(matplotlib.pyplot)\" does not precede \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not preceded by \"legend(matplotlib.pyplot)\". A direct link connects \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"legend(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". There is a direct connection from \"legend(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"legend(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not follow \"legend(matplotlib.pyplot)\". Between \"legend(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not point to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not connect to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"isel(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not link to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" are present. \"title(matplotlib.pyplot)\" does not map to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" exist. \"title(matplotlib.pyplot)\" does not precede \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not correspond to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"title(matplotlib.pyplot)\" is not followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not point to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not connect to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"load(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not link to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" are present. \"title(matplotlib.pyplot)\" does not map to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" exist. \"title(matplotlib.pyplot)\" does not precede \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not correspond to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"title(matplotlib.pyplot)\" is not followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not point to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not connect to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"plot(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not link to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" are present. \"title(matplotlib.pyplot)\" does not map to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" exist. \"title(matplotlib.pyplot)\" does not precede \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"title(matplotlib.pyplot)\" does not correspond to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"title(matplotlib.pyplot)\" is not followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not point to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not connect to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"plot(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not link to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" are present. \"title(matplotlib.pyplot)\" does not map to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" exist. \"title(matplotlib.pyplot)\" does not precede \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not point to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not connect to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"axhline(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not link to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" are present. \"title(matplotlib.pyplot)\" does not map to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" exist. \"title(matplotlib.pyplot)\" does not precede \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"title(matplotlib.pyplot)\" does not point to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"title(matplotlib.pyplot)\" does not connect to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"contourf(xarray.plot)\". \"title(matplotlib.pyplot)\" does not link to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" are present. \"title(matplotlib.pyplot)\" does not map to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" exist. \"title(matplotlib.pyplot)\" does not precede \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"title(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"title(matplotlib.pyplot)\" is not followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not point to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not connect to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"legend(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not link to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" are present. \"title(matplotlib.pyplot)\" does not map to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" exist. \"title(matplotlib.pyplot)\" does not precede \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"title(matplotlib.pyplot)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"title(matplotlib.pyplot)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"transform(xgcm.Grid)\". \"title(matplotlib.pyplot)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" are present. \"title(matplotlib.pyplot)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" exist. \"title(matplotlib.pyplot)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"title(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"title(matplotlib.pyplot)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"title(matplotlib.pyplot)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"title(matplotlib.pyplot)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"Grid(xgcm.Grid)\". \"title(matplotlib.pyplot)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" are present. \"title(matplotlib.pyplot)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" exist. \"title(matplotlib.pyplot)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"title(matplotlib.pyplot)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"title(matplotlib.pyplot)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"title(matplotlib.pyplot)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"title(matplotlib.pyplot)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"diff(xgcm.Grid.diff)\". \"title(matplotlib.pyplot)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" are present. \"title(matplotlib.pyplot)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" exist. \"title(matplotlib.pyplot)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"title(matplotlib.pyplot)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"title(matplotlib.pyplot)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"title(matplotlib.pyplot)\" does not point to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"title(matplotlib.pyplot)\" does not connect to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"matplotlib.pyplot\". \"title(matplotlib.pyplot)\" does not link to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"matplotlib.pyplot\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\" are present. \"title(matplotlib.pyplot)\" does not map to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\" exist. \"title(matplotlib.pyplot)\" does not precede \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"title(matplotlib.pyplot)\" does not correspond to \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"title(matplotlib.pyplot)\" is not followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"gca(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" are present. \"title(matplotlib.pyplot)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" exist. \"title(matplotlib.pyplot)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"title(matplotlib.pyplot)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"title(matplotlib.pyplot)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"title(matplotlib.pyplot)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"title(matplotlib.pyplot)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"title(matplotlib.pyplot)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"title(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"title(matplotlib.pyplot)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"ylabel(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" are present. \"title(matplotlib.pyplot)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" exist. \"title(matplotlib.pyplot)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". A clear directional relationship exists from \"title(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" points to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is pointed to by \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". A clear directional relationship exists from \"title(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" connects to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is connected to by \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". A clear directional relationship exists from \"title(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"title(matplotlib.pyplot)\" and another node \"show(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" links to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is linked to by \"title(matplotlib.pyplot)\". The relationship from \"title(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". A clear directional relationship exists from \"title(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" are present. \"title(matplotlib.pyplot)\" maps to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is mapped to by \"title(matplotlib.pyplot)\". No intermediate node exists between \"title(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". A clear directional relationship exists from \"title(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"title(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" exist. \"title(matplotlib.pyplot)\" precedes \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is preceded by \"title(matplotlib.pyplot)\". A direct link connects \"title(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". A clear directional relationship exists from \"title(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"title(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" corresponds to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" corresponds to \"title(matplotlib.pyplot)\". There is a direct connection from \"title(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"title(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". A clear directional relationship exists from \"title(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"title(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" follows \"title(matplotlib.pyplot)\". Between \"title(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"isel(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not point to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not connect to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"isel(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not link to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\" are present. \"transform(xgcm.Grid)\" does not map to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\" exist. \"transform(xgcm.Grid)\" does not precede \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"isel(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not correspond to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\". \"transform(xgcm.Grid)\" is not followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"load(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not point to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not connect to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"load(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not link to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\" are present. \"transform(xgcm.Grid)\" does not map to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\" exist. \"transform(xgcm.Grid)\" does not precede \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"load(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not correspond to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\". \"transform(xgcm.Grid)\" is not followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"plot(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not point to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not connect to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"plot(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not link to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\" are present. \"transform(xgcm.Grid)\" does not map to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\" exist. \"transform(xgcm.Grid)\" does not precede \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"plot(xarray.DataArray)\". \"transform(xgcm.Grid)\" does not correspond to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\". \"transform(xgcm.Grid)\" is not followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"plot(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not point to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not connect to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"plot(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not link to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\" are present. \"transform(xgcm.Grid)\" does not map to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\" exist. \"transform(xgcm.Grid)\" does not precede \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"plot(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not correspond to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" is not followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"axhline(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not point to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not connect to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"axhline(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not link to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\" are present. \"transform(xgcm.Grid)\" does not map to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\" exist. \"transform(xgcm.Grid)\" does not precede \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"axhline(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not correspond to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" is not followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"transform(xgcm.Grid)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"contourf(xarray.plot)\". \"transform(xgcm.Grid)\" points to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"transform(xgcm.Grid)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"contourf(xarray.plot)\". \"transform(xgcm.Grid)\" connects to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"transform(xgcm.Grid)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"contourf(xarray.plot)\". \"transform(xgcm.Grid)\" links to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"contourf(xarray.plot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"transform(xgcm.Grid)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"contourf(xarray.plot)\" are present. \"transform(xgcm.Grid)\" maps to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"transform(xgcm.Grid)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"contourf(xarray.plot)\" exist. \"transform(xgcm.Grid)\" precedes \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"contourf(xarray.plot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"transform(xgcm.Grid)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"contourf(xarray.plot)\". \"transform(xgcm.Grid)\" corresponds to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" corresponds to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". A clear directional relationship exists from \"transform(xgcm.Grid)\" to \"contourf(xarray.plot)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"contourf(xarray.plot)\". \"transform(xgcm.Grid)\" is followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" follows \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"legend(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not point to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not connect to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"legend(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not link to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\" are present. \"transform(xgcm.Grid)\" does not map to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\" exist. \"transform(xgcm.Grid)\" does not precede \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"legend(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not correspond to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" is not followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"title(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not point to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not connect to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"title(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not link to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\" are present. \"transform(xgcm.Grid)\" does not map to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\" exist. \"transform(xgcm.Grid)\" does not precede \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"title(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not correspond to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" is not followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"Grid(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"Grid(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\" are present. \"transform(xgcm.Grid)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\" exist. \"transform(xgcm.Grid)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"Grid(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"diff(xgcm.Grid.diff)\". \"transform(xgcm.Grid)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\". \"transform(xgcm.Grid)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"diff(xgcm.Grid.diff)\". \"transform(xgcm.Grid)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\" are present. \"transform(xgcm.Grid)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\" exist. \"transform(xgcm.Grid)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"diff(xgcm.Grid.diff)\". \"transform(xgcm.Grid)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\". \"transform(xgcm.Grid)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"matplotlib.pyplot\". \"transform(xgcm.Grid)\" does not point to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\". \"transform(xgcm.Grid)\" does not connect to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"matplotlib.pyplot\". \"transform(xgcm.Grid)\" does not link to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"matplotlib.pyplot\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\" are present. \"transform(xgcm.Grid)\" does not map to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\" exist. \"transform(xgcm.Grid)\" does not precede \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"matplotlib.pyplot\". \"transform(xgcm.Grid)\" does not correspond to \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\". \"transform(xgcm.Grid)\" is not followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"gca(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"gca(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\" are present. \"transform(xgcm.Grid)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\" exist. \"transform(xgcm.Grid)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"gca(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"transform(xgcm.Grid)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"transform(xgcm.Grid)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"transform(xgcm.Grid)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"transform(xgcm.Grid)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"transform(xgcm.Grid)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"transform(xgcm.Grid)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"transform(xgcm.Grid)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"ylabel(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"ylabel(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\" are present. \"transform(xgcm.Grid)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\" exist. \"transform(xgcm.Grid)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"ylabel(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"show(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not point to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not pointed to by \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not connect to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not connected to by \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"transform(xgcm.Grid)\" and another node \"show(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not link to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not linked to by \"transform(xgcm.Grid)\". The relationship from \"transform(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\" are present. \"transform(xgcm.Grid)\" does not map to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not mapped to by \"transform(xgcm.Grid)\". No intermediate node exists between \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\" exist. \"transform(xgcm.Grid)\" does not precede \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not preceded by \"transform(xgcm.Grid)\". A direct link connects \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"transform(xgcm.Grid)\" and a node called \"show(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" does not correspond to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". There is a direct connection from \"transform(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"transform(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". \"transform(xgcm.Grid)\" is not followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not follow \"transform(xgcm.Grid)\". Between \"transform(xgcm.Grid)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"isel(xarray.DataArray)\". \"Grid(xgcm.Grid)\" indirectly points to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is indirectly pointed to by \"Grid(xgcm.Grid)\". The connection is established via \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"isel(xarray.DataArray)\". \"Grid(xgcm.Grid)\" points to \"isel(xarray.DataArray)\" via intermediate node(s). \"isel(xarray.DataArray)\" is pointed to by \"Grid(xgcm.Grid)\" via intermediate node(s). The path includes an intermediate step via \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"isel(xarray.DataArray)\". \"Grid(xgcm.Grid)\" eventually points to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is eventually pointed to by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"isel(xarray.DataArray)\" are present. \"Grid(xgcm.Grid)\" connects to \"isel(xarray.DataArray)\" indirectly. \"isel(xarray.DataArray)\" is indirectly connected to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"isel(xarray.DataArray)\" exist. \"Grid(xgcm.Grid)\" is connected to \"isel(xarray.DataArray)\" via intermediary(s). \"isel(xarray.DataArray)\" is connected to by \"Grid(xgcm.Grid)\" via intermediary(s). The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"isel(xarray.DataArray)\". \"Grid(xgcm.Grid)\" establishes an indirect connection to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" receives an indirect connection established by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"isel(xarray.DataArray)\". \"Grid(xgcm.Grid)\" links to \"isel(xarray.DataArray)\" indirectly. \"isel(xarray.DataArray)\" is indirectly linked to by \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"isel(xarray.DataArray)\". \"Grid(xgcm.Grid)\" links to \"isel(xarray.DataArray)\" through one or more intermediaries. \"isel(xarray.DataArray)\" is linked to by \"Grid(xgcm.Grid)\" through one or more intermediaries. The connection is established via \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"isel(xarray.DataArray)\" are present. \"Grid(xgcm.Grid)\" maps to \"isel(xarray.DataArray)\" indirectly. \"isel(xarray.DataArray)\" is indirectly mapped to by \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"isel(xarray.DataArray)\" exist. \"Grid(xgcm.Grid)\" is mapped to \"isel(xarray.DataArray)\" via intermediate mapping(s). \"isel(xarray.DataArray)\" is mapped to \"Grid(xgcm.Grid)\" via intermediate mapping(s). This relationship is formed via \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"isel(xarray.DataArray)\". \"Grid(xgcm.Grid)\" corresponds to \"isel(xarray.DataArray)\" indirectly. \"isel(xarray.DataArray)\" is indirectly corresponded to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"isel(xarray.DataArray)\". \"Grid(xgcm.Grid)\" is indirectly associated with \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is indirectly associated with \"Grid(xgcm.Grid)\". The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"isel(xarray.DataArray)\". \"Grid(xgcm.Grid)\" indirectly matches \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is indirectly matched by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"isel(xarray.DataArray)\" are present. \"Grid(xgcm.Grid)\" is indirectly followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" indirectly follows \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"isel(xarray.DataArray)\" exist. After \"Grid(xgcm.Grid)\", \"isel(xarray.DataArray)\" eventually follows (implying intermediate steps). \"isel(xarray.DataArray)\" eventually follows \"Grid(xgcm.Grid)\" after intermediate steps. The connection is established via \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"isel(xarray.DataArray)\". \"Grid(xgcm.Grid)\" is eventually followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" eventually follows \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"isel(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"isel(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"isel(xarray.DataArray)\". \"Grid(xgcm.Grid)\" eventually precedes \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is eventually preceded by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"load(xarray.DataArray)\". \"Grid(xgcm.Grid)\" indirectly points to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is indirectly pointed to by \"Grid(xgcm.Grid)\". The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"load(xarray.DataArray)\". \"Grid(xgcm.Grid)\" points to \"load(xarray.DataArray)\" via intermediate node(s). \"load(xarray.DataArray)\" is pointed to by \"Grid(xgcm.Grid)\" via intermediate node(s). The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"load(xarray.DataArray)\". \"Grid(xgcm.Grid)\" eventually points to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is eventually pointed to by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"load(xarray.DataArray)\" are present. \"Grid(xgcm.Grid)\" connects to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly connected to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"load(xarray.DataArray)\" exist. \"Grid(xgcm.Grid)\" is connected to \"load(xarray.DataArray)\" via intermediary(s). \"load(xarray.DataArray)\" is connected to by \"Grid(xgcm.Grid)\" via intermediary(s). The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"load(xarray.DataArray)\". \"Grid(xgcm.Grid)\" establishes an indirect connection to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" receives an indirect connection established by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"load(xarray.DataArray)\". \"Grid(xgcm.Grid)\" links to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly linked to by \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"load(xarray.DataArray)\". \"Grid(xgcm.Grid)\" links to \"load(xarray.DataArray)\" through one or more intermediaries. \"load(xarray.DataArray)\" is linked to by \"Grid(xgcm.Grid)\" through one or more intermediaries. The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"load(xarray.DataArray)\" are present. \"Grid(xgcm.Grid)\" maps to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly mapped to by \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"load(xarray.DataArray)\" exist. \"Grid(xgcm.Grid)\" is mapped to \"load(xarray.DataArray)\" via intermediate mapping(s). \"load(xarray.DataArray)\" is mapped to \"Grid(xgcm.Grid)\" via intermediate mapping(s). This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"load(xarray.DataArray)\". \"Grid(xgcm.Grid)\" corresponds to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly corresponded to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"load(xarray.DataArray)\". \"Grid(xgcm.Grid)\" is indirectly associated with \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is indirectly associated with \"Grid(xgcm.Grid)\". The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"load(xarray.DataArray)\". \"Grid(xgcm.Grid)\" indirectly matches \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is indirectly matched by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"load(xarray.DataArray)\" are present. \"Grid(xgcm.Grid)\" is indirectly followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" indirectly follows \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"load(xarray.DataArray)\" exist. After \"Grid(xgcm.Grid)\", \"load(xarray.DataArray)\" eventually follows (implying intermediate steps). \"load(xarray.DataArray)\" eventually follows \"Grid(xgcm.Grid)\" after intermediate steps. The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"load(xarray.DataArray)\". \"Grid(xgcm.Grid)\" is eventually followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" eventually follows \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"load(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"load(xarray.DataArray)\". \"Grid(xgcm.Grid)\" eventually precedes \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is eventually preceded by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"plot(xarray.DataArray)\". \"Grid(xgcm.Grid)\" indirectly points to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is indirectly pointed to by \"Grid(xgcm.Grid)\". The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"plot(xarray.DataArray)\". \"Grid(xgcm.Grid)\" points to \"plot(xarray.DataArray)\" via intermediate node(s). \"plot(xarray.DataArray)\" is pointed to by \"Grid(xgcm.Grid)\" via intermediate node(s). The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"plot(xarray.DataArray)\". \"Grid(xgcm.Grid)\" eventually points to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is eventually pointed to by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(xarray.DataArray)\" are present. \"Grid(xgcm.Grid)\" connects to \"plot(xarray.DataArray)\" indirectly. \"plot(xarray.DataArray)\" is indirectly connected to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(xarray.DataArray)\" exist. \"Grid(xgcm.Grid)\" is connected to \"plot(xarray.DataArray)\" via intermediary(s). \"plot(xarray.DataArray)\" is connected to by \"Grid(xgcm.Grid)\" via intermediary(s). The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"plot(xarray.DataArray)\". \"Grid(xgcm.Grid)\" establishes an indirect connection to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" receives an indirect connection established by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"plot(xarray.DataArray)\". \"Grid(xgcm.Grid)\" links to \"plot(xarray.DataArray)\" indirectly. \"plot(xarray.DataArray)\" is indirectly linked to by \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"plot(xarray.DataArray)\". \"Grid(xgcm.Grid)\" links to \"plot(xarray.DataArray)\" through one or more intermediaries. \"plot(xarray.DataArray)\" is linked to by \"Grid(xgcm.Grid)\" through one or more intermediaries. The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(xarray.DataArray)\" are present. \"Grid(xgcm.Grid)\" maps to \"plot(xarray.DataArray)\" indirectly. \"plot(xarray.DataArray)\" is indirectly mapped to by \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(xarray.DataArray)\" exist. \"Grid(xgcm.Grid)\" is mapped to \"plot(xarray.DataArray)\" via intermediate mapping(s). \"plot(xarray.DataArray)\" is mapped to \"Grid(xgcm.Grid)\" via intermediate mapping(s). This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"plot(xarray.DataArray)\". \"Grid(xgcm.Grid)\" corresponds to \"plot(xarray.DataArray)\" indirectly. \"plot(xarray.DataArray)\" is indirectly corresponded to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"plot(xarray.DataArray)\". \"Grid(xgcm.Grid)\" is indirectly associated with \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is indirectly associated with \"Grid(xgcm.Grid)\". The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"plot(xarray.DataArray)\". \"Grid(xgcm.Grid)\" indirectly matches \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is indirectly matched by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(xarray.DataArray)\" are present. \"Grid(xgcm.Grid)\" is indirectly followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" indirectly follows \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(xarray.DataArray)\" exist. After \"Grid(xgcm.Grid)\", \"plot(xarray.DataArray)\" eventually follows (implying intermediate steps). \"plot(xarray.DataArray)\" eventually follows \"Grid(xgcm.Grid)\" after intermediate steps. The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"plot(xarray.DataArray)\". \"Grid(xgcm.Grid)\" is eventually followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" eventually follows \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(xarray.DataArray)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"plot(xarray.DataArray)\". \"Grid(xgcm.Grid)\" eventually precedes \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is eventually preceded by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"plot(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" indirectly points to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly pointed to by \"Grid(xgcm.Grid)\". The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" points to \"plot(matplotlib.pyplot)\" via intermediate node(s). \"plot(matplotlib.pyplot)\" is pointed to by \"Grid(xgcm.Grid)\" via intermediate node(s). The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"plot(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" eventually points to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is eventually pointed to by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" connects to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly connected to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" is connected to \"plot(matplotlib.pyplot)\" via intermediary(s). \"plot(matplotlib.pyplot)\" is connected to by \"Grid(xgcm.Grid)\" via intermediary(s). The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"plot(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" establishes an indirect connection to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" receives an indirect connection established by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" links to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly linked to by \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"plot(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" links to \"plot(matplotlib.pyplot)\" through one or more intermediaries. \"plot(matplotlib.pyplot)\" is linked to by \"Grid(xgcm.Grid)\" through one or more intermediaries. The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" maps to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly mapped to by \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" is mapped to \"plot(matplotlib.pyplot)\" via intermediate mapping(s). \"plot(matplotlib.pyplot)\" is mapped to \"Grid(xgcm.Grid)\" via intermediate mapping(s). This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"plot(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" corresponds to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly corresponded to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is indirectly associated with \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly associated with \"Grid(xgcm.Grid)\". The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"plot(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" indirectly matches \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly matched by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" is indirectly followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" indirectly follows \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\" exist. After \"Grid(xgcm.Grid)\", \"plot(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"plot(matplotlib.pyplot)\" eventually follows \"Grid(xgcm.Grid)\" after intermediate steps. The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"plot(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is eventually followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" eventually follows \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"plot(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"plot(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" eventually precedes \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is eventually preceded by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"axhline(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" indirectly points to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly pointed to by \"Grid(xgcm.Grid)\". The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" points to \"axhline(matplotlib.pyplot)\" via intermediate node(s). \"axhline(matplotlib.pyplot)\" is pointed to by \"Grid(xgcm.Grid)\" via intermediate node(s). The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"axhline(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" eventually points to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is eventually pointed to by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" connects to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly connected to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" is connected to \"axhline(matplotlib.pyplot)\" via intermediary(s). \"axhline(matplotlib.pyplot)\" is connected to by \"Grid(xgcm.Grid)\" via intermediary(s). The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"axhline(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" establishes an indirect connection to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" receives an indirect connection established by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" links to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly linked to by \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"axhline(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" links to \"axhline(matplotlib.pyplot)\" through one or more intermediaries. \"axhline(matplotlib.pyplot)\" is linked to by \"Grid(xgcm.Grid)\" through one or more intermediaries. The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" maps to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly mapped to by \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" is mapped to \"axhline(matplotlib.pyplot)\" via intermediate mapping(s). \"axhline(matplotlib.pyplot)\" is mapped to \"Grid(xgcm.Grid)\" via intermediate mapping(s). This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"axhline(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" corresponds to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly corresponded to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is indirectly associated with \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly associated with \"Grid(xgcm.Grid)\". The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"axhline(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" indirectly matches \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly matched by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" is indirectly followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" indirectly follows \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\" exist. After \"Grid(xgcm.Grid)\", \"axhline(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"axhline(matplotlib.pyplot)\" eventually follows \"Grid(xgcm.Grid)\" after intermediate steps. The connection is established via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"axhline(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is eventually followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" eventually follows \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"axhline(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"axhline(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" eventually precedes \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is eventually preceded by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"contourf(xarray.plot)\". \"Grid(xgcm.Grid)\" indirectly points to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly pointed to by \"Grid(xgcm.Grid)\". The connection is established via \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"contourf(xarray.plot)\". \"Grid(xgcm.Grid)\" points to \"contourf(xarray.plot)\" via intermediate node(s). \"contourf(xarray.plot)\" is pointed to by \"Grid(xgcm.Grid)\" via intermediate node(s). The path includes an intermediate step via \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"contourf(xarray.plot)\". \"Grid(xgcm.Grid)\" eventually points to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is eventually pointed to by \"Grid(xgcm.Grid)\". This relationship is formed via \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"contourf(xarray.plot)\" are present. \"Grid(xgcm.Grid)\" connects to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly connected to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"contourf(xarray.plot)\" exist. \"Grid(xgcm.Grid)\" is connected to \"contourf(xarray.plot)\" via intermediary(s). \"contourf(xarray.plot)\" is connected to by \"Grid(xgcm.Grid)\" via intermediary(s). The transition occurs through the intermediate nodes \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"contourf(xarray.plot)\". \"Grid(xgcm.Grid)\" establishes an indirect connection to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" receives an indirect connection established by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"contourf(xarray.plot)\". \"Grid(xgcm.Grid)\" links to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly linked to by \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"contourf(xarray.plot)\". \"Grid(xgcm.Grid)\" links to \"contourf(xarray.plot)\" through one or more intermediaries. \"contourf(xarray.plot)\" is linked to by \"Grid(xgcm.Grid)\" through one or more intermediaries. The connection is established via \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"contourf(xarray.plot)\" are present. \"Grid(xgcm.Grid)\" maps to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly mapped to by \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"contourf(xarray.plot)\" exist. \"Grid(xgcm.Grid)\" is mapped to \"contourf(xarray.plot)\" via intermediate mapping(s). \"contourf(xarray.plot)\" is mapped to \"Grid(xgcm.Grid)\" via intermediate mapping(s). This relationship is formed via \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"contourf(xarray.plot)\". \"Grid(xgcm.Grid)\" corresponds to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly corresponded to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"contourf(xarray.plot)\". \"Grid(xgcm.Grid)\" is indirectly associated with \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly associated with \"Grid(xgcm.Grid)\". The transition occurs through the intermediate nodes \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"contourf(xarray.plot)\". \"Grid(xgcm.Grid)\" indirectly matches \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly matched by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"contourf(xarray.plot)\" are present. \"Grid(xgcm.Grid)\" is indirectly followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" indirectly follows \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"contourf(xarray.plot)\" exist. After \"Grid(xgcm.Grid)\", \"contourf(xarray.plot)\" eventually follows (implying intermediate steps). \"contourf(xarray.plot)\" eventually follows \"Grid(xgcm.Grid)\" after intermediate steps. The connection is established via \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"contourf(xarray.plot)\". \"Grid(xgcm.Grid)\" is eventually followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" eventually follows \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"contourf(xarray.plot)\" along the path \"Grid(xgcm.Grid)\" → \"transform(xgcm.Grid)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"contourf(xarray.plot)\". \"Grid(xgcm.Grid)\" eventually precedes \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is eventually preceded by \"Grid(xgcm.Grid)\". This relationship is formed via \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"legend(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" indirectly points to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly pointed to by \"Grid(xgcm.Grid)\". The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" points to \"legend(matplotlib.pyplot)\" via intermediate node(s). \"legend(matplotlib.pyplot)\" is pointed to by \"Grid(xgcm.Grid)\" via intermediate node(s). The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"legend(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" eventually points to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is eventually pointed to by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" connects to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly connected to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" is connected to \"legend(matplotlib.pyplot)\" via intermediary(s). \"legend(matplotlib.pyplot)\" is connected to by \"Grid(xgcm.Grid)\" via intermediary(s). The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"legend(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" establishes an indirect connection to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" receives an indirect connection established by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" links to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly linked to by \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"legend(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" links to \"legend(matplotlib.pyplot)\" through one or more intermediaries. \"legend(matplotlib.pyplot)\" is linked to by \"Grid(xgcm.Grid)\" through one or more intermediaries. The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" maps to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly mapped to by \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" is mapped to \"legend(matplotlib.pyplot)\" via intermediate mapping(s). \"legend(matplotlib.pyplot)\" is mapped to \"Grid(xgcm.Grid)\" via intermediate mapping(s). This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"legend(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" corresponds to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly corresponded to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is indirectly associated with \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly associated with \"Grid(xgcm.Grid)\". The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"legend(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" indirectly matches \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly matched by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" is indirectly followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" indirectly follows \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\" exist. After \"Grid(xgcm.Grid)\", \"legend(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"legend(matplotlib.pyplot)\" eventually follows \"Grid(xgcm.Grid)\" after intermediate steps. The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"legend(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is eventually followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" eventually follows \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"legend(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"legend(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" eventually precedes \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is eventually preceded by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"title(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" indirectly points to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly pointed to by \"Grid(xgcm.Grid)\". The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" points to \"title(matplotlib.pyplot)\" via intermediate node(s). \"title(matplotlib.pyplot)\" is pointed to by \"Grid(xgcm.Grid)\" via intermediate node(s). The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"title(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" eventually points to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is eventually pointed to by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"title(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" connects to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly connected to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"title(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" is connected to \"title(matplotlib.pyplot)\" via intermediary(s). \"title(matplotlib.pyplot)\" is connected to by \"Grid(xgcm.Grid)\" via intermediary(s). The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"title(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" establishes an indirect connection to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" receives an indirect connection established by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" links to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly linked to by \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"title(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" links to \"title(matplotlib.pyplot)\" through one or more intermediaries. \"title(matplotlib.pyplot)\" is linked to by \"Grid(xgcm.Grid)\" through one or more intermediaries. The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"title(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" maps to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly mapped to by \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"title(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" is mapped to \"title(matplotlib.pyplot)\" via intermediate mapping(s). \"title(matplotlib.pyplot)\" is mapped to \"Grid(xgcm.Grid)\" via intermediate mapping(s). This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"title(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" corresponds to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly corresponded to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is indirectly associated with \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly associated with \"Grid(xgcm.Grid)\". The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"title(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" indirectly matches \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly matched by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"title(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" is indirectly followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" indirectly follows \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"title(matplotlib.pyplot)\" exist. After \"Grid(xgcm.Grid)\", \"title(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"title(matplotlib.pyplot)\" eventually follows \"Grid(xgcm.Grid)\" after intermediate steps. The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"title(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is eventually followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" eventually follows \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"title(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"title(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" eventually precedes \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is eventually preceded by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"transform(xgcm.Grid)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"transform(xgcm.Grid)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"transform(xgcm.Grid)\". \"Grid(xgcm.Grid)\" points to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is pointed to by \"Grid(xgcm.Grid)\". There is a direct connection from \"Grid(xgcm.Grid)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"transform(xgcm.Grid)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"transform(xgcm.Grid)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"transform(xgcm.Grid)\". \"Grid(xgcm.Grid)\" connects to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is connected to by \"Grid(xgcm.Grid)\". Between \"Grid(xgcm.Grid)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"transform(xgcm.Grid)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"transform(xgcm.Grid)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"transform(xgcm.Grid)\". \"Grid(xgcm.Grid)\" links to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is linked to by \"Grid(xgcm.Grid)\". The relationship from \"Grid(xgcm.Grid)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"transform(xgcm.Grid)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"transform(xgcm.Grid)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"transform(xgcm.Grid)\" are present. \"Grid(xgcm.Grid)\" maps to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is mapped to by \"Grid(xgcm.Grid)\". No intermediate node exists between \"Grid(xgcm.Grid)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"transform(xgcm.Grid)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"transform(xgcm.Grid)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"transform(xgcm.Grid)\" exist. \"Grid(xgcm.Grid)\" precedes \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is preceded by \"Grid(xgcm.Grid)\". A direct link connects \"Grid(xgcm.Grid)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"transform(xgcm.Grid)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"transform(xgcm.Grid)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"transform(xgcm.Grid)\". \"Grid(xgcm.Grid)\" corresponds to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" corresponds to \"Grid(xgcm.Grid)\". There is a direct connection from \"Grid(xgcm.Grid)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"transform(xgcm.Grid)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"transform(xgcm.Grid)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"transform(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" follows \"Grid(xgcm.Grid)\". Between \"Grid(xgcm.Grid)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"diff(xgcm.Grid.diff)\". \"Grid(xgcm.Grid)\" points to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is pointed to by \"Grid(xgcm.Grid)\". There is a direct connection from \"Grid(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\". \"Grid(xgcm.Grid)\" connects to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is connected to by \"Grid(xgcm.Grid)\". Between \"Grid(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"diff(xgcm.Grid.diff)\". \"Grid(xgcm.Grid)\" links to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is linked to by \"Grid(xgcm.Grid)\". The relationship from \"Grid(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\" are present. \"Grid(xgcm.Grid)\" maps to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is mapped to by \"Grid(xgcm.Grid)\". No intermediate node exists between \"Grid(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\" exist. \"Grid(xgcm.Grid)\" precedes \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is preceded by \"Grid(xgcm.Grid)\". A direct link connects \"Grid(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"diff(xgcm.Grid.diff)\". \"Grid(xgcm.Grid)\" corresponds to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" corresponds to \"Grid(xgcm.Grid)\". There is a direct connection from \"Grid(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"diff(xgcm.Grid.diff)\". A clear directional relationship exists from \"Grid(xgcm.Grid)\" to \"diff(xgcm.Grid.diff)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\". \"Grid(xgcm.Grid)\" is followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" follows \"Grid(xgcm.Grid)\". Between \"Grid(xgcm.Grid)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"matplotlib.pyplot\". \"Grid(xgcm.Grid)\" indirectly points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly pointed to by \"Grid(xgcm.Grid)\". The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"matplotlib.pyplot\". \"Grid(xgcm.Grid)\" points to \"matplotlib.pyplot\" via intermediate node(s). \"matplotlib.pyplot\" is pointed to by \"Grid(xgcm.Grid)\" via intermediate node(s). The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"matplotlib.pyplot\". \"Grid(xgcm.Grid)\" eventually points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is eventually pointed to by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"matplotlib.pyplot\" are present. \"Grid(xgcm.Grid)\" connects to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly connected to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"matplotlib.pyplot\" exist. \"Grid(xgcm.Grid)\" is connected to \"matplotlib.pyplot\" via intermediary(s). \"matplotlib.pyplot\" is connected to by \"Grid(xgcm.Grid)\" via intermediary(s). The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"matplotlib.pyplot\". \"Grid(xgcm.Grid)\" establishes an indirect connection to \"matplotlib.pyplot\". \"matplotlib.pyplot\" receives an indirect connection established by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"matplotlib.pyplot\". \"Grid(xgcm.Grid)\" links to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly linked to by \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"matplotlib.pyplot\". \"Grid(xgcm.Grid)\" links to \"matplotlib.pyplot\" through one or more intermediaries. \"matplotlib.pyplot\" is linked to by \"Grid(xgcm.Grid)\" through one or more intermediaries. The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"matplotlib.pyplot\" are present. \"Grid(xgcm.Grid)\" maps to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly mapped to by \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"matplotlib.pyplot\" exist. \"Grid(xgcm.Grid)\" is mapped to \"matplotlib.pyplot\" via intermediate mapping(s). \"matplotlib.pyplot\" is mapped to \"Grid(xgcm.Grid)\" via intermediate mapping(s). This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"matplotlib.pyplot\". \"Grid(xgcm.Grid)\" corresponds to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly corresponded to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"matplotlib.pyplot\". \"Grid(xgcm.Grid)\" is indirectly associated with \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly associated with \"Grid(xgcm.Grid)\". The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"matplotlib.pyplot\". \"Grid(xgcm.Grid)\" indirectly matches \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly matched by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"matplotlib.pyplot\" are present. \"Grid(xgcm.Grid)\" is indirectly followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" indirectly follows \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"matplotlib.pyplot\" exist. After \"Grid(xgcm.Grid)\", \"matplotlib.pyplot\" eventually follows (implying intermediate steps). \"matplotlib.pyplot\" eventually follows \"Grid(xgcm.Grid)\" after intermediate steps. The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"matplotlib.pyplot\". \"Grid(xgcm.Grid)\" is eventually followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" eventually follows \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"Grid(xgcm.Grid)\" to \"matplotlib.pyplot\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"matplotlib.pyplot\". \"Grid(xgcm.Grid)\" eventually precedes \"matplotlib.pyplot\". \"matplotlib.pyplot\" is eventually preceded by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"gca(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"Grid(xgcm.Grid)\". There is a direct connection from \"Grid(xgcm.Grid)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"Grid(xgcm.Grid)\". Between \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"gca(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"Grid(xgcm.Grid)\". The relationship from \"Grid(xgcm.Grid)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"Grid(xgcm.Grid)\". No intermediate node exists between \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"Grid(xgcm.Grid)\". A direct link connects \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"gca(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"Grid(xgcm.Grid)\". There is a direct connection from \"Grid(xgcm.Grid)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"Grid(xgcm.Grid)\". Between \"Grid(xgcm.Grid)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"Grid(xgcm.Grid)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"Grid(xgcm.Grid)\". There is a direct connection from \"Grid(xgcm.Grid)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"Grid(xgcm.Grid)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"Grid(xgcm.Grid)\". Between \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"Grid(xgcm.Grid)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"Grid(xgcm.Grid)\". The relationship from \"Grid(xgcm.Grid)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"Grid(xgcm.Grid)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"Grid(xgcm.Grid)\". No intermediate node exists between \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"Grid(xgcm.Grid)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"Grid(xgcm.Grid)\". A direct link connects \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"Grid(xgcm.Grid)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"Grid(xgcm.Grid)\". There is a direct connection from \"Grid(xgcm.Grid)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"Grid(xgcm.Grid)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"Grid(xgcm.Grid)\". Between \"Grid(xgcm.Grid)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"ylabel(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"Grid(xgcm.Grid)\". There is a direct connection from \"Grid(xgcm.Grid)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"Grid(xgcm.Grid)\". Between \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"ylabel(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"Grid(xgcm.Grid)\". The relationship from \"Grid(xgcm.Grid)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"Grid(xgcm.Grid)\". No intermediate node exists between \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"Grid(xgcm.Grid)\". A direct link connects \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"ylabel(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"Grid(xgcm.Grid)\". There is a direct connection from \"Grid(xgcm.Grid)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"Grid(xgcm.Grid)\". Between \"Grid(xgcm.Grid)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"show(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" indirectly points to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly pointed to by \"Grid(xgcm.Grid)\". The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" points to \"show(matplotlib.pyplot)\" via intermediate node(s). \"show(matplotlib.pyplot)\" is pointed to by \"Grid(xgcm.Grid)\" via intermediate node(s). The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"show(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" eventually points to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is eventually pointed to by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"show(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" connects to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly connected to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"show(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" is connected to \"show(matplotlib.pyplot)\" via intermediary(s). \"show(matplotlib.pyplot)\" is connected to by \"Grid(xgcm.Grid)\" via intermediary(s). The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"show(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" establishes an indirect connection to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" receives an indirect connection established by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" links to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly linked to by \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"show(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" links to \"show(matplotlib.pyplot)\" through one or more intermediaries. \"show(matplotlib.pyplot)\" is linked to by \"Grid(xgcm.Grid)\" through one or more intermediaries. The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"show(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" maps to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly mapped to by \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"show(matplotlib.pyplot)\" exist. \"Grid(xgcm.Grid)\" is mapped to \"show(matplotlib.pyplot)\" via intermediate mapping(s). \"show(matplotlib.pyplot)\" is mapped to \"Grid(xgcm.Grid)\" via intermediate mapping(s). This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"show(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" corresponds to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly corresponded to by \"Grid(xgcm.Grid)\". This happens through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is indirectly associated with \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly associated with \"Grid(xgcm.Grid)\". The transition occurs through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"Grid(xgcm.Grid)\" and another node \"show(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" indirectly matches \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly matched by \"Grid(xgcm.Grid)\". Communication between them is facilitated through the intermediate nodes \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"show(matplotlib.pyplot)\" are present. \"Grid(xgcm.Grid)\" is indirectly followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" indirectly follows \"Grid(xgcm.Grid)\". This relationship follows the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"Grid(xgcm.Grid)\" and \"show(matplotlib.pyplot)\" exist. After \"Grid(xgcm.Grid)\", \"show(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"show(matplotlib.pyplot)\" eventually follows \"Grid(xgcm.Grid)\" after intermediate steps. The connection is established via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"Grid(xgcm.Grid)\" and a node called \"show(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" is eventually followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" eventually follows \"Grid(xgcm.Grid)\". The path includes an intermediate step via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"Grid(xgcm.Grid)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"Grid(xgcm.Grid)\" to \"show(matplotlib.pyplot)\" along the path \"Grid(xgcm.Grid)\" → \"diff(xgcm.Grid.diff)\"\n → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"Grid(xgcm.Grid)\" and \"show(matplotlib.pyplot)\". \"Grid(xgcm.Grid)\" eventually precedes \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is eventually preceded by \"Grid(xgcm.Grid)\". This relationship is formed via \"diff(xgcm.Grid.diff)\", \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"diff(xgcm.Grid.diff)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"isel(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" points to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is pointed to by \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"diff(xgcm.Grid.diff)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"isel(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" connects to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is connected to by \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"diff(xgcm.Grid.diff)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"isel(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" links to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is linked to by \"diff(xgcm.Grid.diff)\". The relationship from \"diff(xgcm.Grid.diff)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"diff(xgcm.Grid.diff)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"isel(xarray.DataArray)\" are present. \"diff(xgcm.Grid.diff)\" maps to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is mapped to by \"diff(xgcm.Grid.diff)\". No intermediate node exists between \"diff(xgcm.Grid.diff)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"diff(xgcm.Grid.diff)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"isel(xarray.DataArray)\" exist. \"diff(xgcm.Grid.diff)\" precedes \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is preceded by \"diff(xgcm.Grid.diff)\". A direct link connects \"diff(xgcm.Grid.diff)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"diff(xgcm.Grid.diff)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"isel(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" corresponds to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" corresponds to \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"isel(xarray.DataArray)\". A clear directional relationship exists from \"diff(xgcm.Grid.diff)\" to \"isel(xarray.DataArray)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"isel(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" is followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" follows \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"load(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" indirectly points to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is indirectly pointed to by \"diff(xgcm.Grid.diff)\". The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"load(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" points to \"load(xarray.DataArray)\" via intermediate node(s). \"load(xarray.DataArray)\" is pointed to by \"diff(xgcm.Grid.diff)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"load(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" eventually points to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is eventually pointed to by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"load(xarray.DataArray)\" are present. \"diff(xgcm.Grid.diff)\" connects to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly connected to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"load(xarray.DataArray)\" exist. \"diff(xgcm.Grid.diff)\" is connected to \"load(xarray.DataArray)\" via intermediary(s). \"load(xarray.DataArray)\" is connected to by \"diff(xgcm.Grid.diff)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"load(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" establishes an indirect connection to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" receives an indirect connection established by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"load(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" links to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly linked to by \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"load(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" links to \"load(xarray.DataArray)\" through one or more intermediaries. \"load(xarray.DataArray)\" is linked to by \"diff(xgcm.Grid.diff)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"load(xarray.DataArray)\" are present. \"diff(xgcm.Grid.diff)\" maps to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly mapped to by \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"load(xarray.DataArray)\" exist. \"diff(xgcm.Grid.diff)\" is mapped to \"load(xarray.DataArray)\" via intermediate mapping(s). \"load(xarray.DataArray)\" is mapped to \"diff(xgcm.Grid.diff)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"load(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" corresponds to \"load(xarray.DataArray)\" indirectly. \"load(xarray.DataArray)\" is indirectly corresponded to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"load(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" is indirectly associated with \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is indirectly associated with \"diff(xgcm.Grid.diff)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"load(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" indirectly matches \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is indirectly matched by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"load(xarray.DataArray)\" are present. \"diff(xgcm.Grid.diff)\" is indirectly followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" indirectly follows \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"load(xarray.DataArray)\" exist. After \"diff(xgcm.Grid.diff)\", \"load(xarray.DataArray)\" eventually follows (implying intermediate steps). \"load(xarray.DataArray)\" eventually follows \"diff(xgcm.Grid.diff)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"load(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" is eventually followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" eventually follows \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"load(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"load(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"load(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"load(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" eventually precedes \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is eventually preceded by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"plot(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" indirectly points to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is indirectly pointed to by \"diff(xgcm.Grid.diff)\". The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"plot(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" points to \"plot(xarray.DataArray)\" via intermediate node(s). \"plot(xarray.DataArray)\" is pointed to by \"diff(xgcm.Grid.diff)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"plot(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" eventually points to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is eventually pointed to by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(xarray.DataArray)\" are present. \"diff(xgcm.Grid.diff)\" connects to \"plot(xarray.DataArray)\" indirectly. \"plot(xarray.DataArray)\" is indirectly connected to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(xarray.DataArray)\" exist. \"diff(xgcm.Grid.diff)\" is connected to \"plot(xarray.DataArray)\" via intermediary(s). \"plot(xarray.DataArray)\" is connected to by \"diff(xgcm.Grid.diff)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"plot(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" establishes an indirect connection to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" receives an indirect connection established by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"plot(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" links to \"plot(xarray.DataArray)\" indirectly. \"plot(xarray.DataArray)\" is indirectly linked to by \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"plot(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" links to \"plot(xarray.DataArray)\" through one or more intermediaries. \"plot(xarray.DataArray)\" is linked to by \"diff(xgcm.Grid.diff)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(xarray.DataArray)\" are present. \"diff(xgcm.Grid.diff)\" maps to \"plot(xarray.DataArray)\" indirectly. \"plot(xarray.DataArray)\" is indirectly mapped to by \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(xarray.DataArray)\" exist. \"diff(xgcm.Grid.diff)\" is mapped to \"plot(xarray.DataArray)\" via intermediate mapping(s). \"plot(xarray.DataArray)\" is mapped to \"diff(xgcm.Grid.diff)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"plot(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" corresponds to \"plot(xarray.DataArray)\" indirectly. \"plot(xarray.DataArray)\" is indirectly corresponded to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"plot(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" is indirectly associated with \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is indirectly associated with \"diff(xgcm.Grid.diff)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"plot(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" indirectly matches \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is indirectly matched by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(xarray.DataArray)\" are present. \"diff(xgcm.Grid.diff)\" is indirectly followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" indirectly follows \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(xarray.DataArray)\" exist. After \"diff(xgcm.Grid.diff)\", \"plot(xarray.DataArray)\" eventually follows (implying intermediate steps). \"plot(xarray.DataArray)\" eventually follows \"diff(xgcm.Grid.diff)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"plot(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" is eventually followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" eventually follows \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(xarray.DataArray)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(xarray.DataArray)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"plot(xarray.DataArray)\". \"diff(xgcm.Grid.diff)\" eventually precedes \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is eventually preceded by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"plot(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" indirectly points to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly pointed to by \"diff(xgcm.Grid.diff)\". The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"plot(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" points to \"plot(matplotlib.pyplot)\" via intermediate node(s). \"plot(matplotlib.pyplot)\" is pointed to by \"diff(xgcm.Grid.diff)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"plot(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" eventually points to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is eventually pointed to by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" connects to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly connected to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" is connected to \"plot(matplotlib.pyplot)\" via intermediary(s). \"plot(matplotlib.pyplot)\" is connected to by \"diff(xgcm.Grid.diff)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"plot(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" establishes an indirect connection to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" receives an indirect connection established by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"plot(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" links to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly linked to by \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"plot(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" links to \"plot(matplotlib.pyplot)\" through one or more intermediaries. \"plot(matplotlib.pyplot)\" is linked to by \"diff(xgcm.Grid.diff)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" maps to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly mapped to by \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" is mapped to \"plot(matplotlib.pyplot)\" via intermediate mapping(s). \"plot(matplotlib.pyplot)\" is mapped to \"diff(xgcm.Grid.diff)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"plot(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" corresponds to \"plot(matplotlib.pyplot)\" indirectly. \"plot(matplotlib.pyplot)\" is indirectly corresponded to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"plot(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is indirectly associated with \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly associated with \"diff(xgcm.Grid.diff)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"plot(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" indirectly matches \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is indirectly matched by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" is indirectly followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" indirectly follows \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"plot(matplotlib.pyplot)\" exist. After \"diff(xgcm.Grid.diff)\", \"plot(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"plot(matplotlib.pyplot)\" eventually follows \"diff(xgcm.Grid.diff)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"plot(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is eventually followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" eventually follows \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"plot(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"plot(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"plot(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" eventually precedes \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is eventually preceded by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"axhline(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" indirectly points to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly pointed to by \"diff(xgcm.Grid.diff)\". The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"axhline(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" points to \"axhline(matplotlib.pyplot)\" via intermediate node(s). \"axhline(matplotlib.pyplot)\" is pointed to by \"diff(xgcm.Grid.diff)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"axhline(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" eventually points to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is eventually pointed to by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"axhline(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" connects to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly connected to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"axhline(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" is connected to \"axhline(matplotlib.pyplot)\" via intermediary(s). \"axhline(matplotlib.pyplot)\" is connected to by \"diff(xgcm.Grid.diff)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"axhline(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" establishes an indirect connection to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" receives an indirect connection established by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"axhline(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" links to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly linked to by \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"axhline(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" links to \"axhline(matplotlib.pyplot)\" through one or more intermediaries. \"axhline(matplotlib.pyplot)\" is linked to by \"diff(xgcm.Grid.diff)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"axhline(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" maps to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly mapped to by \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"axhline(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" is mapped to \"axhline(matplotlib.pyplot)\" via intermediate mapping(s). \"axhline(matplotlib.pyplot)\" is mapped to \"diff(xgcm.Grid.diff)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"axhline(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" corresponds to \"axhline(matplotlib.pyplot)\" indirectly. \"axhline(matplotlib.pyplot)\" is indirectly corresponded to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"axhline(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is indirectly associated with \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly associated with \"diff(xgcm.Grid.diff)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"axhline(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" indirectly matches \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is indirectly matched by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"axhline(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" is indirectly followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" indirectly follows \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"axhline(matplotlib.pyplot)\" exist. After \"diff(xgcm.Grid.diff)\", \"axhline(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"axhline(matplotlib.pyplot)\" eventually follows \"diff(xgcm.Grid.diff)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"axhline(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is eventually followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" eventually follows \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"axhline(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"axhline(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"axhline(matplotlib.pyplot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"axhline(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" eventually precedes \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is eventually preceded by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"contourf(xarray.plot)\". \"diff(xgcm.Grid.diff)\" indirectly points to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly pointed to by \"diff(xgcm.Grid.diff)\". The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"contourf(xarray.plot)\". \"diff(xgcm.Grid.diff)\" points to \"contourf(xarray.plot)\" via intermediate node(s). \"contourf(xarray.plot)\" is pointed to by \"diff(xgcm.Grid.diff)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"contourf(xarray.plot)\". \"diff(xgcm.Grid.diff)\" eventually points to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is eventually pointed to by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"contourf(xarray.plot)\" are present. \"diff(xgcm.Grid.diff)\" connects to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly connected to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"contourf(xarray.plot)\" exist. \"diff(xgcm.Grid.diff)\" is connected to \"contourf(xarray.plot)\" via intermediary(s). \"contourf(xarray.plot)\" is connected to by \"diff(xgcm.Grid.diff)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"contourf(xarray.plot)\". \"diff(xgcm.Grid.diff)\" establishes an indirect connection to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" receives an indirect connection established by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"contourf(xarray.plot)\". \"diff(xgcm.Grid.diff)\" links to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly linked to by \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"contourf(xarray.plot)\". \"diff(xgcm.Grid.diff)\" links to \"contourf(xarray.plot)\" through one or more intermediaries. \"contourf(xarray.plot)\" is linked to by \"diff(xgcm.Grid.diff)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"contourf(xarray.plot)\" are present. \"diff(xgcm.Grid.diff)\" maps to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly mapped to by \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"contourf(xarray.plot)\" exist. \"diff(xgcm.Grid.diff)\" is mapped to \"contourf(xarray.plot)\" via intermediate mapping(s). \"contourf(xarray.plot)\" is mapped to \"diff(xgcm.Grid.diff)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"contourf(xarray.plot)\". \"diff(xgcm.Grid.diff)\" corresponds to \"contourf(xarray.plot)\" indirectly. \"contourf(xarray.plot)\" is indirectly corresponded to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"contourf(xarray.plot)\". \"diff(xgcm.Grid.diff)\" is indirectly associated with \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly associated with \"diff(xgcm.Grid.diff)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"contourf(xarray.plot)\". \"diff(xgcm.Grid.diff)\" indirectly matches \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is indirectly matched by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"contourf(xarray.plot)\" are present. \"diff(xgcm.Grid.diff)\" is indirectly followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" indirectly follows \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"contourf(xarray.plot)\" exist. After \"diff(xgcm.Grid.diff)\", \"contourf(xarray.plot)\" eventually follows (implying intermediate steps). \"contourf(xarray.plot)\" eventually follows \"diff(xgcm.Grid.diff)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"contourf(xarray.plot)\". \"diff(xgcm.Grid.diff)\" is eventually followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" eventually follows \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"contourf(xarray.plot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"contourf(xarray.plot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"contourf(xarray.plot)\" They can be used together with other nodes.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"contourf(xarray.plot)\". \"diff(xgcm.Grid.diff)\" eventually precedes \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is eventually preceded by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"legend(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" indirectly points to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly pointed to by \"diff(xgcm.Grid.diff)\". The connection is established via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"legend(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" points to \"legend(matplotlib.pyplot)\" via intermediate node(s). \"legend(matplotlib.pyplot)\" is pointed to by \"diff(xgcm.Grid.diff)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"legend(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" eventually points to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is eventually pointed to by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"legend(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" connects to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly connected to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"legend(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" is connected to \"legend(matplotlib.pyplot)\" via intermediary(s). \"legend(matplotlib.pyplot)\" is connected to by \"diff(xgcm.Grid.diff)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"legend(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" establishes an indirect connection to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" receives an indirect connection established by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"legend(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" links to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly linked to by \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"legend(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" links to \"legend(matplotlib.pyplot)\" through one or more intermediaries. \"legend(matplotlib.pyplot)\" is linked to by \"diff(xgcm.Grid.diff)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"legend(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" maps to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly mapped to by \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"legend(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" is mapped to \"legend(matplotlib.pyplot)\" via intermediate mapping(s). \"legend(matplotlib.pyplot)\" is mapped to \"diff(xgcm.Grid.diff)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"legend(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" corresponds to \"legend(matplotlib.pyplot)\" indirectly. \"legend(matplotlib.pyplot)\" is indirectly corresponded to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"legend(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is indirectly associated with \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly associated with \"diff(xgcm.Grid.diff)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"legend(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" indirectly matches \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is indirectly matched by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"legend(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" is indirectly followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" indirectly follows \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"legend(matplotlib.pyplot)\" exist. After \"diff(xgcm.Grid.diff)\", \"legend(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"legend(matplotlib.pyplot)\" eventually follows \"diff(xgcm.Grid.diff)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"legend(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is eventually followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" eventually follows \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"legend(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"legend(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"legend(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" eventually precedes \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is eventually preceded by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"title(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" indirectly points to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly pointed to by \"diff(xgcm.Grid.diff)\". The connection is established via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"title(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" points to \"title(matplotlib.pyplot)\" via intermediate node(s). \"title(matplotlib.pyplot)\" is pointed to by \"diff(xgcm.Grid.diff)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"title(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" eventually points to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is eventually pointed to by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"title(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" connects to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly connected to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"title(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" is connected to \"title(matplotlib.pyplot)\" via intermediary(s). \"title(matplotlib.pyplot)\" is connected to by \"diff(xgcm.Grid.diff)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"title(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" establishes an indirect connection to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" receives an indirect connection established by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"title(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" links to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly linked to by \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"title(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" links to \"title(matplotlib.pyplot)\" through one or more intermediaries. \"title(matplotlib.pyplot)\" is linked to by \"diff(xgcm.Grid.diff)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"title(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" maps to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly mapped to by \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"title(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" is mapped to \"title(matplotlib.pyplot)\" via intermediate mapping(s). \"title(matplotlib.pyplot)\" is mapped to \"diff(xgcm.Grid.diff)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"title(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" corresponds to \"title(matplotlib.pyplot)\" indirectly. \"title(matplotlib.pyplot)\" is indirectly corresponded to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"title(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is indirectly associated with \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly associated with \"diff(xgcm.Grid.diff)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"title(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" indirectly matches \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is indirectly matched by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"title(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" is indirectly followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" indirectly follows \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"title(matplotlib.pyplot)\" exist. After \"diff(xgcm.Grid.diff)\", \"title(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"title(matplotlib.pyplot)\" eventually follows \"diff(xgcm.Grid.diff)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"title(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is eventually followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" eventually follows \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"title(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"title(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"title(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" eventually precedes \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is eventually preceded by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\", and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"transform(xgcm.Grid)\". \"diff(xgcm.Grid.diff)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\". \"diff(xgcm.Grid.diff)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"transform(xgcm.Grid)\". \"diff(xgcm.Grid.diff)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"diff(xgcm.Grid.diff)\". The relationship from \"diff(xgcm.Grid.diff)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\" are present. \"diff(xgcm.Grid.diff)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"diff(xgcm.Grid.diff)\". No intermediate node exists between \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\" exist. \"diff(xgcm.Grid.diff)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"diff(xgcm.Grid.diff)\". A direct link connects \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"transform(xgcm.Grid)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\". \"diff(xgcm.Grid.diff)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"Grid(xgcm.Grid)\". \"diff(xgcm.Grid.diff)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\". \"diff(xgcm.Grid.diff)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"Grid(xgcm.Grid)\". \"diff(xgcm.Grid.diff)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"diff(xgcm.Grid.diff)\". The relationship from \"diff(xgcm.Grid.diff)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\" are present. \"diff(xgcm.Grid.diff)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"diff(xgcm.Grid.diff)\". No intermediate node exists between \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\" exist. \"diff(xgcm.Grid.diff)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"diff(xgcm.Grid.diff)\". A direct link connects \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"Grid(xgcm.Grid)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\". \"diff(xgcm.Grid.diff)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"matplotlib.pyplot\". \"diff(xgcm.Grid.diff)\" indirectly points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly pointed to by \"diff(xgcm.Grid.diff)\". The connection is established via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"matplotlib.pyplot\". \"diff(xgcm.Grid.diff)\" points to \"matplotlib.pyplot\" via intermediate node(s). \"matplotlib.pyplot\" is pointed to by \"diff(xgcm.Grid.diff)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"matplotlib.pyplot\". \"diff(xgcm.Grid.diff)\" eventually points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is eventually pointed to by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"matplotlib.pyplot\" are present. \"diff(xgcm.Grid.diff)\" connects to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly connected to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"matplotlib.pyplot\" exist. \"diff(xgcm.Grid.diff)\" is connected to \"matplotlib.pyplot\" via intermediary(s). \"matplotlib.pyplot\" is connected to by \"diff(xgcm.Grid.diff)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"matplotlib.pyplot\". \"diff(xgcm.Grid.diff)\" establishes an indirect connection to \"matplotlib.pyplot\". \"matplotlib.pyplot\" receives an indirect connection established by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"matplotlib.pyplot\". \"diff(xgcm.Grid.diff)\" links to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly linked to by \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"matplotlib.pyplot\". \"diff(xgcm.Grid.diff)\" links to \"matplotlib.pyplot\" through one or more intermediaries. \"matplotlib.pyplot\" is linked to by \"diff(xgcm.Grid.diff)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"matplotlib.pyplot\" are present. \"diff(xgcm.Grid.diff)\" maps to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly mapped to by \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"matplotlib.pyplot\" exist. \"diff(xgcm.Grid.diff)\" is mapped to \"matplotlib.pyplot\" via intermediate mapping(s). \"matplotlib.pyplot\" is mapped to \"diff(xgcm.Grid.diff)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"matplotlib.pyplot\". \"diff(xgcm.Grid.diff)\" corresponds to \"matplotlib.pyplot\" indirectly. \"matplotlib.pyplot\" is indirectly corresponded to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"matplotlib.pyplot\". \"diff(xgcm.Grid.diff)\" is indirectly associated with \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly associated with \"diff(xgcm.Grid.diff)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"matplotlib.pyplot\". \"diff(xgcm.Grid.diff)\" indirectly matches \"matplotlib.pyplot\". \"matplotlib.pyplot\" is indirectly matched by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"matplotlib.pyplot\" are present. \"diff(xgcm.Grid.diff)\" is indirectly followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" indirectly follows \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"matplotlib.pyplot\" exist. After \"diff(xgcm.Grid.diff)\", \"matplotlib.pyplot\" eventually follows (implying intermediate steps). \"matplotlib.pyplot\" eventually follows \"diff(xgcm.Grid.diff)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"matplotlib.pyplot\". \"diff(xgcm.Grid.diff)\" is eventually followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" eventually follows \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"matplotlib.pyplot\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"matplotlib.pyplot\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"legend(matplotlib.pyplot)\" → \"legend(matplotlib.pyplot)\" → \"matplotlib.pyplot\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"matplotlib.pyplot\". \"diff(xgcm.Grid.diff)\" eventually precedes \"matplotlib.pyplot\". \"matplotlib.pyplot\" is eventually preceded by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"gca(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"gca(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"diff(xgcm.Grid.diff)\". The relationship from \"diff(xgcm.Grid.diff)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"diff(xgcm.Grid.diff)\". No intermediate node exists between \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"diff(xgcm.Grid.diff)\". A direct link connects \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"gca(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"diff(xgcm.Grid.diff)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"diff(xgcm.Grid.diff)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"diff(xgcm.Grid.diff)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"diff(xgcm.Grid.diff)\". The relationship from \"diff(xgcm.Grid.diff)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"diff(xgcm.Grid.diff)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"diff(xgcm.Grid.diff)\". No intermediate node exists between \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"diff(xgcm.Grid.diff)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"diff(xgcm.Grid.diff)\". A direct link connects \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"diff(xgcm.Grid.diff)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"ylabel(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"ylabel(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"diff(xgcm.Grid.diff)\". The relationship from \"diff(xgcm.Grid.diff)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"diff(xgcm.Grid.diff)\". No intermediate node exists between \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"diff(xgcm.Grid.diff)\". A direct link connects \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"ylabel(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"diff(xgcm.Grid.diff)\". There is a direct connection from \"diff(xgcm.Grid.diff)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"diff(xgcm.Grid.diff)\". Between \"diff(xgcm.Grid.diff)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"show(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" indirectly points to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly pointed to by \"diff(xgcm.Grid.diff)\". The connection is established via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"show(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" points to \"show(matplotlib.pyplot)\" via intermediate node(s). \"show(matplotlib.pyplot)\" is pointed to by \"diff(xgcm.Grid.diff)\" via intermediate node(s). The path includes an intermediate step via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"show(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" eventually points to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is eventually pointed to by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"show(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" connects to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly connected to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"show(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" is connected to \"show(matplotlib.pyplot)\" via intermediary(s). \"show(matplotlib.pyplot)\" is connected to by \"diff(xgcm.Grid.diff)\" via intermediary(s). The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"show(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" establishes an indirect connection to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" receives an indirect connection established by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"show(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" links to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly linked to by \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"show(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" links to \"show(matplotlib.pyplot)\" through one or more intermediaries. \"show(matplotlib.pyplot)\" is linked to by \"diff(xgcm.Grid.diff)\" through one or more intermediaries. The connection is established via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"show(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" maps to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly mapped to by \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"show(matplotlib.pyplot)\" exist. \"diff(xgcm.Grid.diff)\" is mapped to \"show(matplotlib.pyplot)\" via intermediate mapping(s). \"show(matplotlib.pyplot)\" is mapped to \"diff(xgcm.Grid.diff)\" via intermediate mapping(s). This relationship is formed via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"show(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" corresponds to \"show(matplotlib.pyplot)\" indirectly. \"show(matplotlib.pyplot)\" is indirectly corresponded to by \"diff(xgcm.Grid.diff)\". This happens through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"show(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is indirectly associated with \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly associated with \"diff(xgcm.Grid.diff)\". The transition occurs through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node \"diff(xgcm.Grid.diff)\" and another node \"show(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" indirectly matches \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is indirectly matched by \"diff(xgcm.Grid.diff)\". Communication between them is facilitated through the intermediate nodes \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"show(matplotlib.pyplot)\" are present. \"diff(xgcm.Grid.diff)\" is indirectly followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" indirectly follows \"diff(xgcm.Grid.diff)\". This relationship follows the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\" → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "Nodes \"diff(xgcm.Grid.diff)\" and \"show(matplotlib.pyplot)\" exist. After \"diff(xgcm.Grid.diff)\", \"show(matplotlib.pyplot)\" eventually follows (implying intermediate steps). \"show(matplotlib.pyplot)\" eventually follows \"diff(xgcm.Grid.diff)\" after intermediate steps. The connection is established via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "There is a node called \"diff(xgcm.Grid.diff)\" and a node called \"show(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" is eventually followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" eventually follows \"diff(xgcm.Grid.diff)\". The path includes an intermediate step via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"diff(xgcm.Grid.diff)\" and a node named \"show(matplotlib.pyplot)\". There is a relationship from \"diff(xgcm.Grid.diff)\" to \"show(matplotlib.pyplot)\" along the path \"diff(xgcm.Grid.diff)\" → \"isel(xarray.DataArray)\"\n → \"plot(xarray.DataArray)\" → \"title(matplotlib.pyplot)\" → \"title(matplotlib.pyplot)\" → \"show(matplotlib.pyplot)\".",
    "input": "",
    "answer": "The nodes are labeled \"diff(xgcm.Grid.diff)\" and \"show(matplotlib.pyplot)\". \"diff(xgcm.Grid.diff)\" eventually precedes \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is eventually preceded by \"diff(xgcm.Grid.diff)\". This relationship is formed via \"isel(xarray.DataArray)\", \"plot(xarray.DataArray)\", and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"isel(xarray.DataArray)\". \"matplotlib.pyplot\" does not point to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\". \"matplotlib.pyplot\" does not connect to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"isel(xarray.DataArray)\". \"matplotlib.pyplot\" does not link to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\" are present. \"matplotlib.pyplot\" does not map to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\" exist. \"matplotlib.pyplot\" does not precede \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"isel(xarray.DataArray)\". \"matplotlib.pyplot\" does not correspond to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\". \"matplotlib.pyplot\" is not followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"load(xarray.DataArray)\". \"matplotlib.pyplot\" does not point to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"load(xarray.DataArray)\". \"matplotlib.pyplot\" does not connect to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"load(xarray.DataArray)\". \"matplotlib.pyplot\" does not link to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"load(xarray.DataArray)\" are present. \"matplotlib.pyplot\" does not map to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"load(xarray.DataArray)\" exist. \"matplotlib.pyplot\" does not precede \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"load(xarray.DataArray)\". \"matplotlib.pyplot\" does not correspond to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"load(xarray.DataArray)\". \"matplotlib.pyplot\" is not followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"plot(xarray.DataArray)\". \"matplotlib.pyplot\" does not point to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\". \"matplotlib.pyplot\" does not connect to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"plot(xarray.DataArray)\". \"matplotlib.pyplot\" does not link to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\" are present. \"matplotlib.pyplot\" does not map to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\" exist. \"matplotlib.pyplot\" does not precede \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"plot(xarray.DataArray)\". \"matplotlib.pyplot\" does not correspond to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\". \"matplotlib.pyplot\" is not followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"plot(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not point to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not connect to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"plot(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not link to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"plot(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\" are present. \"matplotlib.pyplot\" does not map to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\" exist. \"matplotlib.pyplot\" does not precede \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"plot(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not correspond to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\". \"matplotlib.pyplot\" is not followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"axhline(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not point to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not connect to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"axhline(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not link to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"axhline(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\" are present. \"matplotlib.pyplot\" does not map to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\" exist. \"matplotlib.pyplot\" does not precede \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"axhline(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not correspond to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\". \"matplotlib.pyplot\" is not followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"matplotlib.pyplot\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"contourf(xarray.plot)\". \"matplotlib.pyplot\" does not point to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"matplotlib.pyplot\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"contourf(xarray.plot)\". \"matplotlib.pyplot\" does not connect to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"matplotlib.pyplot\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"contourf(xarray.plot)\". \"matplotlib.pyplot\" does not link to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"contourf(xarray.plot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"matplotlib.pyplot\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"contourf(xarray.plot)\" are present. \"matplotlib.pyplot\" does not map to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"matplotlib.pyplot\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"contourf(xarray.plot)\" exist. \"matplotlib.pyplot\" does not precede \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"contourf(xarray.plot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"matplotlib.pyplot\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"contourf(xarray.plot)\". \"matplotlib.pyplot\" does not correspond to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"matplotlib.pyplot\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"contourf(xarray.plot)\". \"matplotlib.pyplot\" is not followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"legend(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not point to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not connect to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"legend(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not link to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"legend(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\" are present. \"matplotlib.pyplot\" does not map to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\" exist. \"matplotlib.pyplot\" does not precede \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"legend(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not correspond to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\". \"matplotlib.pyplot\" is not followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"title(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not point to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not connect to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"title(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not link to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"title(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\" are present. \"matplotlib.pyplot\" does not map to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\" exist. \"matplotlib.pyplot\" does not precede \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"title(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not correspond to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\". \"matplotlib.pyplot\" is not followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"transform(xgcm.Grid)\". \"matplotlib.pyplot\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\". \"matplotlib.pyplot\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"transform(xgcm.Grid)\". \"matplotlib.pyplot\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\" are present. \"matplotlib.pyplot\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\" exist. \"matplotlib.pyplot\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"transform(xgcm.Grid)\". \"matplotlib.pyplot\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\". \"matplotlib.pyplot\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"Grid(xgcm.Grid)\". \"matplotlib.pyplot\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\". \"matplotlib.pyplot\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"Grid(xgcm.Grid)\". \"matplotlib.pyplot\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\" are present. \"matplotlib.pyplot\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\" exist. \"matplotlib.pyplot\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"Grid(xgcm.Grid)\". \"matplotlib.pyplot\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\". \"matplotlib.pyplot\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"diff(xgcm.Grid.diff)\". \"matplotlib.pyplot\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\". \"matplotlib.pyplot\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"diff(xgcm.Grid.diff)\". \"matplotlib.pyplot\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\" are present. \"matplotlib.pyplot\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\" exist. \"matplotlib.pyplot\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"diff(xgcm.Grid.diff)\". \"matplotlib.pyplot\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\". \"matplotlib.pyplot\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"gca(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"gca(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\" are present. \"matplotlib.pyplot\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\" exist. \"matplotlib.pyplot\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"gca(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\". \"matplotlib.pyplot\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"matplotlib.pyplot\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"matplotlib.pyplot\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"matplotlib.pyplot\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"matplotlib.pyplot\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"matplotlib.pyplot\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"matplotlib.pyplot\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"matplotlib.pyplot\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"ylabel(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"ylabel(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\" are present. \"matplotlib.pyplot\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\" exist. \"matplotlib.pyplot\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"ylabel(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\". \"matplotlib.pyplot\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"show(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not point to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not pointed to by \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not connect to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not connected to by \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"matplotlib.pyplot\" and another node \"show(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not link to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not linked to by \"matplotlib.pyplot\". The relationship from \"matplotlib.pyplot\" to \"show(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\" are present. \"matplotlib.pyplot\" does not map to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not mapped to by \"matplotlib.pyplot\". No intermediate node exists between \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\" exist. \"matplotlib.pyplot\" does not precede \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not preceded by \"matplotlib.pyplot\". A direct link connects \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"matplotlib.pyplot\" and a node called \"show(matplotlib.pyplot)\". \"matplotlib.pyplot\" does not correspond to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"matplotlib.pyplot\". There is a direct connection from \"matplotlib.pyplot\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"matplotlib.pyplot\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\". \"matplotlib.pyplot\" is not followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not follow \"matplotlib.pyplot\". Between \"matplotlib.pyplot\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not point to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not connect to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"isel(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not link to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not correspond to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" is not followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not point to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not connect to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"load(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not link to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not correspond to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" is not followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not point to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not connect to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"plot(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not link to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" does not correspond to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"gca(matplotlib.pyplot)\" is not followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not point to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not connect to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"plot(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not link to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not point to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not connect to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"axhline(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not link to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"gca(matplotlib.pyplot)\" does not point to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"gca(matplotlib.pyplot)\" does not connect to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"contourf(xarray.plot)\". \"gca(matplotlib.pyplot)\" does not link to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"gca(matplotlib.pyplot)\" is not followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not point to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not connect to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"legend(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not link to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not point to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not connect to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"title(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not link to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"gca(matplotlib.pyplot)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"gca(matplotlib.pyplot)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"transform(xgcm.Grid)\". \"gca(matplotlib.pyplot)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"gca(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"gca(matplotlib.pyplot)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"gca(matplotlib.pyplot)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"gca(matplotlib.pyplot)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"Grid(xgcm.Grid)\". \"gca(matplotlib.pyplot)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"gca(matplotlib.pyplot)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"gca(matplotlib.pyplot)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"gca(matplotlib.pyplot)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"gca(matplotlib.pyplot)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"diff(xgcm.Grid.diff)\". \"gca(matplotlib.pyplot)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"gca(matplotlib.pyplot)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"gca(matplotlib.pyplot)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"gca(matplotlib.pyplot)\" points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"gca(matplotlib.pyplot)\" connects to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"matplotlib.pyplot\". \"gca(matplotlib.pyplot)\" links to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"matplotlib.pyplot\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"matplotlib.pyplot\" are present. \"gca(matplotlib.pyplot)\" maps to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"matplotlib.pyplot\" exist. \"gca(matplotlib.pyplot)\" precedes \"matplotlib.pyplot\". \"matplotlib.pyplot\" is preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"matplotlib.pyplot\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"gca(matplotlib.pyplot)\" corresponds to \"matplotlib.pyplot\". \"matplotlib.pyplot\" corresponds to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"gca(matplotlib.pyplot)\" is followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" follows \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"gca(matplotlib.pyplot)\" points to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"gca(matplotlib.pyplot)\" connects to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"gca(matplotlib.pyplot)\" links to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"gca(matplotlib.pyplot)\" maps to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"gca(matplotlib.pyplot)\" precedes \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"gca(matplotlib.pyplot)\" corresponds to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" corresponds to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". A clear directional relationship exists from \"gca(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"gca(matplotlib.pyplot)\" is followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" follows \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"ylabel(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not point to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not pointed to by \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not connect to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not connected to by \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"gca(matplotlib.pyplot)\" and another node \"show(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not link to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not linked to by \"gca(matplotlib.pyplot)\". The relationship from \"gca(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" are present. \"gca(matplotlib.pyplot)\" does not map to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not mapped to by \"gca(matplotlib.pyplot)\". No intermediate node exists between \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" exist. \"gca(matplotlib.pyplot)\" does not precede \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not preceded by \"gca(matplotlib.pyplot)\". A direct link connects \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"gca(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". There is a direct connection from \"gca(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"gca(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not follow \"gca(matplotlib.pyplot)\". Between \"gca(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"isel(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"isel(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"isel(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"load(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"load(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"load(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"plot(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"plot(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"plot(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"plot(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"plot(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"plot(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"plot(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"axhline(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"axhline(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"axhline(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"axhline(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"contourf(xarray.plot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"contourf(xarray.plot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"contourf(xarray.plot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"contourf(xarray.plot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"legend(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"legend(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"legend(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"legend(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"title(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"title(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"title(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"title(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"transform(xgcm.Grid)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"transform(xgcm.Grid)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"transform(xgcm.Grid)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"Grid(xgcm.Grid)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"Grid(xgcm.Grid)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"Grid(xgcm.Grid)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"diff(xgcm.Grid.diff)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"diff(xgcm.Grid.diff)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"diff(xgcm.Grid.diff)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"matplotlib.pyplot\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"matplotlib.pyplot\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"matplotlib.pyplot\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"matplotlib.pyplot\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"gca(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"gca(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"gca(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"ylabel(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"ylabel(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"ylabel(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"show(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not point to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not pointed to by \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not connect to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not connected to by \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"invert_yaxis(matplotlib.axes.Axes)\" and another node \"show(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not link to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not linked to by \"invert_yaxis(matplotlib.axes.Axes)\". The relationship from \"invert_yaxis(matplotlib.axes.Axes)\" to \"show(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\" are present. \"invert_yaxis(matplotlib.axes.Axes)\" does not map to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not mapped to by \"invert_yaxis(matplotlib.axes.Axes)\". No intermediate node exists between \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\" exist. \"invert_yaxis(matplotlib.axes.Axes)\" does not precede \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not preceded by \"invert_yaxis(matplotlib.axes.Axes)\". A direct link connects \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"invert_yaxis(matplotlib.axes.Axes)\" and a node called \"show(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". There is a direct connection from \"invert_yaxis(matplotlib.axes.Axes)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"invert_yaxis(matplotlib.axes.Axes)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not follow \"invert_yaxis(matplotlib.axes.Axes)\". Between \"invert_yaxis(matplotlib.axes.Axes)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not point to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"isel(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not link to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not point to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"load(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not link to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not point to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"plot(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not link to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not point to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"plot(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not link to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not point to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"axhline(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not link to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"ylabel(matplotlib.pyplot)\" does not point to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"contourf(xarray.plot)\". \"ylabel(matplotlib.pyplot)\" does not link to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not point to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"legend(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not link to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not point to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"title(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not link to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"ylabel(matplotlib.pyplot)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"transform(xgcm.Grid)\". \"ylabel(matplotlib.pyplot)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"ylabel(matplotlib.pyplot)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"Grid(xgcm.Grid)\". \"ylabel(matplotlib.pyplot)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"ylabel(matplotlib.pyplot)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"diff(xgcm.Grid.diff)\". \"ylabel(matplotlib.pyplot)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"ylabel(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"ylabel(matplotlib.pyplot)\" points to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"ylabel(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"ylabel(matplotlib.pyplot)\" connects to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"ylabel(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"matplotlib.pyplot\". \"ylabel(matplotlib.pyplot)\" links to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"matplotlib.pyplot\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"ylabel(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"matplotlib.pyplot\" are present. \"ylabel(matplotlib.pyplot)\" maps to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"ylabel(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"matplotlib.pyplot\" exist. \"ylabel(matplotlib.pyplot)\" precedes \"matplotlib.pyplot\". \"matplotlib.pyplot\" is preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"matplotlib.pyplot\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"ylabel(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"ylabel(matplotlib.pyplot)\" corresponds to \"matplotlib.pyplot\". \"matplotlib.pyplot\" corresponds to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". A clear directional relationship exists from \"ylabel(matplotlib.pyplot)\" to \"matplotlib.pyplot\". They are usually used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"ylabel(matplotlib.pyplot)\" is followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" follows \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"gca(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"ylabel(matplotlib.pyplot)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"ylabel(matplotlib.pyplot)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not point to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not pointed to by \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not connect to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not connected to by \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"ylabel(matplotlib.pyplot)\" and another node \"show(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not link to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not linked to by \"ylabel(matplotlib.pyplot)\". The relationship from \"ylabel(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" are present. \"ylabel(matplotlib.pyplot)\" does not map to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not mapped to by \"ylabel(matplotlib.pyplot)\". No intermediate node exists between \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" exist. \"ylabel(matplotlib.pyplot)\" does not precede \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not preceded by \"ylabel(matplotlib.pyplot)\". A direct link connects \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"ylabel(matplotlib.pyplot)\" and a node called \"show(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". There is a direct connection from \"ylabel(matplotlib.pyplot)\" to \"show(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"ylabel(matplotlib.pyplot)\" and a node named \"show(matplotlib.pyplot)\". There is no relationship between \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not followed by \"show(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not follow \"ylabel(matplotlib.pyplot)\". Between \"ylabel(matplotlib.pyplot)\" and \"show(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not point to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not connect to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"isel(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not link to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" are present. \"show(matplotlib.pyplot)\" does not map to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" exist. \"show(matplotlib.pyplot)\" does not precede \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"isel(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not correspond to \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"isel(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"isel(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\". \"show(matplotlib.pyplot)\" is not followed by \"isel(xarray.DataArray)\". \"isel(xarray.DataArray)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"isel(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not point to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not connect to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"load(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not link to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" are present. \"show(matplotlib.pyplot)\" does not map to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" exist. \"show(matplotlib.pyplot)\" does not precede \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"load(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not correspond to \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"load(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"load(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\". \"show(matplotlib.pyplot)\" is not followed by \"load(xarray.DataArray)\". \"load(xarray.DataArray)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"load(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not point to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not connect to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"plot(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not link to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" are present. \"show(matplotlib.pyplot)\" does not map to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" exist. \"show(matplotlib.pyplot)\" does not precede \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"plot(xarray.DataArray)\". \"show(matplotlib.pyplot)\" does not correspond to \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"plot(xarray.DataArray)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(xarray.DataArray)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\". \"show(matplotlib.pyplot)\" is not followed by \"plot(xarray.DataArray)\". \"plot(xarray.DataArray)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"plot(xarray.DataArray)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not point to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not connect to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"plot(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not link to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" are present. \"show(matplotlib.pyplot)\" does not map to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" exist. \"show(matplotlib.pyplot)\" does not precede \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"plot(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"plot(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"plot(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not followed by \"plot(matplotlib.pyplot)\". \"plot(matplotlib.pyplot)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"plot(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not point to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not connect to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"axhline(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not link to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" are present. \"show(matplotlib.pyplot)\" does not map to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" exist. \"show(matplotlib.pyplot)\" does not precede \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"axhline(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"axhline(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"axhline(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not followed by \"axhline(matplotlib.pyplot)\". \"axhline(matplotlib.pyplot)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"axhline(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"show(matplotlib.pyplot)\" does not point to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"show(matplotlib.pyplot)\" does not connect to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"contourf(xarray.plot)\". \"show(matplotlib.pyplot)\" does not link to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" are present. \"show(matplotlib.pyplot)\" does not map to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" exist. \"show(matplotlib.pyplot)\" does not precede \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"contourf(xarray.plot)\". \"show(matplotlib.pyplot)\" does not correspond to \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"contourf(xarray.plot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"contourf(xarray.plot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\". \"show(matplotlib.pyplot)\" is not followed by \"contourf(xarray.plot)\". \"contourf(xarray.plot)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"contourf(xarray.plot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not point to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not connect to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"legend(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not link to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" are present. \"show(matplotlib.pyplot)\" does not map to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" exist. \"show(matplotlib.pyplot)\" does not precede \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"legend(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"legend(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"legend(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not followed by \"legend(matplotlib.pyplot)\". \"legend(matplotlib.pyplot)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"legend(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not point to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not connect to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"title(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not link to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" are present. \"show(matplotlib.pyplot)\" does not map to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" exist. \"show(matplotlib.pyplot)\" does not precede \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"title(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"title(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"title(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not followed by \"title(matplotlib.pyplot)\". \"title(matplotlib.pyplot)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"title(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"show(matplotlib.pyplot)\" does not point to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"show(matplotlib.pyplot)\" does not connect to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"transform(xgcm.Grid)\". \"show(matplotlib.pyplot)\" does not link to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" are present. \"show(matplotlib.pyplot)\" does not map to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" exist. \"show(matplotlib.pyplot)\" does not precede \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"transform(xgcm.Grid)\". \"show(matplotlib.pyplot)\" does not correspond to \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"transform(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"transform(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\". \"show(matplotlib.pyplot)\" is not followed by \"transform(xgcm.Grid)\". \"transform(xgcm.Grid)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"transform(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"show(matplotlib.pyplot)\" does not point to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"show(matplotlib.pyplot)\" does not connect to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"Grid(xgcm.Grid)\". \"show(matplotlib.pyplot)\" does not link to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" are present. \"show(matplotlib.pyplot)\" does not map to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" exist. \"show(matplotlib.pyplot)\" does not precede \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"Grid(xgcm.Grid)\". \"show(matplotlib.pyplot)\" does not correspond to \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"Grid(xgcm.Grid)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"Grid(xgcm.Grid)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\". \"show(matplotlib.pyplot)\" is not followed by \"Grid(xgcm.Grid)\". \"Grid(xgcm.Grid)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"Grid(xgcm.Grid)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"show(matplotlib.pyplot)\" does not point to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"show(matplotlib.pyplot)\" does not connect to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"diff(xgcm.Grid.diff)\". \"show(matplotlib.pyplot)\" does not link to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" are present. \"show(matplotlib.pyplot)\" does not map to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" exist. \"show(matplotlib.pyplot)\" does not precede \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"diff(xgcm.Grid.diff)\". \"show(matplotlib.pyplot)\" does not correspond to \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"diff(xgcm.Grid.diff)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"diff(xgcm.Grid.diff)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\". \"show(matplotlib.pyplot)\" is not followed by \"diff(xgcm.Grid.diff)\". \"diff(xgcm.Grid.diff)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"diff(xgcm.Grid.diff)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"show(matplotlib.pyplot)\" does not point to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"show(matplotlib.pyplot)\" does not connect to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"matplotlib.pyplot\". \"show(matplotlib.pyplot)\" does not link to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"matplotlib.pyplot\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\" are present. \"show(matplotlib.pyplot)\" does not map to \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\" exist. \"show(matplotlib.pyplot)\" does not precede \"matplotlib.pyplot\". \"matplotlib.pyplot\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"matplotlib.pyplot\". \"show(matplotlib.pyplot)\" does not correspond to \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"matplotlib.pyplot\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"matplotlib.pyplot\". There is no relationship between \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\". \"show(matplotlib.pyplot)\" is not followed by \"matplotlib.pyplot\". \"matplotlib.pyplot\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"matplotlib.pyplot\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not point to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not connect to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"gca(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not link to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" are present. \"show(matplotlib.pyplot)\" does not map to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" exist. \"show(matplotlib.pyplot)\" does not precede \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"gca(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"gca(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"gca(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not followed by \"gca(matplotlib.pyplot)\". \"gca(matplotlib.pyplot)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"gca(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"show(matplotlib.pyplot)\" does not point to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"show(matplotlib.pyplot)\" does not connect to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"invert_yaxis(matplotlib.axes.Axes)\". \"show(matplotlib.pyplot)\" does not link to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" are present. \"show(matplotlib.pyplot)\" does not map to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" exist. \"show(matplotlib.pyplot)\" does not precede \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"invert_yaxis(matplotlib.axes.Axes)\". \"show(matplotlib.pyplot)\" does not correspond to \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"invert_yaxis(matplotlib.axes.Axes)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"invert_yaxis(matplotlib.axes.Axes)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\". \"show(matplotlib.pyplot)\" is not followed by \"invert_yaxis(matplotlib.axes.Axes)\". \"invert_yaxis(matplotlib.axes.Axes)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"invert_yaxis(matplotlib.axes.Axes)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not point to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not pointed to by \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not connect to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not connected to by \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node \"show(matplotlib.pyplot)\" and another node \"ylabel(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not link to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not linked to by \"show(matplotlib.pyplot)\". The relationship from \"show(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" occurs without any intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" are present. \"show(matplotlib.pyplot)\" does not map to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not mapped to by \"show(matplotlib.pyplot)\". No intermediate node exists between \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\"."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "Nodes \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" exist. \"show(matplotlib.pyplot)\" does not precede \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" is not preceded by \"show(matplotlib.pyplot)\". A direct link connects \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" without any intervening points."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "There is a node called \"show(matplotlib.pyplot)\" and a node called \"ylabel(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" does not correspond to \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not correspond to \"show(matplotlib.pyplot)\". There is a direct connection from \"show(matplotlib.pyplot)\" to \"ylabel(matplotlib.pyplot)\" with no intermediate nodes."
  },
  {
    "instruction": "There is a node named \"show(matplotlib.pyplot)\" and a node named \"ylabel(matplotlib.pyplot)\". There is no relationship between \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". They are not used together.\n",
    "input": "",
    "answer": "The nodes are labeled \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\". \"show(matplotlib.pyplot)\" is not followed by \"ylabel(matplotlib.pyplot)\". \"ylabel(matplotlib.pyplot)\" does not follow \"show(matplotlib.pyplot)\". Between \"show(matplotlib.pyplot)\" and \"ylabel(matplotlib.pyplot)\" there are no intermediary points."
  }
]