         ͻ
         ͻ      ɻ    Name   :Dan MICSA                
                 Company:?=>! BillaSoft           
                 ͺStreet :Ghe.Doja Nr40            
         ʻɻȻɻ City   :1900TIMISOARA            
             Tel/Fax:04-056-196598            
             www    :www.sororstm.ro/billasoft
         ͼȼͺeMail  :dmicsa@mb.sorostm.ro     
         ͼ

         TechnoFunction V1.0    (c)1997 Dan MICSA & BillaSoft
         ----------------------------------------------------

Very simple and powerful generic function generator.
Read files *.fnc for some simple examples.

Try to generate your own standard DXF files and import it any CAD system.

Possible variable name are: A,B,C,U,V,W,X,Y,Z,T.
Predefine variable: Pi=3.1415..

Order to define variable is essential look at:
a1lat.fnc & a2long.fnc same function same range but order for A,B changed;

Special switch are:

$AXIS=Y   #Enable or disable output of Axis   in DXF files;
$BORDER=Y #Enable or disable output of Border in DXF files;
$GRID=N   #Enable or disable output of Grid   in DXF files;
$MESH=N   #Enable or disable output of Mesh   in DXF files;

With:
 $Mesh=Y can force program to generate family of surface;
 $Mesh=N can force program to generate family of curves;

For quick view of DXF files try our VD.BAT use AcroSpin & AcroTrans
or our W.EXE !

For run demo put VD.BAT, AS.EXE, AT.EXE in path !
Enjoy it !


Usage: tf *.fnc

Run my simple demos *.BAT view it.

Eccentric function(sex, cex, rex, dex) are generalization of centric
sin,cos,radius,derivate are create by mr. Mircea SELARIU and are very useful
in studies of linear and unlinear vibration, manufacturing etc.

You can use next functions:
---------------------------

In deg:                                   Eccentrical functions:
-------                                   ----------------------
Sin(a)                                    Sex1(e,eps,teta)-sine;
Cos(a)                                    Cex1(e,eps,teta)-cosine;
Tan(a)                                    Tex1(e,eps,teta)-tangent;
Ctg(a)                                    Dex1(e,eps,teta)-derivate;
Sec(a)                                    Rex1(e,eps,teta)-radius;
CoSec(a)
                                          Sex2(e,eps,teta)-sine;
In radians:                               Cex2(e,eps,teta)-cosine;
-----------                               Tex2(e,eps,teta)-tangent;
RSin(a)                                   Dex2(e,eps,teta)-derivate;
RCos(a)                                   Rex2(e,eps,teta)-radius;
RTan(a)
RCtg(a)                                   Exp(a)
RSec(a)                                   Ln(a)
RCoSec(a)                                 Power10(a)
                                          Lg(a)
ArcSin(a)                                 Power(a,b)
ArcCos(a)                                 Log(a,b)
ArcTan(a)
                                          Sqr(a)
                                          Sqrt(a)
SinH(a)                                   Sgn(a)
CosH(a)                                   Abs(a)
TanH(a)
                                          Int(a)
ArcSinH(a)      -arcsinus hiperbolic;     Round(a)
ArcCosH(nr,a)   -arccosinus hiperbolic;
ArcTanH(a)      -arctangenta hiperbolic;  Cit(a,b)
                                          Rest(a,b)

                                          Min(a,b)
                                          Max(a,b)

































