Difference between revisions of "E-book comb.as"

From Organic Design wiki
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// Code for [[]] is licensed under [[[[1] (http://www.gnu.org/copyleft/lesser.html|LGPL)]]]  
+
// Code for [[[[SWF e-book]]]] is licensed under [[[[http://www.gnu.org/copyleft/lesser.html|LGPL]]]]
 
margin = 50;
 
margin = 50;
  
−
// This initialises the book page lines  
+
// This initialises the book page lines
−
 
 
 
createEmptyMovieClip("book",1);
 
createEmptyMovieClip("book",1);
  
 
createEmptyMovieClip("right_next",2);
 
createEmptyMovieClip("right_next",2);
  
−
right_next.createTextField('content',0,0,0,50,50);  
+
right_next.createTextField('content',0,0,0,50,50);
−
with (right_next.content) { autosize = 'left';  
+
with (right_next.content) {
−
selectable = false; _
+
autosize = 'left';
−
quality = 'BEST'; border = false;  
+
selectable = false;
−
multiline = true; wordWrap = false;  
+
_quality = 'BEST';
−
html = true;  
+
border = false;
−
embedFonts = true;  
+
multiline = true;
−
htmlText = 'Hello right world!'; }
+
wordWrap = false;
 +
html = true;
 +
embedFonts = true;
 +
htmlText = '<font color="#ff0000">Hello right world!</font>';
 +
}
  
 
createEmptyMovieClip("left_next",3);
 
createEmptyMovieClip("left_next",3);
  
−
left_next.createTextField('content',0,0,0,50,50);  
+
left_next.createTextField('content',0,0,0,50,50);
−
with (left_next.content) {  
+
with (left_next.content) {
−
autosize = 'left';  
+
autosize = 'left';
−
selectable = false;  
+
selectable = false;
−
_quality = 'BEST';  
+
_quality = 'BEST';
−
border = false;  
+
border = false;
−
multiline = true;  
+
multiline = true;
−
wordWrap = false;  
+
wordWrap = false;
−
html = true;  
+
html = true;
−
embedFonts = true;  
+
embedFonts = true;
−
htmlText = 'Hello left world!'; }
+
htmlText = '<font color="#ff0000">Hello left world!</font>';
 +
}
  
 
// Draws page lines and fold line based on mouse position
 
// Draws page lines and fold line based on mouse position
  
−
function movepage() {
+
function pageMove() {
  
−
    w = (width-margin*2)/2;
+
w = (width-margin*2)/2;
−
    h = height-margin*2;
+
h = height-margin*2;
−
    ox = margin+w;
+
ox = margin+w;
−
    oy = margin;
+
oy = margin;
−
 
 
−
    // Set mouse co-ords at top right edge
 
−
   
 
−
    if (_xmouse <= 200) x = ox-_xmouse;
 
−
    else if (_xmouse >= 400) x = _xmouse-ox;
 
−
    else x = _mouse;
 
  
−
    if (_ymouse <= 100) y = _ymouse-oy;
+
        // Set mouse co-ords
−
    else if (_ymouse >= 300) y = oy-_ymouse;
 
−
    else y = height/2;
 
 
      
 
      
 +
        if (_xmouse <= 200) x = ox-_xmouse;
 +
        else if (_xmouse >= 400) x = _xmouse-ox;
 +
        else x = _mouse;
  
−
    // One iteration per pixel width
+
        if (_ymouse <= 100) y = _ymouse-oy;
−
    for (i=0; i<600; i++) {
+
        else if (_ymouse >= 300) y = oy-_ymouse;
−
 
+
        else y = height/2;
−
    // constrain mouse to radius W
 
−
    a = Math.atan2(y,x);
 
−
    r = Math.sqrt(x*x+y*y);
 
−
    if (r>w) r=w;
 
−
    x = Math.cos(a)*r;
 
−
    y = Math.sin(a)*r;
 
  
 +
// constrain mouse to radius W
 +
a = Math.atan2(y,x);
 +
r = Math.sqrt(x*x+y*y);
 +
if (r>w) r=w;
 +
x = Math.cos(a)*r;
 +
y = Math.sin(a)*r;
  
−
    // Calculate point Z and dy,dx of line C
+
// Calculate point Z and dy,dx of line C
−
    dx = w-x;
+
dx = w-x;
−
    dy = y;
+
dy = y;
−
    Zx = x+dx/2;
+
Zx = x+dx/2;
−
    Zy = y-dy/2;
+
Zy = y-dy/2;
  
−
    // Calculate line D
+
// Calculate line D
−
    Px = Zx-Zy*dy/dx;
+
Px = Zx-Zy*dy/dx;
−
    Py = 0;
+
Py = 0;
−
    Qx = w;
+
Qx = w;
  
−
    if (dy*dy<1) { a = 0; Qx = x; Qy = Ry = h; Rx = (x+w)/2; }
+
if (dy*dy<1) { a = 0; Qx = x; Qy = Ry = h; Rx = (x+w)/2; }
−
    else {
+
else {
−
        Qy = Zy+(w-Zx)*dx/dy;
+
Qy = Zy+(w-Zx)*dx/dy;
−
        if (Qy>h || Qy<0) {
+
if (Qy>h || Qy<0) {
−
            a = Math.atan2(Qy-y,Qx-x);
+
a = Math.atan2(Qy-y,Qx-x);
−
            if (Qy<0) a += Math.PI;
+
if (Qy<0) a += Math.PI;
−
            Qx = x+Math.cos(a)*h;
+
Qx = x+Math.cos(a)*h;
−
            Qy = y+Math.sin(a)*h;
+
Qy = y+Math.sin(a)*h;
−
            Rx = Qx+(Qy-h)/(y-Py)*(Px-x);
+
Rx = Qx+(Qy-h)/(y-Py)*(Px-x);
−
            Ry = h;
+
Ry = h;
−
            }
+
}
−
        else { Rx = Qx; Ry = Qy; }
+
else { Rx = Qx; Ry = Qy; }
−
        if (Qy==0) Rx = w-Qx;
+
if (Qy==0) Rx = w-Qx;
−
        if (Rx<0) return;
+
if (Rx<0) return;
−
        }
+
}
  
−
    // Draw page
+
// Draw page
−
    clear();
 
−
    lineStyle(3,0);
 
−
    moveTo(ox,oy);
 
−
    lineTo(ox,oy+h);
 
−
    moveTo(ox-w,oy);
 
−
    lineTo(ox+Px,oy+Py);
 
−
    lineTo(ox+Rx,oy+Ry);
 
−
    lineTo(ox+Rx,oy+h);
 
−
    lineTo(ox-w,oy+h);
 
−
    lineTo(ox-w,oy);
 
  
−
    // Draw fold
+
        if (_xmouse <= 200 && _ymouse <= 100) {
−
    beginFill(0xdddddd,100);
 
−
    moveTo(ox+x,oy+y);
 
−
    lineTo(ox+Px,oy+Py);
 
−
    lineTo(ox+Rx,oy+Ry);
 
−
    lineTo(ox+Qx,oy+Qy);
 
−
    lineTo(ox+x,oy+y);
 
−
    endFill();
 
−
}
 
−
// orient right_next page _root.right_next._x = ox+x; _root.right_next._y = oy+y; _root.right_next._rotation = a*57.29578;
 
  
−
}
+
clear();
 +
lineStyle(3,0);
 +
moveTo(ox,oy);
 +
lineTo(ox,oy+h);
 +
moveTo(ox+w,oy);
 +
lineTo(ox-Px,oy+Py);
 +
lineTo(ox-Rx,oy+Ry);
 +
lineTo(ox-Rx,oy+h);
 +
lineTo(ox+w,oy+h);
 +
lineTo(ox+w,oy);
  
−
function bottomRight() {
+
// Draw fold
 +
beginFill(0xdddddd,100);
 +
moveTo(ox-x,oy+y);
 +
lineTo(ox-Px,oy+Py);
 +
lineTo(ox-Rx,oy+Ry);
 +
lineTo(ox-Qx,oy+Qy);
 +
lineTo(ox-x,oy+y);
 +
endFill();
  
−
w = (width-margin*2)/2; h = height-margin*2; ox = margin+w; oy = margin+h; //reverses y
+
// orient right_next page
 +
_root.left_next._x = ox-x;
 +
_root.left_next._y = oy+y;
 +
_root.left_next._rotation = -a*57.29578;
 +
}
  
−
// Get mouse coords relative to book middle, reverses y co-ords x = _xmouse-ox; y = oy-_ymouse;
+
        else if (_xmouse <= 200 && _ymouse >= 300) {
  
−
// constrain mouse to radius W a = Math.atan2(y,x); r = Math.sqrt(x*x+y*y); if (r>w) r=w; x = Math.cos(a)*r; y = Math.sin(a)*r;
+
clear();
 +
lineStyle(3,0);
 +
moveTo(ox,oy);
 +
lineTo(ox,oy-h);
 +
moveTo(ox+w,oy);
 +
lineTo(ox-Px,oy-Py);
 +
lineTo(ox-Rx,oy-Ry);
 +
lineTo(ox-Rx,oy-h);
 +
lineTo(ox+w,oy-h);
 +
lineTo(ox+w,oy);
  
−
// Calculate point Z and dy,dx of line C dx = w-x; dy = y; Zx = x+dx/2; Zy = y-dy/2;
+
// Draw fold
 +
beginFill(0xdddddd,100);
 +
moveTo(ox-x,oy-y);
 +
lineTo(ox-Px,oy-Py);
 +
lineTo(ox-Rx,oy-Ry);
 +
lineTo(ox-Qx,oy-Qy);
 +
lineTo(ox-x,oy-y);
 +
endFill();
  
−
// Calculate line D Px = Zx-Zy*dy/dx; Py = 0; Qx = w;
+
// orient left_next page
 +
_root.left_next._x = ox-x;
 +
_root.left_next._y = oy-y;
 +
_root.left_next._rotation = -a*57.29578;
  
−
if (dy*dy<1) { a = 0; Qx = x; Qy = Ry = h; Rx = (x+w)/2; } else { Qy = Zy+(w-Zx)*dx/dy; if (Qy>h || Qy<0) { a = Math.atan2(Qy-y,Qx-x); if (Qy<0) a += Math.PI; Qx = x+Math.cos(a)*h; Qy = y+Math.sin(a)*h; Rx = Qx+(Qy-h)/(y-Py)*(Px-x); Ry = h; } else { Rx = Qx; Ry = Qy; } if (Qy==0) Rx = w-Qx; if (Rx<0) return; }
+
}
  
−
// Draw page, reverses draw clear(); lineStyle(3,0); moveTo(ox,oy); lineTo(ox,oy-h); moveTo(ox-w,oy); lineTo(ox+Px,oy-Py); lineTo(ox+Rx,oy-Ry); lineTo(ox+Rx,oy-h); lineTo(ox-w,oy-h); lineTo(ox-w,oy);
+
        else if (_xmouse >= 400 && _ymouse <= 100) {
  
−
// Draw fold beginFill(0xdddddd,100); moveTo(ox+x,oy-y); lineTo(ox+Px,oy-Py); lineTo(ox+Rx,oy-Ry); lineTo(ox+Qx,oy-Qy); lineTo(ox+x,oy-y); endFill();
+
clear();
 +
lineStyle(3,0);
 +
moveTo(ox,oy);
 +
lineTo(ox,oy+h);
 +
moveTo(ox-w,oy);
 +
lineTo(ox+Px,oy+Py);
 +
lineTo(ox+Rx,oy+Ry);
 +
lineTo(ox+Rx,oy+h);
 +
lineTo(ox-w,oy+h);
 +
lineTo(ox-w,oy);
  
−
// orient right_next page _root.right_next._x = ox+x; _root.right_next._y = oy-y; _root.right_next._rotation = a*57.29578;
+
// Draw fold
 +
beginFill(0xdddddd,100);
 +
moveTo(ox+x,oy+y);
 +
lineTo(ox+Px,oy+Py);
 +
lineTo(ox+Rx,oy+Ry);
 +
lineTo(ox+Qx,oy+Qy);
 +
lineTo(ox+x,oy+y);
 +
endFill();
  
−
}
+
// orient right_next page
 +
_root.right_next._x = ox+x;
 +
_root.right_next._y = oy+y;
 +
_root.right_next._rotation = a*57.29578;
  
−
function topLeft() {
+
}
  
−
w = (width-margin*2)/2; h = height-margin*2; ox = margin+w; oy = margin;
+
        else if (_xmouse >= 400 && _ymouse >= 300) {
  
−
// Get mouse coords relative to book middle, reverse ox x = ox-_xmouse; y = _ymouse-oy;
+
clear();
 +
lineStyle(3,0);
 +
moveTo(ox,oy);
 +
lineTo(ox,oy-h);
 +
moveTo(ox-w,oy);
 +
lineTo(ox+Px,oy-Py);
 +
lineTo(ox+Rx,oy-Ry);
 +
lineTo(ox+Rx,oy-h);
 +
lineTo(ox-w,oy-h);
 +
lineTo(ox-w,oy);
  
−
// constrain mouse to radius W a = Math.atan2(y,x); r = Math.sqrt(x*x+y*y); if (r>w) r=w; x = Math.cos(a)*r; y = Math.sin(a)*r;
+
// Draw fold
 +
beginFill(0xdddddd,100);
 +
moveTo(ox+x,oy-y);
 +
lineTo(ox+Px,oy-Py);
 +
lineTo(ox+Rx,oy-Ry);
 +
lineTo(ox+Qx,oy-Qy);
 +
lineTo(ox+x,oy-y);
 +
endFill();
  
−
// Calculate point Z and dy,dx of line C dx = w-x; dy = y; Zx = x+dx/2; Zy = y-dy/2;
+
// orient right_next page
 +
_root.right_next._x = ox+x;
 +
_root.right_next._y = oy-y;
 +
_root.right_next._rotation = a*57.29578;
  
−
// Calculate line D Px = Zx-Zy*dy/dx; Py = 0; Qx = w;
+
}
−
 
+
     
−
if (dy*dy<1) { a = 0; Qx = x; Qy = Ry = h; Rx = (x+w)/2; } else { Qy = Zy+(w-Zx)*dx/dy; if (Qy>h || Qy<0) { a = Math.atan2(Qy-y,Qx-x); if (Qy<0) a += Math.PI; Qx = x+Math.cos(a)*h; Qy = y+Math.sin(a)*h; Rx = Qx+(Qy-h)/(y-Py)*(Px-x); Ry = h; } else { Rx = Qx; Ry = Qy; } if (Qy==0) Rx = w-Qx; if (Rx<0) return; }
 
−
 
 
−
// Draw page clear(); lineStyle(3,0); moveTo(ox,oy); lineTo(ox,oy+h); moveTo(ox+w,oy); lineTo(ox-Px,oy+Py); lineTo(ox-Rx,oy+Ry); lineTo(ox-Rx,oy+h); lineTo(ox+w,oy+h); lineTo(ox+w,oy);
 
−
 
 
−
// Draw fold beginFill(0xdddddd,100); moveTo(ox-x,oy+y); lineTo(ox-Px,oy+Py); lineTo(ox-Rx,oy+Ry); lineTo(ox-Qx,oy+Qy); lineTo(ox-x,oy+y); endFill();
 
−
 
 
−
// orient right_next page _root.left_next._x = ox-x; _root.left_next._y = oy+y; _root.left_next._rotation = -a*57.29578;
 
−
 
 
−
}
 
−
 
 
−
function bottomLeft() {
 
−
 
 
−
w = (width-margin*2)/2; h = height-margin*2; ox = margin+w; oy = margin+h; //reverses y
 
−
 
 
−
// Get mouse coords relative to book middle, reverses y co-ords x = ox-_xmouse; y = oy-_ymouse;
 
−
 
 
−
// constrain mouse to radius W a = Math.atan2(y,x); r = Math.sqrt(x*x+y*y); if (r>w) r=w; x = Math.cos(a)*r; y = Math.sin(a)*r;
 
−
 
 
−
// Calculate point Z and dy,dx of line C dx = w-x; dy = y; Zx = x+dx/2; Zy = y-dy/2;
 
−
 
 
−
// Calculate line D Px = Zx-Zy*dy/dx; Py = 0; Qx = w;
 
−
 
 
−
if (dy*dy<1) { a = 0; Qx = x; Qy = Ry = h; Rx = (x+w)/2; } else { Qy = Zy+(w-Zx)*dx/dy; if (Qy>h || Qy<0) { a = Math.atan2(Qy-y,Qx-x); if (Qy<0) a += Math.PI; Qx = x+Math.cos(a)*h; Qy = y+Math.sin(a)*h; Rx = Qx+(Qy-h)/(y-Py)*(Px-x); Ry = h; } else { Rx = Qx; Ry = Qy; } if (Qy==0) Rx = w-Qx; if (Rx<0) return; }
 
−
 
 
−
// Draw page, reverses draw clear(); lineStyle(3,0); moveTo(ox,oy); lineTo(ox,oy-h); moveTo(ox+w,oy); lineTo(ox-Px,oy-Py); lineTo(ox-Rx,oy-Ry); lineTo(ox-Rx,oy-h); lineTo(ox+w,oy-h); lineTo(ox+w,oy);
 
−
 
 
−
// Draw fold beginFill(0xdddddd,100); moveTo(ox-x,oy-y); lineTo(ox-Px,oy-Py); lineTo(ox-Rx,oy-Ry); lineTo(ox-Qx,oy-Qy); lineTo(ox-x,oy-y); endFill();
 
−
 
 
−
// orient left_next page _root.left_next._x = ox-x; _root.left_next._y = oy-y; _root.left_next._rotation = -a*57.29578; }
 
  
 
var mouseListener = new Object();
 
var mouseListener = new Object();
  
−
mouseListener.onMouseMove = corner;
+
mouseListener.onMouseMove = pageMove();
−
 
 
−
function corner() {
 
−
 
 
−
  if (_xmouse <= 200 && _ymouse <= 100) book.onMouseMove= topLeft;
 
−
  else if (_xmouse <= 200 && _ymouse >= 300) book.onMouseMove= bottomLeft;
 
−
  else if (_xmouse >= 400 && _ymouse <= 100) book.onMouseMove= topRight;
 
−
  else if (_xmouse >= 400 && _ymouse >= 300) book.onMouseMove= bottomRight;
 
−
  }
 
  
 
Mouse.addListener(mouseListener);
 
Mouse.addListener(mouseListener);

Revision as of 01:27, 18 December 2006

// Code for [[SWF e-book]] is licensed under [[[[1]]]] margin = 50;

// This initialises the book page lines createEmptyMovieClip("book",1);

createEmptyMovieClip("right_next",2);

right_next.createTextField('content',0,0,0,50,50); with (right_next.content) { autosize = 'left'; selectable = false; _quality = 'BEST'; border = false; multiline = true; wordWrap = false; html = true; embedFonts = true; htmlText = 'Hello right world!'; }

createEmptyMovieClip("left_next",3);

left_next.createTextField('content',0,0,0,50,50); with (left_next.content) { autosize = 'left'; selectable = false; _quality = 'BEST'; border = false; multiline = true; wordWrap = false; html = true; embedFonts = true; htmlText = 'Hello left world!'; }

// Draws page lines and fold line based on mouse position

function pageMove() {

w = (width-margin*2)/2; h = height-margin*2; ox = margin+w; oy = margin; 

        // Set mouse co-ords
   
        if (_xmouse <= 200) x = ox-_xmouse;
        else if (_xmouse >= 400) x = _xmouse-ox;
        else x = _mouse;

        if (_ymouse <= 100) y = _ymouse-oy;
        else if (_ymouse >= 300) y = oy-_ymouse;
        else y = height/2;

// constrain mouse to radius W a = Math.atan2(y,x); r = Math.sqrt(x*x+y*y); if (r>w) r=w; x = Math.cos(a)*r; y = Math.sin(a)*r;

// Calculate point Z and dy,dx of line C dx = w-x; dy = y; Zx = x+dx/2; Zy = y-dy/2;

// Calculate line D Px = Zx-Zy*dy/dx; Py = 0; Qx = w;

if (dy*dy<1) { a = 0; Qx = x; Qy = Ry = h; Rx = (x+w)/2; } else { Qy = Zy+(w-Zx)*dx/dy; if (Qy>h || Qy<0) { a = Math.atan2(Qy-y,Qx-x); if (Qy<0) a += Math.PI; Qx = x+Math.cos(a)*h; Qy = y+Math.sin(a)*h; Rx = Qx+(Qy-h)/(y-Py)*(Px-x); Ry = h; } else { Rx = Qx; Ry = Qy; } if (Qy==0) Rx = w-Qx; if (Rx<0) return; }

// Draw page 

        if (_xmouse <= 200 && _ymouse <= 100) {

clear(); lineStyle(3,0); moveTo(ox,oy); lineTo(ox,oy+h); moveTo(ox+w,oy); lineTo(ox-Px,oy+Py); lineTo(ox-Rx,oy+Ry); lineTo(ox-Rx,oy+h); lineTo(ox+w,oy+h); lineTo(ox+w,oy);

// Draw fold beginFill(0xdddddd,100); moveTo(ox-x,oy+y); lineTo(ox-Px,oy+Py); lineTo(ox-Rx,oy+Ry); lineTo(ox-Qx,oy+Qy); lineTo(ox-x,oy+y); endFill();

// orient right_next page _root.left_next._x = ox-x; _root.left_next._y = oy+y; _root.left_next._rotation = -a*57.29578; } 

        else if (_xmouse <= 200 && _ymouse >= 300) {

clear(); lineStyle(3,0); moveTo(ox,oy); lineTo(ox,oy-h); moveTo(ox+w,oy); lineTo(ox-Px,oy-Py); lineTo(ox-Rx,oy-Ry); lineTo(ox-Rx,oy-h); lineTo(ox+w,oy-h); lineTo(ox+w,oy);

// Draw fold beginFill(0xdddddd,100); moveTo(ox-x,oy-y); lineTo(ox-Px,oy-Py); lineTo(ox-Rx,oy-Ry); lineTo(ox-Qx,oy-Qy); lineTo(ox-x,oy-y); endFill();

// orient left_next page _root.left_next._x = ox-x; _root.left_next._y = oy-y; _root.left_next._rotation = -a*57.29578;

} 

        else if (_xmouse >= 400 && _ymouse <= 100) {

clear(); lineStyle(3,0); moveTo(ox,oy); lineTo(ox,oy+h); moveTo(ox-w,oy); lineTo(ox+Px,oy+Py); lineTo(ox+Rx,oy+Ry); lineTo(ox+Rx,oy+h); lineTo(ox-w,oy+h); lineTo(ox-w,oy);

// Draw fold beginFill(0xdddddd,100); moveTo(ox+x,oy+y); lineTo(ox+Px,oy+Py); lineTo(ox+Rx,oy+Ry); lineTo(ox+Qx,oy+Qy); lineTo(ox+x,oy+y); endFill();

// orient right_next page _root.right_next._x = ox+x; _root.right_next._y = oy+y; _root.right_next._rotation = a*57.29578;

} 

        else if (_xmouse >= 400 && _ymouse >= 300) {

clear(); lineStyle(3,0); moveTo(ox,oy); lineTo(ox,oy-h); moveTo(ox-w,oy); lineTo(ox+Px,oy-Py); lineTo(ox+Rx,oy-Ry); lineTo(ox+Rx,oy-h); lineTo(ox-w,oy-h); lineTo(ox-w,oy);

// Draw fold beginFill(0xdddddd,100); moveTo(ox+x,oy-y); lineTo(ox+Px,oy-Py); lineTo(ox+Rx,oy-Ry); lineTo(ox+Qx,oy-Qy); lineTo(ox+x,oy-y); endFill();

// orient right_next page _root.right_next._x = ox+x; _root.right_next._y = oy-y; _root.right_next._rotation = a*57.29578;

}


var mouseListener = new Object();

mouseListener.onMouseMove = pageMove();

Mouse.addListener(mouseListener);

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