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Drawer.java
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import java.util.*;
import java.io.*;
import java.awt.image.*;
import java.awt.*;
import javax.imageio.*;
// This code draws the pictures
public class Drawer {
final int U = 8; // num pixels per input unit
final int N = 80; // num pixels per unit output
final float M = 170.0f; // meters per unit
final int Tsize = 40; // teki/item size
final int Isize = 40;
float alpha1 = 0.82f;
float alpha2 = 0.91f;
HashMap<String, Image> IMG = new HashMap<String, Image>();
HashMap<String, String> missing = new HashMap<String, String>();
HashMap<String, String> special = new HashMap<String, String>();
HashSet<String> plantNames = Parser.hashSet("ooinu_s,ooinu_l,wakame_s,wakame_l,kareooinu_s,kareooinu_l,daiodored,daiodogreen,clover,hikarikinoko,tanpopo,zenmai,nekojarashi,tukushi,magaret,watage");
HashSet<String> purple20 = Parser.hashSet("EC2,FC1,HoB2,CoS2,GK2,SR2"), white20 = Parser.hashSet("WFG3,BK1,SH2,SR1");
HashSet<String> noCarcassNames = Parser.hashSet("wealthy,fart,kogane,mar,hanachirashi,damagumo,bigfoot,bigtreasure,qurione,baby,bomb,egg,kurage,onikurage,bombotakara,blackman,tyre,houdai,ooinu_s,ooinu_l,wakame_s,wakame_l,kareooinu_s,kareooinu_l,daiodored,daiodogreen,clover,hikarikinoko,tanpopo,zenmai,nekojarashi,tukushi,magaret,watage,chiyogami,gashiba,hiba,elechiba,rock,bluepom,redpom,yellowpom,blackpom,whitepom,randpom,pom");
HashSet<String> ignoreTreasuresPoD = Parser.hashSet("kinoko_doku,bird_hane,flower_blue,g_futa_kyodo,chocolate,tape_blue");
HashSet<String> buriedItemNames = Parser.hashSet("diamond_blue,gum_tape,makigai,momiji_kare,tel_dial,toy_ring_a_red,toy_ring_a_green,toy_ring_b_blue,xmas_item,yoyo_red,teala_dia_a,teala_dia_c,bane_yellow,leaf_yellow,akagai,sinjyu,donutswhite_s");
Color[] colorsFT = new Color[] {
new Color(0,0,0),
new Color(160,0,160),
new Color(0,0,240),
new Color(240,0,0),
new Color(200,100,0),
new Color(70,160,70),
new Color(0,0,0)
};
Color[] colorsSP = new Color[] {
new Color(255,130,220),
new Color(220,0,0),
new Color(220,120,0),
new Color(0,0,0),
new Color(0,140,60),
new Color(80,80,80),
new Color(140,225,100),
new Color(0,150,150),
new Color(160,0,160),
new Color(0,0,255)
};
Color bgt = new Color(0,0,0);
Color spc = new Color(80,140,220);
Color spc2 = new Color(0,0,0);
float[] gaugeTicks = new float[] {0.5f,1,2,3,4,5,6,7,8};
Color[] gaugeColors = new Color[] {
new Color(160,255,255), //0
new Color(255,255,160),
new Color(180,180,255),
new Color(255,180,180),
new Color(220,160,255),
new Color(255,220,140),// 5
new Color(160,210,150),
new Color(190,150,120),
new Color(0,0,255),
//new Color(0,0,0) //9
};
Drawer() {
missing.put("fminihoudai", "minihoudai");
missing.put("fkabuto","kabuto");
special.put("pod", "pod_icon");
special.put("bomb", "Bingo_Battle_Bomb_icon");
special.put("hole", "Cave_icon");
special.put("geyser", "Geyser_icon");
special.put("clog", "36px-Clog_icon");
special.put("gashiba", "Gas_pipe_icon");
special.put("hiba", "Fire_geyser_icon");
special.put("elechiba", "Electrical_wire_icon");
special.put("gate", "Gray_bramble_gate_icon");
special.put("rock", "Roulette_Wheel_boulder");
special.put("egg", "36px-Egg_icon");
special.put("daiodogreen", "daiodogreen");
special.put("kareooinu_l", "kareooinu");
special.put("kareooinu_s", "kareooinu_s");
special.put("ooinu_s", "ooinu_s");
special.put("wakame_s", "wakame_s");
special.put("chiyogami", "chiyogami");
special.put("toy_bg", "toy_bg");
special.put("kusachi_bg", "kusachi_bg");
for (int i = 0; i < 5; i++)
special.put("onion"+i, "onion"+i);
}
Image getMapUnit(MapUnit m) throws Exception {
String loc = "files/" + CaveGen.fileSystem + "/" + "arc/" + m.name + "/arc.d/texture.bti.png";
String locPretty = "files/pretty/"+m.name+".png";
if (CaveGen.drawPretty && new File(locPretty).exists()) loc = locPretty;
String hash = loc + m.rotation;
if (IMG.containsKey(hash)) return IMG.get(hash);
BufferedImage im;
try {
im = ImageIO.read(new File(loc));
} catch (Exception e) {
System.out.println(loc);
e.printStackTrace();
im = new BufferedImage(m.dX*N, m.dZ*N, BufferedImage.TYPE_INT_RGB);
im.getGraphics().setColor(new Color(255,0,144));
im.getGraphics().drawRect(0,0,m.dX*N, m.dZ*N);
}
im = rotateImage(im, m.rotation * 90);
Image im2 = im.getScaledInstance(m.dX*N + (CaveGen.drawPretty?1:0), m.dZ*N + (CaveGen.drawPretty?1:0), Image.SCALE_DEFAULT);
IMG.put(hash, im2);
return im2;
}
Image getTeki(Teki t) throws Exception {
return getTeki(t, 1f);
}
Image getSpecial(String t) throws Exception {
return getSpecial(t, 0, 1f);
}
Image getItem(Item t, String inside, String region) throws Exception {
return getItem(t, inside, region, 1.0f);
}
Image getTeki(Teki t, float scale) throws Exception {
String name = t.tekiName.toLowerCase();
if (missing.containsKey(name)) name = missing.get(name);
if (special.containsKey(name)) return getSpecial(name, 0, scale);
String loc = "files/" + CaveGen.fileSystem + "/" + "enemytex/arc.d/" + name + "/texture.bti.png";
if (CaveGen.colossal) loc = "files/" + "gc" + "/" + "enemytex/arc.d/" + name + "/texture.bti.png";
String hash = loc + t.type + scale + alpha1;
if (IMG.containsKey(hash)) return IMG.get(hash);
BufferedImage im;
try {
im = ImageIO.read(new File(loc));
} catch (Exception e) {
System.out.println(loc);
e.printStackTrace();
im = new BufferedImage(1, 1, BufferedImage.TYPE_INT_RGB);
im.getGraphics().setColor(new Color(255,0,144));
im.getGraphics().drawRect(0,0,1,1);
}
modAlpha(im, alpha1);
//int Tsize = t.type == 6 ? this.Tsize / 2 : this.Tsize;
Image im2 = im.getScaledInstance((int)(Tsize * scale),(int)(Tsize * scale), Image.SCALE_DEFAULT);
IMG.put(hash, im2);
return im2;
}
Image getSpecial(String s, int rotation, float scale) throws Exception {
String loc = "files/" + CaveGen.fileSystem + "/" + "enemytex/special/" + special.get(s) + ".png";
if (CaveGen.colossal) loc = "files/" + "gc" + "/" + "enemytex/special/" + special.get(s) + ".png";
String hash = loc + rotation + scale + alpha1;
if (IMG.containsKey(hash)) return IMG.get(hash);
BufferedImage im;
try {
im = ImageIO.read(new File(loc));
} catch (Exception e) {
System.out.println(loc);
e.printStackTrace();
im = new BufferedImage(1, 1, BufferedImage.TYPE_INT_RGB);
im.getGraphics().setColor(new Color(255,0,144));
im.getGraphics().drawRect(0,0,1,1);
}
float alpha1 = this.alpha1;
if (s.equals("toy_bg")) alpha1=1;
if (s.equals("kusachi_bg")) alpha1=1;
modAlpha(im, alpha1);
im = rotateImage(im, rotation * 90);
int Tsize = this.Tsize;
if (s.equals("gate")) Tsize = 80;
if (s.equals("egg")) Tsize = Tsize * 3 / 5;
if (s.equals("bomb")) Tsize = Tsize * 3 / 5;
if (s.equals("toy_bg")) Tsize = im.getWidth();
if (s.equals("kusachi_bg")) Tsize = im.getWidth();
Image im2 = im.getScaledInstance((int)(Tsize * scale),(int)(Tsize * scale), Image.SCALE_DEFAULT);
if (s.equals("toy_bg")) {
im2 = PrettyAlign.toBufferedImage(im2).getSubimage(70,50,460,515);
im2 = im2.getScaledInstance(im2.getWidth(null)*2,im2.getHeight(null)*2, Image.SCALE_SMOOTH);
}
if (s.equals("kusachi_bg")) {
im2 = PrettyAlign.toBufferedImage(im2).getSubimage(50,50,532,532);
im2 = im2.getScaledInstance(im2.getWidth(null)*2,im2.getHeight(null)*2, Image.SCALE_SMOOTH);
}
IMG.put(hash, im2);
return im2;
}
Image getItem(Item t, String inside, String region, float scale) throws Exception {
String name = t != null ? t.itemName : inside;
String loc = "files/" + CaveGen.fileSystem + "/" + "resulttex/" + region + "/arc.d/" + name.toLowerCase() + "/texture.bti.png";
if (CaveGen.p251) loc = "files/" + CaveGen.fileSystem + "/" + "resulttex/" + region + "/arc.d/" + name.toLowerCase() + ".bti.png";
if (CaveGen.colossal) loc = "files/" + "gc" + "/" + "resulttex/" + "us" + "/arc.d/" + name.toLowerCase() + "/texture.bti.png";
String hash = loc + inside + scale + alpha2;
if (IMG.containsKey(hash)) return IMG.get(hash);
BufferedImage im;
try {
im = ImageIO.read(new File(loc));
} catch (Exception e) {
System.out.println(loc);
e.printStackTrace();
im = new BufferedImage(1, 1, BufferedImage.TYPE_INT_RGB);
im.getGraphics().setColor(new Color(255,0,144));
im.getGraphics().drawRect(0,0,1,1);
}
modAlpha(im,alpha2);
int Isize = t != null ? this.Isize : this.Isize*3/4;
Image im2 = im.getScaledInstance((int)(Isize * scale),(int)(Isize * scale), Image.SCALE_DEFAULT);
IMG.put(hash, im2);
return im2;
}
void draw(CaveGen g) throws Exception {
draw(g,false,null);
}
void draw(CaveGen g, boolean drawAsReport, Aggregator aggregator) throws Exception {
if (!CaveGen.rotateForDraw.equals("") && aggregator==null && !drawAsReport) {
rotateForDraw(g);
}
BufferedImage img = new BufferedImage(N*g.mapMaxX, N*g.mapMaxZ,
BufferedImage.TYPE_INT_RGB);
Graphics G = img.getGraphics();
if (CaveGen.drawPretty) {
if (g.placedMapUnits.get(0).name.contains("toy")) {
Image bg = getSpecial("toy_bg",0,1);
for (int i = 0; i < img.getWidth(); i += bg.getWidth(null)) {
for (int j = 0; j < img.getHeight(); j += bg.getHeight(null)) {
G.drawImage(bg, i, j, null);
}
}
}
if (g.placedMapUnits.get(0).name.contains("kusachi")) {
Image bg = getSpecial("kusachi_bg",0,1);
for (int i = 0; i < img.getWidth(); i += bg.getWidth(null)) {
for (int j = 0; j < img.getHeight(); j += bg.getHeight(null)) {
G.drawImage(bg, i, j, null);
}
}
}
}
// Draw the map units
for (MapUnit m: g.placedMapUnits) {
String loc = "files/" + g.fileSystem + "/" + "arc/" + m.name + "/arc.d/texture.bti.png";
G.drawImage(getMapUnit(m), N*m.offsetX, N*m.offsetZ, null);
}
G.setFont(new Font("Serif", Font.BOLD, 12));
if (drawAsReport) {
bgt = new Color(0,0,0,0);
alpha1 = 0.82f;
alpha2 = 0.91f;
G.setColor(new Color(225,225,225));
G.fillRect(0, 0, g.mapMaxX*N, 5*N-45);
for (MapUnit m: g.placedMapUnits) {
int x = (int)(m.offsetX*N);
int z = (int)(m.offsetZ*N);
int w = (int)(m.dX*N);
int h = (int)(m.dZ*N);
G.setColor(new Color(0,225,225));
G.drawRect(x,z,w,h);
}
G.setFont(new Font("Serif", Font.BOLD, 36));
int zz = 40;
int x = 10;
int z = 0;
String s1 = g.specialCaveInfoName + "-" + g.sublevel;
G.setColor(new Color(0,0,0));
G.drawString(s1, x, z+=zz);
G.setFont(new Font("Serif", Font.BOLD, 24));
String s2 = " units:" + g.caveUnitFile
+ " lighting:" + g.lightingFile;
String s4 = " music:" + g.musicType
+ " echo:" + g.echoStrength
+ " plane:" + g.hasFloorPlane
+ " skybox:" + g.skyboxFile;
G.drawString(s2, x + 100 + 20*s1.length(), 24);
G.drawString(s4, x + 100 + 20*s1.length(), 52);
String s3 = " NumRooms:" + g.maxRoom
+ " CorridorVsRoomProb:" + g.corridorProb
+ " CapVsHallProb:" + (int)(g.capProb * 100) + "%";
z+=zz;
int holeo = 15;
int spa = 45;
G.drawString(s3, x + 100 + 20*s1.length(), 80);
G.drawImage(getSpecial("pod"), x, z-holeo, null);
if (!g.isFinalFloor) {
G.drawImage(getSpecial("hole"), x+spa, z-holeo, null);
if (g.holeClogged) G.drawImage(getSpecial("clog"), x+45, z-15, null);
}
if (g.isFinalFloor || g.hasGeyser) {
G.drawImage(getSpecial("geyser"), x+spa*2, z-holeo, null);
if (g.holeClogged) G.drawImage(getSpecial("clog"), x+90, z-15, null);
}
int xx = 0;
int zzd = 20;
z += 5;
z += zz + zzd;
int ext = 4;
G.setFont(new Font("Serif", Font.BOLD, 36));
drawTextOutline(G, "Teki M" + g.maxMainTeki, x, z, colorsSP[1], bgt);
G.setFont(new Font("Serif", Font.BOLD, 16));
xx = 170;
int[] types = new int[] {5,8,1,0,6};
for (int type: types) {
ArrayList<Teki> li = type == 0 ? g.spawnTeki0 : type == 1 ? g.spawnTeki1 :
type == 5 ? g.spawnTeki5 : type == 8 ? g.spawnTeki8 : type == 6 ? g.spawnTeki6 : null;
for (Teki t: li) {
if (t.type == type) {
drawTeki(G,g,t,xx,z-40);
if (type == 6)
drawTextOutline(G, " m" + t.min, xx, z+8+ext, new Color(0,150,0), bgt);
else if (t.weight == 0)
drawTextOutline(G, " m" + t.min, xx, z+8+ext, colorsSP[type], bgt);
else if (t.min == 0)
drawTextOutline(G, " w" + t.weight, xx, z+8+ext, colorsSP[type], bgt);
else
drawTextOutline(G, "m" + t.min + "w" + t.weight, xx, z+8+ext, colorsSP[type], bgt);
xx += spa;
}
}
}
z += zz + zzd;
G.setFont(new Font("Serif", Font.BOLD, 36));
drawTextOutline(G, "Item M" + g.maxItem, x, z, colorsSP[2], bgt);
G.setFont(new Font("Serif", Font.BOLD, 16));
xx = 170;
for (Item t: g.spawnItem) {
Image im = getItem(t, "", CaveGen.region);
G.drawImage(im, xx, z-40, null);
if (t.weight == 0)
drawTextOutline(G, " m" + t.min, xx, z+8+ext, colorsSP[2], bgt);
else if (t.min == 0)
drawTextOutline(G, " w" + t.weight, xx, z+8+ext, colorsSP[2], bgt);
else
drawTextOutline(G, "m" + t.min + "w" + t.weight, xx, z+8+ext, colorsSP[2], bgt);
xx += spa;
}
z += zz + zzd;
G.setFont(new Font("Serif", Font.BOLD, 36));
drawTextOutline(G, "CapTeki", x, z, colorsSP[9], bgt);
G.setFont(new Font("Serif", Font.BOLD, 16));
xx = 170;
for (Teki t: g.spawnCapTeki) {
drawTeki(G,g,t,xx,z-40);
if (t.weight == 0)
drawTextOutline(G," m" + t.min, xx, z+8+ext, colorsSP[t.type==0?0:9], bgt);
else if (t.min == 0)
drawTextOutline(G," w" + t.weight, xx, z+8+ext, colorsSP[t.type==0?0:9], bgt);
else
drawTextOutline(G,"m" + t.min + "w" + t.weight, xx, z+8+ext, colorsSP[t.type==0?0:9], bgt);
xx += spa;
}
for (Teki t: g.spawnCapFallingTeki) {
drawTeki(G,g,t,xx,z-40);
if (t.weight == 0)
drawTextOutline(G," m" + t.min, xx, z+8+ext, colorsSP[t.type==0?0:9], bgt);
else if (t.min == 0)
drawTextOutline(G," w" + t.weight, xx, z+8+ext, colorsSP[t.type==0?0:9], bgt);
else
drawTextOutline(G,"m" + t.min + "w" + t.weight, xx, z+8+ext, colorsSP[t.type==0?0:9], bgt);
xx += spa;
}
z += zz + zzd;
G.setFont(new Font("Serif", Font.BOLD, 36));
drawTextOutline(G, "Gate M" + g.maxGate, x, z, colorsSP[5], bgt);
G.setFont(new Font("Serif", Font.BOLD, 16));
xx = 170;
for (Gate t: g.spawnGate) {
Image im = getSpecial("gate", 0, 1.0f);
G.drawImage(im, xx, z-52, null);
G.setColor(spc);
String st = "" + (int)t.life;
if (!g.drawNoGateLife) drawTextOutline(G,st,xx+36-3*st.length(),z-10,spc,spc2);//G.drawString(st,xx+36-3*st.length(),z-10);
drawTextOutline(G, "w" + t.weight, xx+50, z+8+ext, colorsSP[5], bgt);
xx += spa*2;
}
bgt = new Color(0,0,0);
}
if (CaveGen.drawFlowPaths) {
int[][] imgp = new int[img.getHeight()][img.getWidth()];
for (int k = 0; k < img.getHeight(); k++)
for (int j = 0; j < img.getWidth(); j++)
imgp[k][j] = img.getRGB(j, k);
int d = 10;
for (int k = 1; k < g.mapMaxX*d; k++) {
for (int j = 1; j < g.mapMaxZ*d; j++) {
//if (k != 35 || j != 47) continue;
Color c = new Color(imgp[j*img.getHeight()/g.mapMaxZ/d][k*img.getWidth()/g.mapMaxX/d]);
if (c.getRed() < 5 && c.getBlue() < 5 && c.getGreen() < 5) continue;
float x = k * 170.0f / d;
float z = j * 170.0f / d;
ArrayList<Vec3> path = g.drawPathToGoal(new Vec3(x,0,z), 1, 200);
for (int i = 0; i < path.size() - 1; i++) {
//System.out.println(path.get(i).x + " " + path.get(i).z);
G.setColor(new Color(170,100,255,201-i));
G.drawLine((int)(path.get(i).x/M*N), (int)(path.get(i).z/M*N), (int)(path.get(i+1).x/M*N), (int)(path.get(i+1).z/M*N));
}
}
}
}
if (CaveGen.drawSH6Bulborb) {
G.setColor(new Color(colorsSP[0].getRed(),colorsSP[0].getGreen(),colorsSP[0].getBlue(),150));
for (Teki t: g.placedTekis) {
if (t.itemInside != null && (t.tekiName.equalsIgnoreCase("bluechappy") || t.tekiName.equalsIgnoreCase("bluekochappy"))) {
int r = 1000, d = 8;
G.drawOval((int)((t.posX-r/2)/M*N), (int)((t.posZ-r/2)/M*N), (int)(r*N/M), (int)(r*N/M)); r-=d;
G.drawOval((int)((t.posX-r/2)/M*N), (int)((t.posZ-r/2)/M*N), (int)(r*N/M), (int)(r*N/M)); r-=d;
G.drawOval((int)((t.posX-r/2)/M*N), (int)((t.posZ-r/2)/M*N), (int)(r*N/M), (int)(r*N/M)); r-=d;
G.drawOval((int)((t.posX-r/2)/M*N), (int)((t.posZ-r/2)/M*N), (int)(r*N/M), (int)(r*N/M)); r-=d;
G.drawOval((int)((t.posX-r/2)/M*N), (int)((t.posZ-r/2)/M*N), (int)(r*N/M), (int)(r*N/M)); r-=d;
}
}
}
if (CaveGen.drawQuickGlance) {
int r = 100;
int a = 100;
G.setColor(new Color(255,30,30, a));
G.fillOval((int)(g.placedStart.posX/M*N-r/2), (int)(g.placedStart.posZ/M*N-r/2), r, r);
//Manip.dontHighlightSkipPodTreasures = true;
G.setColor(new Color(colorsSP[2].getRed(),colorsSP[2].getGreen(),colorsSP[2].getBlue(), a));
for (Item t: g.placedItems) {
if (!g.colossal && (!Manip.dontHighlightSkipPodTreasures || !ignoreTreasuresPoD.contains(t.itemName.toLowerCase())) )
G.fillOval((int)(t.posX/M*N-r/2), (int)(t.posZ/M*N-r/2), r, r);
else if (g.colossal && buriedItemNames.contains(t.itemName.toLowerCase())) {
G.setColor(new Color(60,255,120,a));
G.fillOval((int)(t.posX/M*N-r/2), (int)(t.posZ/M*N-r/2), r, r);
G.setColor(new Color(colorsSP[2].getRed(),colorsSP[2].getGreen(),colorsSP[2].getBlue(), a));
}
}
for (Teki t: g.placedTekis) {
if ((t.itemInside != null && (!Manip.dontHighlightSkipPodTreasures || !ignoreTreasuresPoD.contains(t.itemInside.toLowerCase())) && (!t.tekiName.toLowerCase().equals("blackman") || CaveGen.colossal)) || t.tekiName.toLowerCase().equals("bigtreasure"))
G.fillOval((int)(t.posX/M*N-r/2), (int)(t.posZ/M*N-r/2), r, r);
else if (t.tekiName.toLowerCase().equals("minihoudai") || (CaveGen.colossal && t.tekiName.toLowerCase().equals("kumachappy"))) {
G.setColor(new Color(colorsSP[0].getRed(),colorsSP[0].getGreen(),colorsSP[0].getBlue(), a));
G.fillOval((int)(t.posX/M*N-r/2), (int)(t.posZ/M*N-r/2), r, r);
G.setColor(new Color(colorsSP[2].getRed(),colorsSP[2].getGreen(),colorsSP[2].getBlue(), a));
}
else if (CaveGen.colossal && t.tekiName.toLowerCase().equals("leafchappy")) {
G.setColor(new Color(60,255,120,a));
G.fillOval((int)(t.posX/M*N-r/2), (int)(t.posZ/M*N-r/2), r, r);
G.setColor(new Color(colorsSP[2].getRed(),colorsSP[2].getGreen(),colorsSP[2].getBlue(), a));
}
}
G.setColor(new Color(160,0,255,a));
for (Teki t: g.placedTekis) {
if (t.tekiName.equalsIgnoreCase("blackpom"))
G.fillOval((int)(t.posX/M*N-r/2), (int)(t.posZ/M*N-r/2), r, r);
}
G.setColor(new Color(60,60,60,a));
for (Teki t: g.placedTekis) {
if (t.tekiName.equalsIgnoreCase("whitepom"))
G.fillOval((int)(t.posX/M*N-r/2), (int)(t.posZ/M*N-r/2), r, r);
}
for (Onion t: g.placedOnions) {
switch(t.type) {
case 0: G.setColor(new Color(0,0,255,a)); break;
case 1: G.setColor(new Color(255,0,0,a)); break;
case 2: G.setColor(new Color(255,255,0,a)); break;
case 3: G.setColor(new Color(160,0,255,a)); break;
case 4: G.setColor(new Color(60,60,60,a)); break;
}
G.fillOval((int)(t.posX/M*N-r/2), (int)(t.posZ/M*N-r/2), r, r);
}
G.setColor(new Color(colorsSP[4].getRed(),colorsSP[4].getGreen(),colorsSP[4].getBlue(), a));
if (g.placedHole != null) {
G.fillOval((int)(g.placedHole.posX/M*N-r/2), (int)(g.placedHole.posZ/M*N-r/2), r, r);
}
if (g.placedGeyser != null) {
G.fillOval((int)(g.placedGeyser.posX/M*N-r/2), (int)(g.placedGeyser.posZ/M*N-r/2), r, r);
}
}
if (CaveGen.drawAllPaths || CaveGen.drawTreasurePaths) {
G.setColor(new Color(170,100,255,200));
for (Teki t: g.placedTekis) {
if ((CaveGen.drawAllPaths && !noCarcassNames.contains(t.tekiName.toLowerCase()) && !plantNames.contains(t.tekiName.toLowerCase()) && !g.isPomGroup(t)) || t.itemInside != null) {
ArrayList<Vec3> path = g.drawPathToGoal(new Vec3(t.posX,t.posY,t.posZ), 1, 10001);
for (int i = 0; i < path.size() - 1; i++) {
//System.out.println(path.get(i).x + " " + path.get(i).z);
G.drawLine((int)(path.get(i).x/M*N), (int)(path.get(i).z/M*N), (int)(path.get(i+1).x/M*N), (int)(path.get(i+1).z/M*N));
//G.drawLine((int)(path.get(i).x/M*N), (int)(path.get(i).z/M*N)+1, (int)(path.get(i+1).x/M*N), (int)(path.get(i+1).z/M*N)+1);
}
}
}
for (Item t: g.placedItems) {
if (true) {
ArrayList<Vec3> path = g.drawPathToGoal(new Vec3(t.posX,t.posY,t.posZ), 1, 10001);
for (int i = 0; i < path.size() - 1; i++) {
G.drawLine((int)(path.get(i).x/M*N), (int)(path.get(i).z/M*N), (int)(path.get(i+1).x/M*N), (int)(path.get(i+1).z/M*N));
//G.drawLine((int)(path.get(i).x/M*N), (int)(path.get(i).z/M*N)+1, (int)(path.get(i+1).x/M*N), (int)(path.get(i+1).z/M*N)+1);
}
}
}
}
if (CaveGen.drawSpawnPoints
|| CaveGen.drawAngles) {
alpha1 = 0.65f;
alpha2 = 0.75f;
} else if (CaveGen.drawScores || CaveGen.drawDoorLinks || CaveGen.drawWayPoints) {
alpha1 = 0.7f;
alpha2 = 0.8f;
} else {
alpha1 = 0.82f;
alpha2 = 0.91f;
}
if (g.drawWaterBox) {
G.setColor(new Color(30,100,255,35));
for (MapUnit m: g.placedMapUnits) {
float[][] waterBoxes = m.waterBoxPos();
for (int i = 0; i < waterBoxes.length; i++) {
G.fillRect((int)(waterBoxes[i][0]/M*N), (int)(waterBoxes[i][2]/M*N),
(int)((waterBoxes[i][3] - waterBoxes[i][0] + 1)/M*N),
(int)((waterBoxes[i][5] - waterBoxes[i][2] + 1)/M*N));
}
}
}
if (g.drawTreasureGauge && !g.challengeMode) {
ArrayList<Integer> xs = new ArrayList<Integer>();
ArrayList<Integer> zs = new ArrayList<Integer>();
for (Item t: g.placedItems) {
xs.add((int)(t.posX/M*N));
zs.add((int)(t.posZ/M*N));
}
for (Teki t: g.placedTekis) {
if (t.itemInside != null &&
(g.sublevel == 5 || !g.specialCaveInfoName.equals("SC")
|| !t.tekiName.equalsIgnoreCase("blackman"))) {
xs.add((int)(t.posX/M*N));
zs.add((int)(t.posZ/M*N));
}
}
/*for (int i = 0; i < xs.size(); i++) {
for (int j = 1; j < 11; j++) {
if (j%2 == 1) continue;
if (j < 3 || j == 6)
G.setColor(new Color(20*j,20*j,255));
else G.setColor(new Color(255,255,20*j));
int rad = (int)(900.0f*N*j/10/M);
G.drawOval(xs.get(i)-rad/2, zs.get(i)-rad/2, rad, rad);
}
}*/
for (int i = 0; i < xs.size(); i++) {
for (int j = 0; j < gaugeTicks.length; j++) {
float tick = gaugeTicks[j];
G.setColor(gaugeColors[j]);
float distForTick = (1 - (float)Math.sqrt((tick - 0.5) / 9.5)) * 900f;
int rad = (int)(distForTick * 2 * N/M);
G.drawOval(xs.get(i)-rad/2, zs.get(i)-rad/2, rad, rad);
}
}
}
if (g.drawSpawnPoints) {
G.setColor(new Color(255,0,0));
ArrayList<SpawnPoint> doorSpawnPoints = new ArrayList<SpawnPoint>();
for (MapUnit m: g.placedMapUnits) {
for (Door d: m.doors) {
if (!doorSpawnPoints.contains(d.spawnPoint))
doorSpawnPoints.add(d.spawnPoint);
}
}
for (SpawnPoint sp: doorSpawnPoints) {
G.setColor(colorsSP[sp.type]);
int rad = 10;
int x = (int)(sp.posX/M*N - rad/2);
int z = (int)(sp.posZ/M*N - rad/2);
//G.drawString("5", (int)(pos[0]/M*N), (int)(pos[1]/M*N));
G.fillOval(x,z,rad,rad);
if (g.drawSpawnPointDists) drawTextOutline(G, ""+(int)(g.spawnPointDistToStart(sp)/10), x+5, z+5, G.getColor(), bgt);
if (g.drawAngles)
drawAngle(G,sp.posX,sp.posZ,sp.ang);
}
for (MapUnit m: g.placedMapUnits) {
for (SpawnPoint sp: m.spawnPoints) {
if (m.type == 2 && sp.type == 9) continue;
float distToStart = g.placedStart == null ? CaveGen.INF : g.spawnPointDist(g.placedStart, sp);
float distToHole = g.placedHole == null ? CaveGen.INF : g.spawnPointDist(g.placedHole, sp);
float distToGeyser = g.placedGeyser == null ? CaveGen.INF : g.spawnPointDist(g.placedGeyser, sp);
G.setColor(colorsSP[sp.type]);
//G.drawString(sp.type+"", (int)(pos[0]/M*N), (int)(pos[1]/M*N));
int rad = 10;
if (sp.type == 0) rad = (int)(sp.radius/M*N) + 6;
if (sp.type == 4 || sp.type == 7 || sp.type == 2 || sp.type == 9)
rad += 6;
if ((sp.type == 0 && distToStart < 300)
|| (sp.type == 1 && (distToStart < 300 || distToHole < 200 || distToGeyser < 200))
|| (sp.type == 4 && distToStart < 150)
|| (sp.type == 8 && (distToStart < 300 || distToHole < 150 || distToGeyser < 150))) {
//rad = 3;
//int x = (int)(sp.posX/M*N - rad/2);
//int z = (int)(sp.posZ/M*N - rad/2);
//G.fillOval(x,z,rad,rad);
continue;
}
int x = (int)(sp.posX/M*N - rad/2);
int z = (int)(sp.posZ/M*N - rad/2);
if (sp.type != 0) G.fillOval(x,z,rad,rad);
if (sp.type == 0) {
for (int i = 0; i < sp.maxNum; i++) {
rad -= 4;
x += 2;
z += 2;
if (rad < 1) rad = 1;
if (i < sp.minNum)
G.setColor(new Color(215,90,180));
else G.setColor(new Color(255,130,220));
G.drawOval(x,z,rad,rad);
}
}
if (g.drawSpawnPointDists) drawTextOutline(G, ""+(int)(g.spawnPointDistToStart(sp)/10), x+5, z+5, G.getColor(), bgt);
if (g.drawAngles)
drawAngle(G,sp.posX,sp.posZ,sp.ang);
}
}
}
// Draw the objects placed
if (!g.drawNoObjects) {
if (g.placedStart != null) {
Image im = getSpecial("pod");
int x = (int)(g.placedStart.posX/M*N - im.getWidth(null)/2);
int z = (int)(g.placedStart.posZ/M*N - im.getHeight(null)/2);
G.drawImage(im, x, z, null);
if (g.drawAngles || g.drawPodAngle)
drawAngle(G, g.placedStart.posX/M*N, g.placedStart.posZ/M*N, g.placedStart.ang, 1.8f, new Color(0,0,0));
//G.drawString("S", (int)(pos[0]/M*N), (int)(pos[1]/M*N));
}
if (g.placedHole != null && !g.drawNoHoles) {
Image im = getSpecial("hole");
int x = (int)(g.placedHole.posX/M*N - im.getWidth(null)/2);
int z = (int)(g.placedHole.posZ/M*N - im.getHeight(null)/2);
G.drawImage(im, x, z, null);
if (g.holeClogged) {
Image im2 = getSpecial("clog");
G.drawImage(im2,x,z,null);
}
//G.drawString("H", (int)(pos[0]/M*N), (int)(pos[1]/M*N));
}
if (g.placedGeyser != null && !g.drawNoHoles) {
Image im = getSpecial("geyser");
int x = (int)(g.placedGeyser.posX/M*N - im.getWidth(null)/2);
int z = (int)(g.placedGeyser.posZ/M*N - im.getHeight(null)/2);
G.drawImage(im, x, z, null);
if (g.holeClogged) {
Image im2 = getSpecial("clog");
G.drawImage(im2,x,z,null);
}
//G.drawString("G", (int)(pos[0]/M*N), (int)(pos[1]/M*N));
}
if (!g.drawNoTeki) {
for (Teki t: g.placedTekis) {
if (g.drawNoPlants && plantNames.contains(t.tekiName.toLowerCase())) continue;
int yaddn = t.spawnPoint.type == 9 && t.fallType > 0 ? -18: 0;
int xaddn = t.spawnPoint.type == 9 && t.fallType > 0 ? -10: 0;
try {
Image im = getTeki(t);
int x = (int)(t.posX/M*N + xaddn - im.getWidth(null)/2);
int z = (int)(t.posZ/M*N + yaddn - im.getHeight(null)/2);
G.drawImage(im, x, z, null);
if (g.drawAngles)
drawAngle(G, t.posX, t.posZ, t.ang);
if (t.fallType != 0 && !g.drawNoFallType) {
G.setColor(colorsFT[t.fallType]);
G.drawLine(x+5,z+5,x-10,z-10);
G.drawLine(x+9,z+1,x-6,z-14);
G.drawLine(x+1,z+9,x-14,z-6);
}
if (t.tekiName.equalsIgnoreCase("blackpom")) {
String sls = g.specialCaveInfoName + g.sublevel;
if (purple20.contains(sls)) {
drawTextOutline(G, "<20", x+2, z+5, spc, spc2);
}
}
if (t.tekiName.equalsIgnoreCase("whitepom")) {
String sls = g.specialCaveInfoName + g.sublevel;
if (white20.contains(sls)) {
drawTextOutline(G, "<20", x+2, z+5, spc, spc2);
}
}
if (t.tekiName.equalsIgnoreCase("blackman")) {
String bmt = g.waterwraithTimer + "";
drawTextOutline(G, "t"+bmt, x+2, z+5, spc, spc2);
}
if (t.isInTheWay && g.drawInTheWay) {
String tgs = (int)Parser.tekiDifficultyJudgeSec.get(t.tekiName.toLowerCase())+"";
if (!tgs.equals("0"))
drawTextOutline(G, tgs, (int)(t.posX/M*N + xaddn + 0),
(int)(t.posZ/M*N + xaddn + 0), new Color(255, 130, 180), bgt);
}
} catch(Exception e) {
System.out.println("Failed Img: " + t.tekiName);
String st = String.format("T%4.4s", t.tekiName);
G.drawString(st, (int)(t.posX/M*N + xaddn), (int)(t.posZ/M*N + yaddn));
}
}
for (Teki t: g.placedTekis) {
int yaddn = t.spawnPoint.type == 9 && t.fallType > 0 ? -18: 0;
int xaddn = t.spawnPoint.type == 9 && t.fallType > 0 ? -10: 0;
if (t.itemInside != null) {
try {
Image im = getItem(null, t.itemInside, g.region);
int x = (int)(t.posX/M*N + xaddn - im.getWidth(null)/2 + 5);
int z = (int)(t.posZ/M*N + yaddn - im.getHeight(null)/2 + 5);
G.drawImage(im, x, z, null);
} catch (Exception e) {
System.out.println("Failed Img: " + t.itemInside);
G.drawString("IN" + t.itemInside, (int)(t.posX/M*N), (int)(t.posZ/M*N));
}
}
}
}
if (!g.drawNoItems) {
for (Item t: g.placedItems) {
if (g.drawNoBuriedItems && Parser.depth.get(t.itemName) >= Parser.height.get(t.itemName))
continue;
try {
Image im = getItem(t, "", g.region);
int x = (int)(t.posX/M*N - im.getWidth(null)/2);
int z = (int)(t.posZ/M*N - im.getHeight(null)/2);
G.drawImage(im, x, z, null);
} catch (Exception e) {
System.out.println("Failed Img: " + t.itemName);
String st = String.format("I%4.4s", t.itemName);
G.drawString(st, (int)(t.posX/M*N), (int)(t.posZ/M*N));
}
}
}
if (!g.drawNoGates) {
for (Gate t: g.placedGates) {
Image im = getSpecial("gate", (int)(t.ang/1.57f), 1.0f);
int x = (int)(t.posX/M*N - im.getWidth(null)/2);
int z = (int)(t.posZ/M*N - im.getHeight(null)/2);
G.drawImage(im, x, z, null);
G.setColor(spc);
String st = "" + (int)t.life;
if (!g.drawNoGateLife) drawTextOutline(G,st,x+39-3*st.length(),z+45,(t.isInTheWay && g.drawInTheWay) ? new Color(255, 130, 180) : spc,spc2);//G.drawString(st,x+39-3*st.length(),z+45);
//G.drawString(st, (int)(t.posX/M*N), (int)(t.posZ/M*N));
}
}
if (!g.drawNoOnions) {
for (Onion o: g.placedOnions) {
Image im = getSpecial("onion"+o.type, 0, 1.0f);
int x = (int)(o.posX/M*N - im.getWidth(null)/2);
int z = (int)(o.posZ/M*N - im.getHeight(null)/2);
G.drawImage(im, x, z, null);
}
}
}
if (aggregator != null) {
for (Aggregator.Loc loc: aggregator.locsList()) {
ArrayList<Aggregator.Placed> placements = aggregator.toPlacedList(loc);
//System.out.println("loc" + loc.x + " " + loc.z);
float sumScale = 0;
for (int i = placements.size()-1; i >= 0; i--) {
Aggregator.Placed p = placements.get(i);
boolean wp = false;
float prob = p.count * 1.0f / aggregator.numInstances;
if (p.start)
wp = true;
if (p.hole && !g.drawNoHoles)
wp = true;
if (p.geyser && !g.drawNoHoles)
wp = true;
if (p.teki != null && (!g.drawNoTeki || ((p.teki.tekiName.equalsIgnoreCase("blackpom") || p.teki.tekiName.equalsIgnoreCase("whitepom") || p.teki.itemInside != null) && !(g.drawNoTeki && g.drawNoItems)) ) )
wp = true;
if (p.item != null)
wp = true;
if (p.gate != null)
wp = true;
if (wp && prob >= 0.005) {
float scale = prob * 0.5f + 0.5f;
sumScale += scale;
}
else {
placements.remove(p);
}
}
sumScale /= 2;
for (int i = placements.size()-1; i >= 0; i--) {
Aggregator.Placed p = placements.get(i);
float prob = p.count * 1.0f / aggregator.numInstances;
/*String ps = prob >= 0.0995 ? Math.round(prob*100) + ""
: prob >= 0.00995 ? Math.round(prob*1000)/10 + ""
: Math.round(prob * 10000)/100 + "";*/
String ps = Math.round(prob*100) + "";
float scale = prob * 0.5f + 0.5f;
sumScale -= scale/2;
int x = (int)((loc.x + g.placedMapUnits.get(0).offsetX * 170.0f) * N/M); // TODO might have to infer these
int z = (int)((loc.z + g.placedMapUnits.get(0).offsetZ * 170.0f) * N/M + sumScale*25);
sumScale -= scale/2;
//System.out.println("p:" + p.count + "," + p.start + p.hole + p.geyser + p.teki + p.item + p.gate + " " + x + "," + z);
if (p.start) {
Image im = getSpecial("pod",0,scale);
G.drawImage(im, x - im.getWidth(null)/2, z - im.getHeight(null)/2, null);
}
if (p.hole && !g.drawNoHoles) {
Image im = getSpecial("hole",0,scale);
G.drawImage(im, x- im.getWidth(null)/2, z - im.getWidth(null)/2, null);
if (g.holeClogged) {
Image im2 = getSpecial("clog",0,scale);
G.drawImage(im2,x - im.getWidth(null)/2,z - im.getWidth(null)/2,null);
}
}
if (p.geyser && !g.drawNoHoles) {
Image im = getSpecial("geyser",0,scale);
G.drawImage(im, x - im.getWidth(null)/2, z - im.getWidth(null)/2, null);
if (g.holeClogged) {
Image im2 = getSpecial("clog",0,scale);
G.drawImage(im2,x - im.getWidth(null)/2,z - im.getWidth(null)/2,null);
}
}
if (p.teki != null) {
Teki t = p.teki;
if (g.drawNoPlants && plantNames.contains(t.tekiName.toLowerCase())) continue;
Image im = getTeki(t,scale);
G.drawImage(im, x - im.getWidth(null)/2, z - im.getWidth(null)/2, null);
if (t.fallType != 0 && !g.drawNoFallType) {
G.setColor(colorsFT[t.fallType]);
int d = 6 + (int)(8 * scale);
G.drawLine(x+5-d,z+5-d,x-10-d,z-10-d);
G.drawLine(x+9-d,z+1-d,x-6-d,z-14-d);
G.drawLine(x+1-d,z+9-d,x-14-d,z-6-d);
}
if (t.itemInside != null) {
Image im2 = getItem(null, t.itemInside, g.region, scale);
G.drawImage(im2, x - im2.getWidth(null)/2 + (int)(7*scale), z - im2.getWidth(null)/2 + (int)(7*scale), null);
}
}
if (p.item != null) {
Image im = getItem(p.item, "", g.region,scale);
G.drawImage(im, x - im.getWidth(null)/2, z - im.getWidth(null)/2, null);
}
if (p.gate != null) {
Image im = getSpecial("gate", 0, scale * 0.4f);
G.drawImage(im, x - im.getWidth(null)/2, z - im.getWidth(null)/2, null);
}
G.setFont(new Font("Serif", Font.BOLD, 12));
drawTextOutline(G, ps, x-12, z + (int)(16*scale), new Color(254,187,196), new Color(0,0,0));
}
}
}
if (g.drawWayPoints || g.drawWayPointEdgeDists || g.drawWayPointVertDists || g.drawWPEdges || g.drawWPVertices) {
G.setFont(new Font("Serif", Font.BOLD, 12));
for (MapUnit m: g.placedMapUnits) {
for (WayPoint wp: m.wayPoints) {
int x = (int)(wp.posX/M*N);
int z = (int)(wp.posZ/M*N);
int rad = (int)(wp.radius/M*N)+1;
G.setColor(new Color(153,153,0,wp.idx<m.doors.size()?20:40));
if (wp.hasCarryableBehind && g.drawInTheWay) G.setColor(new Color(255,140,190,40));
if (g.drawWayPoints || g.drawWayPointVertDists || g.drawWPVertices)
G.fillOval(x-rad/2, z-rad/2, rad, rad);
if (g.drawWayPointEdgeDists || g.drawWPEdges) {
for (WayPoint owp: wp.adj) {
int ox = (int)(owp.posX/M*N);
int oz = (int)(owp.posZ/M*N);
float dist = g.wayPointDist(wp,owp);
String s = "" + (int)(dist/10);
if (dist<10) continue;
G.setColor(new Color(105,105,0,75));
if (drawAsReport)
G.setColor(new Color(80,80,0,150));
if (g.drawWPEdges)
G.setColor(new Color(80,80,0,150));
drawAngle(G,x,z,(float)Math.atan2(ox-x,oz-z),(dist/M*N-8)/25.0f,null);
if (g.drawWayPointEdgeDists)
drawTextOutline(G,s,(x+ox)/2-s.length()*5/2,(z+oz)/2+4,
new Color(160,160,0), bgt);
}
}
G.setColor(new Color(80,80,0,150));
if (wp.backWp != null && (g.drawWayPoints)) {
float dist = g.wayPointDist(wp,wp.backWp);
if (dist<10) continue;
int ox = (int)(wp.backWp.posX/M*N);
int oz = (int)(wp.backWp.posZ/M*N);
//G.drawLine(x,z,ox,oz);
drawAngle(G,x,z,(float)Math.atan2(ox-x,oz-z),(dist/M*N-8)/25.0f,null);
}
String s = "" + (int)(wp.distToStart/10);
if (g.drawWayPointVertDists && !drawAsReport)
drawTextOutline(G,s,x-s.length()*5/2,z+4,new Color(255,255,0),bgt);
}
}
}
if (g.drawDoorLinks || g.drawDoorIds) {
for (MapUnit m: g.placedMapUnits) {
int cx = m.offsetX * N + m.dX * N / 2;
int cz = m.offsetZ * N + m.dZ * N / 2;
for (int i = 0; i < m.doors.size(); i++) {
Door d = m.doors.get(i);
int dx = (int)(d.posX/M*N);
int dz = (int)(d.posZ/M*N);
if (d.dirSide == 0) dz += 10;
if (d.dirSide == 1) dx -= 10;
if (d.dirSide == 2) dz -= 10;
if (d.dirSide == 3) dx += 10;
G.setFont(new Font("Serif", Font.BOLD, 16));
if (g.drawDoorIds)
drawTextOutline(G, ""+i, dx-7, dz+7, new Color(155,100,255), bgt);
if (!drawAsReport && m.placedListIdx == 0) continue;
for (int j = 0; j < d.doorLinks.size(); j++) {
DoorLink l = d.doorLinks.get(j);
Door o = m.doors.get(l.otherIdx);
int ox = (int)(o.posX/M*N);
int oz = (int)(o.posZ/M*N);
if (o.dirSide == 0) oz += 10;
if (o.dirSide == 1) ox -= 10;
if (o.dirSide == 2) oz -= 10;
if (o.dirSide == 3) ox += 10;
G.setColor(new Color(255,0,255,40));
if (g.drawDoorLinks)
G.drawLine(dx,dz,ox,oz);
G.setFont(new Font("Serif", Font.BOLD, 12));
if (g.drawDoorLinks)
drawTextOutline(G, ((int)(l.dist/10)) + "",
(5*dx+ox)/6-5-(l.dist>=1000?4:0), (5*dz+oz)/6+5,
new Color(255,0,255), bgt);
}
}
}
}
if (CaveGen.drawPathDists) {
G.setFont(new Font("Serif", Font.BOLD, 16));
for (Teki t: g.placedTekis) {
if ((CaveGen.drawAllPaths && !noCarcassNames.contains(t.tekiName.toLowerCase()) && !plantNames.contains(t.tekiName.toLowerCase()) && !g.isPomGroup(t)) || t.itemInside != null) {
ArrayList<Vec3> path = g.drawPathToGoal(new Vec3(t.posX,t.posY,t.posZ), 1, 10001);
int l = path.size()/10 > 999 ? 999 : path.size()/10;
drawTextOutline(G, ""+l, (int)(t.posX/M*N+3), (int)(t.posZ/M*N-3), new Color(170,100,255), bgt);
}
}
for (Item t: g.placedItems) {
if (true) {
ArrayList<Vec3> path = g.drawPathToGoal(new Vec3(t.posX,t.posY,t.posZ), 1, 10001);
int l = path.size()/10 > 999 ? 999 : path.size()/10;
drawTextOutline(G, ""+l, (int)(t.posX/M*N+3), (int)(t.posZ/M*N-3), new Color(170,100,255), bgt);
}
}
}
if (g.drawEnemyScores) {
G.setColor(new Color(255,0,0));
G.setFont(new Font("Serif", Font.BOLD, 16));
for (Teki t: g.placedTekis) {
if (t.type == 0 && t.spawnPoint.mapUnit.type == 1)
drawTextOutline(G, "2", (int)(t.posX/M*N+3), (int)(t.posZ/M*N-3), new Color(255,0,0), bgt);
if (t.type == 1 && t.spawnPoint.mapUnit.type == 1)
drawTextOutline(G, "10", (int)(t.posX/M*N+3), (int)(t.posZ/M*N-3), new Color(255,0,0), bgt);
if (t.type == 5)
drawTextOutline(G, "5", (int)(t.posX/M*N+3), (int)(t.posZ/M*N-3), new Color(255,0,0), bgt);
}
}