user_query: placeholder
tree_str_mr: [__DG_INFORM__ [__ARG_TASK__ get_forecast ] [__ARG_TEMP_LOW__ 26 ] [__ARG_TEMP_HIGH__ 31 ] [__ARG_CLOUD_COVERAGE__ overcast ] [__ARG_DATE_TIME__ [__ARG_COLLOQUIAL__ tomorrow ] ] [__ARG_LOCATION__ [__ARG_CITY__ São Paulo ] ] ]
response: [__DG_INFORM__ It will be [__ARG_CLOUD_COVERAGE__ overcast ] [__ARG_DATE_TIME__ [__ARG_COLLOQUIAL__ tomorrow ] ] with a high of [__ARG_TEMP_HIGH__ __ARG_TEMP_HIGH__ ] and low of [__ARG_TEMP_LOW__ __ARG_TEMP_LOW__ ] in [__ARG_LOCATION__ [__ARG_CITY__ __ARG_CITY__ ] ] ]
target: [__DG_INFORM__ It will be [__ARG_CLOUD_COVERAGE__ overcast ] [__ARG_DATE_TIME__ [__ARG_COLLOQUIAL__ tomorrow ] ] with a high of [__ARG_TEMP_HIGH__ __ARG_TEMP_HIGH__ ] and low of [__ARG_TEMP_LOW__ __ARG_TEMP_LOW__ ] in [__ARG_LOCATION__ [__ARG_CITY__ __ARG_CITY__ ] ] ]
references: [__DG_INFORM__ It will be [__ARG_CLOUD_COVERAGE__ overcast ] [__ARG_DATE_TIME__ [__ARG_COLLOQUIAL__ tomorrow ] ] with a high of [__ARG_TEMP_HIGH__ __ARG_TEMP_HIGH__ ] and low of [__ARG_TEMP_LOW__ __ARG_TEMP_LOW__ ] in [__ARG_LOCATION__ [__ARG_CITY__ __ARG_CITY__ ] ] ]