{"payload":{"header_redesign_enabled":false,"results":[{"id":"78748060","archived":false,"color":"#3572A5","followers":768,"has_funding_file":false,"hl_name":"e2nIEE/pandapower","hl_trunc_description":"Convenient Power System Modelling and Analysis based on PYPOWER and pandas","language":"Python","mirror":false,"owned_by_organization":true,"public":true,"repo":{"repository":{"id":78748060,"name":"pandapower","owner_id":40853245,"owner_login":"e2nIEE","updated_at":"2024-05-02T12:16:23.416Z","has_issues":true}},"sponsorable":false,"topics":["python","system","analysis","optimization","power","state-estimation","powerflow","short-circuit","loadflow"],"type":"Public","help_wanted_issues_count":9,"good_first_issue_issues_count":0,"starred_by_current_user":false}],"type":"repositories","page":1,"page_count":1,"elapsed_millis":66,"errors":[],"result_count":1,"facets":[],"protected_org_logins":[],"topics":null,"query_id":"","logged_in":false,"sign_up_path":"/signup?source=code_search_results","sign_in_path":"/login?return_to=https%3A%2F%2Fgithub.com%2Fsearch%3Fq%3Drepo%253Ae2nIEE%252Fpandapower%2B%2Blanguage%253APython","metadata":null,"csrf_tokens":{"/e2nIEE/pandapower/star":{"post":"LNSlJdZ_VhWOfg2IiUxOgaGSmcqtzyjJYImy8i-LE6wi85ZuwcOfUNFg3sqCdHrJfX_zlmgrEGuHKEx6cAwPuA"},"/e2nIEE/pandapower/unstar":{"post":"5FLap4lBRi1QUG1gWIpRCBXsLpkohDIrTw-w3d7tv5hbmAt3NZHKn8iOLN3Af-vyfium-HRvxYd4230r1bdM_A"},"/sponsors/batch_deferred_sponsor_buttons":{"post":"j6JcIzgi-NHCbX0nc0lhmt_fIak_ZsH4XGmskzdN_a8uTbTF6McDAwdlExemth9r7yiopSQPIli-ifkbNO4IxQ"}}},"title":"Repository search results"}