int start_dhcpd(std::vector<std::string> & parameters, std::string & response)
{
int error = 0;
ConfigSTR green("/var/smoothwall/dhcp/green");
ConfigSTR purple("/var/smoothwall/dhcp/purple");
std::vector<std::string> args;
args.push_back("/usr/sbin/dhcpd");
if (green.str() != "")
args.push_back(green.str());
if (purple.str() != "")
args.push_back(purple.str());
if (args.size() > 1)
{
error = simplesecuresystemvector(args);
if (error)
response = "DHCPD Start failed!";
else
response = "DHCPD Start Successful";
}
return error;
}
void RGBLed::next() {
mode++;
if (ANIMATE < mode) mode = OFF;
switch(mode) {
case RED:
red();
break;
case GREEN:
green();
break;
case BLUE:
blue();
break;
case YELLOW:
yellow();
break;
case PURPLE:
purple();
break;
case TURQUOISE:
turquoise();
break;
case OFF:
off();
break;
}
}
//-----------------------------------------------------------------------------
// Purpose: Draw the weapon's crosshair
//-----------------------------------------------------------------------------
void CWeaponIFMSteadyCam::DrawCrosshair( void )
{
BaseClass::DrawCrosshair();
int x, y, w, h;
GetOverlayBounds( x, y, w, h );
// Draw the targeting zone around the crosshair
int r, g, b, a;
gHUD.m_clrYellowish.GetColor( r, g, b, a );
Color gray( 255, 255, 255, 192 );
Color light( r, g, b, 255 );
Color dark( r, g, b, 128 );
Color red( 255, 0, 0, 128 );
DrawArmLength( x, y, w, h, light );
DrawFOV( x, y, w, h, light, dark );
int cx, cy;
cx = x + ( w / 2 );
cy = y + ( h / 2 );
// This is the crosshair
vgui::surface()->DrawSetColor( gray );
vgui::surface()->DrawFilledRect( cx-10, cy-1, cx-3, cy+1 );
vgui::surface()->DrawFilledRect( cx+3, cy-1, cx+10, cy+1 );
vgui::surface()->DrawFilledRect( cx-1, cy-10, cx+1, cy-3 );
vgui::surface()->DrawFilledRect( cx-1, cy+3, cx+1, cy+10 );
// This is the yellow aiming dot
if ( ( m_vecViewOffset.x != 0.0f ) || ( m_vecViewOffset.y != 0.0f ) )
{
int ax, ay;
ax = cx + m_vecViewOffset.x;
ay = cy + m_vecViewOffset.y;
vgui::surface()->DrawSetColor( light );
vgui::surface()->DrawFilledRect( ax-2, ay-2, ax+2, ay+2 );
}
// This is the red actual dot
if ( ( m_vecActualViewOffset.x != 0.0f ) || ( m_vecActualViewOffset.y != 0.0f ) )
{
int ax, ay;
ax = cx + m_vecActualViewOffset.x;
ay = cy + m_vecActualViewOffset.y;
vgui::surface()->DrawSetColor( red );
vgui::surface()->DrawFilledRect( ax-2, ay-2, ax+2, ay+2 );
}
// This is the purple fov dot
if ( m_flFOVOffsetY != 0.0f )
{
Color purple( 255, 0, 255, 255 );
int vy = cy + m_flFOVOffsetY;
vgui::surface()->DrawSetColor( purple );
vgui::surface()->DrawFilledRect( cx-2, vy-2, cx+2, vy+2 );
}
}
void paint(QPainter &painter){
painter.setRenderHint(QPainter::Antialiasing,true);
const T w=painter.device()->width();
const T h=painter.device()->height();
QPen base(QBrush(Qt::NoBrush),2);
QPen brown(base);
brown.setWidthF(0.01);
brown.setStyle(Qt::SolidLine);
brown.setColor(QColor("brown"));
QPen green(base);
green.setWidthF(0.04);
green.setColor(QColor("green"));
QPen purple(base);
purple.setWidthF(0.01);
purple.setColor(QColor("purple").darker());
painter.translate(w/2,h/2);
qreal s=qMin(w,h);
painter.scale(s,s);
T step=0.02;
T gx=cx/step;
gx-=floor(gx);
gx*=-step;
T gy=cy/step;
gy-=floor(gy);
gy*=-step;
painter.setPen(brown);
for(T y=gy-h;y<h;y+=step){
painter.drawLine(QPointF(0,y-1),QPointF(w,y+1));
}
for(T x=gx-w;x<w;x+=step){
painter.drawLine(QPointF(x-1,0),QPointF(x+1,h));
}
if(singleLimbMode){
limbs[0]->paint(painter);
}
else{
for(quint32 i=0;i<limbCount;++i){
limbs[i]->paint(painter);
}
const T r=0.01;
QPointF cob(cobx,coby);
painter.setPen(green);
painter.drawEllipse(cob,r,r);
QPointF cog(cogx,cogy);
painter.setPen(purple);
painter.drawEllipse(cog,r,r);
}
}
void paint(QPainter &painter){
// const T w=painter.device()->width();
// const T h=painter.device()->height();
// const T s=0.5;
//QPointF origo(w2,h2);
QPointF origin(bx,by);
QPointF neutral(nx,ny);
QPointF foot(cx-body.cx,cy-body.cy);
QPointF target(tx-body.cx,ty-body.cy);
QPointF old(sx-body.cx,sy-body.cy);
QPen base(QBrush(Qt::NoBrush),0.02);
QPen white(base);
white.setWidthF(0.04);
white.setColor(QColor(enabled?(lift?"white":"gray"):"darkred"));
QPen green(base);
green.setWidthF(0.04);
green.setColor(QColor("green"));
QPen purple(base);
purple.setWidthF(0.01);
purple.setColor(QColor("purple").darker());
QPen red(base);
red.setWidthF(0.02);
red.setColor(QColor(balance?"yellow":"red"));
QPen teal(base);
teal.setWidthF(0.01);
teal.setColor(QColor("teal"));
QPen blue(base);
blue.setWidthF(0.01);
blue.setColor(QColor("blue"));
const T r=0.02;
painter.setPen(teal);
painter.drawEllipse(old,r,r);
painter.setPen(blue);
painter.drawEllipse(target,r,r);
painter.setPen(purple);
painter.drawEllipse(neutral,r*0.3,r*0.3);
painter.setPen(red);
painter.drawEllipse(foot,r,r);
painter.setPen(white);
painter.drawLine(origin,foot);
painter.setPen(enabled?green:red);
painter.drawEllipse(origin,r,r);
}
// ************************************************
void getColourFromList(int idx,OpenMesh::Vec3uc& outColour)
{
OpenMesh::Vec3uc purple(92,75,81);
OpenMesh::Vec3uc lightBlue(140,190,178);
OpenMesh::Vec3uc lightYellow(242,235,191);
OpenMesh::Vec3uc lightOrange(243,181,98);
OpenMesh::Vec3uc lightPink(240,96,96);
OpenMesh::Vec3uc otherBlue(95,172,190);
outColour = otherBlue;
if (idx == 1 ) outColour = purple;
if (idx == 2 ) outColour = lightBlue;
if (idx == 3 ) outColour = lightYellow;
if (idx == 4 ) outColour = lightOrange;
if (idx == 5 ) outColour = lightPink;
if (idx == 6 ) outColour = otherBlue;
}
void Astar::paintImage() {
int width = 15;
int height = 19;
int s = 19;
int r = s / 2;
int o = r + 1;
cv::Scalar white(255, 255, 255);
cv::Scalar grey(200, 200, 200);
cv::Scalar blue(200, 0, 0);
cv::Scalar purple(200, 0, 200);
cv::Scalar green(0, 200, 0);
cv::Scalar red(0, 0, 200);
cv::Scalar yellow(0, 255, 255);
cv::Mat img(s*width, s*height, CV_8UC3, white);
std::vector<Node> allNodes;
for (std::set<Node>::iterator it = closedList.begin(); it != closedList.end(); it++) {
allNodes.push_back(*it);
}
for (std::set<Node>::iterator it = openList.begin(); it != openList.end(); it++) {
allNodes.push_back(*it);
}
for (std::set<Node>::iterator it = obstacles.begin(); it != obstacles.end(); it++) {
allNodes.push_back(*it);
}
allNodes.push_back(this->goalNode);
allNodes.push_back(this->startingNode);
Node par;
for (std::vector<Node>::iterator it = allNodes.begin(); it != allNodes.end(); it++) {
Node cur = *it;
int x = cur.getX();
int y = cur.getY();
switch(cur.getPaint()) {
case OPEN: cv::circle(img, cv::Point(s*x+o, s*y+o), r, grey, -1);
break;
case CLOSED: cv::circle(img, cv::Point(s*x+o, s*y+o), r, purple, -1);
break;
case START: cv::circle(img, cv::Point(s*x+o, s*y+o), r, red, -1);
break;
case PATH: par = cur.getParent();
cv::circle(img, cv::Point(s*x+o, s*y+o), r/2, yellow, -1);
break;
case GOAL: cv::circle(img, cv::Point(s*x+o, s*y+o), r, blue, -1);
break;
case OBSTACLE: cv::circle(img, cv::Point(s*x+o, s*y+o), r, green, -1);
break;
}
}
for (std::vector<Node>::iterator it = path.begin(); it != path.end(); it++) {
Node cur = *it;
int x = cur.getX();
int y = cur.getY();
cv::circle(img, cv::Point(s*x+o, s*y+o), r/2, yellow, -1);
}
std::set<Node>::iterator it = std::min_element(obstacles.begin(), obstacles.end(), Node::CompareNode());
Node currentNode = *it;
std::stringstream title, filepath;
title << "i=" << (currentNode.getX()-3);
cv::namedWindow(title.str());
cv::imshow(title.str(), img);
filepath << "./img/" << "ue8_t2-" << ((currentNode.getX()-3)+2) << ".png";
cv::imwrite(filepath.str(), img);
cv::waitKey(0);
}
//--------------------------------------------------------------
void ofApp::draw(){
if (isLeftMousePressed) {
// Code for the rotating triangle brush:
// ofVec2f mousePos(mouseX, mouseY);
//
// // Define a triangle at the origin (0,0) that points to the right
// ofVec2f p1(0, 25.0);
// ofVec2f p2(100, 0);
// ofVec2f p3(0, -25.0);
//
// // Rotate the triangle points around the origin
// float rotation = ofRandom(360); // Uses degrees!
// p1.rotate(rotation);
// p2.rotate(rotation);
// p3.rotate(rotation);
//
// // Shift the triangle to the mouse position
// p1 += mousePos;
// p2 += mousePos;
// p3 += mousePos;
//
// ofSetColor(255, 50);
// ofTriangle(p1, p2, p3);
// Code for the final version of the brush:
ofVec2f mousePos(mouseX, mouseY);
int numTriangles = 10;
int minOffset = 5;
int maxOffset = 70;
int alpha = 150;
for (int t=0; t<numTriangles; ++t) {
float offsetDistance = ofRandom(minOffset, maxOffset);
ofVec2f mousePos(mouseX, mouseY);
// Define a triangle at the origin (0,0) that points to the right
ofVec2f p1(0, 6.25);
ofVec2f p2(25, 0);
ofVec2f p3(0, -6.25);
float rotation = ofRandom(360); // Uses degrees!
p1.rotate(rotation);
p2.rotate(rotation);
p3.rotate(rotation);
ofVec2f triangleOffset(offsetDistance, 0.0);
triangleOffset.rotate(rotation);
p1 += mousePos + triangleOffset;
p2 += mousePos + triangleOffset;
p3 += mousePos + triangleOffset;
ofColor aqua(0, 252, 255, alpha);
ofColor purple(198, 0, 205, alpha);
ofColor inbetween = aqua.getLerped(purple, ofRandom(1.0));
ofSetColor(inbetween);
ofTriangle(p1, p2, p3);
}
}
}
/* Create a new backing pixmap of the appropriate size */
int PopulationDrawingArea::configure_event_impl (GdkEventConfigure * /* event */)
{
Gdk_Font font ( "-*-courier-bold-*-*-*-*-120-*-*-*-*-*-*");
list<Generation_viz*>::iterator curgen;
Generation_viz *lastgen=0;
list<Species_viz*>::iterator curspec;
list<Species_viz*>::iterator curspec2;
Species_viz *samespec=0;
Gdk_Color red("red");
Gdk_Color white("white");
Gdk_Color black("black");
Gdk_Color blue("blue");
Gdk_Color cyan("cyan");
Gdk_Color yellow("yellow");
Gdk_Color green("green");
Gdk_Color orange("orange");
Gdk_Color purple("purple");
GdkPoint points[4]; //The polygonal area to fill
get_colormap().alloc(black);
get_colormap().alloc(white);
get_colormap().alloc(red);
get_colormap().alloc(blue);
get_colormap().alloc(cyan);
get_colormap().alloc(yellow);
get_colormap().alloc(green);
get_colormap().alloc(orange);
get_colormap().alloc(purple);
int ypos=3;
int xpos=3;
double ypixels=height()-6;
double xpixels=width()-6;
int ystep;
int xstep;
int num_gens=stop_gen-start_gen+1; //Total number of generations
int gen_count;
int print_number_every=(int) num_gens/10;
bool y_for_gens; //Flag for deciding on which axis is which
//Markers for points where the color should change with fitness
//Mark 3 is the MEAN
//Mark 1 and 2 are 2 and 1 std. away respectively, going down
//Mark 4 and 5 are 1 and 2 std. away respectively, going up
double mark1,mark2,mark3,mark4,mark5;
if (num_gens<10) print_number_every=1;
if (width()>height())
y_for_gens=false;
else y_for_gens=true;
mark3=pop->mean_fitness;
mark2=mark3-(pop->standard_deviation);
mark1=mark2-(pop->standard_deviation);
mark4=mark3+(pop->standard_deviation);
mark5=mark4+(pop->standard_deviation);
//cout<<"blue "<<mark1<<" cyan "<<mark2<<" green "<<mark3<<" orange "<<mark4<<" purple "<<mark5<<" red"<<endl;
cout<<"blue "<<mark3<<" black "<<mark5<<" red"<<endl;
//Computer the step
if (y_for_gens)
ystep=(int) floor(ypixels/((double) num_gens));
else xstep=(int) floor(xpixels/((double) num_gens));
char text[20];
win = get_window();
visual = win.get_visual();
if (pixmap)
pixmap.release();
pixmap.create(get_window(), width(), height());
if (!gc)
{
gc = Gdk_GC(pixmap);
gc.set_foreground(white);
}
//gc = get_style()->get_white_gc();
gc.set_foreground(white);
pixmap.draw_rectangle (gc,
TRUE,
0, 0,
width(),
height());
//Set the current generation to the start gen
curgen=(pop->generation_snapshots).begin();
for(gen_count=1;gen_count<start_gen;gen_count++)
++curgen;
//DRAW THE POPULATION HERE
for(gen_count=start_gen;gen_count<=stop_gen;gen_count++) {
//Print the gen_num in the left or bottom column space every few gens
if ((gen_count%print_number_every)==0) {
gc.set_foreground(black);
itoa(gen_count,text);
if (y_for_gens)
pixmap.draw_text (font,
gc,
1,
ypos+5,
text,
strlen(text));
else pixmap.draw_text (font,
gc,
xpos-5,
height()-10,
text,
strlen(text));
}
//Draw each Species in the current generation
for(curspec=((*curgen)->species_list).begin();curspec!=((*curgen)->species_list).end();++curspec) {
//Determine the line color for this species
if (((*curspec)->max_fitness)<mark1) {
gc.set_foreground(blue);
//gc.set_line_width(1);
}
else if (((*curspec)->max_fitness)<mark2) {
gc.set_foreground(blue);
//gc.set_line_width(1);
}
else if (((*curspec)->max_fitness)<mark3) {
gc.set_foreground(blue);
//gc.set_line_width(2);
}
else if (((*curspec)->max_fitness)<mark4) {
gc.set_foreground(black);
//gc.set_line_width(2);
}
else if (((*curspec)->max_fitness)<mark5) {
gc.set_foreground(black);
//gc.set_line_width(3);
}
else {
gc.set_foreground(red);
//gc.set_line_width(3);
}
//If this is the first gen, then everything is a straight line
if (gen_count==start_gen) {
//gc.set_foreground(black);
//gc.set_line_width(floor(fabs(2*((*curlink)->weight))));
if (y_for_gens)
pixmap.draw_line(gc,
(*curspec)->startx,
ypos,
(*curspec)->endx,
ypos);
else pixmap.draw_line(gc,
xpos,
(*curspec)->starty,
xpos,
(*curspec)->endy);
}
else {
//Check the previous generation for this same Species
curspec2=(lastgen->species_list).begin();
while ((curspec2!=(lastgen->species_list).end())&&
(((*curspec2)->id)!=((*curspec)->id)))
++curspec2;
//If it is not found, just draw a horizontal line
if (curspec2==(lastgen->species_list).end()) {
if (y_for_gens)
pixmap.draw_line(gc,
(*curspec)->startx,
ypos,
(*curspec)->endx,
ypos);
else pixmap.draw_line(gc,
xpos,
(*curspec)->starty,
xpos,
(*curspec)->endy);
}
//Otherwise, if it existed before, connect the 2 endpoint pairs
else {
//Instead of just linking lines, draw a filled polygon
//contained by them
if (y_for_gens) {
points[0].x=(*curspec)->startx;
points[0].y=ypos;
points[1].x=(*curspec)->endx;
points[1].y=ypos;
points[2].x=(*curspec2)->endx;
points[2].y=ypos-ystep;
points[3].x=(*curspec2)->startx;
points[3].y=ypos-ystep;
}
else {
points[0].x=xpos;
points[0].y=(*curspec)->starty;
points[1].x=xpos;
points[1].y=(*curspec)->endy;;
points[2].x=xpos-xstep;
points[2].y=(*curspec2)->endy;
points[3].x=xpos-xstep;
points[3].y=(*curspec2)->starty;
}
pixmap.draw_polygon (gc,
TRUE,
points,
4);
//Make white borders
gc.set_foreground(white);
gc.set_line_width(1);
if (y_for_gens) {
pixmap.draw_line(gc,
(*curspec)->startx,
ypos,
(*curspec2)->startx,
ypos-ystep);
pixmap.draw_line(gc,
(*curspec)->endx,
ypos,
(*curspec2)->endx,
ypos-ystep);
}
else {
pixmap.draw_line(gc,
xpos,
(*curspec)->starty,
xpos-xstep,
(*curspec2)->starty);
pixmap.draw_line(gc,
xpos,
(*curspec)->endy,
xpos-xstep,
(*curspec2)->endy);
}
}
//Print the Species' id for high fitness
if ((*curspec)->max_fitness>mark5) {
gc.set_foreground(black);
itoa((*curspec)->id,text);
if (y_for_gens)
pixmap.draw_text (font,
gc,
(int) ((((*curspec)->endx)+((*curspec)->startx))/2.0),
ypos,
text,
strlen(text));
else pixmap.draw_text (font,
gc,
xpos-5,
(int) ((((*curspec)->endy)+((*curspec)->starty))/2.0)+5.0,
text,
strlen(text));
}
}
} //End for on curspec
//Increment pos
ypos+=ystep;
xpos+=xstep;
//Remember the last generation
lastgen=(*curgen);
++curgen;
} //End for on curgen
//Print labels in a separate loop so they don't get painted over
//Set the current generation to the start gen
curgen=(pop->generation_snapshots).begin();
for(gen_count=1;gen_count<start_gen;gen_count++)
++curgen;
ypos=3;
xpos=3;
for(gen_count=start_gen;gen_count<=stop_gen;gen_count++) {
//Draw each Species in the current generation
for(curspec=((*curgen)->species_list).begin();curspec!=((*curgen)->species_list).end();++curspec) {
if ((*curspec)->max_fitness>mark5) {
gc.set_foreground(black);
itoa((*curspec)->id,text);
if (y_for_gens)
pixmap.draw_text (font,
gc,
(int) ((((*curspec)->endx)+((*curspec)->startx))/2.0),
ypos,
text,
strlen(text));
else pixmap.draw_text (font,
gc,
xpos-7,
(int) ((((*curspec)->endy)+((*curspec)->starty))/2.0)+5.0,
text,
strlen(text));
}
}
//Increment pos
ypos+=ystep;
xpos+=xstep;
//Remember the last generation
lastgen=(*curgen);
++curgen;
}
return TRUE;
}
//--------------------------------------------------------------
void ofApp::setup(){
numSmallCircles = 41; //11 purple, 7 blue, 5 top right, 11 sleave, 7 but, 14 bottom
grabbed = false;
ofColor purple (161, 99, 128);
ofColor pink (214, 73, 89); // 1 pink
ofColor lightPink (147,131,17); //2 light pink
ofColor yellow (212,179,14); //3 yellow
ofColor black (44,53,71); //4 middle black
ofColor blue (47,96,137);//5 blue
ofColor green (28,124,92);//6 green
ofColor orange (228,95,79);//7 orange bottom circles
ofColor moreYellow (204, 155, 82);
ofColor orangeLighter (232,105,92);
ofColor darkBlue (38,81,126);
//purple circle positions 0-11
circlePositions.push_back(ofPoint(436, 342)); //0
circlePositions.push_back(ofPoint(446, 358)); //1
circlePositions.push_back(ofPoint(438, 385)); //2
circlePositions.push_back(ofPoint(414,352)); //3
circlePositions.push_back(ofPoint(429, 369)); //4
circlePositions.push_back(ofPoint(423, 385)); //5
circlePositions.push_back(ofPoint(425, 395)); //6
circlePositions.push_back(ofPoint(402,337)); //7
circlePositions.push_back(ofPoint(403, 376)); //8
circlePositions.push_back(ofPoint(389, 392)); //9
circlePositions.push_back(ofPoint(381, 348)); //10
circlePositions.push_back(ofPoint(382, 365)); //11
for(int i=0; i<11; i++){
CirclesWoman tempCircle;
smallCircles.push_back(tempCircle);
}
int width = ofRandom(20,30);
int height = ofRandom(10,20);
smallCircles[1].setup(width, height, pink, lightPink, black, circlePositions[1]);
smallCircles[2].setup(width, height, purple, yellow, black, circlePositions[2]);
smallCircles[3].setup(width, height, yellow, pink, black, circlePositions[3]);
smallCircles[4].setup(width, height, pink, lightPink, black, circlePositions[4]);
smallCircles[5].setup(width, height, purple, yellow, black, circlePositions[5]);
smallCircles[6].setup(width, height, yellow, lightPink, black, circlePositions[6]);
smallCircles[7].setup(width, height, pink, yellow, yellow, circlePositions[7]);
smallCircles[8].setup(width, height, pink, yellow, black, circlePositions[8]);
smallCircles[9].setup(width, height, blue, green, green, circlePositions[9]);
smallCircles[10].setup(width, height, pink, purple, black, circlePositions[10]);
smallCircles[11].setup(width, height, purple, yellow, black, circlePositions[11]);
//blue circles
for(int i=11; i<19; i++){
CirclesWoman tempBlueCircle;
tempBlueCircle.randomSetup("blue");
smallCircles.push_back(tempBlueCircle);
}
// setup(int _width, int _height, ofColor color1, ofColor color2, ofColor color3 , ofPoint _position)
for(int i=19; i<26; i++){
CirclesWoman tempButtCircle;
tempButtCircle.randomSetup("butt");
smallCircles.push_back(tempButtCircle);
}
for(int i=26; i<41; i++){
CirclesWoman tempBottomCircle;
smallCircles.push_back(tempBottomCircle);
}
smallCircles[26].setup(13.33, 9.33, orange, moreYellow, moreYellow, ofPoint(447,727));
smallCircles[27].setup(17.33, 18.833, orange, moreYellow, moreYellow, ofPoint(447,738.5));
smallCircles[28].setup(17.33, 15.75, orange, moreYellow, green, ofPoint(450,753));
smallCircles[29].setup(16, 11.875, orange, moreYellow, moreYellow, ofPoint(442,769));
smallCircles[30].setup(17.33, 14.542, orange, moreYellow, green, ofPoint(429,722));
smallCircles[31].setup(18.267, 14.751, orange, moreYellow, moreYellow, ofPoint(430,733));
smallCircles[32].setup(24.99, 18.17, orange, orangeLighter, black, ofPoint(430,748));
smallCircles[33].setup(19.313, 15.34, darkBlue, darkBlue, black, ofPoint(418,762.566));
smallCircles[34].setup(18.3, 13.602, orange, moreYellow, moreYellow, ofPoint(415.33,720));
smallCircles[35].setup(23.54, 16.605, orange, orangeLighter, black, ofPoint(408,736));
smallCircles[36].setup(22, 14, darkBlue, darkBlue, black, ofPoint(389,722));
smallCircles[37].setup(21, 14, orange, yellow, yellow, ofPoint(385,740));
smallCircles[38].setup(21, 14, orange, orangeLighter, black, ofPoint(395,750));
smallCircles[39].setup(21, 18, orange, moreYellow, moreYellow, ofPoint(382,763));
smallCircles[40].setup(21, 17, orange, moreYellow, moreYellow, ofPoint(404,765));
//<-------------- squiggly lines dress ---------------->
numLines = 30;
int startingX = 332;
int endingX = 500;
int interval = (endingX-startingX)/numLines;
for(int i=0; i<numLines; i++){
SquigglyLine tempSquiggle;
tempSquiggle.setup(startingX + interval*i);
lines.push_back(tempSquiggle);
}
//<-------------- images ---------------->
arm.loadImage("arm.png");
greenCircle.loadImage("green_circle.png");
orangeBackground.loadImage("orange_background.jpg");
heads.loadImage("heads.png");
spiralBackground.loadImage("under_spirals.png");
background.loadImage("background.jpg");
man.loadImage("man.png");
//<-------------- little squares dress ---------------->
numLittleSquares = 120;
for(int i=0; i<numLittleSquares; i++){
LittleSquares tempSquare;
tempSquare.setup();
dressSquares.push_back(tempSquare);
}
//<-------------- big circles dress ---------------->
numBigCirclesDress = 10;
// for(int i=0; i<numBigCirclesDress; i++){
// bigCirclesDress tempBigCircle;
// tempBigCircle.setup();
// bigCircles.push_back(tempBigCircle);
//
//
// }
//
for(int i=0; i<numBigCirclesDress; i++){
bigCirclesDress tempBigCircle;
bigCircles.push_back(tempBigCircle);
}
bigCircles[0].setupFixed(ofPoint(411,488),22,16);
bigCircles[1].setupFixed(ofPoint(412,637),20,16);
bigCircles[2].setupFixed(ofPoint(457,330),22,14);
bigCircles[3].setupFixed(ofPoint(417,543),21,15);
bigCircles[4].setupFixed(ofPoint(342,500),18,11);
bigCircles[5].setupFixed(ofPoint(377,519),18,13);
bigCircles[6].setupFixed(ofPoint(449,548),22,16);
bigCircles[7].setupFixed(ofPoint(388,590),21,15);
bigCircles[8].setupFixed(ofPoint(392,649),15,11);
bigCircles[9].setupFixed(ofPoint(465,726),19,15);
//<-------------- spirals ---------------->
numSpirals = 12;
for(int i=0; i<numSpirals; i++){
spiral tempSpiral;
spirals.push_back(tempSpiral);
//spirals[i].setupRandom();
}
spirals[0].setup(ofPoint(495,373), 35,35, 4);
spirals[1].setup(ofPoint(537,355), 52,52, 4);
spirals[2].setup(ofPoint(560, 506), 40, 38, 4);
spirals[3].setup(ofPoint(499, 473), 60, 55, 5);
spirals[4].setup(ofPoint(520, 438), 35, 32, 4);
spirals[5].setup(ofPoint(553, 414), 29, 29, 3);
spirals[6].setup(ofPoint(483, 598), 50, 45, 4);
spirals[7].setup(ofPoint(540, 619), 40, 35, 4);
spirals[8].setup(ofPoint(595, 554), 34, 32, 3);
spirals[9].setup(ofPoint(479, 414), 45, 40, 4);
spirals[10].setup(ofPoint(534, 537), 54, 44, 6);
spirals[11].setup(ofPoint(490, 530), 36, 31, 4);
// int posX = 495;
// float radius = 35;
// for(var i=0; i<numSpirals; i++){
// if(posX < 650){
// posX += numSpirals[i-1].radius/2
// }
// spirals[i].setup(ofPoint());
// }
}
