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UI.pde
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int textsize = 16;
PFont ui_font;
class integer{
int n;
integer(){ }
integer(int x){ n = x; }
int p(){ return n; }
boolean changed() { return false; }
void set( int x ){
n = x;
}
void set(){}
void add( int x ) { n += x; }
int diff(){ return 0; }
}
class integer_p extends integer{
int p;
integer_p(){ }
integer_p(int x){
n = x;
p = n;
}
int p(){ return p; }
boolean changed() { return n != p; }
void set( int x ){
n = x;
p = n;
}
void set(){
p = n;
}
void add( int x ) {
n += x;
p = n;
}
int diff(){ return n-p; }
}
class floating_point{
float n;
floating_point(){ }
floating_point(float x){ n = x; }
float p(){ return n; }
boolean changed() { return false; }
void set( float x ){
n = x;
}
void set(){}
void add( float x ) { n += x; }
float diff(){ return 0; }
}
class floating_point_p extends floating_point{
float p;
floating_point_p(){ }
floating_point_p(float x){
n = x;
p = n;
}
float p(){ return p; }
boolean changed() { return n != p; }
void set( float x ){
n = x;
p = n;
}
void set(){
p = n;
}
void add( float x ) {
n += x;
p = n;
}
float diff(){ return n-p; }
}
class bool{
boolean b;
bool(){ }
bool(boolean x){ b = x; }
boolean changed() { return false; }
void set( boolean x ){
b = x;
}
void set(){}
}
class bool_p extends bool{
boolean p;
bool_p(){ }
bool_p(boolean x){
b = x;
p = b;
}
boolean changed() { return b != p; }
void set( boolean x ){
b = x;
p = b;
}
void set(){
p = b;
}
}
class letter{
char l;
letter(){ }
letter(char x){ l = x; }
boolean changed() { return false; }
void set( char x ){
l = x;
}
void set(){}
}
class letter_p extends letter{
char p;
letter_p(){ }
letter_p(char x){
l = x;
p = l;
}
boolean changed() { return l != p; }
void set( char x ){
l = x;
p = l;
}
void set(){
p = l;
}
}
class word {
String w;
word() {
w = "";
}
word(String w) {
this.w = w;
}
}
class pigment {
color p;
pigment() {
}
pigment(color p) {
this.p = p;
}
}
//()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H|
//)H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H(|
class ColorScheme {
public color dimmer, dim, bright, brighter;
ColorScheme() {
}
ColorScheme( color root, float contrast ) {
dimmer = color( red(root) - 1.5*contrast, green(root) - 1.5*contrast, blue(root) - 1.5*contrast );
dim = color( red(root) - 0.5*contrast, green(root) - 0.5*contrast, blue(root) - 0.5*contrast );
bright = color( red(root) + 0.5*contrast, green(root) + 0.5*contrast, blue(root) + 0.5*contrast );
brighter = color( red(root) + 1.5*contrast, green(root) + 1.5*contrast, blue(root) + 1.5*contrast );
}
}
//()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H|
//)H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H()H(|
class UISet {
ColorScheme CS;
float X, Y, W, H;
float margin, column_width, line_height, Hx, Vx;
UIElement[] set;
Label[] labels;
boolean columning, rowing;
int[][] indices;
int I, J, C; // counters for columning/lining
UISet( float m, float l, float c ) {
margin = m;
column_width = (width - 2 * margin)/l;
line_height = (height - 2 * margin)/c;
Hx = 1;
Vx = 1;
set = new UIElement[0];
labels = new Label[0];
X = 0;
Y = 0;
W = width;
H = height;
indices = new int[int(l)][int(c)];
for(int i = 0; i < int(l); i++) for(int j = 0; j < int(c); j++) indices[i][j] = -1;
}
UISet( float m, float l, float c, float hp, float vp ) {
margin = m;
column_width = (width - 2 * margin)/l;
line_height = (height - 2 * margin)/c;
Hx = hp;
Vx = vp;
set = new UIElement[0];
labels = new Label[0];
X = 0;
Y = 0;
W = width;
H = height;
indices = new int[int(l)][int(c)];
for(int i = 0; i < int(l); i++) for(int j = 0; j < int(c); j++) indices[i][j] = -1;
}
UISet( float x, float y, float w, float h, float m, float l, float c ) {
X = x;
Y = y;
W = w;
H = h;
margin = m;
column_width = (W - 2 * margin)/l;
line_height = (H - 2 * margin)/c;
Hx = 1;
Vx = 1;
set = new UIElement[0];
labels = new Label[0];
indices = new int[int(l)][int(c)];
for(int i = 0; i < int(l); i++) for(int j = 0; j < int(c); j++) indices[i][j] = -1;
}
UISet( float x, float y, float w, float h, float m, float l, float c, float hp, float vp ) {
X = x;
Y = y;
W = w;
H = h;
margin = m;
column_width = (W - 2 * margin)/l;
line_height = (H - 2 * margin)/c;
Hx = hp;
Vx = vp;
set = new UIElement[0];
labels = new Label[0];
indices = new int[int(l)][int(c)];
for(int i = 0; i < int(l); i++) for(int j = 0; j < int(c); j++) indices[i][j] = -1;
}
void setScheme(color root, int contrast ) {
CS = new ColorScheme(root, contrast);
}
void beginColumn(int l, int c) {
columning = true;
rowing = false;
I = l;
J = c;
C = 0;
}
void beginRow(int l, int c) {
rowing = true;
columning = false;
I = l;
J = c;
C = 0;
}
void endRow() {
rowing = false;
}
void endColumn() {
columning = false;
}
void display_background(){
rect(X+1, Y+1, W-2, H-2);
}
void display_indices(){
this.display_grid();
for(int n = 0; n < indices.length; ++n){
for(int m = 0; m < indices[0].length; ++m){
if( indices[n][m] >= 0 ) text( indices[n][m], margin + (n + 0.5) * column_width, margin + (m + 0.5) * line_height );
}
}
}
void display_grid() {
noFill();
rect( X + margin, Y + margin, W - 2*margin, H - 2 * margin );
for (float x = X + margin; x < X+W - 2*margin; x += column_width) {
line(x, Y+margin, x, Y+H - 2*margin);
}
for (float y = Y + margin; y < Y+H - 2*margin; y += line_height) {
line(X+margin, y, X+W - 2*margin, y);
}
}
//d[0], d[1], d[2], d[3]
float[] returnDimensions( int l, int c ){
float[] d = new float[4];
d[0] = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
d[1] = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
d[2] = column_width * Hx;
d[3] = line_height * Vx;
return d;
}
void mouseMoved(){
int i = floor((mouseX - X - margin)/column_width);
int j = floor((mouseY - Y - margin)/line_height);
if( i >= 0 && j >= 0 && i < indices.length && j < indices[0].length ){
if( indices[i][j] >= 0 ){
set[ indices[i][j] ].mouseMoved(true);
for (int k = 0; k < indices[i][j]; k++) set[k].mouseMoved(false);
for (int k = indices[i][j]+1; k < set.length; k++) set[k].mouseMoved(false);
}
else for (int k = 0; k < set.length; k++) set[k].mouseMoved(false);
}
else for (int k = 0; k < set.length; k++) set[k].mouseMoved(false);
}
void mousePressed(){
int i = floor((mouseX - X - margin)/column_width);
int j = floor((mouseY - Y - margin)/line_height);
if( i >= 0 && j >= 0 && i < indices.length && j < indices[0].length ){
if( indices[i][j] >= 0 ){
set[ indices[i][j] ].mousePressed(true);
for (int k = 0; k < indices[i][j]; k++) set[k].mousePressed(false);
for (int k = indices[i][j]+1; k < set.length; k++) set[k].mousePressed(false);
}
else for (int k = 0; k < set.length; k++) set[k].mousePressed(false);
}
else for (int k = 0; k < set.length; k++) set[k].mousePressed(false);
}
void mouseReleased(){
int i = floor((mouseX - X - margin)/column_width);
int j = floor((mouseY - Y - margin)/line_height);
if( i >= 0 && j >= 0 && i < indices.length && j < indices[0].length ){
if( indices[i][j] >= 0 ){
set[ indices[i][j] ].mouseReleased(true);
for (int k = 0; k < indices[i][j]; k++) set[k].mouseReleased(false);
for (int k = indices[i][j]+1; k < set.length; k++) set[k].mouseReleased(false);
}
else for (int k = 0; k < set.length; k++) set[k].mouseReleased(false);
}
else for (int k = 0; k < set.length; k++) set[k].mouseReleased(false);
}
void mouseDragged(){
int i = floor((mouseX - X - margin)/column_width);
int j = floor((mouseY - Y - margin)/line_height);
if( i >= 0 && j >= 0 && i < indices.length && j < indices[0].length ){
if( indices[i][j] >= 0 ){
set[ indices[i][j] ].mouseDragged(true);
for (int k = 0; k < indices[i][j]; k++) set[k].mouseDragged(false);
for (int k = indices[i][j]+1; k < set.length; k++) set[k].mouseDragged(false);
}
else for (int k = 0; k < set.length; k++) set[k].mouseDragged(false);
}
else for (int k = 0; k < set.length; k++) set[k].mouseDragged(false);
}
void mouseWheel( MouseEvent E ){
int i = floor((mouseX - X - margin)/column_width);
int j = floor((mouseY - Y - margin)/line_height);
if( i >= 0 && j >= 0 && i < indices.length && j < indices[0].length ){
if( indices[i][j] >= 0 ){
set[ indices[i][j] ].mouseWheel(true, E);
for (int k = 0; k < indices[i][j]; k++) set[k].mouseWheel(false, E);
for (int k = indices[i][j]+1; k < set.length; k++) set[k].mouseWheel(false, E);
}
else for (int k = 0; k < set.length; k++) set[k].mouseWheel(false, E);
}
else for (int k = 0; k < set.length; k++) set[k].mouseWheel(false, E);
}
void keyTyped(){
for (int i = 0; i < set.length; i++) {
set[i].keyTyped();
}
}
void keyReleased(){
for (int i = 0; i < set.length; i++) {
set[i].keyReleased();
}
}
void display(){
textFont(ui_font, textsize);
textAlign(LEFT, TOP);
stroke(0);
for (int i = 0; i < set.length; i++) {
set[i].display(CS);
}
for (int i = 0; i < labels.length; i++) {
labels[i].display();
}
}
void addToIndices( int l, int c ){
for(int n = l; n < l + ceil(Hx); ++n){
for(int m = c; m < c + ceil(Vx); ++m){
if( n >= 0 && n < indices.length && m >= 0 && m < indices[0].length ) indices[n][m] = set.length;
else println( "Tried to add to the indices at position " + n + ", " + m + "( size is " + indices.length + " x " + indices[0].length + " )" );
}
}
}
void addLabel(Label l) {
labels = (Label[]) append( labels, l );//labels.add( l );
}
//void addLabel(float x, float y, String s){
// labels.add( new Label( s, '0', x, y, 0, 0) );
//}
void addLabel(int l, int c, String s, String pos) {
float x = X + margin + (l * column_width);
float y = Y + margin + (c * line_height);
labels = (Label[]) append( labels, new Static_String_Label( s, pos, x, y, column_width * Hx, line_height * Vx) );
}
void addLabel(String s, String pos) {
if ( columning ) {
this.addLabel( I, J + C, s, pos );
C += ceil( Vx );
} else if ( rowing ) {
this.addLabel( I + C, J, s, pos );
C += ceil( Hx );
} else println( "addLabel", s, "failed: not columning nor rowing." );
}
void setLabel(int index, int l, int c, String s, String pos) {
float x = X + margin + (l * column_width);
float y = Y + margin + (c * line_height);
if( index < labels.length ) labels[index] = new Static_String_Label( s, pos, x, y, column_width * Hx, line_height * Vx);
else println( "ERROR: setLabel(", index, l, c, s, pos, ")" );
}
void addLabel(int l, int c, letter inc) {
float x = X + margin + (l * column_width);
float y = Y + margin + (c * line_height);
labels = (Label[]) append( labels, new Dynamic_Letter_Label( inc, "C", x, y, column_width * Hx, line_height * Vx) );
}
void addLabel(int l, int c, integer inc) {
float x = X + margin + (l * column_width);
float y = Y + margin + (c * line_height);
labels = (Label[]) append( labels, new Dynamic_Integer_Label( inc, x, y, column_width * Hx, line_height * Vx) );
}
void addLabel(int l, int c, String logue, integer inc, String pos ) {
float x = X + margin + (l * column_width);
float y = Y + margin + (c * line_height);
labels = (Label[]) append( labels, new Dynamic_Integer_Label_with_prologue( logue, inc, pos, x, y, column_width * Hx, line_height * Vx) );
}
void addLabel(String logue, integer inc, String pos) {
if ( columning ) {
this.addLabel( I, J + C, logue, inc, pos );
C += ceil( Vx );
} else if ( rowing ) {
this.addLabel( I + C, J, logue, inc, pos );
C += ceil( Hx );
} else println( "addLabel", logue, "failed: not columning nor rowing." );
}
void addLabel(int l, int c, integer inc, String logue, String pos ) {
float x = X + margin + (l * column_width);
float y = Y + margin + (c * line_height);
labels = (Label[]) append( labels, new Dynamic_Integer_Label_with_epilogue( inc, logue, pos, x, y, column_width * Hx, line_height * Vx) );
}
void addLabel( integer inc, String logue, String pos) {
if ( columning ) {
this.addLabel( I, J + C, inc, logue, pos );
C += ceil( Vx );
} else if ( rowing ) {
this.addLabel( I + C, J, inc, logue, pos );
C += ceil( Hx );
} else println( "addLabel", logue, "failed: not columning nor rowing." );
}
void addLabel(int l, int c, floating_point inc) {
float x = X + margin + (l * column_width);
float y = Y + margin + (c * line_height);
labels = (Label[]) append( labels, new Dynamic_Float_Label( inc, x, y, column_width * Hx, line_height * Vx) );
}
void addLabel(int l, int c, String logue, floating_point inc, String pos ) {
float x = X + margin + (l * column_width);
float y = Y + margin + (c * line_height);
labels = (Label[]) append( labels, new Dynamic_Float_Label_with_prologue( logue, inc, pos, x, y, column_width * Hx, line_height * Vx) );
}
void addLabel( String logue, floating_point inc, String pos ) {
if ( columning ) {
this.addLabel( I, J + C, logue, inc, pos );
C += ceil( Vx );
} else if ( rowing ) {
this.addLabel( I + C, J, logue, inc, pos );
C += ceil( Hx );
} else println( "addLabel", logue, "failed: not columning nor rowing." );
}
void addLabel(int l, int c, floating_point inc, String logue, String pos ) {
float x = X + margin + (l * column_width);
float y = Y + margin + (c * line_height);
labels = (Label[]) append( labels, new Dynamic_Float_Label_with_epilogue( inc, logue, pos, x, y, column_width * Hx, line_height * Vx) );
}
void addLabel( floating_point inc, String logue, String pos ) {
if ( columning ) {
this.addLabel( I, J + C, inc, logue, pos );
C += ceil( Vx );
} else if ( rowing ) {
this.addLabel( I + C, J, inc, logue, pos );
C += ceil( Hx );
} else println( "addLabel", logue, "failed: not columning nor rowing." );
}
void addCoeffLabel(int l, int c, floating_point inc) {
float x = X + margin + (l * column_width);
float y = Y + margin + (c * line_height);
labels = (Label[]) append( labels, new Dynamic_Coeff_Label( inc, x, y, column_width * Hx, line_height * Vx) );
}
void addLabel(int l, int c, word inc, String sample, String pos) {
float x = X + margin + (l * column_width);
float y = Y + margin + (c * line_height);
labels = (Label[]) append( labels, new Dynamic_Word_Label( inc, sample, pos, x, y, column_width * Hx, line_height * Vx) );
}
void addElement( UIElement E ) {
set = (UIElement[]) append( set, E ); //set = (UIElement[]) append( set, E );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addToggle(int l, int c, String label, String pos, bool i) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new ToggleButton( x, y, Hx * column_width, Vx * line_height, label, pos, i) );
}
void addToggle(String label, String pos, bool inc) {
if ( columning ) {
this.addToggle( I, J + C, label, pos, inc );
C += ceil( Vx );
} else if ( rowing ) {
this.addToggle( I + C, J, label, pos, inc );
C += ceil( Hx );
} else println( "addToggle", label, "failed: not columning nor rowing." );
}
void addToggle(int l, int c, String label_1, String label_2, String pos, bool i) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new Two_Label_Toggle( x, y, Hx * column_width, Vx * line_height, label_1, label_2, pos, i) );
}
void addToggle(String label_1, String label_2, String pos, bool inc) {
if ( columning ) {
this.addToggle( I, J + C, label_1, label_2, pos, inc );
C += ceil( Vx );
} else if ( rowing ) {
this.addToggle( I + C, J, label_1, label_2, pos, inc );
C += ceil( Hx );
} else println( "addToggle", label_1, "failed: not columning nor rowing." );
}
//LockableToggleButton(float x, float y, float w, float h, String str, String pos, bool i, boolean c) {
void addToggle(int l, int c, String label, String pos, bool i, boolean condition) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new LockableToggleButton( x, y, Hx * column_width, Vx * line_height, label, pos, i, condition) );
}
void addToggle(String label, String pos, bool inc, boolean condition ) {
if ( columning ) {
this.addToggle( I, J + C, label, pos, inc, condition );
C += ceil( Vx );
} else if ( rowing ) {
this.addToggle( I + C, J, label, pos, inc, condition );
C += ceil( Hx );
} else println( "addToggle", label, "failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addNumSet(int l, int c, String label, String pos, integer i, int s) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new NumSetButton( x, y, Hx * column_width, Vx * line_height, label, pos, i, s) );
}
void addNumSet(String label, String pos, integer inc, int s) {
if ( columning ) {
this.addNumSet( I, J + C, label, pos, inc, s );
C += ceil( Vx );
} else if ( rowing ) {
this.addNumSet( I + C, J, label, pos, inc, s );
C += ceil( Hx );
} else println( "addNumSet failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addCharSet(int l, int c, String label, String pos, letter i, char s) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new CharSetButton( x, y, Hx * column_width, Vx * line_height, label, pos, i, s) );
}
void addCharSet(String label, String pos, letter inc, char s) {
if ( columning ) {
this.addCharSet( I, J + C, label, pos, inc, s );
C += ceil( Vx );
} else if ( rowing ) {
this.addCharSet( I + C, J, label, pos, inc, s );
C += ceil( Hx );
} else println( "addCharSet failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addNumAdd(int l, int c, floating_point i, float step ) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new NumAddButton_Flo( x, y, Hx * column_width, Vx * line_height, i, step ) );
}
void addNumAdd(floating_point inc, float step, float min, float max) {
if ( columning ) {
this.addNumAdd( I, J + C, inc, step);
C += ceil( Vx );
} else if ( rowing ) {
this.addNumAdd( I + C, J, inc, step);
C += ceil( Hx );
} else println( "addNumAdd failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addNumAdd(int l, int c, integer i, int step) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new NumAddButton_Int( x, y, Hx * column_width, Vx * line_height, i, step) );
}
void addNumAdd(integer inc, int step ) {
if ( columning ) {
this.addNumAdd( I, J + C, inc, step );
C += ceil( Vx );
} else if ( rowing ) {
this.addNumAdd( I + C, J, inc, step );
C += ceil( Hx );
} else println( "addNumAdd failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addPlusMinus(int l, int c, String label, String pos, floating_point i, float step) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new PlusMinus_Flo( x, y, Hx * column_width, Vx * line_height, label, pos, i, step ) );
}
void addPlusMinus( String label, String pos, floating_point inc, float step ) {
if ( columning ) {
this.addPlusMinus( I, J + C, label, pos, inc, step);
C += ceil( Vx );
} else if ( rowing ) {
this.addPlusMinus( I + C, J, label, pos, inc, step);
C += ceil( Hx );
} else println( "addPlusMinus failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addPlusMinus(int l, int c, String label, String pos, integer i, int step) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new PlusMinus_Int( x, y, Hx * column_width, Vx * line_height, label, pos, i, step ) );
}
void addPlusMinus( String label, String pos, integer inc, int step ) {
if ( columning ) {
this.addPlusMinus( I, J + C, label, pos, inc, step);
C += ceil( Vx );
} else if ( rowing ) {
this.addPlusMinus( I + C, J, label, pos, inc, step);
C += ceil( Hx );
} else println( "addPlusMinus failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addSlider(int l, int c, String label, String pos, floating_point i, float min, float max) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new Slider( x, y, Hx * column_width, Vx * line_height, label, pos, i, min, max) );
}
void addSlider( String label, String pos, floating_point inc, float min, float max) {
if ( columning ) {
this.addSlider( I, J + C, label, pos, inc, min, max);
C += ceil( Vx );
} else if ( rowing ) {
this.addSlider( I + C, J, label, pos, inc, min, max);
C += ceil( Hx );
} else println( "addSlider failed: not columning nor rowing." );
}
//cool_slider(float x, float y, float w, float h, String str, String pos, floating_point i, float min, float max, color cb, color cf)
void addSlider(int l, int c, String label, String pos, floating_point i, float min, float max, color cb, color cf) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new cool_Slider( x, y, Hx * column_width, Vx * line_height, label, pos, i, min, max, cb, cf, column_width) );
}
void addSlider( String label, String pos, floating_point inc, float min, float max, color cb, color cf) {
if ( columning ) {
this.addSlider( I, J + C, label, pos, inc, min, max, cb, cf);
C += ceil( Vx );
} else if ( rowing ) {
this.addSlider( I + C, J, label, pos, inc, min, max, cb, cf);
C += ceil( Hx );
} else println( "addSlider failed: not columning nor rowing." );
}
void addSlider(int l, int c, String label, String pos, integer i, int min, int max) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new integer_Slider( x, y, Hx * column_width, Vx * line_height, label, pos, i, min, max) );
}
void addSlider( String label, String pos, integer inc, int min, int max) {
if ( columning ) {
this.addSlider( I, J + C, label, pos, inc, min, max);
C += ceil( Vx );
} else if ( rowing ) {
this.addSlider( I + C, J, label, pos, inc, min, max);
C += ceil( Hx );
} else println( "addSlider failed: not columning nor rowing." );
}
void addSlider(int l, int c, String label, String pos, integer i, int min, int max, color cb, color cf) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new cool_integer_Slider( x, y, Hx * column_width, Vx * line_height, label, pos, i, min, max, cb, cf, column_width) );
}
void addSlider( String label, String pos, integer inc, int min, int max, color cb, color cf) {
if ( columning ) {
this.addSlider( I, J + C, label, pos, inc, min, max, cb, cf);
C += ceil( Vx );
} else if ( rowing ) {
this.addSlider( I + C, J, label, pos, inc, min, max, cb, cf);
C += ceil( Hx );
} else println( "addSlider failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addDropDown(int l, int c, String label, String pos, letter i) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new DropDown( x, y, Hx * column_width, Vx * line_height, label, pos, i ) );
}
void addDropDown( String label, String pos, letter inc) {
if ( columning ) {
this.addDropDown( I, J + C, label, pos, inc );
C += ceil( Vx );
} else if ( rowing ) {
this.addDropDown( I + C, J, label, pos, inc );
C += ceil( Hx );
} else println( "addDropDown", label, "failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addYanker(int l, int c, String label, String pos, floating_point i, float dom, float base, float coeff) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new Yanker( x, y, Hx * column_width, Vx * line_height, label, pos, i, dom, base, coeff) );
}
void addYanker( String label, String pos, floating_point inc, float dom, float base, float coeff, float min, float max) {
if ( columning ) {
this.addYanker( I, J + C, label, pos, inc, dom, base, coeff);
C += ceil( Vx );
} else if ( rowing ) {
this.addYanker( I + C, J, label, pos, inc, dom, base, coeff);
C += ceil( Hx );
} else println( "addYanker failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addColorSelector(int l, int c, pigment p) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new ColorSelector( x, y, Hx * column_width, Vx * line_height, p) );
}
void addColorSelector(pigment p) {
if ( columning ) {
this.addColorSelector( I, J + C, p);
C += ceil( Vx );
} else if ( rowing ) {
this.addColorSelector( I + C, J, p);
C += ceil( Hx );
} else println( "addColorSelector failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addTextDisplay_vertical(int l, int c, String label, String pos, word w) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new TextDisplay_vertical( x, y, Hx * column_width, Vx * line_height, label, pos, w, CS ) );
}
void addTextDisplay_vertical(String label, String pos, word w) {
if ( columning ) {
this.addTextDisplay_vertical( I, J + C, label, pos, w );
++C;
}
else if ( rowing ) {
this.addTextDisplay_vertical( I + C, J, label, pos, w );
++C;
}
else println( "addTextDisplay failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
//TextField(float x, float y, float w, float h, String label_, String pos, word i) {
void addTextField_vertical(int l, int c, String label, String pos, word w) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new TextField_vertical( x, y, Hx * column_width, Vx * line_height, label, pos, w, CS ) );
}
void addTextField_vertical(String label, String pos, word w) {
if ( columning ) {
this.addTextField_vertical( I, J + C, label, pos, w );
++C;
}
else if ( rowing ) {
this.addTextField_vertical( I + C, J, label, pos, w );
++C;
}
else println( "addTextField failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addTextDisplay_horizontal(int l, int c, String label, String pos, word w) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new TextDisplay_horizontal( x, y, Hx * column_width, Vx * line_height, label, pos, w, CS ) );
}
void addTextDisplay_horizontal(String label, String pos, word w) {
if ( columning ) {
this.addTextDisplay_horizontal( I, J + C, label, pos, w );
++C;
}
else if ( rowing ) {
this.addTextDisplay_horizontal( I + C, J, label, pos, w );
++C;
}
else println( "addTextField failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
//TextField(float x, float y, float w, float h, String label_, String pos, word i) {
void addTextField_horizontal(int l, int c, String label, String pos, word w) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new TextField_horizontal( x, y, Hx * column_width, Vx * line_height, label, pos, w, CS ) );
}
void addTextField_horizontal(String label, String pos, word w) {
if ( columning ) {
this.addTextField_horizontal( I, J + C, label, pos, w );
++C;
}
else if ( rowing ) {
this.addTextField_horizontal( I + C, J, label, pos, w );
++C;
}
else println( "addTextField failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
//ListSelect( float x, float y, float w, float h, String[] l, floating_point n ){
void addListSelect(int l, int c, String label, String pos, String[] li, integer nu) {
for(int n = l; n < l + ceil(Hx); ++n){
for(int m = c; m < c + ceil(Vx); ++m){
indices[n][m] = set.length;
}
}
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new ListSelect( x, y, Hx * column_width, Vx * line_height, label, pos, li, nu, CS ) );
}
void addListSelect(String label, String pos, String[] l, integer n) {
if ( columning ) {
this.addListSelect( I, J + C, label, pos, l, n );
C += ceil( Vx );
}
else if ( rowing ) {
this.addListSelect( I + C, J, label, pos, l, n );
C += ceil( Hx );
}
else println( "addListSelect failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
//FilterBar( float x, float y, float w, float h, String label_, String pos, String[] l, integer s, ColorScheme c )
void addFilterBar (int l, int c, String label, String pos, String[] li, integer s, bool e ) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new FilterBar( x, y, Hx * column_width, Vx * line_height, label, pos, li, s, e, CS ) );
}
void addFilterBar(String label, String pos, String[] l, integer n, bool e) {
if ( columning ) {
this.addFilterBar( I, J + C, label, pos, l, n, e );
C += ceil( Vx );
}
else if ( rowing ) {
this.addFilterBar( I + C, J, label, pos, l, n, e );
C += ceil( Hx );
}
else println( "addListSelect failed: not columning nor rowing." );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addNeighborhood_list (int l, int c, integer o_e, ArrayList<Neighborhood> nbhs ) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new Neighborhood_list( x, y, Hx * column_width, Vx * line_height, o_e, nbhs ) );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
//Color_Cycler (float x, float y, float w, float h, integer i, IntList l )
void addColor_Cycler (int l, int c, integer i, IntList S ) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new Color_Cycler( x, y, Hx * column_width, Vx * line_height, i, S ) );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addRule_list ( int l, int c, ArrayList<Rule> rls, ArrayList<Neighborhood> nbhs, IntList sts ){
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new Rule_list( x, y, Hx * column_width, Vx * line_height, rls, nbhs, sts ) );
}
//&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
void addState_bar ( int l, int c, IntList i, bool a, integer d ) {
addToIndices( l, c );
float x = X + margin + (l * column_width) + ( ( (ceil(Hx) - Hx) * column_width ) / 2f );
float y = Y + margin + (c * line_height) + ( ( (ceil(Vx) - Vx ) * line_height) / 2f );
set = (UIElement[]) append( set, new State_bar( x, y, Hx * column_width, Vx * line_height, i, a, d ) );
}
}
//8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8
// 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8
// 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8
class Label {
float x, y, w, ts;
color c;
Label() {
}
Label(float x_, float y_) {
x = x_;
y = y_;
c = color(0);
}
Label(String str, String pos, float x_, float y_, float w, float h ) {
int pad = 5;
this.w = w;
this.define_ts( str );
//println( str, x_, y_, w, h );
pushStyle();
textSize( ts );
float tw = textWidth(str);
float line_height = textAscent()+textDescent()*1.5;
popStyle();
int lines = split(str, '\n').length;
if( pos.length() == 4 ){
if (pos.charAt(1) == 'I') { // ~ ~ ~ ~ ~ ~ Inside
switch(pos.charAt(0)) {
case 'T': //Top
y = y_ + pad - floor(ts/4f);
break;
case 'C': //Center
y = y_ + ((h - (lines * line_height)) * 0.5 ) + 3;
break;
case 'B': //Bottom
y = y_ + (h - ts) - pad ;
break;
}
} else if (pos.charAt(1) == 'O') { // ~ ~ ~ ~ ~ ~ Outside
switch(pos.charAt(0)) {
case 'T': //Top
y = y_ - ts -pad;
break;
case 'C': //Center (this one should never be used)
y = y_ + ((h - (lines * line_height)) * 0.5 );
break;
case 'B': //Bottom
y = y_ + h + pad;
break;
}
}
if (pos.charAt(3) == 'I') {
switch(pos.charAt(2)) {
case 'L': //Left
x = x_ + pad;
break;
case 'C': //Center
x = x_ + (w/2f) - (tw/2f);
break;
case 'R': //Right
x = x_ + w - tw - pad;
break;
}
} else if (pos.charAt(3) == 'O') {
switch(pos.charAt(2)) {
case 'L': //Left
x = x_ - tw - pad;
break;
case 'C': //Center (nor this one)
x = x_ + (w/2f) - (tw/2f);
break;
case 'R': //Right
x = x_ + w + pad;
break;
}
}
}
else if( pos.equals("C") ){
x = x_ + (w/2f) - (tw/2f);