# What is th syntax problem for Flash8 ¿

**URL:** <https://forum.kirupa.com/t/what-is-th-syntax-problem-for-flash8/178433>\
**Category:** flash\
**Created:** [February 10, 2006, 2:43pm UTC](https://forum.kirupa.com/t/what-is-th-syntax-problem-for-flash8/178433 "2006-02-10T14:43:47Z")\
**Posts on this page:** 1\
**Page:** 1

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**Author:** ![murat\_te](https://avatars.discourse-cdn.com/v4/letter/m/ed8c4c/32.png) [@murat\_te](https://forum.kirupa.com/u/murat_te)\
**Post date:** [February 10, 2006, 2:43pm UTC](https://forum.kirupa.com/t/what-is-th-syntax-problem-for-flash8/178433/1 "2006-02-10T14:43:47Z")

</div>

Hi,

If any one could help me, I would be happy man…

I have a menu file and it works wiht same math scripts. This menu work when I puplished it with flash player 5 or 6 but when I try to puplished this file wiht flash player 8 it dosn’t work.

Because main script, which I give it below, gives syntax error. Please say me how am I rewrite this code to use this script with flash8 ?

I have attached the file for your reviews. You can find the main script below paht … / Move3d \> layer1 \> frame1

SCRIPT:

count = 0;  
while (count \< VerticeNum) {  
count ++;  
this[“z” add count] = Math.cos((count_45) \* (math.PI/180)) \* 50;  
this[“y” add count] = Math.sin((count_45) \* (math.PI/180)) \* 50;  
this[“x” add count] = (count \* 40) - (VerticeNum/2 \* 40);  
duplicateMovieClip(“Vertex”, “Vertex” add count, count );  
}  
duplicateMovieClip(“Line”, “Vertex10”, 100);  
setProperty(“Vertex”, \_visible, 0);  
setProperty(“Line”, \_visible, 0);  
CenterRotationX = 0;  
CenterRotationY = 0;  
TrailerX = 50;  
TrailerY = 360;  
// 3d calculation;  
function calc3d() {  
c = 0;  
while (c \< VerticeNum + 1) {  
c++;  
Xang = Xangle \* (math.PI/180);  
Yang = Yangle \* (math.PI/180);  
// -----------------------------------------  
// — y rotate —  
// -----------------------------------------  
this[“zpos” + c] = this[“z” + c] \* math.cos(Yang) - this[“x” + c] \* math.sin(Yang);  
this[“xpos” + c] = this[“z” + c] \* math.sin(Yang) + this[“x” + c] \* math.cos(Yang);  
// -----------------------------------------  
// — x rotate —  
// -----------------------------------------  
this[“ypos” + c] = this[“y” + c] \* math.cos(Xang) - this[“zpos” + c] \* math.sin(Xang);  
this[“zpos” + c] = this[“y” + c] \* math.sin(Xang) + this[“zpos” + c] \* math.cos(Xang);  
// -----------------------------------------  
// – 3d to 2d –  
// -----------------------------------------  
this[“Depth” + c] = (1 / ((this[“zpos” + c]/perspective) + 1));  
// -----------------------------------------  
// — draw —  
// -----------------------------------------  
this[“Vertex” + c].\_x = this[“xpos” + c] \* this[“Depth” + c] + CenterRotationX;  
this[“Vertex” + c].\_y = this[“ypos” + c] \* this[“Depth” + c] + CenterRotationY;  
this[“Vertex” + c].\_xscale = this[“Vertex” + c].\_yscale = (this[“Depth” + c] / 2) \* 500 ;  
// -----------------------------------------  
// — Z-Sorting —  
// -----------------------------------------  
this[“Vertex” + c].swapDepths(this[“Depth” + c] \* 500);  
}  
}  
// set angle;  
function setAngle() {  
TrailerY = TrailerY + (NewPosY - TrailerY)/5;  
Xangle = TrailerY;  
}