.

de_react_auto

@@ -47,16 +47,19 @@ local CONFIG = {
     --   Pros: Absolute maximum output
     --   Cons: Very easy to explode, not worth the risk
     -- =======================================================================
-    target_field_strength = 0.30,
+    target_field_strength = 0.25,
 
     -- Safety thresholds
-    min_field_strength = 0.20,     -- Emergency shutdown below this (8%)
+    min_field_strength = 0.15,     -- Emergency shutdown below this
     max_temperature = 8000,        -- Emergency shutdown above this (Kelvin)
-    critical_temperature = 7500,   -- Start reducing output at this temp
+    critical_temperature = 7800,   -- Start reducing output at this temp
 
     -- Saturation control for optimal fuel conversion
     min_saturation = 0.20,         -- Below this, reactor produces less power
-    target_saturation = 0.45,      -- Target saturation for optimal output (lower = more power)
+    target_saturation = 0.30,      -- Target saturation for optimal output (lower = more power)
+
+    -- Temperature targeting for power optimization
+    target_temperature = 6000,     -- Optimal temperature for power output
 
     -- Fuel monitoring
     fuel_warning_threshold = 0.85,   -- Warn when fuel is 90% used
@@ -118,6 +121,9 @@ local lastOutputRate = -1
 -- Fuel warning throttle
 local lastFuelWarning = 0
 
+-- Optimization status (for display)
+local optimizationStatus = "OFFLINE"
+
 -- ============================================================================
 -- UTILITY FUNCTIONS
 -- ============================================================================
@@ -410,48 +416,68 @@ local function calculateOutputRate()
         result = math.floor(generationRate * 0.8)
         reason = state .. " - 80% of generation"
     else
-        -- Normal operation with saturation targeting
+        -- Normal operation with temperature and saturation targeting
+        local targetTemp = CONFIG.target_temperature
+        local targetSat = CONFIG.target_saturation
+        local limitingFactor = "OPTIMAL"
+
+        -- Temperature factor: controls output based on temp vs target
         local tempFactor = 1.0
         local tempCritical = false
         if temp > CONFIG.critical_temperature then
+            -- Above critical: reduce output significantly for safety
             local overTemp = temp - CONFIG.critical_temperature
             local tempRange = CONFIG.max_temperature - CONFIG.critical_temperature
-            tempFactor = 1.0 - (overTemp / tempRange) * 0.5
+            tempFactor = 1.0 - (overTemp / tempRange) * 0.8
             tempCritical = true
+            limitingFactor = "TEMP_CRITICAL"
+        elseif temp > targetTemp then
+            -- Above target but below critical: increase output to cool down
+            local overTarget = temp - targetTemp
+            local targetRange = CONFIG.critical_temperature - targetTemp
+            tempFactor = 1.0 + (overTarget / targetRange) * 0.5  -- Up to 1.5x
+            limitingFactor = "TEMP_HIGH"
+        elseif temp < targetTemp * 0.8 then
+            -- Well below target: reduce output to let temp rise
+            local underTarget = targetTemp - temp
+            tempFactor = 0.5 + (temp / targetTemp) * 0.5  -- 0.5x to 1.0x
+            limitingFactor = "TEMP_LOW"
         end
 
-        -- Saturation-based output adjustment
+        -- Saturation-based output adjustment (more aggressive: 0.3x to 2.0x)
-        -- Target saturation for optimal fuel conversion (lower sat = more power)
-        local targetSat = CONFIG.target_saturation
         local satError = saturation - targetSat  -- positive = too high, negative = too low
 
-        -- Scale factor: adjust output by up to 50% based on saturation error
+        -- Quadratic scaling for more aggressive response when far from target
-        local satFactor = 1.0 + satError
+        local satFactor = 1.0 + satError * 2.0
-        satFactor = math.max(0.5, math.min(1.5, satFactor))  -- Clamp to 50%-150%
+        satFactor = math.max(0.3, math.min(2.0, satFactor))  -- Clamp to 30%-200%
 
-        -- IMPORTANT: If temperature is critical, don't increase output to drain saturation
+        -- Track if saturation is the limiting factor
-        -- Temperature safety takes priority over saturation optimization
+        if satError > 0.1 and limitingFactor == "OPTIMAL" then
+            limitingFactor = "SAT_HIGH"
+        elseif satError < -0.1 and limitingFactor == "OPTIMAL" then
+            limitingFactor = "SAT_LOW"
+        end
+
+        -- SAFETY: If temperature is critical, don't increase output
         if tempCritical and satFactor > 1.0 then
-            satFactor = 1.0  -- Cap at 100%, don't try to drain saturation when hot
+            satFactor = 1.0
+        end
+
+        -- SAFETY: If temp is low, don't increase output even if sat is high
+        if temp < targetTemp * 0.8 and satFactor > 1.0 then
+            satFactor = 1.0
         end
 
         local outputRate = generationRate * tempFactor * satFactor
 
         -- Build reason string
         local satPct = string.format("%.0f%%", saturation * 100)
-        local targetPct = string.format("%.0f%%", targetSat * 100)
+        local tempPct = string.format("%.0fK", temp)
-        if tempCritical then
+        local factors = string.format("temp=%.2fx sat=%.2fx", tempFactor, satFactor)
-            reason = "TEMP CRITICAL " .. formatTemp(temp) .. ", factor=" .. string.format("%.2f", tempFactor)
+        reason = limitingFactor .. " | " .. tempPct .. " " .. satPct .. " | " .. factors
-            if satFactor < 1.0 then
+
-                reason = reason .. ", sat " .. satPct .. " low"
+        -- Update global optimization status for display
-            end
+        optimizationStatus = limitingFactor
-        elseif satError > 0.05 then
-            reason = "sat " .. satPct .. " > " .. targetPct .. " target, +" .. string.format("%.0f%%", (satFactor - 1) * 100) .. " output"
-        elseif satError < -0.05 then
-            reason = "sat " .. satPct .. " < " .. targetPct .. " target, " .. string.format("%.0f%%", (satFactor - 1) * 100) .. " output"
-        else
-            reason = "sat " .. satPct .. " at target"
-        end
 
         result = math.max(0, math.floor(outputRate))
     end
@@ -1014,6 +1040,24 @@ local function updateDisplay()
     end
     y = y + 2
 
+    -- Optimization status
+    mon.setCursorPos(1, y)
+    mon.setTextColor(colors.white)
+    mon.write("Optimization: ")
+    local statusColor = colors.lime
+    if optimizationStatus == "TEMP_CRITICAL" then
+        statusColor = colors.red
+    elseif optimizationStatus == "TEMP_HIGH" or optimizationStatus == "TEMP_LOW" then
+        statusColor = colors.orange
+    elseif optimizationStatus == "SAT_HIGH" or optimizationStatus == "SAT_LOW" then
+        statusColor = colors.yellow
+    elseif optimizationStatus == "OFFLINE" then
+        statusColor = colors.gray
+    end
+    mon.setTextColor(statusColor)
+    mon.write(optimizationStatus)
+    y = y + 2
+
     -- Instructions
     mon.setCursorPos(1, y)
     mon.setTextColor(colors.gray)