//PImage map;
int maxFrameCount = 100;
float t;
int col;
int alpha1 = 0;
int alpha2 = 0;
int alpha3 = 0;
int alpha4 = 0;
int alpha5 = 0;
int xshift = 600; // change this number to shift all x, -1000 or 0
int yshift = 100; // change this number to shift all y, -400 or 0
int xzoom = 20; // change this number to zoom all x, 70 or 20
int yzoom = 20; // change this number to zoom all y, 70 or 20
Table stepstable;
FloatList stepxlist;
FloatList stepylist;
FloatList steplenlist;
float steplatitude;
float steplongitude;
float stepx;
float stepy;
float steplen;
Table wallstable;
FloatList wallxlist;
FloatList wallylist;
FloatList wallheilist;
float walllatitude;
float walllongitude;
float wallx;
float wally;
float wallhei;
Table bridgestable;
FloatList bridgexlist;
FloatList bridgeylist;
FloatList bridgeyrlist;
float bridgelatitude;
float bridgelongitude;
float bridgex;
float bridgey;
float bridgeyr;
Table fishtable;
FloatList fishxlist;
FloatList fishylist;
float fishlatitude;
float fishlongitude;
float fishx;
float fishy;
Table hillstable;
FloatList hillxlist;
FloatList hillylist;
FloatList hillgradelist;
float hilllatitude;
float hilllongitude;
float hillx;
float hilly;
float hillgrade;
//------COUNTING KEY PRESSED------
int countSteps = 0;
int countWalls = 0;
int countBridges = 0;
int countFish = 0;
int countHills = 0;
// -------------------------------
void setup() {
//map = loadImage("map.jpg");
size(1920, 1040);
frameRate(30);
colorMode(RGB);
ellipseMode(CENTER);
rectMode(CENTER);
stepstable = loadTable("Steps.csv", "header");
stepxlist = new FloatList();
stepylist = new FloatList();
for (TableRow row: stepstable.rows()) {
steplongitude = Float.parseFloat(row.getString("longitude"));
stepx = (steplongitude - (-80.082019))/(2.0*PI);
while (stepx < 0) {stepx++;}
while (stepx > 1) {stepx--;}
stepx = (stepx*1000)*xzoom + xshift;
stepxlist.append(stepx);
steplatitude = Float.parseFloat(row.getString("latitude"));
stepy = ((float)((5.0/4.0) * Math.log(Math.tan((QUARTER_PI + (2.0/5.0) * (double)steplatitude)))))/TWO_PI;
stepy = ((1 - (stepy+0.5))*1000-263)*yzoom + yshift;
stepylist.append(stepy);
}
steplenlist = new FloatList();
for (TableRow row: stepstable.rows()) {
steplen = (float)row.getInt("length");
steplen = steplen * 0.1;
steplenlist.append(steplen);
}
wallstable = loadTable("Walls.csv", "header");
wallxlist = new FloatList();
wallylist = new FloatList();
for (TableRow row: wallstable.rows()) {
walllongitude = Float.parseFloat(row.getString("longitude"));
wallx = (walllongitude - (-80.082019))/(2.0*PI);
while (wallx < 0) {wallx++;}
while (wallx > 1) {wallx--;}
wallx = (wallx*1000)*xzoom + xshift;
wallxlist.append(wallx);
walllatitude = Float.parseFloat(row.getString("latitude"));
wally = ((float)((5.0/4.0) * Math.log(Math.tan((QUARTER_PI + (2.0/5.0) * (double)walllatitude)))))/TWO_PI;
wally = ((1 - (wally+0.5))*1000-263)*yzoom + yshift;
wallylist.append(wally);
}
wallheilist = new FloatList();
for (TableRow row: wallstable.rows()) {
wallhei = (float)row.getInt("height");
wallheilist.append(wallhei);
}
bridgestable = loadTable("Bridges.csv", "header");
bridgexlist = new FloatList();
bridgeylist = new FloatList();
for (TableRow row: bridgestable.rows()) {
bridgelongitude = Float.parseFloat(row.getString("longitude"));
bridgex = (bridgelongitude - (-80.082019))/(2.0*PI);
while (bridgex < 0) {bridgex++;}
while (bridgex > 1) {bridgex--;}
bridgex = (bridgex*1000)*xzoom + xshift;
bridgexlist.append(bridgex);
bridgelatitude = Float.parseFloat(row.getString("latitude"));
bridgey = ((float)((5.0/4.0) * Math.log(Math.tan((QUARTER_PI + (2.0/5.0) * (double)bridgelatitude)))))/TWO_PI;
bridgey = ((1 - (bridgey+0.5))*1000-263)*yzoom + yshift;
bridgeylist.append(bridgey);
}
bridgeyrlist = new FloatList();
for (TableRow row: bridgestable.rows()) {
bridgeyr = (float)row.getInt("built");
bridgeyrlist.append(bridgeyr);
}
fishtable = loadTable("Fishfry.csv", "header");
fishxlist = new FloatList();
fishylist = new FloatList();
for (TableRow row: fishtable.rows()) {
fishlongitude = Float.parseFloat(row.getString("longitude"));
fishx = (fishlongitude - (-80.082019))/(2.0*PI);
while (fishx < 0) {fishx++;}
while (fishx > 1) {fishx--;}
fishx = (fishx*1000)*xzoom + xshift;
fishxlist.append(fishx);
fishlatitude = Float.parseFloat(row.getString("latitude"));
fishy = ((float)((5.0/4.0) * Math.log(Math.tan((QUARTER_PI + (2.0/5.0) * (double)fishlatitude)))))/TWO_PI;
fishy = ((1 - (fishy+0.5))*1000-263)*yzoom + yshift;
fishylist.append(fishy);
}
hillstable = loadTable("Hills.csv", "header");
hillxlist = new FloatList();
hillylist = new FloatList();
for (TableRow row: hillstable.rows()) {
hilllongitude = Float.parseFloat(row.getString("longitude"));
hillx = (hilllongitude - (-80.082019))/(2.0*PI);
while (hillx < 0) {hillx++;}
while (hillx > 1) {hillx--;}
hillx = (hillx*1000)*xzoom + xshift;
hillxlist.append(hillx);
hilllatitude = Float.parseFloat(row.getString("latitude"));
hilly = ((float)((5.0/4.0) * Math.log(Math.tan((QUARTER_PI + (2.0/5.0) * (double)hilllatitude)))))/TWO_PI;
hilly = ((1 - (hilly+0.5))*1000-263)*yzoom + yshift;
hillylist.append(hilly);
}
hillgradelist = new FloatList();
for (TableRow row: hillstable.rows()) {
hillgrade = row.getFloat("grade");
hillgradelist.append(hillgrade);
}
}
void draw() {
background(0);
t = (float)frameCount/maxFrameCount * TWO_PI;
Step steps = new Step();
steps.draw();
Wall walls = new Wall();
walls.draw();
Bridge bridges = new Bridge();
bridges.draw();
Fishfry fishfry = new Fishfry();
fishfry.draw();
Hill hills = new Hill();
hills.draw();
//image(map, 0, -40, width/1.15, height/1.15);
//filter(BLUR,2);
}
void keyPressed() {
if (key == CODED) {
if (keyCode == RIGHT) { // STEPS
countSteps++;
if (countSteps%2==0) { // EVEN ----- TURNS OFF
alpha1 = 0;
} else if (countSteps%2 != 0) { // ODD ----- TURNS ON
alpha1 = 50;
}
}
if (keyCode == UP) { // WALLS
countWalls++;
if (countWalls%2==0) { // EVEN ----- TURNS OFF
alpha2 = 0;
} else if (countWalls%2 != 0) { // ODD ----- TURNS ON
alpha2 = 100;
}
}
if (keyCode == LEFT) { // BRIDGES
countBridges++;
if (countBridges%2==0) { // EVEN ----- TURNS OFF
alpha3 = 0;
} else if (countBridges%2 != 0) { // ODD ----- TURNS ON
alpha3 = 200;
}
}
if (keyCode == DOWN) { // FISH FRY
countFish++;
if (countFish%2==0) { // EVEN ----- TURNS OFF
alpha4 = 0;
} else if (countFish%2 != 0) { // ODD ----- TURNS ON
alpha4 = 200;
}
}
}
if (key == ' ') { // HILLS
countHills++;
if (countHills%2==0) { // EVEN ----- TURNS OFF
alpha5 = 0;
} else if (countHills%2 != 0) { // ODD ----- TURNS ON
alpha5 = 100;
}
}
}
class Step{
void draw(){
for (int i = 0; i < stepxlist.size(); i=i+1){
noStroke();
fill(50,10,150,alpha1);
float size = map(sin(t),-1,1,steplenlist.get(i),steplenlist.get(i)+20);
ellipse(stepxlist.get(i),stepylist.get(i), size,size);
}
}
}
class Wall{
void draw(){
for (int i = 0; i < wallxlist.size(); i=i+1){
col = (int)(map(sin(t),-1,1,wallheilist.get(i),pow((wallheilist.get(i)),2.5)));
noStroke();
fill(25,col+50,150,alpha2);
ellipse(wallxlist.get(i),wallylist.get(i), 15,15);
}
}
}
class Bridge{
void draw(){
for (int i = 0; i < bridgexlist.size(); i=i+1){
float x1 = bridgexlist.get(i);
float y1 = bridgeylist.get(i);
float offset = map(bridgeyrlist.get(i),1886, 2017, 0,2*PI);
float w1 = map(cos(-t+offset),-1,1,1,30);
float h1 = 5;
fill(255,255,0,alpha3);
rect(x1,y1,w1,h1);
}
}
}
class Fishfry{
void draw(){
for (int i = 0; i < fishxlist.size(); i=i+1){
fill(148,0,211, alpha4);
rect(fishxlist.get(i),fishylist.get(i),10,10);
}
}
}
class Hill{
void draw(){
for (int i = 0; i < hillxlist.size(); i=i+1){
fill(214,160,234, alpha5);
float factor = map(hillgradelist.get(i), 9.52, 37.0, 0, 1);
float stop = map(sin(t),-1,1,0,factor*HALF_PI);
arc(hillxlist.get(i),hillylist.get(i),50,50,(-stop),0);
}
}
}
