// Tasks.jsx — Each task is a sub-screen. Auto-save on confirm. // Plus the secondary tabs: Map, Capture, QA, Profile. // ─────────────── Shared task shell ─────────────── function TaskShell({ children, ctaLabel, onCta, disabled, hint, secondary }) { return (
{children}
{hint &&
{hint}
}
{secondary}
); } // Section card with eyebrow function Field({ label, hint, children, state }) { // state: 'ai' | 'confirmed' | 'flagged' | 'measured' | undefined const stateColors = { ai: { dot:'#0077B6', label:'AI suggested · review' }, confirmed: { dot:'#2BC48A', label:'Confirmed' }, flagged: { dot:'#D97706', label:'Flagged · attention' }, measured: { dot:'#7C5CFC', label:'Measured' }, }; const s = state && stateColors[state]; return (
{label}
{hint &&
{hint}
}
{s &&
{s.label.toUpperCase()}
}
{children}
); } // Looks like a select, opens a bottom-sheet picker function SelectButton({ value, placeholder, onClick }) { return ( ); } // Inline yes/no/uncertain chip group function ChipPicker({ value, options, onChange, compact }) { return (
{options.map(([v,l])=>{ const sel = value === v; return ; })}
); } // ─────────────── LOCATION TASK ─────────────── function LocationTask({ visit, data, update, onDone, ai }) { const [adminPick, setAdminPick] = React.useState(null); const [country, setCountry] = React.useState(data.country || 'Kenya'); const [county, setCounty] = React.useState(data.county || 'Busia'); const [subCnty, setSubCnty] = React.useState(data.subCnty || (visit.sublocality.includes('Budalangi') ? 'Budalangi' : 'Budalangi')); const [ward, setWard] = React.useState(data.ward || visit.village.split('·')[0].trim()); const [village, setVillage] = React.useState(data.village || (visit.village.split('·')[1]?.trim() || '')); const adminOptions = { country: Object.keys(ADMIN_TREE), county: Object.keys(ADMIN_TREE[country] || {}), subCnty: Object.keys((ADMIN_TREE[country] && ADMIN_TREE[country][county]) || {}), ward: ((ADMIN_TREE[country] && ADMIN_TREE[country][county] && ADMIN_TREE[country][county][subCnty]) || []), }; const confirm = () => { update({ locationConfirmed:true, country, county, subCnty, ward, village }); onDone(); }; return ( {/* GPS card */}
LIVE · ±4 m
0°10'06"N · 34°00'58"E
0.16838, 34.01646 · alt 1,176 m · 09:42:18
{/* Mini map preview */}
YALA RIVER {/* Pin */}
SATELLITE · CACHED
{/* AI inferred banner */} {ai &&
Admin hierarchy inferred from GPS
Kenya · Busia · Budalangi · Bunyala Central — review and confirm or tap to change.
} {/* Hierarchy fields — pre-filled, tap to override */} setAdminPick('country')}/> setAdminPick('county')}/> setAdminPick('subCnty')}/> setAdminPick('ward')}/> setVillage(e.target.value)} placeholder="e.g. Mau-Mau" style={{width:'100%',padding:'12px 14px',background:'#F9FAFB',border:'1.5px solid #E5E7EB',borderRadius:10,fontSize:14,fontWeight:600,color:'#022C28',outline:'none',boxSizing:'border-box',fontFamily:'inherit'}}/> {/* Admin picker bottom sheets */} setAdminPick(null)} title="Country" options={adminOptions.country} value={country} onPick={(v)=>{setCountry(v); setCounty(''); setSubCnty(''); setWard('');}}/> setAdminPick(null)} title="County" subtitle="Level 2 · Province / Region / County" options={adminOptions.county} value={county} onPick={(v)=>{setCounty(v); setSubCnty(''); setWard('');}}/> setAdminPick(null)} title="Sub-county" subtitle="Level 3 · District / Zone / Sub-county / Constituency" options={adminOptions.subCnty} value={subCnty} onPick={(v)=>{setSubCnty(v); setWard('');}}/> setAdminPick(null)} title="Ward" subtitle="Level 4 · Commune / Woreda / Ward" options={adminOptions.ward} value={ward} onPick={setWard}/> ); } // ─────────────── OWNER TASK ─────────────── function OwnerTask({ visit, data, update, onDone }) { const [name, setName] = React.useState(data.ownerName || visit.participant); const [phone, setPhone] = React.useState(data.ownerPhone || '+254 7'); const [role, setRole] = React.useState(data.role || 'owner'); const [tenure, setTenure] = React.useState(data.tenure || 'yes'); const [tenurePick, setTenurePick] = React.useState(false); const [tenureType, setTenureType] = React.useState(data.tenureType || 'Title deed'); const [docNo, setDocNo] = React.useState(data.docNo || ''); const [consent, setConsent] = React.useState(data.consent ?? true); const showDocFields = tenure === 'yes' || tenure === 'pending'; const canSave = !!name && !!phone && phone.replace(/\D/g,'').length >= 9 && !!tenure && (!showDocFields || !!tenureType) && consent; const save = () => { update({ ownerConfirmed:true, ownerName:name, ownerPhone:phone, role, tenure, tenureType, docNo, consent }); onDone(); }; return ( setName(e.target.value)} placeholder="Family name, First" style={{width:'100%',padding:'12px 14px',background:'#F9FAFB',border:'1.5px solid #E5E7EB',borderRadius:10,fontSize:15,fontWeight:700,color:'#022C28',outline:'none',boxSizing:'border-box',fontFamily:'inherit'}}/> setPhone(e.target.value)} inputMode="tel" placeholder="+254 7…" style={{width:'100%',padding:'12px 14px',background:'#F9FAFB',border:'1.5px solid #E5E7EB',borderRadius:10,fontSize:15,fontWeight:700,color:'#022C28',outline:'none',boxSizing:'border-box',fontFamily:"'JetBrains Mono', monospace"}}/> {showDocFields && <> setTenurePick(true)}/> setDocNo(e.target.value)} placeholder="e.g. LR/BSA/004217" style={{width:'100%',padding:'12px 14px',background:'#F9FAFB',border:'1.5px solid #E5E7EB',borderRadius:10,fontSize:14,fontWeight:600,color:'#022C28',outline:'none',boxSizing:'border-box',fontFamily:"'JetBrains Mono', monospace"}}/> } {tenure === 'no' &&
Soft flag: tenure status “No” will trigger supervisor review before enrollment is approved. Notes encouraged.
} {/* Consent */}
Consent
I read the project terms to the participant in their language. They agreed to share their data with Pamoja and the verifier.
setTenurePick(false)} title="Tenure type" options={TENURE_TYPES} value={tenureType} onPick={setTenureType}/> ); } // ─────────────── STAND TASK ─────────────── function StandTask({ visit, data, update, onDone, defaultKind }) { const [kind, setKind] = React.useState(data.standKind || visit.standKind || defaultKind); const [plantPick, setPlantPick] = React.useState(false); const [plantType, setPlantType] = React.useState(data.plantType || 'Farm boundary planting'); const [form, setForm] = React.useState(data.bambooForm || 'clump'); // bamboo only const [agePick, setAgePick] = React.useState(false); const [age, setAge] = React.useState(data.age || (visit.type.includes('Y2') ? '2 years' : '1 year')); const [soilPick, setSoilPick] = React.useState(false); const [soil, setSoil] = React.useState(data.soil || 'Loam'); const [speciesOpen, setSpeciesOpen] = React.useState(false); const [species, setSpecies] = React.useState(data.species || (kind==='Bamboo' ? ['sp_bbalcooa'] : (kind==='Tree' ? ['sp_grevillea'] : []))); const [dominant, setDominant] = React.useState(data.dominant || (species[0] || null)); const isBamboo = kind === 'Bamboo'; const canSave = !!kind && !!plantType && species.length > 0 && !!age && !!soil; const save = () => { update({ standConfirmed:true, standKind:kind, plantType, bambooForm:form, age, soil, species, dominant }); onDone(); }; return (
{STAND_KINDS.map(sk => { const sel = kind === sk.id; return ( ); })}
setPlantPick(true)}/> {isBamboo && } {/* Species — biggest improvement vs legacy long-list modal */}
Which species are growing?
Search common or scientific name · pick all you see · mark the main one
{species.length > 0 &&
CONFIRMED
}
{species.length > 0 ? (
{species.map(id => { const s = speciesById(id); const isDom = dominant === id; return (
{s.common} {isDom && ★ MAIN}
{s.sci}
); })}
) : ( )}
setAgePick(true)}/> setSoilPick(true)}/> setPlantPick(false)} title="Planting type" options={PLANTATION_TYPES} value={plantType} onPick={setPlantType}/> setAgePick(false)} title="Age band" options={AGE_BANDS} value={age} onPick={setAge}/> setSoilPick(false)} title="Soil type" options={SOIL_TYPES} value={soil} onPick={setSoil}/> setSpeciesOpen(false)} value={species} dominant={dominant} onChange={setSpecies} onDominantChange={setDominant} standKind={kind}/> ); } // ─────────────── MEASUREMENT TASK ─────────────── function MeasureTask({ visit, data, update, onDone, defaultGeom }) { const isBamboo = (data.standKind || visit.standKind) === 'Bamboo'; const unitWord = isBamboo ? 'clumps' : 'plants'; const [geom, setGeom] = React.useState(data.geometry || defaultGeom); const [polyPoints, setPolyPoints] = React.useState(data.polyPoints || 0); const [walking, setWalking] = React.useState(false); const [area, setArea] = React.useState(data.area || (visit.plotLabel.match(/[\d.]+/)?.[0] || '1.0')); const [unit, setUnit] = React.useState(data.unit || 'ha'); const [method, setMethod] = React.useState(data.method || (defaultGeom==='Polygon' ? 'gps_polygon' : 'estimate')); const [density, setDensity] = React.useState(data.density || '450'); const [survival, setSurvival] = React.useState(data.survival || '85'); const startWalk = () => { setWalking(true); let n = polyPoints; const iv = setInterval(()=>{ n += 1; setPolyPoints(n); if (n >= 7) { clearInterval(iv); setWalking(false); setMethod('gps_polygon'); } }, 450); }; const canSave = !!area && !!unit && !!method; const save = () => { update({ measureConfirmed:true, geometry:geom, polyPoints, area, unit, method, density, survival }); onDone(); }; return ( {/* Plot shape choice */} {/* Map canvas */}
{geom === 'Point' ? ( ) : ( <> {/* Polygon points */} {[[120,60],[230,55],[280,110],[260,160],[170,170],[100,150],[80,100]].slice(0, polyPoints).map((p,i,arr)=>{ const next = arr[(i+1)%arr.length]; return ( {next && i < arr.length-1 && } ); })} {polyPoints >= 3 && p.join(',')).join(' ')} fill="rgba(244,195,0,0.18)" stroke="#F4C300" strokeWidth="1.5"/>} )}
{geom==='Point' ? 'POINT · 0.16838, 34.01646' : `POLYGON · ${polyPoints} pts captured`}
{geom === 'Polygon' && ( )}
setArea(e.target.value)} inputMode="decimal" style={{flex:2,padding:'12px 14px',background:'#F9FAFB',border:'1.5px solid #E5E7EB',borderRadius:10,fontSize:18,fontWeight:900,color:'#022C28',outline:'none',boxSizing:'border-box',fontFamily:"'JetBrains Mono', monospace"}}/>
setDensity(e.target.value)} inputMode="numeric" style={{width:'100%',padding:'12px 14px',background:'#F9FAFB',border:'1.5px solid #E5E7EB',borderRadius:10,fontSize:18,fontWeight:900,color:'#022C28',outline:'none',boxSizing:'border-box',fontFamily:"'JetBrains Mono', monospace"}}/> {/* VM0047 §1.2 / §4.3: census-based REQUIRES a complete one-by-one census. If a site is too large or hilly for full census, the project lead must set it up as area-based (plot-based sampling) — not a census-with-sampling. */}
How do I count this site?
Census sites need every {isBamboo?'clump':'plant'} tapped one-by-one at t = 0. That's a Verra rule for census-based projects (VM0047 §1.2 and §4.3).
If the site is too big or too hilly to walk every {isBamboo?'clump':'plant'}, tell your supervisor — they will switch this site to the area-based approach, where you walk a few sample plots instead. You can't mix the two on the same site.
setSurvival(e.target.value)} style={{flex:1,accentColor:'#F4C300'}}/>
{survival}%
 ); } // ─────────────── SHUTTER PHOTOS BOARD ─────────────── // Fullscreen, camera-style multi-shot capture. Shared by: // • PhotosTask (census site: site, closeup, species, document) // • PlotPhotosTask (area cardinals: N, E, S, W, centre, panorama) function ShutterPhotosBoard({ slots, value, onChange, onCancel, onDone, renderScene, ai }) { const pickNextPending = (val) => { const critical = slots.find(s => s.critical && !val[s.id]); if (critical) return critical.id; const any = slots.find(s => !val[s.id]); return any ? any.id : slots[0].id; }; const [activeId, setActiveId] = React.useState(() => pickNextPending(value)); const [flash, setFlash] = React.useState(false); const [aiReview, setAiReview] = React.useState(null); const active = slots.find(s => s.id === activeId) || slots[0]; const criticalLeft = slots.filter(s => s.critical && !value[s.id]); const allCriticalDone = criticalLeft.length === 0; const shoot = () => { if (value[activeId]) return; // already captured setFlash(true); setTimeout(()=>setFlash(false), 380); const newValue = { ...value, [activeId]: true }; onChange(newValue); if (ai) { setAiReview('checking'); setTimeout(()=>{ setAiReview('ok'); setTimeout(()=>setAiReview(null), 900); }, 700); } setTimeout(() => { const next = pickNextPending(newValue); if (next !== activeId) setActiveId(next); }, 280); }; return (
{/* Top bar */}
SHOT {slots.findIndex(s=>s.id===activeId)+1} OF {slots.length} · {Object.values(value).filter(Boolean).length} CAPTURED
{active.label}
{allCriticalDone && ( )}
{/* Viewfinder */}
{renderScene ? renderScene(active) : } {/* HUD */}
{value[activeId] ? 'CAPTURED · 09:42' : `LIVE · ${active.hudLabel || active.label.toUpperCase()}`}
±3.4 m · {active.bearing != null ? `MAG ${active.bearing}°` : 'GPS'}
{!value[activeId] && ( <>
{active.sub &&
{active.sub}
} )} {flash &&
} {aiReview && (
{aiReview === 'checking' ? ( <>
AI checking shot…
) : ( <>
✓
Sharp · framed · GPS in range
)}
)}
{/* Thumbnail strip */}
{slots.map(s => { const done = !!value[s.id]; const isActive = s.id === activeId; return ( ); })}
{/* Shutter */}
{/* Hint line below shutter */}
{value[activeId] ? 'Tap another shot above to continue' : criticalLeft.length > 0 ? `${criticalLeft.length} required shot${criticalLeft.length>1?'s':''} left` : 'All required shots done — tap save'}
); } function DefaultScene({ active }) { return ( {[[60,420],[140,440],[230,420],[310,430]].map(([x,y],i)=>( ))} {/* Faint horizon line */} ); } // ─────────────── PHOTOS TASK ─────────────── function PhotosTask({ visit, data, update, onDone, ai }) { const [photos, setPhotos] = React.useState(data.photos || {}); const slots = [ { id:'site', label:'Wide photo of the plot', sub:'Stand back and show the whole plot and what is around it', critical:true, shortLabel:'Wide', thumb:'W' }, { id:'closeup', label:'Close-up of the plants', sub:'Show stems, leaves, growth — close enough to identify', critical:true, shortLabel:'Close', thumb:'C' }, { id:'species', label:'Species photo', sub:'Only if you marked species unknown or saw a second species', critical:false, shortLabel:'Species', thumb:'S' }, { id:'document', label:'Photo of the land paper',sub:'Only if the owner has a title deed or other paper', critical:false, shortLabel:'Paper', thumb:'D' }, ]; const requiredDone = slots.filter(s=>s.critical).every(s=>photos[s.id]); return ( { update({ photosConfirmed:true, photos }); onDone(); }} ai={ai} /> ); } // ─────────────── REVIEW TASK ─────────────── function ReviewTask({ visit, data, onSubmit }) { const items = [ { ok:!!data.locationConfirmed, label:'Location confirmed', val: data.locationConfirmed ? `${data.country} · ${data.county} · ${data.ward}` : 'Missing' }, { ok:!!data.ownerConfirmed, label:'Owner & consent', val: data.ownerConfirmed ? `${data.ownerName} · ${data.tenure==='yes'?'titled':'no doc'}` : 'Missing' }, { ok:!!data.standConfirmed, label:'What grows here', val: data.standConfirmed ? `${data.standKind || visit.standKind} · ${(data.species||[]).length || 0} species` : 'Missing' }, { ok:!!data.measureConfirmed, label:'Area & how many', val: data.measureConfirmed ? `${data.area} ${data.unit} · ${({estimate:'household told me',tape:'tape',gps_polygon:'GPS walk',parcel:'land record'})[data.method]||data.method}` : 'Missing' }, { ok:!!data.photosConfirmed, label:'Photos for proof', val: data.photosConfirmed ? `${Object.values(data.photos||{}).filter(Boolean).length} photos` : 'Missing' }, ]; const allGood = items.every(i => i.ok); return ( !i.ok).length} task${items.filter(i=>!i.ok).length>1?'s':''}`} onCta={allGood?onSubmit:()=>{}} disabled={!allGood} hint={allGood ? 'Hashed and signed on this device. Syncs on Wi‑Fi.' : 'Open the brief to finish remaining tasks.'}> {/* Readiness ring */}
i.ok).length/items.length)*188.5} 188.5`} strokeLinecap="round" transform="rotate(-90 36 36)"/>
{Math.round((items.filter(i=>i.ok).length/items.length)*100)}%
READINESS · {visit.id}
{allGood ? 'Ready to submit' : 'Almost there'}
{allGood ? 'Hard checks pass. Hash will anchor to Hedera on sync.' : `${items.filter(i=>!i.ok).length} required task${items.filter(i=>!i.ok).length>1?'s':''} still open.`}
{items.map((it,i)=>(
{it.ok ? : }
{it.label}
{it.val}
))}
{/* Transparency footer */}
TRANSPARENCY · SIGNED LOCALLY
Agent0042 · Mary Wanjiru
Devicetecno-ka7-002a
SHA-2569c4f…b821
Hederaqueued · anchors on sync
{/* What we send to verifiers — Verra payload preview */} ); } function VerraPayloadPreview({ visit, data }) { const isBamboo = (data.standKind || visit.standKind) === 'Bamboo'; const unitWord = isBamboo ? 'clumps' : 'plants'; const photoCount = Object.values(data.photos || {}).filter(Boolean).length; const density = parseFloat(data.density) || 0; const overDensity = density > 50; const speciesCount = (data.species || []).length; return (
WHAT WE SEND TO VERIFIERS
Verra VM0047 v1.1 · census-based package
{[ { l:'Site', v:`${visit.id} · ${visit.participant}` }, { l:'Project', v:visit.project }, { l:'Total area', v:`${data.area} ${data.unit}` }, { l:`Total ${unitWord} (N)`, v:`Complete census · t=0`, bold:true, sub:`VM0047 §4.3 \u2014 every ${isBamboo?'clump':'plant'} tapped` }, { l:'Density check', v:`${density} / ha · ${overDensity ? 'OVER 50/ha' : 'within 50/ha cap'}`, warn: overDensity, sub:'VM0047 §1.2 — census-based density ceiling' }, { l:'Species', v:`${speciesCount} unique`, sub:'Per-species allometric equations applied server-side (§9.2.2)' }, { l:'Sampling subset',v:'DBH + height on subset · field method recorded' }, { l:'Survival', v:`${data.survival || '—'} %` }, { l:'Photos attached',v:`${photoCount} of 4` }, { l:'GPS quality', v:'±4 m at capture · WGS84' }, { l:'Signed', v:'SHA-256 locally · Hedera on sync' }, ].map((row,i,a) => (
{row.l}
{row.v}
{row.sub &&
{row.sub}
}
))}
This is exactly the data Verra and the VVB receive after sync. If the density is over 50/ha or anything else looks wrong, fix it before submitting — once signed, the record is locked.
); } // ─────────────── ROUTE MAP ─────────────── function RefoRouteMap({ onOpen }) { const [selected, setSelected] = React.useState(VISITS[0].id); const colors = { critical:'#DC2626', partial:'#F59E0B', ready:'#059669', callback:'#7C3AED' }; const pins = VISITS.map((v,i) => ({ ...v, x: 50 + i * 60 + (i%2===0 ? -10 : 10), y: 70 + (i%2===0 ? 0 : 50) + Math.sin(i)*15, order: i+1, })); const sel = pins.find(p=>p.id===selected) || pins[0]; const routeD = 'M ' + pins.map(p=>`${p.x},${p.y}`).join(' L '); return (
YALA RIVER · WETLAND {pins.map(p=>{ const c = colors[p.status]; const isSel = p.id===selected; return ( setSelected(p.id)}> {isSel && } {p.order} ); })}
{['critical','partial','ready','callback'].map(s=>(
{s}
))}
6.7 KM · ≈75 MIN
STOP {sel.order} · {sel.id}
{sel.participant}
{sel.distance} · {sel.standKind} · {sel.plotLabel}
{sel.status.toUpperCase()}
); } // ─────────────── CAPTURE HUB (Quick photo/scan) ─────────────── function CaptureHub({ onPhoto, onScan }) { const recents = [ { kind:'PHOTO', label:'Site overview', value:'VST-0438 · 0.16, 34.02', t:'8 min ago' }, { kind:'QR', label:'Parcel tag scan', value:'PCL-BSA-0492', t:'22 min ago' }, { kind:'AUDIO', label:'Household note', value:'0:34 · Swahili', t:'1 hr ago' }, ]; return (
QUICK CAPTURE
Snap a photo or scan a tag now — attach to a visit later. GPS + time stamped automatically.
Unattached today
Tap to attach
{recents.map((r,i)=>(
{r.kind}
{r.label}
{r.value}
{r.t}
))}
); } // ─────────────── QA SCREEN ─────────────── function RefoQAScreen() { const flags = [ { sev:'high', vid:'VST-0427', label:'GPS outside expected polygon', detail:'Captured 140 m from parcel boundary' }, { sev:'high', vid:'VST-0442', label:'Disturbance · evidence missing', detail:'Photo of cut stems not yet attached' }, { sev:'med', vid:'VST-0431', label:'Species count inconsistent', detail:'Picker shows 1, photo suggests 2 species' }, { sev:'med', vid:'VST-0451', label:'Callback overdue', detail:'5 days past project callback window' }, { sev:'low', vid:'VST-0427', label:'Survival outside expected range', detail:'85% for year 1 boundary planting' }, ]; const sevC = { high:'#DC2626', med:'#F59E0B', low:'#6B7280' }; return (
78
SCORE
MY QA · MAY 2026
Good practice tier
Fix 2 high flags before period lock to keep enrollment eligibility.
Open flags
By severity
{flags.map((f,i)=>(
{f.sev.toUpperCase()} {f.vid}
{f.label}
{f.detail}
))}
Flags map to project monitoring rules. Supervisors and VVB auditors see the same scoreboard.
); } // ─────────────── PROFILE ─────────────── function RefoProfileScreen({ onSync, workspace, onSwitchWorkspace }) { const w = workspace && window.workspaceById ? window.workspaceById(workspace) : null; return (
MW
AGENT · ID 0042
Mary Wanjiru
Busia · since Aug 2024
{/* Workspace row */} {w && ( )}
SYNC QUEUE
5 records pending
Auto-syncs on Wi‑Fi · last attempt 09:14
{[ { l:'Language', v:'English · Swahili · Luhya', i:'M2 12h20M12 2a14 14 0 0 1 0 20M12 2a14 14 0 0 0 0 20 M12 2a10 10 0 1 0 0 20 10 10 0 0 0 0-20z' }, { l:'Offline maps', v:'Busia · 68 MB cached', i:'M9 20l-5.4-1.8a2 2 0 0 1-1.4-1.9V5.6a2 2 0 0 1 2.6-1.9L9 5m0 15l6-2m-6 2V5m6 13l5.4 1.8a2 2 0 0 0 2.6-1.9V6.4a2 2 0 0 0-1.4-1.9L15 3M15 18V3M9 5l6-2' }, { l:'Species library', v:'19 species · 5 native', i:'M11 20A7 7 0 0 1 4 13 7 7 0 0 1 11 6h9v3a11 11 0 0 1-9 11z M2 22c0-7 5-12 12-12' }, { l:'Data · tamper-evidence', v:'Signed at capture · SHA-256', i:'M12 22s8-4 8-10V5l-8-3-8 3v7c0 6 8 10 8 10z' }, { l:'About · v0.5.0-beta', v:'pamojadmrv.earth', i:'M12 2a10 10 0 1 0 0 20 10 10 0 0 0 0-20zM12 16v-4M12 8h.01' }, ].map((s,i,a)=>(
{s.l}
{s.v}
))}
Pamoja dMRV Field · operator of pamojadmrv.earth
By Consuming Carbon Corporation
); } Object.assign(window, { TaskShell, Field, SelectButton, ChipPicker, LocationTask, OwnerTask, StandTask, MeasureTask, PhotosTask, ReviewTask, RefoRouteMap, CaptureHub, RefoQAScreen, RefoProfileScreen, ShutterPhotosBoard, });