HyperspaceTerrainPlugin.java

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package com.fs.starfarer.api.impl.campaign.terrain;
 
import java.util.ArrayList;
import java.util.EnumSet;
import java.util.List;
import java.util.Random;
 
import java.awt.Color;
 
import org.lwjgl.opengl.GL11;
import org.lwjgl.util.vector.Vector2f;
 
import com.fs.starfarer.api.Global;
import com.fs.starfarer.api.campaign.CampaignEngineLayers;
import com.fs.starfarer.api.campaign.CampaignFleetAPI;
import com.fs.starfarer.api.campaign.SectorEntityToken;
import com.fs.starfarer.api.campaign.StarSystemAPI;
import com.fs.starfarer.api.campaign.TerrainAIFlags;
import com.fs.starfarer.api.campaign.rules.MemoryAPI;
import com.fs.starfarer.api.combat.ViewportAPI;
import com.fs.starfarer.api.fleet.FleetMemberAPI;
import com.fs.starfarer.api.fleet.FleetMemberViewAPI;
import com.fs.starfarer.api.graphics.SpriteAPI;
import com.fs.starfarer.api.impl.campaign.abilities.EmergencyBurnAbility;
import com.fs.starfarer.api.impl.campaign.ids.MemFlags;
import com.fs.starfarer.api.impl.campaign.ids.Stats;
import com.fs.starfarer.api.impl.campaign.ids.Tags;
import com.fs.starfarer.api.impl.combat.BattleCreationPluginImpl;
import com.fs.starfarer.api.loading.Description.Type;
import com.fs.starfarer.api.ui.Alignment;
import com.fs.starfarer.api.ui.TooltipMakerAPI;
import com.fs.starfarer.api.util.FlickerUtilV2;
import com.fs.starfarer.api.util.Misc;
import com.fs.starfarer.api.util.WeightedRandomPicker;
 
public class HyperspaceTerrainPlugin extends BaseTiledTerrain { // implements NebulaTextureProvider {
 
    public static float ABYSS_MUSIC_SUPPRESSION = 1f;
    
//  public static class AbyssalMusicDamper implements EveryFrameScript {
//      public boolean isDone() {
//          return false;
//      }
//      public boolean runWhilePaused() {
//          return true;
//      }
//  
//      public void advance(float amount) {
//          
//      }
//  }
    
 
    public static float ABYSS_VISIBLITY_MULT = 0.25f;
    public static float ABYSS_SENSOR_RANGE_MULT = 0.25f;
    public static float ABYSS_BURN_MULT = 0.25f;
    
    public static float ABYSS_NAVIGATION_EFFECT = 0;
    
    
    public static Color ABYSS_BACKGROUND_COLOR = new Color(0, 0, 0, 255);
    public static Color ABYSS_PARTICLE_COLOR = new Color(0, 0, 0, 0);
    public static Color ABYSS_LIGHT_COLOR = new Color(170, 170, 170, 255);
    
    
    
    public static String STORM_STRIKE_TIMEOUT_KEY = "$stormStrikeTimeout";
    
    public static float VISIBLITY_MULT = 0.5f;
    
    
    public static float STORM_STRIKE_SOUND_RANGE = 1500f;
    
    public static float STORM_MIN_TIMEOUT = 0.4f;
    public static float STORM_MAX_TIMEOUT = 0.6f;
    public static float STORM_DAMAGE_FRACTION = 0.3f;
    public static float STORM_MIN_STRIKE_DAMAGE = 0.05f;
    public static float STORM_MAX_STRIKE_DAMAGE = 0.95f;
    
    public static float STORM_SPEED_MULT = 1f;
    public static float STORM_SENSOR_RANGE_MULT = 1f;
    public static float STORM_VISIBILITY_FLAT = 0f;
    
    
    public static float TILE_SIZE = 200;
    
    public static final CampaignEngineLayers FLASH = CampaignEngineLayers.TERRAIN_6A;
    public static final CampaignEngineLayers FLASH_OVER = CampaignEngineLayers.TERRAIN_9;
    public static final CampaignEngineLayers GLOW = CampaignEngineLayers.TERRAIN_8;
    public static final CampaignEngineLayers BASE = CampaignEngineLayers.TERRAIN_6;
    //public static final CampaignEngineLayers OVER = CampaignEngineLayers.TERRAIN_6B;
    public static final CampaignEngineLayers SHIVER = CampaignEngineLayers.TERRAIN_9;
    public static final CampaignEngineLayers BASE_OVER = CampaignEngineLayers.TERRAIN_7;
 
    public static enum LocationState {
        OPEN,
        DEEP,
        DEEP_STORM,
    }
    
    public static enum CellState {
        OFF,
        WAIT,
        SIGNAL,
        STORM,
        STORM_WANE,
    }
    public static class CellStateTracker {
        public int i, j;
        public CellState state;
        public float wait, signal, wane;
        private float maxSignal, maxWane;
        public FlickerUtilV2 flicker = null;
        public CellStateTracker(int i, int j, float wait, float signal) {
            this.i = i;
            this.j = j;
            this.wait = wait;
            this.signal = signal;
            this.maxSignal = signal;
            state = CellState.WAIT;
        }
 
        
        public void advance(float days) {
            if (state == CellState.OFF) return;
            
            if (state == CellState.WAIT  && days > 0) {
                wait -= days;
                if (wait <= 0) {
                    days = -wait;
                    wait = 0;
                    state = CellState.SIGNAL;
                }
            }
            
            if (state == CellState.SIGNAL && days > 0) {
                signal -= days;
                if (signal <= 0) {
                    days = -signal;
                    signal = 0;
                    state = CellState.STORM;
                    flicker = new FlickerUtilV2();
                    flicker.newBurst();
                }
            }
            
            if (state == CellState.STORM || state == CellState.STORM_WANE) {
                signal -= days; // needed for signal brightness to fade
            }
 
            if (state == CellState.STORM_WANE && days > 0) {
                wane -= days;
                if (wane <= 0) {
                    days = -wane;
                    wane = 0;
                    if (flicker == null || flicker.getBrightness() <= 0) {
                        state = CellState.OFF;
                    } else {
                        flicker.stop();
                    }
                }
            }
            
            if (flicker != null) {
                flicker.advance(days * 7f);
            }
        }
        
        public float getSignalBrightness() {
            if (state == CellState.SIGNAL) {
                return 1f - signal / maxSignal;
            }
//          if (state == CellState.STORM || state == CellState.STORM_WANE) {
//              //System.out.println(Math.max(0, 1 + signal * 10));
//              return Math.max(0, 1 + signal * 10); // fade out over 1 second, signal is negative here
//          }
            if (state == CellState.STORM) {
                return 1f;
            }
            if (state == CellState.STORM_WANE) {
                float fade = maxWane * 0.25f;
                if (wane > fade) {
                    return 1f;
                }
                return Math.max(0, wane / fade);
            }
            return 0f;
        }
 
        public void wane(float wane) {
            this.wane = wane;
            this.maxWane = wane;
            state = CellState.STORM_WANE;
        }
        
        public boolean isOff() {
            return state == CellState.OFF;
        }
        
        public boolean isStorming() {
            return state == CellState.STORM || state == CellState.STORM_WANE;
        }
        
        public boolean isWaning() {
            return state == CellState.STORM_WANE;
        }
        
        public boolean isSignaling() {
            return state == CellState.SIGNAL;
        }
    }
    
    protected transient SpriteAPI flickerTexture;
    
    protected transient CellStateTracker [][] activeCells;
    protected List<CellStateTracker> savedActiveCells = new ArrayList<CellStateTracker>();
    
    protected HyperspaceAutomaton auto;
    
    protected transient String stormSoundId = null;
    protected HyperspaceAbyssPlugin abyssPlugin;
    
    protected SectorEntityToken abyssDarkSource = null;
    
    public void init(String terrainId, SectorEntityToken entity, Object param) {
        super.init(terrainId, entity, param);
    }
    
    public HyperspaceAbyssPlugin getAbyssPlugin() {
        if (abyssPlugin == null) {
            abyssPlugin = new HyperspaceAbyssPluginImpl();
        }
        return abyssPlugin;
    }
 
    public void setAbyssPlugin(HyperspaceAbyssPlugin abyssChecker) {
        this.abyssPlugin = abyssChecker;
    }
 
    protected Object readResolve() {
        super.readResolve();
        layers = EnumSet.of(BASE, FLASH, GLOW, SHIVER, BASE_OVER, FLASH_OVER);
        
        if (abyssPlugin == null) {
            abyssPlugin = new HyperspaceAbyssPluginImpl();
        }
        
        if (auto == null) {
            //auto = new HyperspaceAutomaton(params.w, params.h, 0.75f, 1.25f);
            auto = new HyperspaceAutomaton(params.w, params.h, 1.5f, 2.5f);
        }
        
        flickerTexture = Global.getSettings().getSprite(params.cat, params.key + "_glow");
        if (activeCells == null) {
            activeCells = new CellStateTracker[params.w][params.h];
            
            if (savedActiveCells != null) {
                for (CellStateTracker curr : savedActiveCells) {
                    activeCells[curr.i][curr.j] = curr; 
                }
            }
        }
        
        // init cells to random mid-storm state where appropriate
        int [][] cells = auto.getCells();
        
        for (int i = 0; i < activeCells.length; i++) {
            for (int j = 0; j < activeCells[0].length; j++) {
                if (tiles[i][j] < 0) continue;
                
                CellStateTracker curr = activeCells[i][j];
                int val = cells[i][j];
                float interval = auto.getInterval().getIntervalDuration();
                
                if (val == 1 && curr == null) {
                    curr = activeCells[i][j] = new CellStateTracker(i, j, 
                            interval * 0f + interval * 1.5f * (float) Math.random(),
                            interval * 0.5f + interval * 0.5f * (float) Math.random());
                    
                    float dur = (float) Math.random() * interval * 2.5f;
                    curr.advance(dur);
                }
            }
        }
            
        stormSoundId = getSpec().getCustom().optString("stormSound", null);
        return this;
    }
    
    public CellStateTracker[][] getActiveCells() {
        return activeCells;
    }
    
    protected static void clearCellsNotNearPlayer(HyperspaceTerrainPlugin plugin) {
        CampaignFleetAPI playerFleet = Global.getSector().getPlayerFleet();
        if (playerFleet == null) return;
        
        Vector2f test = new Vector2f();
        if (playerFleet != null) {
            test = playerFleet.getLocationInHyperspace();
        }
        
        float x = plugin.entity.getLocation().x;
        float y = plugin.entity.getLocation().y;
        float size = plugin.getTileSize();
        
        float w = plugin.tiles.length * size;
        float h = plugin.tiles[0].length * size;
        x -= w/2f;
        y -= h/2f;
        int xIndex = (int) ((test.x - x) / size);
        int yIndex = (int) ((test.y - y) / size);
        if (xIndex < 0) xIndex = 0;
        if (yIndex < 0) yIndex = 0;
        if (xIndex >= plugin.tiles.length) xIndex = plugin.tiles.length - 1;
        if (yIndex >= plugin.tiles[0].length) yIndex = plugin.tiles[0].length - 1;
        
        int subgridSize = (int) ((10000 / size + 1) * 2f);
        
        int minX = Math.max(0, xIndex - subgridSize/2);
        int maxX = xIndex + subgridSize/2 ;
        int minY = Math.max(0, yIndex - subgridSize/2);
        int maxY = yIndex + subgridSize/2;
        
        // clean up area around the "active" area so that as the player moves around,
        // they don't leave frozen storm cells behind (which would then make it into the savefile)
        int pad = Math.max(plugin.tiles.length, plugin.tiles[0].length) * 2;
        for (int i = minX - pad; i <= maxX + pad && i < plugin.tiles.length; i++) {
            for (int j = minY - pad; j <= maxY + pad && j < plugin.tiles[0].length; j++) {
                if (i < minX || j < minY || i > maxX || j > maxY) {
                    if (i >= 0 && j >= 0) {
                        plugin.activeCells[i][j] = null;
                    }
                }
            }
        }
    }
    
    Object writeReplace() {
        HyperspaceTerrainPlugin copy = (HyperspaceTerrainPlugin) super.writeReplace();
        
        clearCellsNotNearPlayer(copy);
        
        copy.savedActiveCells = new ArrayList<CellStateTracker>();
        for (int i = 0; i < copy.activeCells.length; i++) {
            for (int j = 0; j < copy.activeCells[0].length; j++) {
                CellStateTracker curr = copy.activeCells[i][j];
                if (curr != null && isTileVisible(i, j)) {
                    copy.savedActiveCells.add(curr);
                }
            }
        }
        return copy;
    }
    
    transient private EnumSet<CampaignEngineLayers> layers = EnumSet.of(BASE, FLASH, GLOW, SHIVER, BASE_OVER, FLASH_OVER);
    public EnumSet<CampaignEngineLayers> getActiveLayers() {
        return layers;
    }
    
    
    protected transient float [] temp = new float[2];
    protected float[] getThetaAndRadius(Random rand, float width, float height) {
        if (temp == null) temp = new float[2];
        
        //if (true) return temp;
        float speedFactor = 0.5f;
        
        float time = elapsed * Global.getSector().getClock().getSecondsPerDay();
        float min = -360f * (rand.nextFloat() * 3f + 1f) * Misc.RAD_PER_DEG;
        float max = 360f * (rand.nextFloat() * 3f + 1f) * Misc.RAD_PER_DEG;
        float rate = (30f + 70f * rand.nextFloat()) * Misc.RAD_PER_DEG;
        rate *= speedFactor;
        float period = 2f * (max - min) / rate;
        float progress = rand.nextFloat() + time / period;
        progress = progress - (int) progress;
        
        float theta, radius;
        if (progress < 0.5f) {
            theta = min + (max - min) * progress * 2f;
        } else {
            theta = min + (max - min) * (1f - progress) * 2f;
        }
        temp[0] = theta;
        
        min = 0f;
        max = (width + height) * 0.025f;
        rate = max * 0.5f;
        rate *= speedFactor;
        
        period = 2f * (max - min) / rate;
        progress = rand.nextFloat() + time / period;
        progress = progress - (int) progress;
        if (progress < 0.5f) {
            radius = min + (max - min) * progress * 2f;
        } else {
            radius = min + (max - min) * (1f - progress) * 2f;
        }
        temp[1] = radius;
        
        return temp;
        
//      float twoPI = (float) Math.PI * 2f;
//      float maxRad = (width + height) * 0.025f;
//      float speedFactor = 0.5f;
//      float sign1 = rand.nextFloat() > 0.5f ? 1f : -1f;
//      float speed1 = (0.5f + rand.nextFloat()) * twoPI * speedFactor; 
//      float theta1 = rand.nextFloat() * twoPI + speed1 * elapsed * sign1;
//      float radius1 = (0.5f + rand.nextFloat()) * maxRad;
//      temp[0] = theta1;
//      temp[1] = radius1;
//      return temp;
    }
    
    @Override
    protected void renderQuad(int i, int j, float x, float y, float width, float height,
                              float texX, float texY, float texW, float texH, float angle) {
        
        if (currLayer == null) {
            super.renderQuad(i, j, x, y, width, height, texX, texY, texW, texH, angle);
            return;
        }
        
        if (currLayer == FLASH_OVER) return;
        if (currLayer == SHIVER) return;
        //if (currLayer == BASE) return;
        //if (currLayer == BASE_OVER) return;
        //if (currLayer == FLASH) return;
        //if (currLayer == GLOW) return;
        
 
        CellStateTracker tracker = activeCells[i][j];
        float signal = 0f;
        if (tracker != null) {
            signal = tracker.getSignalBrightness();
        }
        if (currLayer == FLASH && (tracker == null || tracker.flicker == null || tracker.flicker.getBrightness() <= 0)) {
            return;
        }
        
        if (currLayer == GLOW && signal <= 0) {
            return;
        }
        
        
//      if (currLayer != HIGHLIGHT) return;
//      if (currLayer != UNDER) return;
//      if (currLayer == HIGHLIGHT) return;
//      if (currLayer != GLOW) return;
//      if (currLayer != OVER) return;
        
        //if (currLayer != BASE) return;
        //if (currLayer != BASE && currLayer != BASE_OVER) return;
        
        long seed = (long) (x + y * tiles.length) * 1000000;
//      if (currLayer == BASE_OVER) {
//          seed /= (long) 4123;
//      }
        
        Random rand = new Random(seed);
        angle = rand.nextFloat() * 360f;
        
        Color color = getRenderColor();
        CampaignFleetAPI playerFleet = Global.getSector().getPlayerFleet();
        if (playerFleet != null) {
            float depth = getAbyssalDepth(playerFleet);
            if (depth > 0) {
                color = Misc.scaleColorOnly(color, Math.max(0f, 1f - depth));
            }
        }
        
        float [] tr = getThetaAndRadius(rand, width, height);
        float theta1 = tr[0];
        float radius1 = tr[1];
        float sin1 = (float) Math.sin(theta1);
        float cos1 = (float) Math.cos(theta1);
        
        tr = getThetaAndRadius(rand, width, height);
        float theta2 = tr[0];
        float radius2 = tr[1];
        float sin2 = (float) Math.sin(theta2);
        float cos2 = (float) Math.cos(theta2);
        
        tr = getThetaAndRadius(rand, width, height);
        float theta3 = tr[0];
        float radius3 = tr[1];
        float sin3 = (float) Math.sin(theta3);
        float cos3 = (float) Math.cos(theta3);
        
        tr = getThetaAndRadius(rand, width, height);
        float theta4 = tr[0];
        float radius4 = tr[1];
        float sin4 = (float) Math.sin(theta4);
        float cos4 = (float) Math.cos(theta4);
        
        
        
        float vw = width / 2f;
        float vh = height / 2f;
        
        
        float cx = x + vw;
        float cy = y + vh;
        
//      vw *= 0.5f;
//      vh *= 0.5f;
        
        float cos = (float) Math.cos(angle * Misc.RAD_PER_DEG);
        float sin = (float) Math.sin(angle * Misc.RAD_PER_DEG);
 
        float shiverThreshold = 0.75f;
        
        boolean shiver = false;
        boolean flicker = false;
        
        //System.out.println("Layer: " + currLayer);
        if (currLayer == FLASH || currLayer == FLASH_OVER) {
            if (tracker != null && tracker.flicker != null && tracker.flicker.getBrightness() > 0) {
                flicker = true;
            }
        } else if (currLayer == BASE) {
            if (!currLayerColorSet) {
                currLayerColorSet = true;
                GL11.glColor4ub((byte)color.getRed(),
                        (byte)color.getGreen(),
                        (byte)color.getBlue(),
                        (byte)((float)color.getAlpha() * currAlpha * 1f));
            }
        } else if (currLayer == BASE_OVER) {
            if (!currLayerColorSet) {
                currLayerColorSet = true;
                GL11.glColor4ub((byte)color.getRed(),
                        (byte)color.getGreen(),
                        (byte)color.getBlue(),
                        (byte)((float)color.getAlpha() * currAlpha * 1f));          
            }
        } else if (currLayer == GLOW) {
            if (tracker != null && signal > 0) {
                GL11.glColor4ub((byte)color.getRed(),
                        (byte)color.getGreen(),
                        (byte)color.getBlue(),
                        (byte)((float)color.getAlpha() * currAlpha * 1f * signal));
            } else {
                return;
            }
        } else if (currLayer == SHIVER) {
            if (signal > shiverThreshold && tracker != null && tracker.flicker == null) {
                shiver = true;
            }
        } else {
            return; // under layer, but not "live"
        }
        
        if (currLayer == GLOW || currLayer == BASE || currLayer == BASE_OVER) {
            //GL11.glBlendFunc(GL11.GL_SRC_ALPHA, GL11.GL_ONE_MINUS_SRC_ALPHA);
            //if (true) return;
            int iter = 1;
            if (currLayer == GLOW) iter = 1;
            for (int k = 0; k < iter; k++) {
                GL11.glTexCoord2f(texX, texY);
                GL11.glVertex2f(cx + (-vw * cos + vh * sin) + sin1 * radius1,
                                cy + (-vw * sin - vh * cos) + cos1 * radius1);
        
                GL11.glTexCoord2f(texX, texY + texH);
                GL11.glVertex2f(cx + (-vw * cos - vh * sin) + sin2 * radius2, 
                                cy + (-vw * sin + vh * cos) + cos2 * radius2);
                
                GL11.glTexCoord2f(texX + texW, texY + texH);
                GL11.glVertex2f(cx + (vw * cos - vh * sin) + sin3 * radius3,
                                cy + (vw * sin + vh * cos) + cos3 * radius3);
        
                GL11.glTexCoord2f(texX + texW, texY);
                GL11.glVertex2f(cx + (vw * cos + vh * sin) + sin4 * radius4,
                                cy + (vw * sin - vh * cos) + cos4 * radius4);
            }
        }
        
 
        if (flicker || shiver) {
            if (tracker == null) return;
            if (shiver) return;
            //float shiverBrightness = tracker.getBrightness();
            float shiverBrightness = (signal - shiverThreshold) / (1f - shiverThreshold);
            if (shiverBrightness > 0.9f) {
                shiverBrightness = (1f - shiverBrightness) / 0.1f;
            } else {
                shiverBrightness /= 0.9f;
            }
            //shiverBrightness *= shiverBrightness;
            //shiverBrightness = 1f;
            float ox = cx;
            float oy = cy;
            //float maxJitter = 0f + 30f * shiverBrightness * shiverBrightness;
            float maxJitter = 0f + 30f;
            //maxJitter = 0f;
            if (shiver) {
                rand.setSeed((long) (x + y * tiles.length) * 1000000 + Global.getSector().getClock().getTimestamp());
                maxJitter = 0f + 30f * shiverBrightness * shiverBrightness;
            } else {
                rand.setSeed((long) (x + y * tiles.length) * 1000000 + 
                        (long) (tracker.flicker.getAngle() * 1000));
            }
            maxJitter *= 5f;
            if (shiver) {
//              vw *= 0.75f;
//              vh *= 0.75f;
            }
            if (flicker) {
                //maxJitter = 0f;
                //maxJitter *= 0.5f;
                vw *= 1.5f;
                vh *= 1.5f;
            }
    
            //GL11.glBlendFunc(GL11.GL_SRC_ALPHA, GL11.GL_ONE);
            //flickerTexture.bindTexture();
            if (flicker) {
                float alpha = currAlpha;
                if (currLayer == FLASH_OVER) {
                    alpha *= 0.25f;
                }
                GL11.glColor4ub((byte)color.getRed(),
                        (byte)color.getGreen(),
                        (byte)color.getBlue(),
                        //(byte)((float)color.getAlpha() * currAlpha * shiverBrightness * 0.5f));
                        (byte)((float)color.getAlpha() * alpha * tracker.flicker.getBrightness() * 1f));
                //System.out.println(tracker.flicker.getBrightness());
            } else if (shiver) {
                GL11.glColor4ub((byte)color.getRed(),
                        (byte)color.getGreen(),
                        (byte)color.getBlue(),
                        (byte)((float)color.getAlpha() * currAlpha * shiverBrightness * 0.075f));
            }
            
            int maxIter = 1;
            if (shiver) maxIter = 5;
            for (int iter = 0; iter < maxIter; iter++) {
                cx = ox + rand.nextFloat() * maxJitter - maxJitter/2f;
                cy = oy + rand.nextFloat() * maxJitter - maxJitter/2f;
                
                GL11.glTexCoord2f(texX, texY);
                GL11.glVertex2f(cx + (-vw * cos + vh * sin) + sin1 * radius1,
                                cy + (-vw * sin - vh * cos) + cos1 * radius1);
                
                cx = ox + rand.nextFloat() * maxJitter - maxJitter/2f;
                cy = oy + rand.nextFloat() * maxJitter - maxJitter/2f;
        
                GL11.glTexCoord2f(texX, texY + texH);
                GL11.glVertex2f(cx + (-vw * cos - vh * sin) + sin2 * radius2, 
                                cy + (-vw * sin + vh * cos) + cos2 * radius2);
                
                cx = ox + rand.nextFloat() * maxJitter - maxJitter/2f;
                cy = oy + rand.nextFloat() * maxJitter - maxJitter/2f;
        
                GL11.glTexCoord2f(texX + texW, texY + texH);
                GL11.glVertex2f(cx + (vw * cos - vh * sin) + sin3 * radius3,
                                cy + (vw * sin + vh * cos) + cos3 * radius3);
                
                cx = ox + rand.nextFloat() * maxJitter - maxJitter/2f;
                cy = oy + rand.nextFloat() * maxJitter - maxJitter/2f;
        
                GL11.glTexCoord2f(texX + texW, texY);
                GL11.glVertex2f(cx + (vw * cos + vh * sin) + sin4 * radius4,
                                cy + (vw * sin - vh * cos) + cos4 * radius4);
            }
        }
    }
    
    
 
    public String getNebulaMapTex() {
        return Global.getSettings().getSpriteName(params.cat, params.key + "_map");
    }
 
    public String getNebulaTex() {
        return Global.getSettings().getSpriteName(params.cat, params.key);
    }
    
    protected transient boolean clearedCellsPostLoad = false;
    
    protected transient float stormCellTimeMultOutsideBaseArea = 0f;
    public float getStormCellTimeMultOutsideBaseArea() {
        return stormCellTimeMultOutsideBaseArea;
    }
 
    public void setStormCellTimeMultOutsideBaseArea(float stormCellTimeMultOutsideBaseArea) {
        this.stormCellTimeMultOutsideBaseArea = stormCellTimeMultOutsideBaseArea;
    }
    protected transient float extraDistanceAroundPlayerToAdvanceStormCells = 0f;
    public float getExtraDistanceAroundPlayerToAdvanceStormCells() {
        return extraDistanceAroundPlayerToAdvanceStormCells;
    }
 
    public void setExtraDistanceAroundPlayerToAdvanceStormCells(float extraDistanceAroundPlayerToAdvanceStormCells) {
        this.extraDistanceAroundPlayerToAdvanceStormCells = extraDistanceAroundPlayerToAdvanceStormCells;
    }
    
 
    public void advance(float amount) {
        //if (true) return;
        super.advance(amount);
        
        getAbyssPlugin().advance(amount);
        
        if (!clearedCellsPostLoad && Global.getSector().getPlayerFleet() != null) {
            clearCellsNotNearPlayer(this);
            clearedCellsPostLoad = true;
        }
 
        playStormStrikeSoundsIfNeeded();
        
        float days = Global.getSector().getClock().convertToDays(amount);
//      for (int i = 0; i < 100; i++) {
//          auto.advance(days * 10f);
//      }
        auto.advance(days * 1f);
        
        int [][] cells = auto.getCells();
        
//      int count = 0;
//      for (int i = 0; i < activeCells.length; i++) {
//          for (int j = 0; j < activeCells[0].length; j++) {
//              if (tiles[i][j] < 0) continue;
//              CellStateTracker curr = activeCells[i][j];
//              if (curr != null) {
//                  count++;
//              }
//          }
//      }   
//      System.out.println("Count: " + count + "(out of " + (activeCells.length * activeCells[0].length));
        
        CampaignFleetAPI playerFleet = Global.getSector().getPlayerFleet();
        Vector2f test = new Vector2f();
        if (playerFleet != null) {
            test = playerFleet.getLocationInHyperspace();
        }
        
        if (entity.getContainingLocation() != null &&
                playerFleet.getContainingLocation() == entity.getContainingLocation() &&
                isInAbyss(playerFleet)) {
            
            float depth = getAbyssalDepth(playerFleet);
            entity.getContainingLocation().getBackgroundColorShifter().shift(
                    "abyss_color", ABYSS_BACKGROUND_COLOR, 1f, 1f, depth);
            
            entity.getContainingLocation().getBackgroundParticleColorShifter().shift(
                    "abyss_color", ABYSS_PARTICLE_COLOR, 1f, 1f, depth);
            
            float gain = (float) getSpec().getCustom().optDouble("gain", 0.75f);
            float gainHF = (float) getSpec().getCustom().optDouble("gainHF", 0.1f);
            if (gain < 1f || gainHF < 1f) {
                Global.getSoundPlayer().applyLowPassFilter(
                                    Math.max(0f, 1f - (1f - gain) * depth),
                                    Math.max(0f, 1f - (1f - gainHF) * depth));
            }
            
//          if (ABYSS_MUSIC_SUPPRESSION > 0f) {
//              Global.getSector().getCampaignUI().suppressMusic(ABYSS_MUSIC_SUPPRESSION * depth);
//          }
        }
        
        
        float x = this.entity.getLocation().x;
        float y = this.entity.getLocation().y;
        float size = getTileSize();
        
        float w = tiles.length * size;
        float h = tiles[0].length * size;
        x -= w/2f;
        y -= h/2f;
        int xIndex = (int) ((test.x - x) / size);
        int yIndex = (int) ((test.y - y) / size);
        if (xIndex < 0) xIndex = 0;
        if (yIndex < 0) yIndex = 0;
        if (xIndex >= tiles.length) xIndex = tiles.length - 1;
        if (yIndex >= tiles[0].length) yIndex = tiles[0].length - 1;
        
        float subgridDist = 10000f + extraDistanceAroundPlayerToAdvanceStormCells;
        float baseSubgridDist = 10000f;
        
        int subgridSize = (int) ((subgridDist / size + 1) * 2f);
        
        int minX = Math.max(0, xIndex - subgridSize/2);
        int maxX = xIndex + subgridSize/2 ;
        int minY = Math.max(0, yIndex - subgridSize/2);
        int maxY = yIndex + subgridSize/2;
        
        int baseSubgridSize = (int) ((baseSubgridDist / size + 1) * 2f);
        
        int baseMinX = Math.max(0, xIndex - baseSubgridSize/2);
        int baseMaxX = xIndex + baseSubgridSize/2 ;
        int baseMinY = Math.max(0, yIndex - baseSubgridSize/2);
        int baseMaxY = yIndex + baseSubgridSize/2;
        
        // clean up area around the "active" area so that as the player moves around,
        // they don't leave frozen storm cells behind (which would then make it into the savefile)
        int pad = 4;
        for (int i = minX - pad; i <= maxX + pad && i < tiles.length; i++) {
            for (int j = minY - pad; j <= maxY + pad && j < tiles[0].length; j++) {
                if (i < minX || j < minY || i > maxX || j > maxY) {
                    if (i >= 0 && j >= 0) {
                        activeCells[i][j] = null;
                    }
                }
            }
        }
        
        for (int i = minX; i <= maxX && i < tiles.length; i++) {
            for (int j = minY; j <= maxY && j < tiles[0].length; j++) {
//      for (int i = 0; i < activeCells.length; i++) {
//          for (int j = 0; j < activeCells[0].length; j++) {
                if (tiles[i][j] < 0) continue;
                
                CellStateTracker curr = activeCells[i][j];
                int val = cells[i][j];
                float interval = auto.getInterval().getIntervalDuration();
                
                if (val == 1 && curr == null) {
                    curr = activeCells[i][j] = new CellStateTracker(i, j, 
                            interval * 0f + interval * 1.5f * (float) Math.random(),
                            interval * 0.5f + interval * 0.5f * (float) Math.random());
//                          interval * 0f + interval * 0.5f * (float) Math.random(),
//                          interval * 0.25f + interval * 0.25f * (float) Math.random());
                }
                
                if (curr != null) {
                    if (val != 1 && curr.isStorming() && !curr.isWaning()) {
                        //curr.wane(interval * 0.25f + interval * 0.25f * (float) Math.random());
                        curr.wane(interval * 0.5f + interval * 0.5f * (float) Math.random());
//                      curr.wane(interval * 0.5f * (float) Math.random() + 
//                                interval * 0.25f + interval * 0.25f * (float) Math.random());
                    }
                    float timeMult = 1f;
                    if (extraDistanceAroundPlayerToAdvanceStormCells > 0 && stormCellTimeMultOutsideBaseArea > 0) {
                        if (i < baseMinX || j < baseMinY || i > baseMaxX || j > baseMaxY) {
                            timeMult = stormCellTimeMultOutsideBaseArea;
                        }
                    }
                    curr.advance(days * timeMult);
                    if (curr.isOff()) {
                        activeCells[i][j] = null;
                    }
                }
            }
        }
        
        stormCellTimeMultOutsideBaseArea = 0f;
        extraDistanceAroundPlayerToAdvanceStormCells = 0f;
    }
    
    
    protected void playStormStrikeSoundsIfNeeded() {
        if (stormSoundId == null) return;
        
        CampaignFleetAPI playerFleet = Global.getSector().getPlayerFleet();
        if (playerFleet.getContainingLocation() != entity.getContainingLocation()) return;
        
        Vector2f test = playerFleet.getLocation();
        
        float x = this.entity.getLocation().x;
        float y = this.entity.getLocation().y;
        float size = getTileSize();
        
        float w = tiles.length * size;
        float h = tiles[0].length * size;
 
        x -= w/2f;
        y -= h/2f;
        
        int xIndex = (int) ((test.x - x) / size);
        int yIndex = (int) ((test.y - y) / size);
        
        if (xIndex < 0) xIndex = 0;
        if (yIndex < 0) yIndex = 0;
        
        if (xIndex >= tiles.length) xIndex = tiles.length - 1;
        if (yIndex >= tiles[0].length) yIndex = tiles[0].length - 1;
        
        int subgridSize = (int) ((STORM_STRIKE_SOUND_RANGE / size + 1) * 2f);
        
        for (float i = Math.max(0, xIndex - subgridSize/2); i <= xIndex + subgridSize/2 && i < tiles.length; i++) {
            for (float j = Math.max(0, yIndex - subgridSize/2); j <= yIndex + subgridSize/2 && j < tiles[0].length; j++) {
                int texIndex = tiles[(int) i][(int) j];
                if (texIndex >= 0) {
                    float tcx = x + i * size + size/2f;
                    float tcy = y + j * size + size/2f;
                    Vector2f tileLoc = new Vector2f(tcx, tcy);
                
                    CellStateTracker curr = activeCells[(int)i][(int)j];
                    if (curr == null || curr.flicker == null || !curr.isStorming() || !curr.flicker.isPeakFrame() || curr.flicker.getNumBursts() > 1) continue;
                    
                    float dist = Misc.getDistance(test, tileLoc);
                    if (dist > STORM_STRIKE_SOUND_RANGE) continue;
 
                    // will be attenuated without this, but there's "too much" lightning sound without
                    // this additional attenuation
                    float volumeMult = 1f - (dist / STORM_STRIKE_SOUND_RANGE);
                    volumeMult = (float) Math.sqrt(volumeMult);
                    if (volumeMult <= 0) continue;
                    //float volumeMult = 1f;
                    //volumeMult *= 0.67f;
                    Global.getSoundPlayer().playSound(stormSoundId, 1f, 1f * volumeMult, tileLoc, Misc.ZERO);
                }
            }
        }
        
    }
    
//  protected void spawnWavefront(int i, int j) {
//      if (true) return;
//      float [] center = getTileCenter(i, j);
//      
//      float angle;
//      float spread = 90f;
//      int yLoc = (int) center[1];
//      yLoc = yLoc / 4000;
//      if (yLoc % 2 == 0) {
//          angle = 0 - spread / 2f + (float) Math.random() * spread; 
//      } else {
//          angle = 180 - spread / 2f + (float) Math.random() * spread;
//      }
//  
//      float initialRange = 400f;
//      Vector2f loc = Misc.getUnitVectorAtDegreeAngle(angle);
//      loc.scale(50f);
//      loc.x += center[0];
//      loc.y += center[1];
//      
//      float burnLevel = (float) (7f + 8f * Math.random());
//      burnLevel = Math.round(burnLevel);
//      
//      float r = (float) Math.random();
//      r *= r;
//      float durDays = 1f + r * 2f;
//      float width = 300f + 500f * (float) Math.random();
//      SectorEntityToken wave = entity.getContainingLocation().addTerrain(
//              Terrain.WAVEFRONT,
//              new WavefrontParams(burnLevel, // burn level
//                      1f, // CR loss multiplier
//                      initialRange, // "origin" range, controls curve of wave
//                      width, 100, // width and width expansion
//                      200f, 10, // thickness and thickness expansion
//                      durDays, // duration days
//                      angle // angle
//              ) {
//
//              });
//      wave.getLocation().set(loc.x, loc.y);
//  }
    
    
        
 
    private transient CampaignEngineLayers currLayer = null;
    private transient boolean currLayerColorSet = false;
    private transient float currAlpha = 1f;
    public void render(CampaignEngineLayers layer, ViewportAPI viewport) {
        //if (true) return;
        currLayer = layer;
        //currLayerColorSet = false;
        super.render(layer, viewport);
    }
    
    @Override
    public void renderOnMap(float factor, float alphaMult) {
        currLayer = null;
        //currLayerColorSet = false;
        super.renderOnMap(factor, alphaMult);
    }
 
    
 
    @Override
    public float getTileRenderSize() {
        //return TILE_SIZE + 300f;
        //return TILE_SIZE + 600f;
        return TILE_SIZE * 2.5f;
    }
    
    @Override
    public float getTileContainsSize() {
        //return TILE_SIZE + 200f;
        return TILE_SIZE * 1.5f;
    }
 
    @Override
    public float getTileSize() {
        return TILE_SIZE;
    }
    
    @Override
    protected void renderSubArea(float startColumn, float endColumn,
            float startRow, float endRow, float factor, int samples,
            float alphaMult) {
        super.renderSubArea(startColumn, endColumn, startRow, endRow, factor, samples, alphaMult);
    }
 
    @Override
    public void preRender(CampaignEngineLayers layer, float alphaMult) {
        GL11.glEnable(GL11.GL_BLEND);
        
        //System.out.println("Layer: " + layer);
        
        if (layer == FLASH || layer == FLASH_OVER) {
            GL11.glBlendFunc(GL11.GL_SRC_ALPHA, GL11.GL_ONE);
            flickerTexture.bindTexture();
        } else {
            if (layer == GLOW || layer == SHIVER || layer == BASE) {
                GL11.glBlendFunc(GL11.GL_SRC_ALPHA, GL11.GL_ONE);
            } else {
                GL11.glBlendFunc(GL11.GL_SRC_ALPHA, GL11.GL_ONE_MINUS_SRC_ALPHA);
            }
            if (layer == SHIVER) {
                flickerTexture.bindTexture();
            }
        }
        //GL11.glBlendFunc(GL11.GL_SRC_ALPHA, GL11.GL_ONE_MINUS_SRC_ALPHA);
        
//      if (layer == UPPER) {
//          alphaMult *= 0.30f;
//      }
        
        currAlpha = alphaMult;
        currLayerColorSet = false;
//      Color color = getRenderColor();
//      GL11.glColor4ub((byte)color.getRed(),
//              (byte)color.getGreen(),
//              (byte)color.getBlue(),
//              (byte)((float)color.getAlpha() * alphaMult));
    }
    
    @Override
    public void preMapRender(float alphaMult) {
        GL11.glEnable(GL11.GL_BLEND);
        GL11.glBlendFunc(GL11.GL_SRC_ALPHA, GL11.GL_ONE_MINUS_SRC_ALPHA);
        //GL11.glBlendFunc(GL11.GL_SRC_ALPHA, GL11.GL_ONE);
        
        //Color color = new Color(125,125,200,255);
        //Color color = new Color(100,100,150,255);
        currAlpha = alphaMult;
        currLayerColorSet = false;
        
        Color color = getRenderColor();
        GL11.glColor4ub((byte)color.getRed(),
                (byte)color.getGreen(),
                (byte)color.getBlue(),
                (byte)((float)color.getAlpha() * alphaMult));
    }
    
    
    public void renderOnRadar(Vector2f radarCenter, float factor, float alphaMult) {
        currLayer = null;
        //if (true) return;
        
        float radius = Global.getSettings().getFloat("campaignRadarRadius") + 2000;
        
        GL11.glPushMatrix();
        GL11.glTranslatef(-radarCenter.x * factor, -radarCenter.y * factor, 0);
        //super.renderOnMap(factor, alphaMult);
        
        preMapRender(alphaMult);
        //GL11.glDisable(GL11.GL_TEXTURE_2D);
        
        int samples = 10;
        
        float x = this.entity.getLocation().x;
        float y = this.entity.getLocation().y;
        float size = getTileSize();
        float renderSize = getTileRenderSize();
        
        float w = tiles.length * size;
        float h = tiles[0].length * size;
        x -= w/2f;
        y -= h/2f;
        float extra = (renderSize - size) / 2f + 100f;
        
        float llx = radarCenter.x - radius;
        float lly = radarCenter.y - radius;
        float vw = radius * 2f;
        float vh = radius * 2f;
        
        if (llx > x + w + extra) {
            GL11.glPopMatrix();
            return;
        }
        if (lly > y + h + extra) {
            GL11.glPopMatrix();
            return;
        }
        if (llx + vw + extra < x) {
            GL11.glPopMatrix();
            return;
        }
        if (lly + vh + extra < y) {
            GL11.glPopMatrix();
            return;
        }
        
        float xStart = (int)((llx - x - extra) / size);
        if (xStart < 0) xStart = 0;
        float yStart = (int)((lly - y - extra) / size);
        if (yStart < 0) yStart = 0;
        
        float xEnd = (int)((llx + vw - x + extra) / size) + 1;
        if (xEnd >= tiles.length) xEnd = tiles.length - 1;
        float yEnd = (int)((lly + vw - y + extra) / size) + 1;
        if (yEnd >= tiles.length) yEnd = tiles[0].length - 1;
        
        xStart = (int) Math.floor(xStart / samples) * samples;
        xEnd = (int) Math.floor(xEnd / samples) * samples;
        yStart = (int) Math.ceil(yStart / samples) * samples;
        yEnd = (int) Math.ceil(yEnd / samples) * samples;
        
        mapTexture.bindTexture();
        GL11.glEnable(GL11.GL_TEXTURE_2D);
        renderSubArea(xStart, xEnd, yStart, yEnd, factor, samples, alphaMult);
        
        GL11.glPopMatrix();
    }
 
    
    @Override
    public Color getRenderColor() {
        return Color.white;
        //return Misc.scaleColorOnly(Color.white, 0.67f);
    }
    
    @Override
    public boolean containsEntity(SectorEntityToken other) {
        //if (!isPreventedFromAffecting(other)) return false;
//      if (isPreventedFromAffecting(other)) {
//          return !isInClouds(other);
//      }
        return true;
    }
    
    @Override
    public float getRenderRange() {
        return Float.MAX_VALUE;
    }
 
    @Override
    public boolean containsPoint(Vector2f test, float r) {
        return true;
    }
    
    public float getAbyssalDepth(Vector2f loc) {
        return getAbyssPlugin().getAbyssalDepth(loc);
    }
    public float getAbyssalDepth(Vector2f loc, boolean uncapped) {
        return getAbyssPlugin().getAbyssalDepth(loc, uncapped);
    }
    public float getAbyssalDepth(SectorEntityToken other) {
        return getAbyssPlugin().getAbyssalDepth(other);
    }
    public float getAbyssalDepth(SectorEntityToken other, boolean uncapped) {
        return getAbyssPlugin().getAbyssalDepth(other, uncapped);
    }
    public boolean isInAbyss(SectorEntityToken other) {
        return getAbyssPlugin().isInAbyss(other);
    }
    
    public List<StarSystemAPI> getAbyssalSystems() {
        return getAbyssPlugin().getAbyssalSystems();
    }
    
    public boolean isInClouds(SectorEntityToken other) {
        if (other == null) return false;
        if (other.getContainingLocation() != this.entity.getContainingLocation()) return false;
        if (isPreventedFromAffecting(other)) return false;
        return super.containsPoint(other.getLocation(), other.getRadius());
    }
    
    public boolean isInClouds(Vector2f test, float r) {
        return super.containsPoint(test, r);
    }
 
    public int [] getTilePreferStorm(Vector2f test, float r) {
        // tiles exist outside render range now
        //float dist = Misc.getDistance(this.entity.getLocation(), test) - r;
        //if (dist > getRenderRange()) return null;
        
        float x = this.entity.getLocation().x;
        float y = this.entity.getLocation().y;
        float size = getTileSize();
        float containsSize = getTileContainsSize();
        
        float w = tiles.length * size;
        float h = tiles[0].length * size;
 
        x -= w/2f;
        y -= h/2f;
        
        float extra = (containsSize - size) / 2f;
        
        if (test.x + r + extra < x) return null;
        if (test.y + r + extra < y) return null;
        if (test.x > x + w + r + extra) return null;
        if (test.y > y + h + r + extra) return null;
        
        int xIndex = (int) ((test.x - x) / size);
        int yIndex = (int) ((test.y - y) / size);
        
        if (xIndex < 0) xIndex = 0;
        if (yIndex < 0) yIndex = 0;
        
        if (xIndex >= tiles.length) xIndex = tiles.length - 1;
        if (yIndex >= tiles[0].length) yIndex = tiles[0].length - 1;
        
        int [] found = null;
        for (float i = Math.max(0, xIndex - 1); i <= xIndex + 1 && i < tiles.length; i++) {
            for (float j = Math.max(0, yIndex - 1); j <= yIndex + 1 && j < tiles[0].length; j++) {
                int texIndex = tiles[(int) i][(int) j];
                if (texIndex >= 0) {
                    float tx = x + i * size + size/2f - containsSize/2f;
                    float ty = y + j * size + size/2f - containsSize/2f;
                     
                    if (test.x + r < tx) continue;
                    if (test.y + r < ty) continue;
                    if (test.x > tx + containsSize + r) continue;
                    if (test.y > ty + containsSize + r) continue;
                    //return true;
                    int [] curr = new int[] {(int)i, (int)j};
                    //int val = auto.getCells()[(int) i][(int) j];
                    //if (val == 1) {
                    CellStateTracker cell = activeCells[(int) i][(int) j];
                    if (cell != null && cell.isStorming()) {
                        return curr;
                    }
                    if (found == null || (cell != null && cell.isSignaling())) {
                        found = curr;
                    }
                }
            }
        }
        return found;
    }
    public CellStateTracker getExactCellAt(Vector2f location) {
        int [] tile = getTile(location);
        CellStateTracker cell = null; 
        if (tile != null) {
            cell = activeCells[tile[0]][tile[1]];
        }
        return cell;
    }
    
    public int [] getTile(Vector2f test) {
        float x = this.entity.getLocation().x;
        float y = this.entity.getLocation().y;
        float size = getTileSize();
        float containsSize = getTileContainsSize();
        
        float w = tiles.length * size;
        float h = tiles[0].length * size;
 
        x -= w/2f;
        y -= h/2f;
        
        float extra = (containsSize - size) / 2f;
        
        if (test.x + extra < x) return null;
        if (test.y + extra < y) return null;
        if (test.x > x + w + extra) return null;
        if (test.y > y + h + extra) return null;
        
        int xIndex = (int) ((test.x - x) / size);
        int yIndex = (int) ((test.y - y) / size);
        
        if (xIndex < 0) xIndex = 0;
        if (yIndex < 0) yIndex = 0;
        
        if (xIndex >= tiles.length) xIndex = tiles.length - 1;
        if (yIndex >= tiles[0].length) yIndex = tiles[0].length - 1;
        
        return new int[] {xIndex, yIndex};
    }
    
    public LocationState getStateAt(SectorEntityToken entity, float extraRadius) {
        boolean inCloud = isInClouds(entity);
        int [] tile = getTilePreferStorm(entity.getLocation(), entity.getRadius() + extraRadius);
        CellStateTracker cell = null; 
        if (tile != null) {
            cell = activeCells[tile[0]][tile[1]];
        }
        if (!inCloud) {
            return LocationState.OPEN;
        } else if (cell == null || !cell.isStorming()) {
            return LocationState.DEEP;
        } else { //if (cell.isStorming()) {
            return LocationState.DEEP_STORM;
        }
    }
    
    public CellStateTracker getCellAt(Vector2f location, float radius) {
        int [] tile = getTilePreferStorm(location, radius);
        CellStateTracker cell = null; 
        if (tile != null) {
            cell = activeCells[tile[0]][tile[1]];
        }
        return cell;
    }
    
    public CellStateTracker getCellAt(SectorEntityToken entity, float extraRadius) {
        int [] tile = getTilePreferStorm(entity.getLocation(), entity.getRadius() + extraRadius);
        CellStateTracker cell = null; 
        if (tile != null) {
            cell = activeCells[tile[0]][tile[1]];
        }
        return cell;
    }
    
    @Override
    protected boolean shouldPlayLoopOne() {
        LocationState state = getStateAt(Global.getSector().getPlayerFleet(), getExtraSoundRadius());
        return super.shouldPlayLoopOne() && state == LocationState.OPEN;
    }
 
    @Override
    protected boolean shouldPlayLoopTwo() {
        LocationState state = getStateAt(Global.getSector().getPlayerFleet(), getExtraSoundRadius());
        //System.out.println("Two: " + (super.shouldPlayLoopTwo() && state == LocationState.DEEP));
        return super.shouldPlayLoopTwo() && state == LocationState.DEEP;
    }
    
    @Override
    protected boolean shouldPlayLoopThree() {
        CampaignFleetAPI playerFleet = Global.getSector().getPlayerFleet();
        return super.shouldPlayLoopThree() && isInAbyss(playerFleet);
    }
    
    @Override
    public float getProximitySoundFactor() {
        CampaignFleetAPI playerFleet = Global.getSector().getPlayerFleet();
        float depth = getAbyssalDepth(playerFleet);
        if (depth > 0f) {
            return depth;
        }
        
        return super.getProximitySoundFactor();
    }
 
    @Override
    protected boolean shouldPlayLoopFour() {
        LocationState state = getStateAt(Global.getSector().getPlayerFleet(), getExtraSoundRadius());
        //System.out.println("Four: " + (super.shouldPlayLoopFour() && state == LocationState.DEEP_STORM));
        return super.shouldPlayLoopFour() && state == LocationState.DEEP_STORM;
    }
 
 
    @Override
    public void applyEffect(SectorEntityToken entity, float days) {
        float depth = getAbyssalDepth(entity);
        if (depth > 0) {
            if (abyssDarkSource == null) {
                abyssDarkSource = entity.getContainingLocation().createToken(0, 0);
                abyssDarkSource.addTag(Tags.AMBIENT_LS);
            }
            
            Color from = this.entity.getLightColor();
            if (from == null) from = Color.white;
            Color c = Misc.interpolateColor(from, ABYSS_LIGHT_COLOR, depth);
            entity.getMemoryWithoutUpdate().set(MemFlags.LIGHT_SOURCE_OVERRIDE, abyssDarkSource, 0.1f);
            entity.getMemoryWithoutUpdate().set(MemFlags.LIGHT_SOURCE_COLOR_OVERRIDE, c, 0.1f);
            
            if (entity instanceof CampaignFleetAPI) {
                CampaignFleetAPI fleet = (CampaignFleetAPI) entity;
                for (FleetMemberViewAPI view : fleet.getViews()) {
                    //view.getContrailColor().shift(getModId(), Misc.zeroColor, 1f, 1f, depth * 0.25f);
                    view.getContrailWidthMult().shift(getModId(), 0.5f, 1f, 1f, depth);
                    view.getContrailDurMult().shift(getModId(), 1f + depth * 1f, 1f, 1f, depth);
                    view.getEngineGlowSizeMult().shift(getModId(), 2f, 1f, 1f, 1f - depth * 0.5f);
                    view.getEngineGlowColor().shift(getModId(), Color.black, 1f, 1f, depth * 0.5f);
                }
            }
        }
        
        if (entity instanceof CampaignFleetAPI) {
            CampaignFleetAPI fleet = (CampaignFleetAPI) entity;
            
            boolean inAbyss = depth > 0;
            boolean inCloud = isInClouds(fleet);
            int [] tile = getTilePreferStorm(fleet.getLocation(), fleet.getRadius());
            CellStateTracker cell = null; 
            if (tile != null) {
                cell = activeCells[tile[0]][tile[1]];
            }
            
//          if (cell == null) {
//              inCloud = false;
//          }
            
//          fleet.getStats().addTemporaryModFlat(0.1f, getModId() + "_fuel",
//                  "In hyperspace", FUEL_USE_FRACTION, 
//                  fleet.getStats().getFuelUseHyperMult());
            
            if (inAbyss) {
                fleet.getStats().addTemporaryModMult(0.1f, getModId() + "_3",
                        "In abyssal hyperspace", 1f - (1f - ABYSS_VISIBLITY_MULT) * depth, 
                        fleet.getStats().getDetectedRangeMod());
                fleet.getStats().addTemporaryModMult(0.1f, getModId() + "_4",
                        "In abyssal hyperspace", 1f - (1f - ABYSS_SENSOR_RANGE_MULT) * depth, 
                        fleet.getStats().getSensorRangeMod());
                
                //ABYSS_NAVIGATION_EFFECT = 0.25f;
                float skillMod = fleet.getCommanderStats().getDynamic().getValue(Stats.NAVIGATION_PENALTY_MULT);
                //skillMod = 1f;
                skillMod = skillMod + (1f - skillMod) * (1f - ABYSS_NAVIGATION_EFFECT);
                fleet.getStats().addTemporaryModMult(0.1f, getModId() + "_5",
                        "In abyssal hyperspace", 1f - (1f - ABYSS_BURN_MULT) * depth * skillMod, 
                        fleet.getStats().getFleetwideMaxBurnMod());
            }
            
            
            if ((!inCloud && !inAbyss) || fleet.isInHyperspaceTransition()) {
                // open, do nothing
            //} else if (cell == null || !cell.isStorming()) {
            } else if (inCloud) {
                fleet.getStats().addTemporaryModMult(0.1f, getModId() + "_1",
                        "In deep hyperspace", VISIBLITY_MULT, 
                        fleet.getStats().getDetectedRangeMod());
    
                //float penalty = getBurnPenalty(fleet);
                float penalty = Misc.getBurnMultForTerrain(fleet);
                fleet.getStats().addTemporaryModMult(0.1f, getModId() + "_2",
                        "In deep hyperspace", penalty, 
                        fleet.getStats().getFleetwideMaxBurnMod());
                if (cell != null && cell.isSignaling() && cell.signal < 0.2f) {
                    cell.signal = 0; // go to storm as soon as a fleet enters, if it's close to storming already
                }
                if (cell != null && cell.isStorming() && !Misc.isSlowMoving(fleet) && fleet.getBattle() == null) {
                    // storm
                    if (STORM_SENSOR_RANGE_MULT != 1) {
                        fleet.getStats().addTemporaryModMult(0.1f, getModId() + "_storm_sensor",
                                "In deep hyperspace (storm)", STORM_SENSOR_RANGE_MULT, 
                                fleet.getStats().getSensorRangeMod());
                    }
                    
                    if (STORM_VISIBILITY_FLAT != 0) {
                        fleet.getStats().addTemporaryModFlat(0.1f, getModId() + "_storm_visibility",
                                "In deep hyperspace (storm)", STORM_VISIBILITY_FLAT,
                                fleet.getStats().getDetectedRangeMod());
                    }
                    
                    if (STORM_SPEED_MULT != 1) {
                        fleet.getStats().addTemporaryModMult(0.1f, getModId() + "_storm_speed",
                                "In deep hyperspace (storm)", getAdjustedSpeedMult(fleet, STORM_SPEED_MULT), 
                                fleet.getStats().getFleetwideMaxBurnMod());             
                    }
                    applyStormStrikes(cell, fleet, days);
                }
            }
        }
    }
    
    protected void applyStormStrikes(CellStateTracker cell, CampaignFleetAPI fleet, float days) {
        
        if (cell.flicker != null && cell.flicker.getWait() > 0) {
            cell.flicker.setNumBursts(0);
            cell.flicker.setWait(0);
            cell.flicker.newBurst();
        }
        
        if (cell.flicker == null || !cell.flicker.isPeakFrame()) return;
 
        
        fleet.addScript(new HyperStormBoost(cell, fleet));
        
        String key = STORM_STRIKE_TIMEOUT_KEY;
        MemoryAPI mem = fleet.getMemoryWithoutUpdate();
        if (mem.contains(key)) return;
        //boolean canDamage = !mem.contains(key);
        mem.set(key, true, (float) (STORM_MIN_TIMEOUT + (STORM_MAX_TIMEOUT - STORM_MIN_TIMEOUT) * Math.random()));
        
        //if ((float) Math.random() > STORM_STRIKE_CHANCE && false) return;
        
        List<FleetMemberAPI> members = fleet.getFleetData().getMembersListCopy();
        if (members.isEmpty()) return;
        
        float totalValue = 0;
        for (FleetMemberAPI member : members) {
            totalValue += member.getStats().getSuppliesToRecover().getModifiedValue();
        }
        if (totalValue <= 0) return;
        
        float strikeValue = totalValue * STORM_DAMAGE_FRACTION * (0.5f + (float) Math.random() * 0.5f);
        
//      int index = Misc.random.nextInt(members.size());
//      FleetMemberAPI member = members.get(index);
        
        float ebCostThresholdMult = 4f;
        
        WeightedRandomPicker<FleetMemberAPI> picker = new WeightedRandomPicker<FleetMemberAPI>();
        WeightedRandomPicker<FleetMemberAPI> preferNotTo = new WeightedRandomPicker<FleetMemberAPI>();
        for (FleetMemberAPI member : members) {
            float w = 1f;
            if (member.isMothballed()) w *= 0.1f;
            
            
            float ebCost = EmergencyBurnAbility.getCRCost(member, fleet);
            if (ebCost * ebCostThresholdMult > member.getRepairTracker().getCR()) {
                preferNotTo.add(member, w);
            } else {
                picker.add(member, w);
            }
        }
        if (picker.isEmpty()) {
            picker.addAll(preferNotTo);
        }
        
        FleetMemberAPI member = picker.pick();
        if (member == null) return;
        
        float crPerDep = member.getDeployCost();
        float suppliesPerDep = member.getStats().getSuppliesToRecover().getModifiedValue();
        if (suppliesPerDep <= 0 || crPerDep <= 0) return;
        
        float strikeDamage = crPerDep * strikeValue / suppliesPerDep;
        if (strikeDamage < STORM_MIN_STRIKE_DAMAGE) strikeDamage = STORM_MIN_STRIKE_DAMAGE;
        
        float resistance = member.getStats().getDynamic().getValue(Stats.CORONA_EFFECT_MULT);
        strikeDamage *= resistance;
        
        if (strikeDamage > STORM_MAX_STRIKE_DAMAGE) strikeDamage = STORM_MAX_STRIKE_DAMAGE;
        
//      if (fleet.isPlayerFleet()) {
//          System.out.println("wefw34gerg");
//      }
        
        float currCR = member.getRepairTracker().getBaseCR();
        float crDamage = Math.min(currCR, strikeDamage);
        
        float ebCost = EmergencyBurnAbility.getCRCost(member, fleet);
        if (currCR >= ebCost * ebCostThresholdMult) {
            crDamage = Math.min(currCR - ebCost * 1.5f, crDamage);
        }
        
        if (crDamage > 0) {
            member.getRepairTracker().applyCREvent(-crDamage, "hyperstorm", "Hyperspace storm strike");
        }
        
        float hitStrength = member.getStats().getArmorBonus().computeEffective(member.getHullSpec().getArmorRating());
        hitStrength *= strikeDamage / crPerDep;
        if (hitStrength > 0) {
            member.getStatus().applyDamage(hitStrength);
            if (member.getStatus().getHullFraction() < 0.01f) {
                member.getStatus().setHullFraction(0.01f);
            }
        }
        
        if (fleet.isPlayerFleet()) {
            String verb = "suffers";
            Color c = Misc.getNegativeHighlightColor();
            if (hitStrength <= 0) {
                verb = "avoids";
                //c = Misc.getPositiveHighlightColor();
                c = Misc.getTextColor();
            }
            Global.getSector().getCampaignUI().addMessage(
                    member.getShipName() + " " + verb + " damage from the storm", c);
            
            Global.getSector().getCampaignUI().showHelpPopupIfPossible("chmHyperStorm");
        }
    }
 
    public String getStormSoundId() {
        return stormSoundId;
    }
 
    public boolean hasTooltip() {
        return true;
    }
    
    public String getNameForTooltip() {
        return getTerrainName();
    }
    
    public void createTooltip(TooltipMakerAPI tooltip, boolean expanded) {
        float pad = 10f;
        float small = 5f;
        Color gray = Misc.getGrayColor();
        Color highlight = Misc.getHighlightColor();
        Color fuel = Global.getSettings().getColor("progressBarFuelColor");
        Color bad = Misc.getNegativeHighlightColor();
        
        CampaignFleetAPI player = Global.getSector().getPlayerFleet();
        boolean inCloud = isInClouds(player);
        float depth = getAbyssalDepth(player);
        boolean inAbyss = depth > 0f;
        int [] tile = getTilePreferStorm(player.getLocation(), player.getRadius());
        CellStateTracker cell = null; 
        if (tile != null) {
            cell = activeCells[tile[0]][tile[1]];
        }
//      if (cell == null) {
//          inCloud = false;
//      }
        
        tooltip.addTitle(getTerrainName());
        if (inAbyss) {
            //abyssal
            tooltip.addPara(Global.getSettings().getDescription(getTerrainId() + "_abyssal", Type.TERRAIN).getText1(), pad);
        } else if (!inCloud) {
            // open
            tooltip.addPara(Global.getSettings().getDescription(getTerrainId() + "_normal", Type.TERRAIN).getText1(), pad);
        } else if (cell == null || !cell.isStorming()) {
            // deep
            tooltip.addPara(Global.getSettings().getDescription(getTerrainId() + "_deep", Type.TERRAIN).getText1(), pad);
        } else if (cell.isStorming()) {
            // storm
            tooltip.addPara(Global.getSettings().getDescription(getTerrainId() + "_storm", Type.TERRAIN).getText1(), pad);
        }
        
        String fuelCost = Misc.getRoundedValueMaxOneAfterDecimal(player.getLogistics().getFuelCostPerLightYear());
        
        float nextPad = pad;
        if (expanded) {
            tooltip.addSectionHeading("Travel", Alignment.MID, pad);
            nextPad = small;
        }
        tooltip.addPara("Traveling through hyperspace consumes fuel based on the distance travelled. " +
                "Your fleet requires %s fuel per light-year.*", nextPad,
                highlight, fuelCost);
 
        if (inAbyss) {
            tooltip.addPara("Reduces the sensor range and sensor profile of fleets inside it by %s. "
                    + "Also reduces the maximum burn level by %s. The reduction is gradual and based "
                    + "on the \"depth\" the fleet has reached.",
                    pad,
                    highlight,
                    "" + (int) Math.round((1f - ABYSS_VISIBLITY_MULT) * 100f) + "%",
                    "" + (int) Math.round((1f - ABYSS_BURN_MULT) * 100f) + "%"
            );
            if (ABYSS_NAVIGATION_EFFECT <= 0) {
                tooltip.addPara("Skill in navigation is of little use, and does not provide its "
                        + "normal benefit in countering terrain-specific maximum burn penalties.", pad,
                        highlight,
                        "" + Math.round(ABYSS_NAVIGATION_EFFECT * 100f) + "%");             
            } else {
                tooltip.addPara("Skill in navigation is of limited use, and only provides %s of its "
                        + "normal benefit in countering the maximum burn penalty.", pad,
                        highlight,
                        "" + Math.round(ABYSS_NAVIGATION_EFFECT * 100f) + "%");
            }
        } else if (inCloud) {
            tooltip.addPara("Reduces the range at which fleets inside can be detected by %s.",
                    pad,
                    highlight,
                    "" + (int) Math.round((1f - VISIBLITY_MULT) * 100f) + "%"
            );
            
            tooltip.addPara("Reduces the speed of fleets inside by up to %s. Larger fleets are slowed down more.", 
                    nextPad,
                    highlight, 
                    "" + (int) Math.round((Misc.BURN_PENALTY_MULT) * 100f) + "%"
            );
        
            float penalty = Misc.getBurnMultForTerrain(Global.getSector().getPlayerFleet());
            tooltip.addPara("Your fleet's speed is reduced by %s.", pad,
                    highlight,
                    "" + (int) Math.round((1f - penalty) * 100f) + "%"
                    //Strings.X + penaltyStr
            );
            
            tooltip.addSectionHeading("Hyperspace storms", Alignment.MID, pad);
            
            Color stormDescColor = Misc.getTextColor();
            if (cell != null && cell.isStorming()) {
                stormDescColor = bad;
            }
            tooltip.addPara("Being caught in a storm causes storm strikes to damage ships " +
                            "and reduce their combat readiness. " +
                            "Larger fleets attract more damaging strikes.", stormDescColor, pad);
            
            tooltip.addPara("In addition, storm strikes toss the fleet's drive bubble about " +
                            "with great violence, often causing a loss of control. " +
                            "Some commanders are known to use these to gain additional " +
                            "speed, and to save fuel - a practice known as \"storm riding\".", Misc.getTextColor(), pad);
            
            tooltip.addPara("\"Slow-moving\" fleets do not attract storm strikes.", Misc.getTextColor(), pad);
        }
        
        if (expanded) {
            tooltip.addSectionHeading("Combat", Alignment.MID, pad);
//          if (inCloud) {
//              tooltip.addPara("Numerous patches of nebula-like hyperfragments present on the battlefield, slowing ships down to a percentage of their top speed.", small);
//          } else {
//              tooltip.addPara("No effect.", small);
//          }
            if (inAbyss) {
//              public static float ABYSS_SHIP_SPEED_PENALTY = 20f;
//              public static float ABYSS_MISSILE_SPEED_PENALTY = 20f;
                tooltip.addPara("Reduces top speed of ships by up to %s, and the top speed and range "
                        + "of missiles by up to %s.", pad,
                        highlight,
                        "" + (int) Math.round(BattleCreationPluginImpl.ABYSS_SHIP_SPEED_PENALTY) + "%",
                        "" + (int) Math.round(BattleCreationPluginImpl.ABYSS_MISSILE_SPEED_PENALTY) + "%"
                );
            } else {
                tooltip.addPara("No combat effects.", nextPad);
            }
        }
        
        tooltip.addPara("*1 light-year = 2000 units = 1 map grid cell", gray, pad);
    }
    
    protected float getAdjustedSpeedMult(CampaignFleetAPI fleet, float baseMult) {
        float skillMod = fleet.getCommanderStats().getDynamic().getValue(Stats.NAVIGATION_PENALTY_MULT);
        if (skillMod < 0) skillMod = 0;
        if (skillMod > 1) skillMod = 1;
        
        float penalty = 1f - baseMult;
        penalty *= skillMod;
        
        return 1f - penalty;
    }
    
    public boolean isTooltipExpandable() {
//      CampaignFleetAPI player = Global.getSector().getPlayerFleet();
//      boolean inCloud = isInClouds(player);
//      return inCloud;
        return true;
    }
    
    public float getTooltipWidth() {
        return 375f;
    }
    
    public String getTerrainName() {
        CampaignFleetAPI player = Global.getSector().getPlayerFleet();
        boolean inCloud = isInClouds(player);
        boolean inAbyss = isInAbyss(player);
        int [] tile = getTilePreferStorm(player.getLocation(), player.getRadius());
        int val = 0;
        CellStateTracker cell = null;
        if (tile != null) {
            cell = activeCells[tile[0]][tile[1]];
        }
        
        String name = "Hyperspace";
        if (inAbyss) {
            name = "Hyperspace (Abyssal)";
        } else if (!inCloud) {
        } else if (cell == null || !cell.isStorming()) {
            name = "Hyperspace (Deep)";
        } else if (cell.isStorming()) {
            name = "Hyperspace (Storm)";
        }
        return name;
    }
    
    
    public String getEffectCategory() {
        return "dark-hyper-like";
    }
 
    public boolean hasAIFlag(Object flag) {
        return flag == TerrainAIFlags.REDUCES_SENSOR_RANGE;
    }
    
    public boolean hasAIFlag(Object flag, CampaignFleetAPI fleet) {
        if (flag == TerrainAIFlags.DANGEROUS_UNLESS_GO_SLOW) {
            int [] tile = getTilePreferStorm(fleet.getLocation(), fleet.getRadius() + 100f);
            CellStateTracker cell = null; 
            if (tile != null) {
                cell = activeCells[tile[0]][tile[1]];
            }
            if (cell != null) {
                return cell.isStorming() || cell.isSignaling();
            }
        }
        return hasAIFlag(flag);
    }
    
    @Override
    public int getNumMapSamples() {
        return 10;
    }
    
    public boolean isUseSampleCache() {
        return true;
    }
    
    
//  public static float getBurnPenalty(CampaignFleetAPI fleet) {
//      AsteroidBeltTerrainPlugin.getFleetRadiusTerrainEffectMult(fleet);
//      
//      float min = Global.getSettings().getBaseFleetSelectionRadius() + Global.getSettings().getFleetSelectionRadiusPerUnitSize();
//      float max = Global.getSettings().getMaxFleetSelectionRadius();
//      float radius = fleet.getRadius();
//
//      float penalty = 1f - (radius - min) / (max - min);
//      if (penalty > 1) penalty = 1;
//      if (penalty < 0) penalty = 0;
//      penalty = MIN_BURN_PENALTY + penalty * BURN_PENALTY_RANGE;
//
//      float skillMod = fleet.getCommanderStats().getDynamic().getValue(Stats.NAVIGATION_PENALTY_MULT);
//      penalty *= skillMod;
//      
//      return penalty;
//  }
 
    public static void main(String[] args) {
        System.out.println(1.5f - (int) 1.5f);
    }
    
    
    public void turnOffStorms(Vector2f loc, float radius) {
        setTileState(loc, radius, CellState.OFF, -1f, -1f);
    }
    
    public void setTileState(Vector2f loc, float radius, CellState state, float waitDur, float signalDur) {
        setTileState(loc, radius, state, waitDur, signalDur, signalDur);
    }
    public void setTileState(Vector2f loc, float radius, CellState state, float waitDur, float minSignalDur, float maxSignalDur) {
        float x = this.entity.getLocation().x;
        float y = this.entity.getLocation().y;
        float size = getTileSize();
        float containsSize = getTileContainsSize();
        
        float w = tiles.length * size;
        float h = tiles[0].length * size;
 
        x -= w/2f;
        y -= h/2f;
        
        float extra = (containsSize - size) / 2f;
        
        if (loc.x + radius + extra < x) return;
        if (loc.y + radius + extra < y) return;
        if (loc.x > x + w + radius + extra) return;
        if (loc.y > y + h + radius + extra) return;
        
        int xMin = (int) ((loc.x - x - radius) / size);
        int yMin = (int) ((loc.y - y - radius) / size);
        int xMax = (int) ((loc.x - x + radius) / size);
        int yMax = (int) ((loc.y - y + radius) / size);
        
        if (xMin < 0) xMin = 0;
        if (yMin < 0) yMin = 0;
        if (xMin >= tiles.length) xMin = tiles.length - 1;
        if (yMin >= tiles[0].length) yMin= tiles[0].length - 1;
        
        if (xMax < 0) xMax = 0;
        if (yMax < 0) yMax = 0;
        if (xMax >= tiles.length) xMax = tiles.length - 1;
        if (yMax >= tiles[0].length) yMax = tiles[0].length - 1;
        
        for (int i = xMin; i <= xMax; i++) {
            for (int j = yMin; j <= yMax; j++) {
                int texIndex = tiles[i][j];
                if (texIndex >= 0) {
                    float tx = x + i * size + size/2f - containsSize/2f;
                    float ty = y + j * size + size/2f - containsSize/2f;
                     
                    float dist = Misc.getDistance(loc.x, loc.y, tx, ty);
                    if (dist > radius) continue;
//                  if (loc.x + radius < tx) continue;
//                  if (loc.y + radius < ty) continue;
//                  if (loc.x > tx + containsSize + radius) continue;
//                  if (loc.y > ty + containsSize + radius) continue;
                    //
                    CellStateTracker cell = activeCells[i][j];
                    float interval = auto.getInterval().getIntervalDuration();
                    float wait = interval * 0f + interval * 1.5f * (float) Math.random();
                    if (waitDur >= 0f) wait = waitDur;
                    float signal = interval * 0.5f + interval * 0.5f * (float) Math.random();
                    if (minSignalDur >= 0f) signal = minSignalDur + (maxSignalDur - minSignalDur) * (float) Math.random();
                    
                    wait *= 0.9f + (float) Math.random() * 0.2f;
                    signal *= 0.9f + (float) Math.random() * 0.2f;
                    
                    if (cell == null && state != CellState.OFF) {
                        cell = activeCells[i][j] = new CellStateTracker(i, j, wait, signal);
                        cell.state = state;
                    } else if (cell != null && state == CellState.OFF) {
                        if (cell.state == CellState.STORM || 
                                cell.state == CellState.STORM_WANE ||
                                cell.state == CellState.SIGNAL) {
                            float dur = 0.1f;
                            if (wait >= 0f) {
                                dur *= wait;
                            }
                            if (cell.state == CellState.STORM_WANE) {
                                dur = Math.min(cell.wane, dur);
                            } else {
                                cell.maxWane = dur * 4f;
                            }
                            cell.wane = dur;
                            cell.state = CellState.STORM_WANE;
                        } else {
                            activeCells[i][j] = null;
                        }
                    } else if (cell != null) {
                        cell.state = state;
                        if (state == CellState.WAIT) {
                            cell.wait = wait;
                        }
                        if (state == CellState.SIGNAL) {
                            //signal = Math.min(cell.signal, signal);
                            cell.signal = signal;
                            cell.maxSignal = signal;
                        }
                    }
                    
                }
            }
        }
    }
}