perf(marker): markscanning som arbejdskø — højst ét prøvepunkt pr. frame (v1.27.2.0)

In-game 26/9: hakket kom sjældnere da scanningen gik fra 1 s til 2 s -> scanningen af én mark i ét frame
var årsagen (opslag gennemgår alle ~40 afgrødetyper pr. punkt). Coroutines findes ikke i FS25 (Giants
fjernede dem, jf. Courseplays HybridAStar), derfor en eksplicit kø. Tidsmåling bruger netGetTime.
Test (test_adFieldsScan) beviser: færdig, korrekt resultat, <= 3 opslag pr. frame.

FS25_ADSmartPickup/adFieldJobs.lua

@@ -8,7 +8,6 @@ ADFieldJobs = {}
 ADFieldJobs.LOG_PREFIX = "ADSmartPickup: "
 ADFieldJobs.TICK_MS = 1000
 -- én mark scannes hvert andet sekund; passive marker (manuelle, uden mål) vurderes i ti portioner
-ADFieldJobs.SCAN_EVERY_TICKS = 2
 ADFieldJobs.PASSIVE_SLICES = 10
 -- tidsmåling: tager et tick mere end dette, skrives det i loggen (højst én gang pr. minut)
 ADFieldJobs.SLOW_TICK_MS = 3
@@ -269,9 +268,12 @@ local function stepField(adEnv, info, env)
     end
 end
 
+-- Realtid i ms: netGetTime (bruges overalt i FS), ellers getTimeSec.
 local function clockMs()
-    local ok, seconds = pcall(getTimeSec)
-    return ok and type(seconds) == "number" and seconds * 1000 or nil
+    local ok, ms = pcall(function() return netGetTime() end)
+    if ok and type(ms) == "number" then return ms end
+    local okSec, seconds = pcall(function() return getTimeSec() end)
+    return okSec and type(seconds) == "number" and seconds * 1000 or nil
 end
 
 -- Et langsomt tick (> SLOW_TICK_MS) skrives i loggen med fordeling, højst én gang pr. minut.
@@ -286,15 +288,17 @@ end
 function ADFieldJobs.tick(adEnv, dt)
     ADFieldJobs.now = ADFieldJobs.now + dt
     ADFieldJobs.timer = ADFieldJobs.timer + dt
+    if ADFieldJobs.loaded then
+        -- markscanningen kører et lille stykke HVERT frame (coroutine), aldrig en hel mark i ét frame
+        local okScan, errScan = pcall(ADFields.scanStep, adEnv, g_currentMission:getFarmId(), ADFieldJobs.now)
+        if not okScan then Logging.warning(ADFieldJobs.LOG_PREFIX .. "markscanning: %s", tostring(errScan)) end
+    end
     if ADFieldJobs.timer < ADFieldJobs.TICK_MS then return end
     ADFieldJobs.timer = 0
     ADFieldJobs.tickCount = ADFieldJobs.tickCount + 1
     if not ADFieldJobs.loaded then ADFieldJobs.load() end
     local t0 = clockMs()
-    if ADFieldJobs.tickCount % ADFieldJobs.SCAN_EVERY_TICKS == 0 then
-        ADFields.scanNext(adEnv, g_currentMission:getFarmId(), ADFieldJobs.now)
-    end
-    local t1 = clockMs()
+    local t1 = t0
     for _, assignment in pairs(ADFieldJobs.state.assignments) do
         local ok, err = pcall(ADFieldWork.follow, adEnv, assignment)
         if not ok then

FS25_ADSmartPickup/adFields.lua

@@ -127,15 +127,6 @@ local function readWeed(x, z)
     return value
 end
 
-local function average(points, reader, channel)
-    local sum, count = 0, 0
-    for _, p in ipairs(points) do
-        local value = reader(channel, p.x, p.z)
-        if value ~= nil then sum, count = sum + value, count + 1 end
-    end
-    return count > 0 and sum / count or nil
-end
-
 local function missionSettings()
     local info = g_currentMission ~= nil and g_currentMission.missionInfo or {}
     local function flag(value) return value == nil or value == true end
@@ -146,22 +137,6 @@ local function missionSettings()
     }
 end
 
--- Jord og pleje: gødning (og max), kalk, pløjning, ukrudt — gennemsnit over prøvepunkterne.
-local function readSoil(info)
-    if type(FieldDensityMap) ~= "table" or #info.points == 0 then return end
-    local settings = missionSettings()
-    info.fert = average(info.points, readDensity, FieldDensityMap.SPRAY_LEVEL)
-    local okMax, maxValue = pcall(function() return g_currentMission.fieldGroundSystem:getMaxValue(FieldDensityMap.SPRAY_LEVEL) end)
-    info.fertMax = okMax and type(maxValue) == "number" and maxValue or 2
-    info.lime = average(info.points, readDensity, FieldDensityMap.LIME_LEVEL)
-    info.plowLevel = average(info.points, readDensity, FieldDensityMap.PLOW_LEVEL)
-    if settings.weedsEnabled then
-        info.weed = average(info.points, function(_, x, z) return readWeed(x, z) end, nil)
-    end
-    info.needs = ADFields.soilNeeds(info, settings)
-    if not settings.limeRequired then info.lime = nil end
-end
-
 local function fieldOwner(field)
     local farmland = field.farmland or (field.getFarmland ~= nil and field:getFarmland()) or nil
     if farmland == nil then return nil end
@@ -176,75 +151,6 @@ local function isOnField(x, z)
     return FSDensityMapUtil.getFieldDataAtWorldPosition(x, y, z) and true or false
 end
 
--- Centroid + halvvejs mod op til 8 hjørner; kun punkter der stadig er mark (bygninger fjerner areal).
-local function samplePoints(field)
-    local verts = {}
-    for _, node in ipairs(field.polygonPoints or {}) do
-        if type(node) == "number" then
-            local x, _, z = getWorldTranslation(node)
-            table.insert(verts, {x = x, z = z})
-        end
-    end
-    local cx, cz = field.posX, field.posZ
-    if (cx == nil or cz == nil) and #verts > 0 then
-        cx, cz = 0, 0
-        for _, v in ipairs(verts) do cx, cz = cx + v.x, cz + v.z end
-        cx, cz = cx / #verts, cz / #verts
-    end
-    if cx == nil then return {}, verts end
-    local candidates = {{x = cx, z = cz}}
-    local step = math.max(1, math.floor(#verts / 8))
-    for index = 1, #verts, step do
-        table.insert(candidates, {x = (cx + verts[index].x) / 2, z = (cz + verts[index].z) / 2})
-    end
-    local points = {}
-    for _, p in ipairs(candidates) do
-        local ok, onField = pcall(isOnField, p.x, p.z)
-        if ok and onField then table.insert(points, p) end
-    end
-    return points, verts
-end
-
-local function fruitAt(points)
-    local votes, best, bestVotes = {}, nil, 0
-    for _, p in ipairs(points) do
-        local ok, index = pcall(FSDensityMapUtil.getFruitTypeIndexAtWorldPos, p.x, p.z)
-        if ok and type(index) == "number" and index > 0 then
-            votes[index] = (votes[index] or 0) + 1
-            if votes[index] > bestVotes then best, bestVotes = index, votes[index] end
-        end
-    end
-    return best
-end
-
--- Andel af prøvefladen i høstvinduet (samme kald som Arbejdsseddel: any = true,true; klar = false,false).
-local function readyRatio(fruitIndex, points)
-    local anySum, readySum = 0, 0
-    for _, p in ipairs(points) do
-        local okA, _, anyPixels = pcall(FSDensityMapUtil.getFruitArea, fruitIndex, p.x - 2, p.z - 2, p.x + 2, p.z, p.x, p.z + 2, true, true)
-        if okA and anyPixels then anySum = anySum + anyPixels end
-        local okR, _, readyPixels = pcall(FSDensityMapUtil.getFruitArea, fruitIndex, p.x - 2, p.z - 2, p.x + 2, p.z, p.x, p.z + 2, false, false)
-        if okR and readyPixels then readySum = readySum + readyPixels end
-    end
-    return anySum > 0 and readySum / anySum or 0, anySum
-end
-
--- Vækststadiet på prøvepunkterne (flertal): getFieldDataAtWorldPosition's anden returværdi.
-local function growthStateAt(points)
-    local votes, best, bestVotes = {}, nil, 0
-    for _, p in ipairs(points) do
-        local ok, _, state = pcall(function()
-            local y = getTerrainHeightAtWorldPos(g_currentMission.terrainRootNode, p.x, 1, p.z)
-            return FSDensityMapUtil.getFieldDataAtWorldPosition(p.x, y, p.z)
-        end)
-        if ok and type(state) == "number" then
-            votes[state] = (votes[state] or 0) + 1
-            if votes[state] > bestVotes then best, bestVotes = state, votes[state] end
-        end
-    end
-    return best
-end
-
 local function findMarker(adEnv, fieldId, x, z)
     local best, bestDistance = nil, math.huge
     for _, marker in pairs(adEnv.ADGraphManager:getMapMarkers()) do
@@ -262,87 +168,240 @@ local function findMarker(adEnv, fieldId, x, z)
     return nil, best ~= nil and bestDistance or nil
 end
 
-local function scanField(adEnv, field, fieldId)
-    local points, verts = samplePoints(field)
-    local info = {id = fieldId, field = field, points = points, verts = verts, mowable = false, readyRatio = 0}
-    info.x, info.z = field.posX, field.posZ
-    if (info.x == nil or info.z == nil) and points[1] ~= nil then info.x, info.z = points[1].x, points[1].z end
-    info.fruitIndex = #points > 0 and fruitAt(points) or nil
-    local mowable = info.fruitIndex ~= nil and ADFields.getMowable()[info.fruitIndex] or nil
-    if info.fruitIndex ~= nil then
-        local fruit = g_fruitTypeManager:getFruitTypeByIndex(info.fruitIndex)
-        local fillType = fruit ~= nil and fruit.fillType or nil
-        info.cropTitle = fillType ~= nil and fillType.title or (fruit ~= nil and fruit.name) or "?"
+-- ---- scanning som arbejdskø ----
+-- En marks scanning er en kø af små opgaver (ét prøvepunkt pr. opgave), og scanStep kører én opgave pr.
+-- frame. In-game 26/9 gav en hel mark i ét frame et hak (flere opslag gennemgår alle kortets ~40
+-- afgrødetyper pr. punkt). Coroutines findes ikke i FS25 (Giants fjernede dem), derfor en kø.
+
+-- (eksplicit hale: # er udefineret på en tabel med huller, og udførte opgaver nulstilles)
+local function push(scan, task)
+    scan.tail = (scan.tail or 0) + 1
+    scan.queue[scan.tail] = task
+end
+
+local function vote(votes, key)
+    votes[key] = (votes[key] or 0) + 1
+end
+
+local function winner(votes)
+    local best, bestVotes = nil, 0
+    for key, count in pairs(votes) do
+        if count > bestVotes then best, bestVotes = key, count end
     end
+    return best
+end
+
+local function newScan(adEnv, entry)
+    local field, fieldId = entry.field, entry.id
+    local scan = {id = fieldId, queue = {}, head = 1, tail = 0, points = {}, fruitVotes = {}, growthVotes = {},
+        anySum = 0, readySum = 0, soil = {fert = {0, 0}, lime = {0, 0}, plowLevel = {0, 0}, weed = {0, 0}}}
+    local info = {id = fieldId, field = field, points = scan.points, verts = {}, mowable = false, readyRatio = 0}
+    scan.info = info
+    -- 1) polygon og kandidatpunkter (centroid + halvvejs mod op til 8 hjørner)
+    push(scan, function()
+        local verts = {}
+        for _, node in ipairs(field.polygonPoints or {}) do
+            if type(node) == "number" then
+                local x, _, z = getWorldTranslation(node)
+                table.insert(verts, {x = x, z = z})
+            end
+        end
+        info.verts = verts
+        local cx, cz = field.posX, field.posZ
+        if (cx == nil or cz == nil) and #verts > 0 then
+            cx, cz = 0, 0
+            for _, v in ipairs(verts) do cx, cz = cx + v.x, cz + v.z end
+            cx, cz = cx / #verts, cz / #verts
+        end
+        info.x, info.z = cx, cz
+        if cx == nil then return end
+        local candidates = {{x = cx, z = cz}}
+        local step = math.max(1, math.floor(#verts / 8))
+        for index = 1, #verts, step do
+            table.insert(candidates, {x = (cx + verts[index].x) / 2, z = (cz + verts[index].z) / 2})
+        end
+        -- 2) én opgave pr. kandidat: er punktet stadig mark? (bygninger fjerner areal)
+        for _, candidate in ipairs(candidates) do
+            push(scan, function()
+                local ok, onField = pcall(isOnField, candidate.x, candidate.z)
+                if ok and onField then table.insert(scan.points, candidate) end
+            end)
+        end
+        -- 3) afgrøde pr. punkt (efter alle kandidater)
+        push(scan, function()
+            for _, point in ipairs(scan.points) do
+                push(scan, function()
+                    local ok, index = pcall(FSDensityMapUtil.getFruitTypeIndexAtWorldPos, point.x, point.z)
+                    if ok and type(index) == "number" and index > 0 then vote(scan.fruitVotes, index) end
+                end)
+            end
+            push(scan, function() ADFields.scanPerFruit(scan) end)
+        end)
+    end)
+    return scan
+end
+
+-- Når afgrøden kendes: klar-andel, vækststadie og jord pr. punkt (én opgave pr. punkt).
+function ADFields.scanPerFruit(scan)
+    local info = scan.info
+    info.fruitIndex = winner(scan.fruitVotes)
+    local fruitIndex = info.fruitIndex
+    local settings = missionSettings()
+    scan.settings = settings
+    for _, point in ipairs(scan.points) do
+        push(scan, function()
+            local x, z = point.x, point.z
+            if fruitIndex ~= nil then
+                local okA, _, anyPixels = pcall(FSDensityMapUtil.getFruitArea, fruitIndex, x - 2, z - 2, x + 2, z, x, z + 2, true, true)
+                if okA and anyPixels then scan.anySum = scan.anySum + anyPixels end
+                local okR, _, readyPixels = pcall(FSDensityMapUtil.getFruitArea, fruitIndex, x - 2, z - 2, x + 2, z, x, z + 2, false, false)
+                if okR and readyPixels then scan.readySum = scan.readySum + readyPixels end
+                local okG, _, state = pcall(function()
+                    local y = getTerrainHeightAtWorldPos(g_currentMission.terrainRootNode, x, 1, z)
+                    return FSDensityMapUtil.getFieldDataAtWorldPosition(x, y, z)
+                end)
+                if okG and type(state) == "number" then vote(scan.growthVotes, state) end
+            end
+        end)
+        push(scan, function()
+            if type(FieldDensityMap) ~= "table" then return end
+            local x, z = point.x, point.z
+            local readings = {
+                fert = readDensity(FieldDensityMap.SPRAY_LEVEL, x, z),
+                lime = readDensity(FieldDensityMap.LIME_LEVEL, x, z),
+                plowLevel = readDensity(FieldDensityMap.PLOW_LEVEL, x, z),
+                weed = settings.weedsEnabled and readWeed(x, z) or nil,
+            }
+            for key, value in pairs(readings) do
+                if value ~= nil then
+                    scan.soil[key][1] = scan.soil[key][1] + value
+                    scan.soil[key][2] = scan.soil[key][2] + 1
+                end
+            end
+        end)
+    end
+end
+
+-- Samler resultatet når køen er tom.
+local function finishScan(adEnv, scan)
+    local info = scan.info
+    local mowable = info.fruitIndex ~= nil and ADFields.getMowable()[info.fruitIndex] or nil
     if mowable ~= nil then
         info.mowable, info.windrow, info.hay = true, mowable.windrow, mowable.hay
     end
     local fruit = nil
     if info.fruitIndex ~= nil then
-        info.readyRatio, info.anyPixels = readyRatio(info.fruitIndex, points)
+        info.readyRatio = scan.anySum > 0 and scan.readySum / scan.anySum or 0
+        info.anyPixels = scan.anySum
         fruit = g_fruitTypeManager:getFruitTypeByIndex(info.fruitIndex)
         info.fruitName = fruit ~= nil and fruit.name or nil
         info.harvestFillType = fruit ~= nil and fruit.fillType ~= nil and fruit.fillType.index or nil
+        local fillType = fruit ~= nil and fruit.fillType or nil
+        info.cropTitle = fillType ~= nil and fillType.title or (fruit ~= nil and fruit.name) or "?"
     end
     info.kind = ADFields.classify(info.fruitIndex, info.mowable, info.readyRatio)
-    info.phase = fruit ~= nil and ADFields.growthPhase(growthStateAt(points), fruit) or nil
+    info.phase = fruit ~= nil and ADFields.growthPhase(winner(scan.growthVotes), fruit) or nil
     info.growing = info.fruitIndex ~= nil and ADFields.isGrowing(info.phase, info.anyPixels, info.readyRatio)
     -- høstet stub eller visnet afgrøde er i praksis en bar mark (klargøring/såning)
     if info.kind == "harvest" and (info.phase == "cut" or info.phase == "withered" or info.phase == "none") then
         info.kind = "bare"
     end
-    readSoil(info)
-    local previous = ADFields.cache[fieldId]
+    local settings = scan.settings or missionSettings()
+    for key, sum in pairs(scan.soil) do
+        info[key] = sum[2] > 0 and sum[1] / sum[2] or nil
+    end
+    local okMax, maxValue = pcall(function() return g_currentMission.fieldGroundSystem:getMaxValue(FieldDensityMap.SPRAY_LEVEL) end)
+    info.fertMax = okMax and type(maxValue) == "number" and maxValue or 2
+    info.needs = ADFields.soilNeeds(info, settings)
+    if not settings.limeRequired then info.lime = nil end
+    local previous = ADFields.cache[info.id]
     if previous ~= nil and previous.markerCheckedAt ~= nil and ADFields.now - previous.markerCheckedAt < ADFields.MARKER_REFRESH_MS then
         info.markerId, info.markerName, info.markerDistance, info.markerCheckedAt = previous.markerId, previous.markerName, previous.markerDistance, previous.markerCheckedAt
     elseif info.x ~= nil then
-        local marker, distance = findMarker(adEnv, fieldId, info.x, info.z)
+        local marker, distance = findMarker(adEnv, info.id, info.x, info.z)
         info.markerId = marker ~= nil and marker.id or nil
         info.markerName = marker ~= nil and marker.name or nil
         info.markerDistance = distance
         info.markerCheckedAt = ADFields.now
     end
-    return info
+    ADFields.cache[info.id] = info
+    ADFields.listCache = nil
 end
 
-local function ownedFields(farmId)
-    local result = {}
-    local all = g_fieldManager ~= nil and (g_fieldManager:getFields() or g_fieldManager.fields) or {}
-    for _, field in pairs(all) do
+-- Marklisten (ejede marker) i portioner af 25 marker pr. frame.
+local function newOwnedScan(farmId)
+    local all = {}
+    for _, field in pairs(g_fieldManager ~= nil and (g_fieldManager:getFields() or g_fieldManager.fields) or {}) do
+        table.insert(all, field)
+    end
+    local scan = {owned = true, queue = {}, head = 1, tail = 0, result = {}}
+    for start = 1, #all, 25 do
+        push(scan, function()
+            for index = start, math.min(start + 24, #all) do
+                local field = all[index]
                 local id = field.getId ~= nil and field:getId() or field.fieldId
                 if id ~= nil and fieldOwner(field) == farmId then
-            table.insert(result, {id = id, field = field})
+                    table.insert(scan.result, {id = id, field = field})
                 end
             end
-    table.sort(result, function(a, b) return a.id < b.id end)
-    return result
+        end)
+    end
+    return scan
 end
 
--- Scanner næste mark (round-robin) og returnerer alle kendte. Kaldes hvert sekund af job-løkken.
-function ADFields.scanNext(adEnv, farmId, now)
-    ADFields.now = now or ADFields.now
-    if ADFields.ownedAt == nil or ADFields.now - ADFields.ownedAt >= ADFields.OWNED_REFRESH_MS then
-        ADFields.ownedAt = ADFields.now
-        local owned = ownedFields(farmId)
+local function finishOwnedScan(scan)
+    table.sort(scan.result, function(a, b) return a.id < b.id end)
     local ids = {}
-        for _, entry in ipairs(owned) do ids[entry.id] = true end
+    for _, entry in ipairs(scan.result) do ids[entry.id] = true end
     for id in pairs(ADFields.cache) do
         if not ids[id] then ADFields.cache[id] = nil end
     end
-        ADFields.order = owned
+    ADFields.order = scan.result
     ADFields.listCache = nil
-    end
+end
+
+-- Kaldes HVERT frame: kører én opgave af den aktuelle scanning. En ny mark påbegyndes højst hvert
+-- SCAN_INTERVAL_MS; marklisten opdateres hvert OWNED_REFRESH_MS.
+ADFields.SCAN_INTERVAL_MS = 2000
+ADFields.lastScanStart = nil
+
+function ADFields.scanStep(adEnv, farmId, now)
+    ADFields.now = now or ADFields.now
+    local scan = ADFields.activeScan
+    if scan == nil then
+        if ADFields.ownedAt == nil or ADFields.now - ADFields.ownedAt >= ADFields.OWNED_REFRESH_MS then
+            ADFields.ownedAt = ADFields.now
+            scan = newOwnedScan(farmId)
+        else
+            if ADFields.lastScanStart ~= nil and ADFields.now - ADFields.lastScanStart < ADFields.SCAN_INTERVAL_MS then return end
             local owned = ADFields.order
             if #owned == 0 then return end
+            ADFields.lastScanStart = ADFields.now
             ADFields.scanIndex = ADFields.scanIndex % #owned + 1
-    local entry = owned[ADFields.scanIndex]
-    local ok, info = pcall(scanField, adEnv, entry.field, entry.id)
-    ADFields.listCache = nil
-    if ok then
-        ADFields.cache[entry.id] = info
-    else
-        Logging.warning("ADSmartPickup: F%s kunne ikke scannes: %s", tostring(entry.id), tostring(info))
+            scan = newScan(adEnv, owned[ADFields.scanIndex])
         end
+        ADFields.activeScan = scan
+    end
+    local task = scan.queue[scan.head]
+    if task ~= nil then
+        scan.queue[scan.head] = nil
+        scan.head = scan.head + 1
+        local ok, err = pcall(task)
+        if not ok then
+            Logging.warning("ADSmartPickup: F%s kunne ikke scannes: %s", tostring(scan.id or "-"), tostring(err))
+            ADFields.activeScan = nil
+        end
+        return
+    end
+    -- køen er tom: saml resultatet
+    ADFields.activeScan = nil
+    local ok, err
+    if scan.owned then
+        ok, err = pcall(finishOwnedScan, scan)
+    else
+        ok, err = pcall(finishScan, adEnv, scan)
+    end
+    if not ok then Logging.warning("ADSmartPickup: F%s scanning kunne ikke afsluttes: %s", tostring(scan.id or "-"), tostring(err)) end
 end
 
 -- Samme liste indtil næste scanning (list() kaldes hvert sekund; ingen ny tabel hver gang).

FS25_ADSmartPickup/modDesc.xml

@@ -1,7 +1,7 @@
 <?xml version="1.0" encoding="utf-8" standalone="no"?>
 <modDesc descVersion="107">
     <author>masterdraco</author>
-    <version>1.27.1.0</version>
+    <version>1.27.2.0</version>
     <title>
         <en>AD Smart Pickup</en>
     </title>

docs/BRUGERMANUAL.md

@@ -1,6 +1,6 @@
 # AD Smart Pickup — brugermanual
 
-Version 1.27.1 · Farming Simulator 25 · tillæg til AutoDrive
+Version 1.27.2 · Farming Simulator 25 · tillæg til AutoDrive
 
 *English version: [USER_MANUAL.md](USER_MANUAL.md)*
 

docs/TESTPLAN-markarbejde.md

@@ -1,4 +1,4 @@
-# Testplan — Markarbejde (fanen Marker), version 1.27.1.0
+# Testplan — Markarbejde (fanen Marker), version 1.27.2.0
 
 Stor test-session. Kør testene i rækkefølge: de første bygger opsætningen, de senere bygger på den.
 Hver test har **Gør**, **Forvent** og **Log** (linjer i `log.txt`, der beviser at det virkede). Loglinjer
@@ -11,7 +11,7 @@ samme rækkefølge.
 
 ## 0. Forberedelse
 
-- [ ] **0.1 Version.** Log: `Available mod: … (Version: 1.27.1.0) FS25_ADSmartPickup`.
+- [ ] **0.1 Version.** Log: `Available mod: … (Version: 1.27.2.0) FS25_ADSmartPickup`.
 - [ ] **0.2 Fanen Marker åbner.** ESC → Smart Pickup → fanen **Marker**. Forvent: "Marker indlæses …"
       i få sekunder, derefter én række pr. ejet mark (også korn-, roe- og bare marker, ikke kun græs).
       Afgrøde-kolonnen viser afgrøden eller "bar jord".

docs/USER_MANUAL.md

@@ -1,6 +1,6 @@
 # AD Smart Pickup — user manual
 
-Version 1.27.1 · Farming Simulator 25 · add-on for AutoDrive
+Version 1.27.2 · Farming Simulator 25 · add-on for AutoDrive
 
 *Dansk version: [BRUGERMANUAL.md](BRUGERMANUAL.md)*
 

tests/test_adFieldsScan.lua

@@ -0,0 +1,76 @@
+-- Kør: luajit tests/test_adFieldsScan.lua   (fra repo-roden)
+-- Markscanningen som arbejdskø: bliver færdig, giver rigtigt resultat, og intet frame laver mere end ét
+-- prøvepunkts arbejde (in-game 26/9: en hel mark i ét frame gav hak).
+local failures = 0
+local function check(name, actual, expected)
+    if actual == expected then print("OK   " .. name) else
+        failures = failures + 1
+        print(string.format("FAIL %s: forventede %s, fik %s", name, tostring(expected), tostring(actual)))
+    end
+end
+Logging = {warning = function(fmt, ...) print("WARN " .. string.format(fmt, ...)) end, info = function() end}
+
+-- falsk verden: én mark (F7) med hvede der er klar, polygon med 4 hjørner
+local GRASS, WHEAT = 1, 3
+local nodes = {[101] = {0, 0}, [102] = {100, 0}, [103] = {100, 100}, [104] = {0, 100}}
+function getWorldTranslation(node) local p = nodes[node]; return p[1], 0, p[2] end
+function getTerrainHeightAtWorldPos() return 0 end
+local calls = 0
+FSDensityMapUtil = {
+    getFieldDataAtWorldPosition = function() calls = calls + 1; return 1, 6 end,  -- på mark, vækststadie 6
+    getFruitTypeIndexAtWorldPos = function() calls = calls + 1; return WHEAT end,
+    getFruitArea = function(_, _, _, _, _, _, _, any) calls = calls + 1; return 0, any and 10 or 10 end,
+}
+FieldDensityMap = {SPRAY_LEVEL = 4, LIME_LEVEL = 5, PLOW_LEVEL = 6}
+DensityCoordType = {POINT_VECTOR_VECTOR = 1}
+DensityMapModifier = {new = function() return {setParallelogramWorldCoords = function() end, executeGet = function() calls = calls + 1; return 1, 1 end} end}
+g_fruitTypeManager = {
+    getFruitTypeByIndex = function(_, index) return {name = index == WHEAT and "WHEAT" or "GRASS", fillType = {index = 50, title = "Hvede"}, minHarvestingGrowthState = 6, maxHarvestingGrowthState = 7, cutState = 9} end,
+    getConverterDataByName = function() return {} end,
+}
+g_fillTypeManager = {getConverterDataByName = function() return {} end, getFillTypeNameByIndex = function() return "X" end}
+g_farmlandManager = {getFarmlandOwner = function() return 1 end}
+local field = {getId = function() return 7 end, farmland = {id = 70}, polygonPoints = {101, 102, 103, 104}, posX = 50, posZ = 50}
+g_fieldManager = {getFields = function() return {field} end}
+g_currentMission = {terrainRootNode = 1, missionInfo = {}, fieldGroundSystem = {
+    getDensityMapData = function() return 1, 0, 2 end, getMaxValue = function() return 2 end}}
+local adEnv = {ADGraphManager = {
+    getMapMarkers = function() return {{id = 900, name = "F7"}, {id = 901, name = "Silo"}} end,
+    getWayPointById = function(_, id) return {x = 40, z = 40} end,
+}}
+
+dofile("FS25_ADSmartPickup/adFields.lua")
+
+local maxPerFrame, frames = 0, 0
+local now = 0
+for _ = 1, 200 do
+    calls = 0
+    ADFields.scanStep(adEnv, 1, now)
+    if calls > maxPerFrame then maxPerFrame = calls end
+    frames = frames + 1
+    now = now + 16
+    if ADFields.getInfo(7) ~= nil then break end
+end
+-- markliste først, så marken (efter SCAN_INTERVAL) — kør videre til marken er scannet
+for _ = 1, 400 do
+    if ADFields.getInfo(7) ~= nil then break end
+    calls = 0
+    ADFields.scanStep(adEnv, 1, now)
+    if calls > maxPerFrame then maxPerFrame = calls end
+    now = now + 16
+end
+local info = ADFields.getInfo(7)
+check("SC1 marken er scannet", info ~= nil, true)
+check("SC2 afgrøde", info and info.fruitName, "WHEAT")
+check("SC3 art = høst", info and info.kind, "harvest")
+check("SC4 klar-andel", info and info.readyRatio, 1)
+check("SC5 fase klar", info and info.phase, "ready")
+check("SC6 markør F7", info and info.markerId, 900)
+check("SC7 prøvepunkter", info and #info.points, 5)
+check("SC8 gødning læst", info and info.fert, 1)
+check("SC9 højst ét punkts arbejde pr. frame (<= 4 opslag)", maxPerFrame <= 4, true)
+print("   (flest opslag i ét frame: " .. maxPerFrame .. ")")
+check("SC10 marklisten", #ADFields.list(), 1)
+
+print(failures == 0 and "\nALLE TESTS OK" or ("\n" .. failures .. " FEJL"))
+os.exit(failures == 0 and 0 or 1)