Drag and crash applications, flash learning

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Picx_array = new Array (); x coordinate of picture symbol
Picy_array = new Array (); The y-coordinate of the picture symbol
Xx_array = new Array (30, 135, 30, 135, 30, 135); Where the picture is placed in the answer box x coordinates
Yy_array = new Array (110, 110, 170, 170, 230, 230); The picture is placed in the location y-coordinate of the answer box
Ansxx_array=new Array (30,265,370,265,135,30); Picture position x coordinates when the answer is displayed
Ansyy_array=new Array (110,110,110,170,110,170);
M1_array = new Array (0, 0, 0, 0, 0, 0); First answer box put picture position flag
M2_array = new Array (0, 0, 0, 0, 0, 0); The second answer box puts the picture position flag
Answer_array = new Array (0, 0, 0, 0, 0, 0); An array of answer records
Key_array = new Array (1, 2, 2, 2, 1, 1); Correct answer, 1 means picture in first answer box
Pic_num = 6; Total pictures
Answer._visible = false; Results display panel hidden
Answer.swapdepths (30); Swap to depth 30
for (var i = 1; i<pic_num+1; i++) {
Picx_array[i-1] = eval ("Pic" +i). _x; Store the initial position of a picture in an array
Picy_array[i-1] = eval ("Pic" +i). _y;
Eval ("Pic" +i). Swapdepths (i); and place the depth
Eval ("Pic" +i). PD1 = 0; Position variable
Eval ("Pic" +i). pd2 = 0;
}
for (var i = 1; i<pic_num+1; i++) {
Eval ("Pic" +i). onpress = function () {//Picture receives mouse down information
This.startdrag (); Drag a picture
This.swapdepths (20); Depth to 20
This._alpha = 65; Transparency is 65
M1_array[this.pd1-1] = 0;
M2_ARRAY[THIS.PD2-1] = 0;
};
Eval ("Pic" +i). Onrelease = function () {
This.stopdrag (); Stop dragging
TMP = Number (This._name.slice (3, 4)); Extract numbers from a picture symbol
This.swapdepths (TMP); Exchange for the original depth
This._alpha = 100; Transparency is 100
if (This.hittest (M1_MC)) {//If contact with the answer box
end = 0;
for (var m = 1; m<7; m++) {
if (end = = 0) {
if (m1_array[m-1] = = 0) {
this._x = Xx_array[m-1];
this._y = Yy_array[m-1];
M1_ARRAY[M-1] = 1;
ANSWER_ARRAY[TMP-1] = 1;
Trace (Answer_array);
end = 1;
THIS.PD1 = m;
THIS.PD2 = 0;
PD3 = 0;
Continue
}
this._x = Picx_array[tmp-1];
this._y = Picy_array[tmp-1];
Answer[tmp-1] = 0;
THIS.PD1 = 0;
THIS.PD2 = 0;
PD3 = 0;
}
}
else if (This.hittest (M2_MC)) {
end = 0;
for (var m = 1; m<7; m++) {
if (end = = 0) {
if (m2_array[m-1] = = 0) {
this._x = xx_array[m-1]+240;
this._y = Yy_array[m-1];
M2_ARRAY[M-1] = 1;
ANSWER_ARRAY[TMP-1] = 2;
Trace (Answer_array);
end = 1;
THIS.PD1 = 0;
THIS.PD2 = m;
PD3 = 0;
Continue
}
this._x = Picx_array[tmp-1];
this._y = Picy_array[tmp-1];
Answer[tmp-1] = 0;
THIS.PD1 = 0;
THIS.PD2 = 0;
PD3 = 0;
}
}
} else {
this._x = Picx_array[tmp-1];
this._y = Picy_array[tmp-1];
THIS.PD1 = 0;
THIS.PD2 = 0;
PD3 = 0;
}
};
}
Answer_show.onrelease = function () {
Answer._visible = true;
Key = 0;
for (var i = 0; i<6; i++) {
if (answer_array[i] = = Key_array[i]) {
key++;
}
}
Answer.right_num = key;
};
answer.head.onPress = function () {
Answer.startdrag ();
};
Answer.head.onRelease = function () {
Answer.stopdrag ();
};
Answer.close_win.onRelease = function () {
Answer._visible = false;
};
Answer.answer.onrelease=function () {
for (Var i=1;i<7;i++) {
Eval ("Pic" +i). _x=ansxx_array[i-1];
Eval ("Pic" +i). _y=ansyy_array[i-1];
Eval ("Pic" +i). Onpress=function () {};
Eval ("Pic" +i). Onrelease=function () {};
}

}