{
    "package": "PowerLoop",
    "language": "python",
    "author": "amerkay",
    "description": "PowerLoop for Farmbot: Loop your farmbot by plants with search filters, or by automatic waypoint calculation to cover Plant search results grid area. Features include executing sequences and saving meta data.",
    "package_version": "1.2.9",
    "farmware_manifest_version": "2.0.0",
    "farmbot_os_version_requirement": ">= 8.0.0",
    "url": "https://raw.githubusercontent.com/AscendFB/powerloop/master/manifest.json",
    "zip": "https://github.com/AscendFB/powerloop/archive/master.zip",
    "executable": "python",
    "args": "powerloop-master/src/main.py",
    "config": {
    "1":{
        "name": "filter_pointname",
        "label": "Filter by plant name, case insensitive. 'aru' matches 'Arugula', * for all.",
        "value": "*"
    },
    "2":{
        "name": "filter_openfarm_slug",
        "label": "Filter by Openfarm slug name, case insensitive. 'aru' matches 'Arugula', * for all.",
        "value": "*"
    },
    "3":{
        "name": "filter_age_min_day",
        "label": "Filter by plant age (minimum days)",
        "value": "-1"
    },
    "4":{
        "name": "filter_age_max_day",
        "label": "Filter by plant age (maximum days)",
        "value": "36500"
    },
    "5":{
        "name": "filter_meta_key",
        "label": "Filter by meta data : key",
        "value": "None"
    },
    "6":{
        "name": "filter_meta_op",
        "label": "Filter by meta data : operator (==,!=,>,<,>=,<=,regex,daysmin,daysmax,minutesmin,minutesmax)",
        "value": "=="
    },
    "7":{
        "name": "filter_meta_value",
        "label": "Filter by meta data : value",
        "value": "None"
    },
    "8":{
        "name": "filter_plant_stage",
        "label": "Filter by plant stage (Allowed: None, planned, planted, sprouted, harvested). Multiple allowed comma separated.",
        "value": "None"
    },
    "9":{
        "name": "filter_min_x",
        "label": "Filter by coordinates - Min X",
        "value": "None"
    },
    "10":{
        "name": "filter_max_x",
        "label": "Filter by coordinates - Max X",
        "value": "None"
    },
    "11":{
        "name": "filter_min_y",
        "label": "Filter by coordinates - Min Y",
        "value": "None"
    },
    "12":{
        "name": "filter_max_y",
        "label": "Filter by coordinates - Max Y",
        "value": "None"
    },
    "13":{
        "name": "sequence_init",
        "label": "Init Sequences, one-time execution. Eg. 'SeqName1, SeqName2'",
        "value": "None"
    },
    "14":{
        "name": "sequence_beforemove",
        "label": "Sequences Before Next Move, for each plant. Eg. 'SeqName1, SeqName2'",
        "value": "None"
    },
    "15":{
        "name": "sequence_aftermove",
        "label": "Sequences After Move, for each plant. Eg. 'SeqName1, SeqName2'",
        "value": "None"
    },
    "16":{
        "name": "sequence_end",
        "label": "End Sequences, one-time execution. Eg. 'SeqName1, SeqName2'",
        "value": "None"
    },
    "17":{
        "name": "save_meta_key",
        "label": "Save in meta data : key",
        "value": "None"
    },
    "18":{
        "name": "save_meta_value",
        "label": "Save in meta data : value (str / #NOW#)",
        "value": "None"
    },
    "19":{
        "name": "save_plant_stage",
        "label": "Set plant stage (None, planned, planted, sprouted, harvested)",
        "value": "None"
    },
    "20":{
        "name": "move_offset_x",
        "label": "Offset X value when moving - (integer, randint(i,j))",
        "value": 0
    },
    "21":{
        "name": "move_offset_y",
        "label": "Offset Y value when moving - (integer, randint(i,j))",
        "value": 0
    },
    "22":{
        "name": "move_z",
        "label": "Default Z axis value when moving",
        "value": 0
    },
    "23":{
        "name": "move_speed",
        "label": "Default speed value when moving. Percent of max speed (1-100)",
        "value": 100
    },
    "24":{
        "name": "use_simple_sort",
        "label": "Use simple X, Y sort instead of Travelling Salesman Problem Greedy algorithm to optimize route? If 'False' (default), no quotes, TSP Greedy Algorithm will be used.",
        "value": "False"
    },
    "25":{
        "name": "grid_coverage_per_step",
        "label": "Grid coverage (x, y) per step. None to disable (default), set to enable. E.g camera fov '(220, 310)'. When used, no point data will be saved.",
        "value": "None"
    },
    "26":{
        "name": "grid_coverage_offset",
        "label": "Grid coverage offset (x, y) from center. Default (0,0), set to enable. E.g camera is offset '(50, 100)'.",
        "value": "(0,0)"
    },
    "27":{
        "name": "grid_coverage_overlap",
        "label": "Grid coverage overlap. The overlap between coverage-area rectangles. Default 0. Max value 75 (%).",
        "value": "0"
    },
    "28":{
        "name": "grid_coverage_summarize",
        "label": "Grid coverage, summarize steps attempting to cover each Plant once at least. Default: False. If set True, waypoint summary mode with radius coverage will be used.",
        "value": "False"
    },
    "29":{
        "name": "debug",
        "label": "Debug mode (0-> No FW debug msg, 1-> FW debug msg (default), 2-> No move/exec - do save point data, 3-> simulation, log only)",
        "value": 1
    }
   }
}