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29 KiB
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t={grassland:"grassland-distribution",wetland:"wetland-distribution",woodland:"woodland-distribution"}[e],s=((l=n==null?void 0:n.layerPanels)==null?void 0:l[a])||((i=n==null?void 0:n.layerPanels)==null?void 0:i[t]);if(!s)return n;const r=(u=s.leftPanels)!=null&&u.length?s.leftPanels:n.leftPanels,o=(w=s.rightPanels)!=null&&w.length?s.rightPanels:n.rightPanels;return v(m({},n),{activeLayerKey:a||t,leftPanels:r,rightPanels:o,left:(r==null?void 0:r[0])||n.left,right:(o==null?void 0:o[0])||n.right})}function te(n,e=["areaWanMu","value","acreage","areaMu"]){for(const a of e){const t=R(n,[a]),s=O(t);if(s===void 0)continue;const r=String(a).toLowerCase(),o=String(R(n,["unit","areaUnit","area_unit"])||"");return r.includes("wanmu")||o==="万亩"?s:r.includes("mu")||o==="亩"?s/1e4:s}}function Fn(n=[],e={}){const{nameKeys:a=["name","areaName","townName"],valueKeys:t=["areaWanMu","value","acreage","areaMu"],nameTransform:s=i=>i,filter:r,extra:o}=e,l=new Map;return n.forEach(i=>{if(r&&!r(i))return;const u=R(i,a),w=s(u,i),g=te(i,t);if(!w||g===void 0)return;const f=l.get(w)||{key:R(i,["key","code","townCode"])||w,name:w,value:0,unit:"万亩",source:[]};f.value+=g,f.source.push(i),l.set(w,f)}),Array.from(l.values()).map(i=>{const u=v(m({},i),{value:L(i.value)});return o?v(m({},u),{extra:o(u)}):u}).filter(i=>Number(i.value)>0).sort((i,u)=>(Number(u.value)||0)-(Number(i.value)||0))}function Ln({yieldCapacityRows:n,townAreaRows:e,typeRows:a,levelRows:t,yieldRows:s,minTypeRows:r,muYieldRows:o,edibleYieldRows:l,edibleMuRows:i,typeTownRows:u,levelTownRows:w,minTownRows:g}){const f=c("wetland-town-area","湿地面积分布",k(S(e),Y),"column",{span:1,variant:"plain"}),p=c("wetland-type","湿地类型结构",k(a,Y),"donut",{span:1}),P=c("wetland-level-proportion","湿地级占比",k(x(t),Y),"donut",{span:1,variant:"ring"}),T=c("wetland-min-type","湿地优势小类",k(N(r,6),Y),"bar",{span:1,variant:"raceBarNoWrap"}),h=c("wetland-yield-capacity","湿地产能结构",n,"structure",{span:1}),W=c("wetland-yield","湿地生产力分布",S(s),"line",{span:1,fixedType:!0}),M=c("wetland-edible-yield","可食鲜草产量",N(l,D.length),"column",{span:1,variant:"slim"}),V=c("wetland-mu-yield","湿地亩产效率",N(o,D.length),"heat",{span:1,limit:D.length}),U=c("wetland-level","湿地级别面积",t,"column",{span:1}),I=c("wetland-level-town","1级湿地分布",N(w,D.length),"bar",{span:1,variant:"distribution"}),J=c("wetland-type-town","湿地类型乡镇分布",N(u,D.length),"bar",{span:1,variant:"distribution"}),Q=c("wetland-edible-mu","可食鲜草亩产",N(i,D.length),"bar",{span:1}),X=c("wetland-min-town","优势小类乡镇分布",N(g,D.length),"bar",{span:1,variant:"distribution"}),{leftPanels:q,rightPanels:B}=C([f,p,P,T],[M,W,V,h]);return{leftPanels:q,rightPanels:B,left:q[0],right:B[0],layerPanels:se({townAreaPanel:f,typePanel:p,yieldCapacityPanel:h,yieldPanel:W,levelPanel:U,levelTownPanel:I,muYieldPanel:V,levelStructurePanel:P,typeTownPanel:J,minTypePanel:T,edibleYieldPanel:M,edibleMuPanel:Q,minTownPanel:X})}}function se(n={}){const{townAreaPanel:e,typePanel:a,yieldCapacityPanel:t,yieldPanel:s,levelPanel:r,levelTownPanel:o,muYieldPanel:l,levelStructurePanel:i,typeTownPanel:u,minTypePanel:w,edibleYieldPanel:g,edibleMuPanel:f,minTownPanel:p}=n;return{"wetland-distribution":C([e,a,i,w],[g,s,l,t]),"wetland-level":C([i,r,o,a],[g,s,l,t]),"wetland-type":C([a,u,w,p],[g,s,f,t]),"wetland-yield":C([e,a,i,w],[g,s,l,t])}}function re(n={}){const{leftPanels:e=[],rightPanels:a=[]}=n,t=C(e,a);return{"grassland-distribution":t,"basic-grassland":t,"grassland-level":t,"grassland-type":t,"grassland-yield":t,"grassland-health":t}}function Wn({townRows:n=[],typeRows:e=[],scaleRows:a=[],protectionRows:t=[],ownershipRows:s=[],qualityRows:r=[],originRows:o=[],ageRows:l=[],canopyRows:i=[],forestTypeRows:u=[],manageLevelRows:w=[],regionRows:g=[],ownerRows:f=[],typeTownRows:p=[],qualityLevelRows:P=[],townConcentrationRows:T=Pn(n,{headCount:4,headName:"前四乡镇",tailName:"其他乡镇"}),typeConcentrationRows:h=Pn(e,{headCount:2,headName:"主要类型",tailName:"其他类型"})}){const W=c("woodland-town","林地面积分布",k(S(n),E),"column",{span:1,variant:"plain"}),M=c("woodland-type","林地类型结构",k(e,E),"donut",{span:1,variant:"ring"}),V=c("woodland-protection","公益林保护等级",k(x(t),E),"bar",{span:1,variant:"raceBarRelaxed"}),U=c("woodland-ownership","林地权属结构",k(x(s),E),"structure",{span:1}),I=c("woodland-quality","优势树种面积",N(r,6),"bar",{span:1,variant:"raceBarNoWrap"}),J=c("woodland-origin","林地起源结构",x(o),"structure",{span:1}),Q=c("woodland-age","林龄组结构",N(l,6),"column",{span:1,labelMode:"horizontal"}),X=c("woodland-canopy","郁闭度结构",k(N(i,6),E),"donut",{span:1,fixedType:!0}),q=c("woodland-area-scale","林地图斑规模",a,"column",{span:1}),B=c("woodland-forest-type","森林类别结构",N(u,6),"bar",{span:1}),_n=c("woodland-manage-level","管护等级分布",N(w,6),"bar",{span:1}),wn=c("woodland-public-rank","公益林面积排行",N(g,6),"bar",{span:1,variant:"distribution"}),tn=c("woodland-owner-rank","权属单位排行",N(f,6),"bar",{span:1}),Sn=c("woodland-type-town","乡镇类型构成",N(p,6),"bar",{span:1,variant:"distribution"}),Mn=c("woodland-quality-level","林地质量等级",x(P),"donut",{span:1}),fn=c("woodland-town-concentration","林地集中度",k(x(T),E),"structure",{span:1}),mn=c("woodland-type-concentration","类型集中度",k(x(h),E),"rose",{span:1}),{leftPanels:pn,rightPanels:gn}=C(A([W,M,V,U],[q,tn,B,I]),A([I,J,Q,X],[q,tn,B,wn,fn,mn]));return{leftPanels:pn,rightPanels:gn,left:pn[0],right:gn[0],layerPanels:oe({townPanel:W,typePanel:M,scalePanel:q,protectionPanel:V,ownershipPanel:U,qualityPanel:I,originPanel:J,agePanel:Q,canopyPanel:X,forestTypePanel:B,manageLevelPanel:_n,regionPanel:wn,ownerPanel:tn,typeTownPanel:Sn,qualityLevelPanel:Mn,townConcentrationPanel:fn,typeConcentrationPanel:mn})}}function oe(n={}){const{townPanel:e,typePanel:a,scalePanel:t,protectionPanel:s,ownershipPanel:r,qualityPanel:o,originPanel:l,agePanel:i,canopyPanel:u,forestTypePanel:w,manageLevelPanel:g,regionPanel:f,ownerPanel:p,typeTownPanel:P,qualityLevelPanel:T,townConcentrationPanel:h,typeConcentrationPanel:W}=n;return{"woodland-distribution":C(A([e,a,s,r],[t,w,p]),A([o,l,i,u],[t,p,f,h,W,T])),"woodland-protection":C(A([s,w,g,e],[a,r,t]),A([f,o,l,r],[p,a,t])),"woodland-type":C(A([a,e,P,t],[s,r,w]),A([o,l,s,r],[i,u,p,W])),"woodland-quality":C(A([o,l,i,u],[T,t,a]),A([e,a,s,r],[w,p,t])),"woodland-ownership":C(A([r,p,e,a],[t,s,o]),A([s,o,l,t],[w,i,u]))}}function ie(n=[]){const e=dn(n);return n.filter(a=>a.name&&Number(a.value)>0).map(a=>v(m({},a),{color:le(a.name),extra:L(on(a.value,e))?`${L(on(a.value,e))}%`:""})).sort((a,t)=>Number(t.value)-Number(a.value))}function le(n=""){const e=String(n);return e.includes("未退化")?"#32DCFF":e.includes("重度")?"#FFE06B":e.includes("中度")?"#6EA8FF":"#24F6C4"}function hn(n){return{status:"empty",core:cn([],n),leftPanels:[],rightPanels:[],left:{title:"业务统计",rows:[]},right:{title:"业务统计",rows:[]}}}function Tn(n,e=[]){return n().catch(()=>e)}function An({core:n,townRows:e,grassTypeRows:a,grassLevelRows:t,healthRows:s,productivityRows:r,edibleYieldRows:o,forageRows:l,degradationRows:i}){const u=c("grassland-town","草地面积分布",S(e),"column",{span:1,variant:"plain"}),w=c("grassland-productivity-town","草地生产力分布",S(r),"line",{span:1,fixedType:!0}),g=c("grassland-type-proportion","草原类占比",a,"donut",{span:1}),f=c("grassland-edible-yield","可食鲜草产量分布",N(o,10),"column",{span:1,variant:"slim"}),p=c("grassland-degradation","草地退化统计",ie(i),"bar",{span:1,variant:"degradation"}),P=c("grassland-health-proportion","草地健康占比",s,"rose",{span:1}),T=c("grassland-level-proportion","草原级占比",t,"donut",{span:1,variant:"ring"}),h=c("grassland-forage-capacity","饲草供给",l,"bar",{span:1,variant:"capacity",fixedType:!0}),{leftPanels:W,rightPanels:M}=C([u,g,p,T],[f,w,P,h]);return{core:n,leftPanels:W,rightPanels:M,left:W[0],right:M[0],layerPanels:re({leftPanels:W,rightPanels:M})}}function d(n=[]){return n.map((e,a)=>{const t=L(R(e,["percent","areaPercent","area_percent"])),s=L(R(e,["scaleValue","scale_value"]));return m(m(v(m({},e),{key:(e==null?void 0:e.key)||`${(e==null?void 0:e.name)||"overview"}-${a}`,value:L(e==null?void 0:e.value),unit:(e==null?void 0:e.unit)||""}),t===void 0?{}:{percent:t,extra:`${t}%`}),s===void 0?{}:{scaleValue:s})})}function y(n){return Array.isArray(n)?n:n&&Array.isArray(n.rows)?n.rows:[]}function ue(n={}){const e=["#8AE611","#32DCFF","#2BD17E"],a=["#24F6C4","#FFE06B"],t=d(y(n.resourceAreaRows)).map((T,h)=>v(m({},T),{color:e[h]})),s=d(y(n.grasslandClassRows)).map((T,h)=>v(m({},T),{color:a[h]})),r=S(d(y(n.grasslandTownRows))),o=k(S(d(y(n.wetlandTownRows))),Y),l=k(S(d(y(n.woodlandTownRows))),E),i=d(y(n.forageRows)),u=d(y(n.woodlandQualityRows)),w=k(d(y(n.wetlandTypeRows)),Y),g=[c("overview-grassland-distribution","草地分布",r,"column",{span:1,variant:"plain"}),c("overview-wetland-distribution","湿地分布",o,"line",{span:1,showValues:!0,tooltipOnHoverOnly:!0}),c("overview-woodland-distribution","林地分布",l,"column",{span:1,variant:"slim",lineOverlay:!0}),c("overview-forage-supply","饲草供给",i,"bar",{span:1,variant:"capacity"})],f=[c("overview-basic-general","基本/一般草原",s,"donut",{span:1,variant:"ring"}),c("overview-woodland-quality","林地质量",u,"heat",{span:1,limit:6}),c("overview-wetland-type","湿地类型结构",w,"rose",{span:1}),c("overview-resource-area","林草湿面积构成",t,"structure",{span:1})],p=t.length?[{key:"overview-resource-area-total",name:"林草湿面积",value:L(dn(t)),unit:"万亩"},t[0]?v(m({},t[0]),{name:"草地面积"}):null,t[1]?v(m({},t[1]),{name:"湿地面积"}):null,t[2]?v(m({},t[2]),{name:"林地面积"}):null].filter(Boolean):[];return{status:[t,s,r,o,l,i,u,w].some(T=>T.length>0)?"success":"empty",core:p,top:p,leftPanels:g,rightPanels:f,left:g[0],right:f[0],meta:n.meta||{}}}function ce(n){const e=[c("overview-grassland-distribution","草地分布",[],"column",{span:1,variant:"plain"}),c("overview-wetland-distribution","湿地分布",[],"line",{span:1,showValues:!0,tooltipOnHoverOnly:!0}),c("overview-woodland-distribution","林地分布",[],"column",{span:1,variant:"slim",lineOverlay:!0}),c("overview-forage-supply","饲草供给",[],"bar",{span:1,variant:"capacity"})],a=[c("overview-basic-general","基本/一般草原",[],"donut",{span:1,variant:"ring"}),c("overview-woodland-quality","林地质量",[],"heat",{span:1,limit:6}),c("overview-wetland-type","湿地类型结构",[],"rose",{span:1}),c("overview-resource-area","林草湿面积构成",[],"structure",{span:1})];return{status:"error",error:n,core:[],top:[],leftPanels:e,rightPanels:a,left:e[0],right:a[0]}}function de(n={},e){const a=d(y(n.coreRows)),t=d(y(n.townAreaRows)),s=d(y(n.grassTypeRows)),r=d(y(n.degradationRows)),o=d(y(n.grassLevelRows)),l=d(y(n.edibleYieldRows)),i=d(y(n.productivityRows)),u=d(y(n.healthRows)),w=d(y(n.forageRows)),f=[a,t,s,r,o,l,i,u,w].some(h=>h.length>0),p=a.slice(0,3),P=An({core:p,townRows:S(t),grassTypeRows:s,grassLevelRows:o,healthRows:u,productivityRows:S(i),edibleYieldRows:l,forageRows:w,degradationRows:r}),T=v(m({status:f?"success":"empty"},P),{top:[...p,a[3]].filter(h=>(h==null?void 0:h.value)!==void 0),meta:n.meta||{}});return j(T,"grassland",e)}function we(n,e){const a=An({core:[],townRows:[],grassTypeRows:[],grassLevelRows:[],healthRows:[],productivityRows:[],edibleYieldRows:[],forageRows:[],degradationRows:[]});return j(v(m({status:"error",error:n},a),{top:[]}),"grassland",e)}function fe(n={},e){const a=cn(d(n.coreRows),"wetland"),t=Ln({yieldCapacityRows:d(n.yieldCapacityRows),townAreaRows:d(n.townAreaRows),typeRows:d(n.typeRows),levelRows:d(n.levelRows),yieldRows:d(n.yieldRows),minTypeRows:d(n.minTypeRows),muYieldRows:d(n.muYieldRows),edibleYieldRows:d(n.edibleYieldRows),edibleMuRows:d(n.edibleMuRows),typeTownRows:d(n.typeTownRows),levelTownRows:d(n.levelTownRows),minTownRows:d(n.minTownRows)});return j(v(m({status:"success",core:a,top:a},t),{meta:n.meta||{}}),"wetland",e)}function me(n,e){const a=Ln({yieldCapacityRows:[],townAreaRows:[],typeRows:[],levelRows:[],yieldRows:[],minTypeRows:[],muYieldRows:[],edibleYieldRows:[],edibleMuRows:[],typeTownRows:[],levelTownRows:[],minTownRows:[]});return j(m({status:"error",error:n,core:[],top:[]},a),"wetland",e)}function pe(n={},e){const a=cn(d(n.coreRows),"woodland"),t=Wn({townRows:d(n.townRows),typeRows:d(n.typeRows),scaleRows:d(n.scaleRows),protectionRows:d(n.protectionRows),ownershipRows:d(n.ownershipRows),qualityRows:d(n.qualityRows),originRows:d(n.originRows),ageRows:d(n.ageRows),canopyRows:d(n.canopyRows),forestTypeRows:d(n.forestTypeRows),manageLevelRows:d(n.manageLevelRows),regionRows:d(n.regionRows),ownerRows:d(n.ownerRows),typeTownRows:d(n.typeTownRows),qualityLevelRows:d(n.qualityLevelRows),townConcentrationRows:d(n.townConcentrationRows),typeConcentrationRows:d(n.typeConcentrationRows)});return j(v(m({status:"success",core:a,top:a},t),{meta:n.meta||{}}),"woodland",e)}function ge(n,e){const a=Wn({townRows:[],typeRows:[],scaleRows:[],protectionRows:[],ownershipRows:[],qualityRows:[],originRows:[],ageRows:[],canopyRows:[],forestTypeRows:[],manageLevelRows:[],regionRows:[],ownerRows:[],typeTownRows:[],qualityLevelRows:[],townConcentrationRows:[],typeConcentrationRows:[]});return j(m({status:"error",error:n,core:[],top:[]},a),"woodland",e)}function Te(n,e){return b(this,null,function*(){try{if(n==="overview"){const a=F(yield G("/screen2/resource/overview"));return ue(a)}if(n==="woodland"){const a=F(yield G("/screen2/forestGrassWet/woodland"));return pe(a,e)}if(n==="grassland"){const a=yield z();return de(a,e)}if(n==="wetland"){const a=F(yield G("/screen2/forestGrassWet/wetland"));return fe(a,e)}return hn(n)}catch(a){return n==="overview"?ce(a):n==="woodland"?ge(a,e):n==="grassland"?we(a,e):n==="wetland"?me(a,e):v(m({},hn(n)),{status:"error",error:a})}})}function Ne(n,e,a=null){return b(this,null,function*(){try{const t=yield ne(n,e,a);return t||(n==="woodland"?e==="woodland-protection"?yield Z({topicKey:n,layerKey:e,layerName:"ne:t_woodland_2023",title:"公益林面积排行",cqlFilter:"gjgyl_bhdj IN ('1','2')"}).catch(()=>b(this,null,function*(){const s=F(yield rn("/woodland/protection")),r=Rn((s==null?void 0:s.regionRanks)||[],{nameKeys:["townName"],valueKeys:["areaWanMu"],unit:"万亩"});return _({topicKey:n,layerKey:e,title:"公益林面积排行",unit:"万亩",rows:r,note:"按公益林村级榜单汇总到乡镇"})})):e==="woodland-type"?yield Z({topicKey:n,layerKey:e,layerName:"ne:t_woodland_2023",title:"林地类型面积排行"}).catch(()=>b(this,null,function*(){const s=F(yield rn("/woodland/types")),r=Rn((s==null?void 0:s.townComposition)||[],{nameKeys:["townName"],valueKeys:["areaWanMu"],unit:"万亩"});return _({topicKey:n,layerKey:e,title:"林地类型面积排行",unit:"万亩",rows:r,note:"按林地类型组成汇总到乡镇"})})):e==="woodland-quality"?yield Z({topicKey:n,layerKey:e,layerName:"ne:t_woodland_2023",title:"林地质量面积排行",cqlFilter:"zl_dj IS NOT NULL"}):e==="woodland-ownership"?yield Z({topicKey:n,layerKey:e,layerName:"ne:t_woodland_2023",title:"林地权属面积排行",cqlFilter:"ld_qs IS NOT NULL"}):yield Vn(n,e,"林地面积排行"):n==="grassland"?e==="basic-grassland"?yield K(n,e,"basicGrasslandTownRows",["basicAreaWanMu","value"],"基本草原面积排行"):e==="grassland-level"?yield K(n,e,"grassLevelTownRows",["areaWanMu","value","acreage","areaMu"],"草原级面积排行",!0):e==="grassland-type"?yield K(n,e,"grassTypeTownRows",["areaWanMu","value","acreage","areaMu"],"草原类型面积排行",!0):e==="grassland-yield"?yield Xn(n,e):yield K(n,e,"townAreaRows",["value","totalAreaWanMu","areaWanMu"],"草地面积排行"):n==="wetland"?e==="wetland-level"?yield sn(n,e,"/wetland_yield/muYieldDistribution","湿地亩产排行","斤"):e==="wetland-type"?yield sn(n,e,"/wetland_yield/edibleXcDistribution","可食鲜草产量排行","万吨"):yield sn(n,e,"/wetland_yield/distribution","湿地生产力排行","万吨"):_({topicKey:n,layerKey:e,title:"乡镇统计排行",rows:[]}))}catch(t){return{status:"error",topicKey:n,layerKey:e,title:"乡镇统计排行",unit:"",rows:[],error:t}}})}export{Te as a,Ne as b,he as c,Pe as g};
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