HyperspaceTopographyEventIntel.java

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package com.fs.starfarer.api.impl.campaign.intel.events.ht;
 
import java.util.ArrayList;
import java.util.EnumSet;
import java.util.List;
import java.util.Set;
 
import java.awt.Color;
 
import org.lwjgl.util.vector.Vector2f;
 
import com.fs.starfarer.api.Global;
import com.fs.starfarer.api.campaign.BattleAPI;
import com.fs.starfarer.api.campaign.CampaignEventListener.FleetDespawnReason;
import com.fs.starfarer.api.campaign.CampaignFleetAPI;
import com.fs.starfarer.api.campaign.CargoAPI;
import com.fs.starfarer.api.campaign.InteractionDialogAPI;
import com.fs.starfarer.api.campaign.LocationAPI;
import com.fs.starfarer.api.campaign.PersistentUIDataAPI.AbilitySlotAPI;
import com.fs.starfarer.api.campaign.PersistentUIDataAPI.AbilitySlotsAPI;
import com.fs.starfarer.api.campaign.SectorEntityToken;
import com.fs.starfarer.api.campaign.SpecialItemData;
import com.fs.starfarer.api.campaign.StarSystemAPI;
import com.fs.starfarer.api.campaign.TextPanelAPI;
import com.fs.starfarer.api.campaign.econ.Industry;
import com.fs.starfarer.api.campaign.econ.MarketAPI;
import com.fs.starfarer.api.campaign.listeners.CharacterStatsRefreshListener;
import com.fs.starfarer.api.campaign.listeners.CurrentLocationChangedListener;
import com.fs.starfarer.api.campaign.listeners.FleetEventListener;
import com.fs.starfarer.api.combat.MutableStat;
import com.fs.starfarer.api.combat.MutableStat.StatMod;
import com.fs.starfarer.api.combat.StatBonus;
import com.fs.starfarer.api.impl.campaign.ids.Abilities;
import com.fs.starfarer.api.impl.campaign.ids.Industries;
import com.fs.starfarer.api.impl.campaign.ids.Items;
import com.fs.starfarer.api.impl.campaign.ids.Stats;
import com.fs.starfarer.api.impl.campaign.ids.Tags;
import com.fs.starfarer.api.impl.campaign.intel.events.BaseEventIntel;
import com.fs.starfarer.api.impl.campaign.intel.events.BaseFactorTooltip;
import com.fs.starfarer.api.impl.campaign.intel.events.EventFactor;
import com.fs.starfarer.api.impl.campaign.rulecmd.AddAbility;
import com.fs.starfarer.api.impl.campaign.velfield.SlipstreamTerrainPlugin2;
import com.fs.starfarer.api.ui.SectorMapAPI;
import com.fs.starfarer.api.ui.TooltipMakerAPI;
import com.fs.starfarer.api.ui.TooltipMakerAPI.TooltipCreator;
import com.fs.starfarer.api.util.Misc;
import com.fs.starfarer.api.util.Misc.Token;
import com.fs.starfarer.api.util.Misc.TokenType;
import com.fs.starfarer.api.util.TimeoutTracker;
 
public class HyperspaceTopographyEventIntel extends BaseEventIntel implements FleetEventListener,
                                                                              CharacterStatsRefreshListener,
                                                                              CurrentLocationChangedListener {
    
    public static Color BAR_COLOR = Global.getSettings().getColor("progressBarFleetPointsColor");
 
    
//  public static int PROGRESS_MAX = 1000;
//  public static int PROGRESS_1 = 100;
//  public static int PROGRESS_2 = 400;
//  public static int PROGRESS_3 = 700;
    public static int PROGRESS_MAX = 1000;
    public static int PROGRESS_1 = 100;
    public static int PROGRESS_2 = 250;
    public static int PROGRESS_3 = 400;
    public static int PROGRESS_4 = 550;
    public static int PROGRESS_5 = 700;
    
    public static float BASE_DETECTION_RANGE_LY = 3f;
    public static float RANGE_WITHIN_WHICH_SENSOR_ARRAYS_HELP_LY = 5f;
    public static float RANGE_PER_DOMAIN_SENSOR_ARRAY = 2f;
    public static float RANGE_PER_MAKESHIFT_SENSOR_ARRAY = 1f;
    public static int MAX_SENSOR_ARRAYS = 3;
    public static float WAYSTATION_BONUS = 2f;
    
    
    public static float SLIPSTREAM_FUEL_MULT = 0.25f;
    public static float HYPER_BURN_BONUS = 3f;
    
    public static String KEY = "$hte_ref";
    
    public static enum Stage {
        START,
        SLIPSTREAM_DETECTION,
        SLIPSTREAM_NAVIGATION,
        REVERSE_POLARITY,
        HYPERFIELD_OPTIMIZATION,
        GENERATE_SLIPSURGE,
        TOPOGRAPHIC_DATA,
    }
    
 
    public static float RECENT_READINGS_TIMEOUT = 30f;
    public static float RECENT_READINGS_RANGE_LY = 10f;
    
    public static class RecentTopographyReadings {
        public Vector2f loc;
        public RecentTopographyReadings(Vector2f loc) {
            this.loc = loc;
        }
    }
    
    public static void addFactorCreateIfNecessary(EventFactor factor, InteractionDialogAPI dialog) {
        if (get() == null) {
            //TextPanelAPI text = dialog == null ? null : dialog.getTextPanel();
            //new HyperspaceTopographyEventIntel(text);
            // adding a factor anyway, so it'll show a message - don't need to double up
            new HyperspaceTopographyEventIntel(null, false);
        }
        if (get() != null) {
            get().addFactor(factor, dialog);
        }
    }
    
    public static HyperspaceTopographyEventIntel get() {
        return (HyperspaceTopographyEventIntel) Global.getSector().getMemoryWithoutUpdate().get(KEY);
    }
    
    
    protected TimeoutTracker<RecentTopographyReadings> recent = new TimeoutTracker<RecentTopographyReadings>();
    
//  public static float CHECK_DAYS = 0.1f;
//  protected IntervalUtil interval = new IntervalUtil(CHECK_DAYS * 0.8f, CHECK_DAYS * 1.2f);
//  protected float burnBasedPoints = 0f;
    
    public HyperspaceTopographyEventIntel(TextPanelAPI text, boolean withIntelNotification) {
        super();
        
        Global.getSector().getMemoryWithoutUpdate().set(KEY, this);
        
        
        setup();
        
        // now that the event is fully constructed, add it and send notification
        Global.getSector().getIntelManager().addIntel(this, !withIntelNotification, text);
    }
    
    protected void setup() {
        factors.clear();
        stages.clear();
        
        setMaxProgress(PROGRESS_MAX);
        
        addStage(Stage.START, 0);
        addStage(Stage.SLIPSTREAM_NAVIGATION, PROGRESS_1, StageIconSize.MEDIUM);
        addStage(Stage.REVERSE_POLARITY, PROGRESS_2, StageIconSize.LARGE);
        addStage(Stage.SLIPSTREAM_DETECTION, PROGRESS_3, StageIconSize.MEDIUM);
        addStage(Stage.HYPERFIELD_OPTIMIZATION, PROGRESS_4, StageIconSize.MEDIUM);
        addStage(Stage.GENERATE_SLIPSURGE, PROGRESS_5, StageIconSize.LARGE);
        addStage(Stage.TOPOGRAPHIC_DATA, PROGRESS_MAX, true, StageIconSize.SMALL);
        
        getDataFor(Stage.SLIPSTREAM_NAVIGATION).keepIconBrightWhenLaterStageReached = true;
        getDataFor(Stage.SLIPSTREAM_DETECTION).keepIconBrightWhenLaterStageReached = true;
        getDataFor(Stage.REVERSE_POLARITY).keepIconBrightWhenLaterStageReached = true;
        getDataFor(Stage.HYPERFIELD_OPTIMIZATION).keepIconBrightWhenLaterStageReached = true;
        getDataFor(Stage.GENERATE_SLIPSURGE).keepIconBrightWhenLaterStageReached = true;
        
    }
    
    protected Object readResolve() {
        if (getDataFor(Stage.GENERATE_SLIPSURGE) == null) {
            setup();
        }
        return this;
    }
    
    
    @Override
    protected void notifyEnding() {
        super.notifyEnding();
    }
 
    @Override
    protected void notifyEnded() {
        super.notifyEnded();
        Global.getSector().getMemoryWithoutUpdate().unset(KEY);
    }
    
    protected void addBulletPoints(TooltipMakerAPI info, ListInfoMode mode, boolean isUpdate, 
                                    Color tc, float initPad) {
        
        if (addEventFactorBulletPoints(info, mode, isUpdate, tc, initPad)) {
            return;
        }
        
        Color h = Misc.getHighlightColor();
        if (isUpdate && getListInfoParam() instanceof EventStageData) {
            EventStageData esd = (EventStageData) getListInfoParam();
            if (esd.id == Stage.SLIPSTREAM_DETECTION) {
                info.addPara("Able to detect slipstreams near your spaceports", tc, initPad);
            }
            if (esd.id == Stage.SLIPSTREAM_NAVIGATION) {
//              info.addPara("Fuel use while traversing slipstreams multiplied by %s", initPad, tc,
//                      h, "" + SLIPSTREAM_FUEL_MULT + Strings.X);
                info.addPara("Fuel use while traversing slipstreams reduced by %s", initPad, tc,
                        h, "" + (int)Math.round((1f - SLIPSTREAM_FUEL_MULT) * 100f) + "%");
            }
            if (esd.id == Stage.HYPERFIELD_OPTIMIZATION) {
                info.addPara("Maximum burn increased by %s while in hyperspace", initPad, tc, 
                        h, "" + (int) HYPER_BURN_BONUS);
            }
            if (esd.id == Stage.REVERSE_POLARITY) {
                info.addPara("%s ability unlocked", initPad, tc, h, "Reverse Polarity");
            }
            if (esd.id == Stage.GENERATE_SLIPSURGE) {
                info.addPara("%s ability unlocked", initPad, tc, h, "Generate Slipsurge");
            }
            if (esd.id == Stage.TOPOGRAPHIC_DATA) {
                info.addPara("Topographic data gained", tc, initPad);
            }
            return;
        }
        
//      EventStageData esd = getLastActiveStage(false);
//      if (esd != null && EnumSet.of(Stage.START, Stage.HA_1, Stage.HA_2, Stage.HA_3, Stage.HA_4).contains(esd.id)) {
//          
//      }
    }
    
    public float getImageSizeForStageDesc(Object stageId) {
//      if (stageId == Stage.REVERSE_POLARITY || stageId == Stage.GENERATE_SLIPSURGE) {
//          return 48f;
//      }
        if (stageId == Stage.START) {
            return 64f;
        }
        return 48f;
    }
    public float getImageIndentForStageDesc(Object stageId) {
//      if (stageId == Stage.REVERSE_POLARITY || stageId == Stage.GENERATE_SLIPSURGE) {
//          return 16f;
//      }
        if (stageId == Stage.START) {
            return 0f;
        }
        return 16f;
    }
 
    @Override
    public void addStageDescriptionText(TooltipMakerAPI info, float width, Object stageId) {
        float opad = 10f;
        float small = 0f;
        Color h = Misc.getHighlightColor();
        
        //setProgress(0);
        //setProgress(199);
        //setProgress(600);
        //setProgress(899);
        //setProgress(1000);
        //setProgress(499);
        //setProgress(600);
        
        EventStageData stage = getDataFor(stageId);
        if (stage == null) return;
        
//      if (isStageActiveAndLast(stageId) &&  stageId == Stage.START) {
//          addStageDesc(info, stageId, small, false);
//      } else if (isStageActive(stageId) && stageId != Stage.START) {
//          addStageDesc(info, stageId, small, false);
//      }
        
        if (isStageActive(stageId)) {
            addStageDesc(info, stageId, small, false);
        }
    }
    
    
    public void addStageDesc(TooltipMakerAPI info, Object stageId, float initPad, boolean forTooltip) {
        float opad = 10f;
        Color h = Misc.getHighlightColor();
        if (stageId == Stage.START) {
            info.addPara("Detailed sensor readings greatly aid hyperspace navigation. "
                    + "There are many ways of acquiring this data, including using in-system sensor arrays,"
                    + " using an Active Sensor Burst near interesting phenomena, "
                    + "traveling through hyperspace at a very high burn level, or simply buying the data from scavengers.",
                    initPad);
        } else if (stageId == Stage.SLIPSTREAM_DETECTION) {
//          info.addPara("The facilities and staff at a Spaceport are able to interpret data from various sources "
//                  + "to discover the presence of nearby slipstreams. The detection range is increased "
//                  + "for larger colonies. Claimed sensor arrays within %s light-years provide an additional "
//                  + "bonus - %s ly for Domain-era arrays, and %s ly for makeshift ones. "
//                  + "Up to %s sensor arrays can be of use.", initPad, 
//                  Misc.getHighlightColor(),
//                  "" + (int) RANGE_WITHIN_WHICH_SENSOR_ARRAYS_HELP_LY,
//                  "+" + (int) RANGE_PER_DOMAIN_SENSOR_ARRAY,
//                  "+" + (int) RANGE_PER_MAKESHIFT_SENSOR_ARRAY,
//                  "" + (int) MAX_SENSOR_ARRAYS
//                  );
            info.addPara("Allows a Spaceport "
                    + "to detect nearby slipstreams. Detection range increased "
                    + "for %s. Claimed sensor arrays within %s light-years provide extra detection range: "
                    + "%s ly for Domain-era arrays, and %s ly for makeshift ones. "
                    + "Up to %s sensor arrays can be used.", initPad, 
                    Misc.getHighlightColor(),
                    "larger colonies",
                    "" + (int) RANGE_WITHIN_WHICH_SENSOR_ARRAYS_HELP_LY,
                    "+" + (int) RANGE_PER_DOMAIN_SENSOR_ARRAY,
                    "+" + (int) RANGE_PER_MAKESHIFT_SENSOR_ARRAY,
                    "" + (int) MAX_SENSOR_ARRAYS
                    );
        } else if (stageId == Stage.SLIPSTREAM_NAVIGATION) {
            info.addPara("Fuel use while traveling inside slipstreams reduced by %s. This reduction is multiplicative " +
                         "with the baseline fuel use reduction for traveling inside a slipstream.",
                    initPad, h,
                    "" + (int)Math.round((1f - SLIPSTREAM_FUEL_MULT) * 100f) + "%");
        } else if (stageId == Stage.REVERSE_POLARITY) {
            info.addPara("Unlocks the %s ability, which allows your fleet to "
                    + "travel against the current of slipstreams.", initPad, h,
                    "Reverse Polarity");
        } else if (stageId == Stage.GENERATE_SLIPSURGE) {
            info.addPara("Unlocks the %s ability, which allows your fleet to "
                    + "create powerful, short-lived slipstreams useful for rapid travel.", initPad, h,
                    "Generate Slipsurge");
        } else if (stageId == Stage.HYPERFIELD_OPTIMIZATION) {
            info.addPara("Maximum burn increased by %s while in hyperspace.", initPad, h,
                    "" + (int) HYPER_BURN_BONUS);
        } else if (stageId == Stage.TOPOGRAPHIC_DATA) {
            int min = getTopoResetMin();
            int max = getTopoResetMax();
            info.addPara("A batch of topographic data that can be sold for a"
                    + " considerable number of credits.", initPad);
            info.addPara("Event progress will be reset to between %s and %s points when this outcome is reached.",
                    opad, h, "" + min, "" + max);
        }
    }
    
    public TooltipCreator getStageTooltipImpl(Object stageId) {
        final EventStageData esd = getDataFor(stageId);
        
        if (esd != null && EnumSet.of(Stage.SLIPSTREAM_DETECTION, Stage.SLIPSTREAM_NAVIGATION,
                Stage.GENERATE_SLIPSURGE, Stage.REVERSE_POLARITY,
                Stage.HYPERFIELD_OPTIMIZATION, Stage.TOPOGRAPHIC_DATA).contains(esd.id)) {
            return new BaseFactorTooltip() {
                @Override
                public void createTooltip(TooltipMakerAPI tooltip, boolean expanded, Object tooltipParam) {
                    float opad = 10f;
                    
                    if (esd.id == Stage.SLIPSTREAM_DETECTION) {
                        tooltip.addTitle("Slipstream detection");
                    } else if (esd.id == Stage.SLIPSTREAM_NAVIGATION) {
                        tooltip.addTitle("Slipstream navigation");
                    } else if (esd.id == Stage.HYPERFIELD_OPTIMIZATION) {
                        tooltip.addTitle("Hyperfield optimization");
                    } else if (esd.id == Stage.REVERSE_POLARITY) {
                        tooltip.addTitle("Reverse Polarity");
                    } else if (esd.id == Stage.GENERATE_SLIPSURGE) {
                        tooltip.addTitle("Generate Slipsurge");
                    } else if (esd.id == Stage.TOPOGRAPHIC_DATA) {
                        tooltip.addTitle("Topographic data");
                    }
 
                    addStageDesc(tooltip, esd.id, opad, true);
                    
                    esd.addProgressReq(tooltip, opad);
                }
            };
        }
        
        return null;
    }
 
 
 
    @Override
    public String getIcon() {
        return Global.getSettings().getSpriteName("events", "hyperspace_topography");
    }
 
    protected String getStageIconImpl(Object stageId) {
        EventStageData esd = getDataFor(stageId);
        if (esd == null) return null;
        
    
        if (EnumSet.of(Stage.SLIPSTREAM_DETECTION, Stage.SLIPSTREAM_NAVIGATION, Stage.HYPERFIELD_OPTIMIZATION, 
                Stage.TOPOGRAPHIC_DATA, Stage.START).contains(esd.id)) {
            return Global.getSettings().getSpriteName("events", "hyperspace_topography_" + ((Stage)esd.id).name());
        }
        if (stageId == Stage.REVERSE_POLARITY) {
            return Global.getSettings().getAbilitySpec(Abilities.REVERSE_POLARITY).getIconName();
        }
        if (stageId == Stage.GENERATE_SLIPSURGE) {
            return Global.getSettings().getAbilitySpec(Abilities.GENERATE_SLIPSURGE).getIconName();
        }
        // should not happen - the above cases should handle all possibilities - but just in case
        return Global.getSettings().getSpriteName("events", "hyperspace_topography");
    }
    
    
    @Override
    public Color getBarColor() {
        Color color = BAR_COLOR;
        //color = Misc.getBasePlayerColor();
        color = Misc.interpolateColor(color, Color.black, 0.25f);
        return color;
    }
    
    @Override
    public Color getBarProgressIndicatorColor() {
        return super.getBarProgressIndicatorColor();
    }
 
    @Override
    protected int getStageImportance(Object stageId) {
        return super.getStageImportance(stageId);
    }
 
 
    @Override
    protected String getName() {
        return "Hyperspace Topography";
    }
    
 
    public void reportFleetDespawnedToListener(CampaignFleetAPI fleet, FleetDespawnReason reason, Object param) {
        
    }
    public void reportBattleOccurred(CampaignFleetAPI fleet, CampaignFleetAPI primaryWinner, BattleAPI battle) {
//      if (isEnded() || isEnding()) return;
//      
//      if (!battle.isPlayerInvolved()) return;
        
//      HAShipsDestroyedFactor factor = new HAShipsDestroyedFactor(-1 * points);
//      sendUpdateIfPlayerHasIntel(factor, false);
//      addFactor(factor);
    }
    
 
    public int getTopoResetMin() {
        EventStageData stage = getDataFor(Stage.GENERATE_SLIPSURGE);
        return stage.progress;
    }
    public int getTopoResetMax() {
        return getTopoResetMin() + 50;
    }
 
    public void resetTopographicData() {
        int resetProgress = getTopoResetMin() + getRandom().nextInt(getTopoResetMax() - getTopoResetMin() + 1);
        setProgress(resetProgress);
    }
 
    @Override
    public Set<String> getIntelTags(SectorMapAPI map) {
        Set<String> tags = super.getIntelTags(map);
        tags.add(Tags.INTEL_EXPLORATION);
        //tags.remove(Tags.INTEL_MAJOR_EVENT);
        return tags;
    }
 
    @Override
    protected void advanceImpl(float amount) {
        super.advanceImpl(amount);
        applyFleetEffects();
        
        float days = Global.getSector().getClock().convertToDays(amount);
        recent.advance(days);
        
        //setProgress(getProgress() + 10);
    }
    
    public void addAbility(String id) {
        if (Global.getSector().getPlayerFleet().hasAbility(id)) {
            return;
        }
        List<Token> params = new ArrayList<Token>();
        Token t = new Token(id, TokenType.LITERAL);
        params.add(t);
        t = new Token("-1", TokenType.LITERAL);
        params.add(t); // don't want to assign it to a slot - will assign as hyper-only alternate later here
        new AddAbility().execute(null, null, params, null);
        
        
        AbilitySlotsAPI slots = Global.getSector().getUIData().getAbilitySlotsAPI();
        int curr = slots.getCurrBarIndex();
        OUTER: for (int i = 0; i < 5; i++) {
            slots.setCurrBarIndex(i);
            for (AbilitySlotAPI slot : slots.getCurrSlotsCopy()) {
                if (Abilities.REVERSE_POLARITY.equals(id) && Abilities.SCAVENGE.equals(slot.getAbilityId())) {
                    slot.setInHyperAbilityId(Abilities.REVERSE_POLARITY);
                    break OUTER;
                }
                if (Abilities.GENERATE_SLIPSURGE.equals(id) && Abilities.DISTRESS_CALL.equals(slot.getAbilityId())) {
                    slot.setInHyperAbilityId(Abilities.GENERATE_SLIPSURGE);
                    break OUTER;
                }
            }
        }
        slots.setCurrBarIndex(curr);
    }
    
    
    @Override
    protected void notifyStageReached(EventStageData stage) {
        //applyFleetEffects();
        
        if (stage.id == Stage.REVERSE_POLARITY) {
            addAbility(Abilities.REVERSE_POLARITY);
        }
        if (stage.id == Stage.GENERATE_SLIPSURGE) {
            addAbility(Abilities.GENERATE_SLIPSURGE);
        }
        if (stage.id == Stage.TOPOGRAPHIC_DATA) {
            resetTopographicData();
            
            CargoAPI cargo = Global.getSector().getPlayerFleet().getCargo();
            cargo.addSpecial(new SpecialItemData(Items.TOPOGRAPHIC_DATA, null), 1);
            //sendUpdateIfPlayerHasIntel(stage, getTextPanelForStageChange());
        }
    }
    
    public void reportCurrentLocationChanged(LocationAPI prev, LocationAPI curr) {
        //applyFleetEffects();
    }
    
    public void reportAboutToRefreshCharacterStatEffects() {
        
    }
 
    public void reportRefreshedCharacterStatEffects() {
        // called when opening colony screen, so the Spaceport tooltip gets the right values
        updateMarketDetectionRanges();
        applyFleetEffects();
    }
    
    public void applyFleetEffects() {
        String id1 = "hypertopology1";
        
        CampaignFleetAPI pf = Global.getSector().getPlayerFleet();
        pf.getStats().getFleetwideMaxBurnMod().unmodifyFlat(id1);
        
        MutableStat stat = pf.getStats().getDynamic().getStat(Stats.FUEL_USE_NOT_SHOWN_ON_MAP_MULT);
        stat.unmodifyMult(id1);
        
        //if (pf.isInHyperspace()) { // doesn't work; after reportCurrentLocationChanged()
        // the current location is right but the player fleet hasn't been added to it yet
        if (Global.getSector().getCurrentLocation().isHyperspace()) {
            if (isStageActive(Stage.SLIPSTREAM_NAVIGATION)) {
                for (StatMod mod : stat.getMultMods().values()) {
                    if (SlipstreamTerrainPlugin2.FUEL_USE_MODIFIER_DESC.equals(mod.desc)) {
                        stat.modifyMult(id1, SLIPSTREAM_FUEL_MULT, 
                                SlipstreamTerrainPlugin2.FUEL_USE_MODIFIER_DESC + " (hyperspace topography)");
                        break;
                    }
                }
            }
            
            if (isStageActive(Stage.HYPERFIELD_OPTIMIZATION)) {
                pf.getStats().getFleetwideMaxBurnMod().modifyFlat(id1, HYPER_BURN_BONUS, "Hyperspace topography");
            }
            
        }
    }
    
    public void updateMarketDetectionRanges() {
        if (isStageActive(Stage.SLIPSTREAM_DETECTION)) {
            String id1 = "hypertopology1";
            String id2 = "hypertopology2";
            String id3 = "hypertopology3";
            String id4 = "hypertopology4";
            for (MarketAPI market : Global.getSector().getEconomy().getMarketsCopy()) {
                if (market.isHidden()) continue;
 
                boolean unapplicable = false;
                Industry spaceport = market.getIndustry(Industries.SPACEPORT);
                if (spaceport == null) {
                    spaceport = market.getIndustry(Industries.MEGAPORT);
                }
                if (spaceport == null || !spaceport.isFunctional()) {
                    unapplicable = true;
                }
                
                StatBonus mod = market.getStats().getDynamic().getMod(Stats.SLIPSTREAM_REVEAL_RANGE_LY_MOD);
                if (!market.isPlayerOwned() || unapplicable) {
                    mod.unmodify(id1);
                    mod.unmodify(id2);
                    mod.unmodify(id3);
                    mod.unmodify(id4);
                    continue;
                }
                
                mod.modifyFlat(id1, BASE_DETECTION_RANGE_LY, "Base detection range");
                mod.modifyFlat(id2, market.getSize(), "Colony size");
                
                float arraysBonus = gerSensorArrayBonusFor(market, RANGE_WITHIN_WHICH_SENSOR_ARRAYS_HELP_LY);
                
                mod.modifyFlatAlways(id3, arraysBonus, 
                        "Claimed sensor arrays within " + (int) RANGE_WITHIN_WHICH_SENSOR_ARRAYS_HELP_LY + 
                        " ly (max: " + (int) MAX_SENSOR_ARRAYS + " arrays)");
            }
        }
    }
    
    public float gerSensorArrayBonusFor(MarketAPI market, float range) {
        int countDomain = 0;
        int countMakeshift= 0;
        Vector2f locInHyper = market.getLocationInHyperspace();
        for (StarSystemAPI system : Global.getSector().getStarSystems()) {
            float dist = Misc.getDistanceLY(locInHyper, system.getLocation());
            if (dist > range && Math.round(dist * 10f) <= range * 10f) {
                dist = range;
            }
            if (dist <= range) {
                for (SectorEntityToken entity : system.getEntitiesWithTag(Tags.SENSOR_ARRAY)) {
                    if (entity.getFaction() != null && entity.getFaction().isPlayerFaction()) {
                        if (entity.hasTag(Tags.MAKESHIFT)) {
                            countMakeshift++;
                        } else {
                            countDomain++;
                        }
                    }
                }
            }
        }
        
        float bonus = Math.min(countDomain, MAX_SENSOR_ARRAYS) * RANGE_PER_DOMAIN_SENSOR_ARRAY;
        float useMakeshift = Math.min(MAX_SENSOR_ARRAYS - countDomain, countMakeshift);
        if (useMakeshift < 0) useMakeshift = 0;
        bonus += useMakeshift * RANGE_PER_MAKESHIFT_SENSOR_ARRAY;
        //bonus += Math.min(Math.max(0, countMakeshift - countDomain), MAX_SENSOR_ARRAYS) * RANGE_PER_MAKESHIFT_SENSOR_ARRAY;
 
        return bonus;
    }
 
    public boolean withMonthlyFactors() {
        return false;
    }
    
    
    public void addRecentReadings(Vector2f loc) {
        recent.add(new RecentTopographyReadings(loc), RECENT_READINGS_TIMEOUT);
    }
    
    public static boolean hasRecentReadingsNearPlayer() {
        return get() != null && get().hasRecentReadingsNear(Global.getSector().getPlayerFleet().getLocationInHyperspace());
    }
    
    public boolean hasRecentReadingsNear(Vector2f loc) {
        for (RecentTopographyReadings curr : recent.getItems()) {
            float distLY = Misc.getDistanceLY(loc, curr.loc);
            if (distLY <= RECENT_READINGS_RANGE_LY) {
                return true;
            }
        }
        return false;
    }
    
    protected String getSoundForStageReachedUpdate(Object stageId) {
        if (stageId == Stage.REVERSE_POLARITY || stageId == Stage.GENERATE_SLIPSURGE) {
            return "ui_learned_ability";
        }
        return super.getSoundForStageReachedUpdate(stageId);
    }
 
    @Override
    protected String getSoundForOneTimeFactorUpdate(EventFactor factor) {
//      if (factor instanceof HTAbyssalLightFactor) {
//          return "sound_none";
//      }
        return null;
    }
    
    
    
}