drone.js
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import calcDistanceFromCoord from '@/utils/CommonFunction/calcDistanceFromCoord';
export const state = () => ({
detailData: {},
droneLogs: [],
wholeDroneLogs: [],
selectedLogList: [],
selectedDroneId: null,
accumulatedDistance: 0,
logFilter: {
checkFilter: false,
maker: [],
filteredDroneList: [],
weight: [0, 50],
altitude: [0, 200],
speed: [0, 100],
},
});
export const getters = {
getDetailData: (state) => state.detailData,
getDroneLogs: (state) => state.droneLogs,
getWholeDroneLog: (state) => state.wholeDroneLogs,
getSelectedLogList: (state) => state.selectedLogList,
getSelectedLastLog: (state) => {
if (state.selectedLogList.length === 0) return null;
return state.selectedLogList[state.selectedLogList.length - 1];
},
getAccumulatedDistance: (state) => state.accumulatedDistance,
getSelectedDroneId: (state) => state.selectedDroneId,
getLogFilter: (state) => state.logFilter,
};
export const actions = {
fetchDetailInfo(context, id) {
return new Promise((resolve, reject) => {
// context.commit('DEL_DETAIL_DATA');
this.$axios.get(`/api/map/drone/${id}`)
.then((r) => {
const result = r.data;
let tempLog = null;
let distance = 0;
for (let i = 0; i < result.droneLogs.length; i += 1) {
const currentLog = result.droneLogs[i];
distance += calcDistanceFromCoord(tempLog, currentLog) || 0;
tempLog = currentLog;
}
result.distance = distance;
context.commit('SET_DETAIL_DATA', result);
resolve(result);
})
.catch((e) => {
reject(e);
});
});
},
setDroneLogs(context, data) {
const filter = context.getters.getLogFilter;
const filteredLogs = data.logs.filter((v) => {
let isMaker = true;
if (filter.maker.length !== 0) {
isMaker = !!filter.filteredDroneList.find((e) => Number(e.id) === Number(v.droneId));
}
const isSpeed = (v?.horizontalSpeed >= filter.speed[0] && (filter.speed[1] === 100 ? true : v?.horizontalSpeed <= filter.speed[1]))
|| (v?.verticalSpeed >= filter.speed[0] && (filter.speed[1] === 100 ? true : v?.verticalSpeed <= filter.speed[1]));
const isAltitude = (v?.aboveGroundLevel >= filter.altitude[0] && (filter.altitude[1] === 200 ? true : v?.aboveGroundLevel <= filter.altitude[1]))
|| (v?.aboveSeaLevel >= filter.altitude[0] && (filter.altitude[1] === 200 ? true : v?.aboveSeaLevel <= filter.altitude[1]));
const isWeight = v?.weight >= filter.weight[0] && (filter.weight[1] === 50 ? true : v?.weight <= filter.weight[1]);
return isAltitude && isSpeed && isMaker;
});
context.commit(data.mutation, filteredLogs);
},
clearDroneLogs(context) {
context.commit('CLEAR_DRONE_LOGS');
},
setSelectedLogList(context, data) {
context.commit('SET_SELECTED_LOG_LIST', data);
},
clearSelectedLogList(context) {
context.commit('CLEAR_SELECTED_LOG_LIST');
},
setSelectedDroneId(context, data) {
context.commit('SET_SELECTED_DRONE_ID', data);
},
clearSelectedDroneId(context) {
context.commit('CLEAR_SELECTED_DRONE_ID');
},
setAccumulatedDistance(context, data) {
context.commit('SET_ACCUMULATED_DISTANCE', data);
},
clearAccumulatedDistance(context) {
context.commit('CLEAR_ACCUMULATED_DISTANCE');
},
setLogFilter(context, data) {
context.commit('SET_LOG_FILTER', data);
},
clearLogFilter(context) {
context.commit('DEL_LOG_FILTER');
},
};
export const mutations = {
SET_LOG_FILTER(state, payload) {
state.logFilter = payload;
},
DEL_LOG_FILTER(state) {
state.logFilter = {
checkFilter: false,
filteredDroneList: [],
maker: [],
weight: [0, 50],
altitude: [0, 200],
speed: [0, 100],
};
},
//
SET_DETAIL_DATA(state, payload) {
state.detailData = payload;
},
DEL_DETAIL_DATA(state) {
state.detailData = null;
},
//
SET_DRONE_LOGS(state, payload) {
state.droneLogs = payload;
},
CLEAR_DRONE_LOGS(state) {
state.droneLogs = [];
},
//
SET_WHOLE_DRONE_LOGS(state, payload) {
state.wholeDroneLogs = payload;
},
CLEAR_WHOLE_DRONE_LOGS(state) {
state.wholeDroneLogs = [];
},
//
SET_SELECTED_LOG_LIST(state, payload) {
state.selectedLogList.push(payload);
},
CLEAR_SELECTED_LOG_LIST(state) {
state.selectedLogList = [];
},
//
SET_SELECTED_DRONE_ID(state, payload) {
state.selectedDroneId = payload;
},
CLEAR_SELECTED_DRONE_ID(state) {
state.selectedDroneId = null;
},
//
SET_ACCUMULATED_DISTANCE(state, payload) {
state.accumulatedDistance += payload;
},
CLEAR_ACCUMULATED_DISTANCE(state) {
state.accumulatedDistance = 0;
},
};