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By: amin heidari 192 clicks
Nichols Diagram With Grid

this program Plot Nichols Diagram.
this program contain 4 programs. you must transfer all of them into your calculator.

NICCHART NICGRID NICHOLS NUM2STR

------------------------------------------------------------
run the program by follow (MENU\PRGM\NICHOLS) and hit EXE key.
after that you will see a menu that contain:

1:Plot ==> for plot Nichols Diagram 2:View Window ==> for change Auto & Manual View settings 3:Setting ==> for change Log Space or Axes or Grid setting
------------------------------------------------------------
if you select View Window then you will see a submenu that contain:

1:Auto ==> for turn on or off automatic scaling(default=on)
2:Manual ==> for change view window settings(Manual scaling)
if you select Manual then automatic scaling set to off 3:<<< ==> for return to previous menu
------------------------------------------------------------
if you in this submenu(Nichols\View Window) select Auto then you will see another submenu that contain:

1:on ==> for turn automatic scaling on 2:off ==> for turn automatic scaling off
------------------------------------------------------------
if you in this submenu(Nichols\View Window) select Manual then you will see another submenu that contain:

1:Xmin ==> for change lower limit of X axis(default=-180)
2:Xmax ==> for change upper limit of X axis(default=-90)
3:Ymin ==> for change lower limit of Y axis(default=-10)
4:Ymax ==> for change upper limit of Y axis(default=10)
5:<<< ==> for return to previous menu

if you turn on automatic scaling then these values are skipped
------------------------------------------------------------
if you come back to main menu and select Setting then you will see another submenu that contain:

1:Log Space ==> Log Space(d1, d2 ,n) generates a row vector of n(number of points) logarithmically equally spaced points between decades 10^d1 and 10^d2 2:Grid ==> for turn on or off grid(default=off)
3:Axes ==> for turn on or off axes(default=off)
4:<<< ==> for return to previous menu
------------------------------------------------------------
if you in this submenu(Nichols\Setting) select Log space then you will see another submenu that contain:

1:Start d1 ==> for change start point of Log Space function(default=-2)
2:End d2 ==> for change end point of Log Space function(default=2)
3:Point n ==> for change number of point of Log Space function(default=50)
4:<<< ==> for return to previous menu

float number can used in the Start d1 &
End d2 but if you input a float number for Point n then it automatically converted to integer
------------------------------------------------------------
if you in this submenu(Nichols\Setting) select Grid then you will see another submenu that contain:

1:on ==> for turn grid on 2:off ==> for turn grid off

for execute grid this program need at least 20 kb free Main Memory(after finishing of process this space will be released) therefore "Memory Error"
warning will be happened if you do'nt have enough free Main Memory execute of grid cause longer time process
------------------------------------------------------------
if you in this submenu(Nichols\Setting) select Axes then you will see another submenu that contain:

1:on ==> for turn axes on 2:off ==> for turn axes off
------------------------------------------------------------
if you come back to main menu then select Plot then you will see below message:
"Input G(S)?"
you must input open-loop transfer function with S variable for example:
(-4S^4+48S^3-18S^2+250S+600)/(S^4+30S^3+282S^2+525S+60)

after this plotting of Nichols Diagram will be started

after plotting of Nichols Diagram if Grid=on then plotting of grid will be started too
------------------------------------------------------------
notes:

1-greater value for Point n == increase precision of graph
== longer time process

2-if automatic scaling=on then you do'nt need adjust view window setting manually; you need only adjust Log Space values(d1,d2,n)
i think 50 point is enough for the n(number of point)
therefore you may need adjust d1 & d2

3-X axis in is Deg(degree)

4-Y axis is dB(decibel)

---------------------""PERSIAN GULF""-----------------------

-----------------""Mir Hossein Moussavi""-------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2012-01-19 (16:33 CET)
By: amin heidari 78 clicks
this program calculate Kronecker tensor product of Mat A & Mat B Mat K = kron(Mat A,Mat B) returns the Kronecker tensor product of Mat A and Mat B. The result is a large array formed by taking all possible products between the elements of Mat A and those of Mat B. If Mat A is m-by-n and Mat B is p-by-q, then Mat K = kron(Mat A,Mat B) is m*p-by-n*q.
----------------------------------------------------------
input first matrix in Mat A and second matrix in Mat B then run KRON(Menu\PRGM\KRON)
***********************************************************
after this step kron(Mat A,Mat B) will be displayed
----------------------------------------------------------
note: result(Kronecker tensor product of Mat A & Mat B)
will saved into Mat K


---------------------""PERSIAN GULF""-----------------------

-----------------""Mir Hossein Moussavi""-------------------
Uploaded by amin_heidari[Write a comment]Rating: 10/102012-01-18 (16:32 CET)
By: amin heidari 238 clicks
Nyquist Diagram

this program Plot Nyquist Diagram.
this program contain 2 programs. you must transfer both into your calculator.

NUM2STR Nyquist

------------------------------------------------------------
run the program by follow (MENU\PRGM\NYQUIST) and hit EXE key.
after that you will see a menu that contain:

1:Plot ==> for plot Nyquist Diagram 2:View Window ==> for change Auto & Manual View settings 3:Setting ==> for change Log Space or Inverse or Axes setting
------------------------------------------------------------
if you select View Window then you will see a submenu that contain:

1:Auto ==> for turn on or off automatic scaling(default=on)
2:Manual ==> for change view window settings(Manual scaling)
if you select Manual then automatic scaling set to off 3:<<< ==> for return to previous menu
------------------------------------------------------------
if you in this submenu(Nyquist\View Window) select Auto then you will see another submenu that contain:

1:on ==> for turn automatic scaling on 2:off ==> for turn automatic scaling off
------------------------------------------------------------
if you in this submenu(Nyquist\View Window) select Manual then you will see another submenu that contain:

1:Xmin ==> for change lower limit of X axis(default=-2)
2:Xmax ==> for change upper limit of X axis(default=2)
3:Ymin ==> for change lower limit of Y axis(default=-2)
4:Ymax ==> for change upper limit of Y axis(default=2)
5:<<< ==> for return to previous menu

if you turn on automatic scaling then these values are skipped
------------------------------------------------------------
if you come back to main menu and select Setting then you will see another submenu that contain:

1:Log Space ==> Log Space(d1, d2 ,n) generates a row vector of n(number of points) logarithmically equally spaced points between decades 10^d1 and 10^d2 2:Inverse ==> for for turn on or off inverse(default=on)
3:Axes ==> for turn on or off axes(default=off)
4:<<< ==> for return to previous menu

with Inverse=On Nyquist Diagram plotted for -inf<w<+inf and with Inverse=Off plotted for 0<w<+inf w=desire frequency inf=infinite
------------------------------------------------------------
if you in this submenu(Nyquist\Setting) select Log space then you will see another submenu that contain:

1:Start d1 ==> for change start point of Log Space function(default=-2)
2:End d2 ==> for change end point of Log Space function(default=2)
3:Point n ==> for change number of point of Log Space function(default=100)
4:<<< ==> for return to previous menu

float number can used in the Start d1 &
End d2 but if you input a float number for Point n then it automatically converted to integer
------------------------------------------------------------
if you in this submenu(Nyquist\Setting) select Inverse then you will see another submenu that contain:

1:on ==> for turn Inverse on 2:off ==> for turn Inverse off

with Inverse=On Nyquist Diagram plotted for -inf<w<+inf and with Inverse=Off plotted for 0<w<+inf w=desire frequency inf=infinite
------------------------------------------------------------
if you in this submenu(Nyquist\Setting) select Axes then you will see another submenu that contain:

1:on ==> for turn axes on 2:off ==> for turn axes off

------------------------------------------------------------
if you come back to main menu then select Plot then you will see below message:
"Input G(S)?"
you must input open-loop transfer function with S variable for example:
(e^(-S))/(S+1) or (2S^2+5S+1)/(S^2+2S+3)

after this plotting of Nyquist Diagram will started and you can see growth the Nyquist Diagram from -inf to zero
(if Inverse=On) and then from zero to +inf

------------------------------------------------------------
notes:

1-greater value for Point n == increase precision of graph
== longer time process

2-if automatic scaling=on then you do'nt need adjust view window setting manually; you need only adjust Log Space values(d1,d2,n)
i think 100 point is enough for the n(number of point)
therefore you may need adjust d1 & d2

3-X axis is Real Axis

4-Y axis is Imaginary Axis


---------------------""PERSIAN GULF""-----------------------

-----------------""Mir Hossein Moussavi""-------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2011-12-27 (22:51 CET)
By: amin heidari 310 clicks
Bode Diagram

Extra Information: http://www.casiocalc.org/?showtopic=6600

this program Plot Bode Diagram.
this program contain 2 programs. you must transfer both into your calculator.

NUM2STR BODE
------------------------------------------------------------
run the program by follow (MENU\PRGM\BODE) and hit EXE key.
after that you will see a menu that contain:

1:|G(jw)| ==> for Magnitude plot of Bode Diagram 2:<G(jw) ==> for Phase plot of Bode Diagram 2:View Window ==> for change Auto & Manual View settings 3:Setting ==> for change Log Space or Axes or Grid setting
------------------------------------------------------------
if you select View Window then you will see a submenu that contain:

1:Auto ==> for turn on or off automatic scaling(default=on)
2:Manual ==> for change view window settings(Manual scaling)
if you select Manual then automatic scaling set to off 3:<<< ==> for return to previous menu
------------------------------------------------------------
if you in this submenu(Bode\View Window) select Auto then you will see another submenu that contain:

1:on ==> for turn automatic scaling on 2:off ==> for turn automatic scaling off
------------------------------------------------------------
if you in this submenu(Bode\View Window) select Manual then you will see another submenu that contain:

1:Xmin ==> for change lower limit of X axis(default=-1)
2:Xmax ==> for change upper limit of X axis(default=1)
3:Ymin ==> for change lower limit of Y axis(default=-60)
4:Ymax ==> for change upper limit of Y axis(default=60)
5:<<< ==> for return to previous menu

if you turn on automatic scaling then these values are skipped
------------------------------------------------------------
if you come back to main menu and select Setting then you will see another submenu that contain:

1:Log Space ==> Log Space(d1, d2 ,n) generates a row vector of n(number of points) logarithmically equally spaced points between decades 10^d1 and 10^d2 2:Axes ==> for turn on or off axes(default=off)
3:Grid ==> for turn on or off grid(default=on)

Axes & Grid can not set to on simultaneously in other words if you select Axes to on then Grid set to off automatically and vice versa 4:<<< ==> for return to previous menu
------------------------------------------------------------
if you in this submenu(Bode\Setting) select Log space then you will see another submenu that contain:

1:Start d1 ==> for change start point of Log Space function(default=-1)
2:End d2 ==> for change end point of Log Space function(default=1)
3:Point n ==> for change number of point of Log Space function(default=50)
4:<<< ==> for return to previous menu

float number can used in the Start d1 &
End d2 but if you input a float number for Point n then it automatically converted to integer

if automatic scaling=on then Xmin=Start d1 Xmax=End d2
------------------------------------------------------------
if you in this submenu(Bode\Setting) select Axes then you will see another submenu that contain:

1:on ==> for turn axes on 2:off ==> for turn axes off

Axes & Grid can not set to on simultaneously in other words if you select Axes to on then Grid set to off automatically and vice versa
------------------------------------------------------------
if you in this submenu(Bode\Setting) select Grid then you will see another submenu that contain:

1:on ==> for turn grid on 2:off ==> for turn grid off

Grid & Axes can not set to on simultaneously in other words if you select Grid to on then Axes set to off automatically and vice versa
------------------------------------------------------------
if you come back to main menu then select |G(jw)|
(for Magnitude plot)
then you will see below message:
"Input G(S)?"
you must input open-loop transfer function with S variable for example:
(e^(-0.5S))/(S+1) or (10(S+3))/(S(S+2)(S^2+S+2))

after this plotting of Bode Diagram will started

if you want see Phase plot too you must run program again but this time select <G(jw) and repeat above instructions

------------------------------------------------------------
notes:

1-greater value for Point n == increase precision of graph
== longer time process

2-if automatic scaling=on then you do'nt need adjust view window setting manually; you need only adjust Log Space values(d1,d2,n)
i think 50 point is enough for the n(number of point)
therefore you may need adjust d1 & d2

3-X axis in Magnitude plot & Phase plot is (rad/sec)

4-if you want guess X coordinate from plotted graph you must read X from the graph and calculate 10^X (rad/sec)

5-Y axis in Magnitude plot is dB(decibel)
and in the Phase plot is Deg(degree)


---------------------""PERSIAN GULF""-----------------------

-----------------""Mir Hossein Moussavi""-------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2011-12-21 (22:43 CET)
By: amin heidari 131 clicks
this program convert real or complex number to equivalent string

caution:this program need Str function that available in OS version 2.0

for example convert 20.0012-150.0023i to "20.0012-150.0023i"
-----------------------------------------------------------
this program can used by programmers to write better program

first you must get number and put into N variable

for example: 20.0012-150.0023i=>N

in the programing you can show message and get this from user

for example(in the programing): "Input Number"?=>N
-----------------------------------------------------------
note:

1-for input " character hit :

ALPHA\EXP

2-for input ? character hit :

SHIFT\VARS(PRGM)\F4(?)

3-for input i command hit :
SHIFT\0

-----------------------------------------------------------

after this step you must run NUM2STR by two method

1-(for the users) go to (Menu\PRGM\NUM2STR) and hit EXE key

2-(for the programmers) write in your program below command

Prog "NUM2STR"

-----------------------------------------------------------
note: for input Prog command hit:

SHIFT\VARS(PRGM)\F2(CTL)\F1(Prog)
-----------------------------------------------------------

after run; output(converted number to string) saved into Str 4

-----------------------------------------------------------
note: for input Str 4 hit this key:

VARS\F6\F5(Str)\4



-----------------""Mir Hossein Moussavi""------------------

---------------------""PERSIAN GULF""----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2011-12-09 (18:42 CET)
By: amin heidari & Roy F.A. Maclean 310 clicks
Root Locus

new features:
1- automatic scaling added 2- wait bar added
***********************************************************
this program Plot Root Locus.
this program contain 4 programs. you must transfer all of them into your calculator.

DIFFPOLY EVALPOLY NUM2STR RLOCUS

------------------------------------------------------------
run the program by follow (MENU\PRGM\RLOCUS) and hit EXE key.
after that you will see a menu that contain:

1:Plot ==> for plot root locus 2:View Window ==> for change Auto & Manual View settings 3:Setting ==> for change Line or Axes setting
------------------------------------------------------------
if you select View Window then you will see a submenu that contain:

1:Auto ==> for turn on or off automatic scaling(default=on)
2:Manual ==> for change view window settings(Manual scaling)
if you select Manual then automatic scaling set to off 3:<<< ==> for return to previous menu
------------------------------------------------------------
if you in this submenu(Root\View Window) select Auto then you will see another submenu that contain:

1:on ==> for turn automatic scaling on 2:off ==> for turn automatic scaling off
------------------------------------------------------------
if you in this submenu(Root\View Window) select Manual then you will see another submenu that contain:

1:Xmin ==> for change lower limit of X axis(default=-10)
2:Xmax ==> for change upper limit of X axis(default=10)
3:Ymin ==> for change lower limit of Y axis(default=-10)
4:Ymax ==> for change upper limit of Y axis(default=10)
5:<<< ==> for return to previous menu

if you turn on automatic scaling then these values are skipped
------------------------------------------------------------
if you come back to main menu and select Setting then you will see another submenu that contain:

1:Line Space ==> Line Space(P1, P2, n) generates n points equally spaced between P1 and P2 for changes of K(gain) variable 2:Axes ==> for turn on or off axes 3:<<< ==> for return to previous menu
------------------------------------------------------------
if you in this submenu(Root\Setting) select Line Space then you will see another submenu that contain:

1:Start P1 ==> for change start point of Line Space function(default=0)
2:End P2 ==> for change end point of Line Space function(default=20)
3:Point n ==> for change number of point of Line Space function(default=41)
4:<<< ==> for return to previous menu

note: with default value; root locus plotted for K>0 and K changed like this:
0.00,0.50,1.00,1.50, ... ,20.00

if you want plot root locus for K<0 change Start and End values like this(for example): Start P1=-20 & End P2=0
& Point n=41 with these values K changed like this:
-20.00,-19.50,-19.00,-18.50. ... , 0.00
------------------------------------------------------------
if you in this submenu(Root\Setting) select Axes(default=off)
then you will see another submenu that contain:

1:on ==> for turn axes on 2:off ==> for turn axes off

note: i recommend to you turn axes off because in that case you can see plotted points on the real axis
------------------------------------------------------------
if you come back to main menu then select Plot then you will see below message:

"Input Sys(S)?"
you must input open-loop SISO model Sys with S variable this function can be applied to any of the following negative feedback loops by setting Sys appropriately
(read help for extra information)

Example:
Sys=(S^2+S+0.5)/(S^3(S+4))

after input Sys(S); plotting of root locus will started and you can see growth of root locus!!!
-----------------------------------------------------------
notes:

1-greater value for Point n == increase precision of graph
== longer time process

2-if automatic scaling=on then you dont need adjust view window setting manually; you need only adjust Line Space values(P1,P2,n)
i think 41 points is enough for the n(number of point)
therefore you may need adjust P1 & P2


---------------------""PERSIAN GULF""----------------------

-----------------""Mir Hossein Moussavi""------------------
Uploaded by amin_heidari1 commentRating: 10/102011-12-02 (07:42 CET)
By: flyingfisch 121 clicks
Requires luaFX:

screenshot: http://img.removedfromgame.com/imgs/0-screen.bmp

Press EXE to unlock calc.

Press AC/on to turn on calc. Slide finger across f-keys to unlock. If it doesnt work, try sliding your finger across one more time.
Uploaded by mfischer[Write a comment][Rate this file]2011-10-22 (00:25 CEST)
By: Bismar_Paucara_Ramos 204 clicks
Hola amigos aqui les presento una version demo de codigo de resistores para ejecutar el programa presione la tecla "exe"
y seleccione con el cursor el color que desea. presionando "exe"

suerte......
Uploaded by Bismar[Write a comment][Rate this file]2011-06-21 (16:30 CEST)
By: Bismar_Paucara_Ramos 239 clicks
Es una pequeña aplicasion para circuitos electricos de la ley de Ohm suerte..
Uploaded by bismar[Write a comment][Rate this file]2011-06-04 (01:29 CEST)
By: BISMAR PAUCARA 187 clicks
Es una pequeña aplicasion del triangulo de ohm para circuitos electricos.
Uploaded by Bismar[Write a comment][Rate this file]2011-06-04 (01:22 CEST)
By: Toussis Manolis 446 clicks
Beam-Frame Structural Analysis for Casio 9860SDK version 0.1 Copyright (C) 2011 Toussis Manolis (koppermind at gmail.com)

This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version.

You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.


This program solves a 2d frame with stiffness method.

- Nodes input:
You enter the number of nodes.
For each node you enter X,Y coordinates. The next 3 columns are the three constraints x,y,theta. If you enter 1.0 it is a constraint otherwise is a free joint.
On each free degree of freedom you can enter a nodal load ux,uz,rt on the next 3 columns.
If there is a constraint in the same degree of freedom then these 3 columns count as prescribed displacements.
Notice: Both nodal loads and prescribed displacements comfront with these signs (clockwise moment):
^ Uy __
| / Uz
| | >
.----> Ux

- Elements input:
n1: first node n2: second node E: Elasticity constant (default 1.0)
A: Area of section (default 1.0)
I: Inertia of section (default 1.0)

-Loads input:
El: the element number where load is placed 1P.1q: type of load enter 1 for concetrated Load P=b at distance x=a enter 2 for uniform load q=b

Notice1: FAULT INPUT DATA MAY CRASH THE PROGRAM, AS I HAVEN'T DONE ANY CHECKIN OF THE DATA.
Notice2. The full source code is given with the program. mylib.c is a lib I made with many common functions that can be helpfull and on other software, please feel free to use it on your software (notice the GPL license). Exploring the main program beam.c with be much help on understanding the usage of mylib.c

I have finished the program in 2 weekends so there is plenty of room for new versions.
Please feel free to ask any question/comments, or If you have time to continue programming it. (A load/save feature, or more load types could be great)

Toussis Manolis,Greece koppermind at yahoo.com
Uploaded by hayzel[Write a comment][Rate this file]2011-02-03 (07:43 CET)
By: James L. Dean 270 clicks
"Mines" lets you explore mines. The mine you explore is determined by a mine number specified at the beginning of a game.

The object of a game is to visit all of the rooms and return all of the treasures to the entrance without making too many moves.

In a mine, the passages are straight. So, for example, if you go North to leave a room, you can go South to reenter it. The rooms are not evenly spaced. However, the distance between adjacent rooms is always a multiple of the minimum distance between adjacent rooms.

Commands in the game are "N", "E", "S", "W", "U", and "D" to move North, East, South, West, Up, or Down, respectively. Other commands are "C" to carry things, "I" to inventory what you are carrying, "L" to leave treasures, "P" to get the points you've scored, "O" for help getting out of the mine, "F" to change the font, "H" for help, and "Q" to quit. The game has been written so you don't have to press the SHIFT key before typing a letter.

To install "Mines", use FA-124 to copy MINES.G1A to your Casio fx-9860g, following the instructions in http://casiokingdom.org/Installing_Add-in.pdf.

The command "F" was added in this version to let you switch between the small and large fonts.
Uploaded by jdean284[Write a comment][Rate this file]2011-01-16 (21:58 CET)
By: cfxm 240 clicks
.....................................................................

REMOVED.
Uploaded by cfxm[Write a comment][Rate this file]2011-01-10 (00:30 CET)
By: amin heidari 161 clicks
this program find Natural and Clamped Cubic Spline polynomial's ;
Si(x)'s with interpolation

first you must input xi's into List 1 and f(xi)'s into List 2

***********************************************************************
note: if we assume that number of points(nodes) equal to n then this method produce n-1 piecewise polynomials of order 3
***********************************************************************
then run CUBIC program.
after run you must select one of the following functions:

1-Natural : to produce Natural Cubic Spline

2-Clamped : to produce Clamped Cubic Spline

//Clamped Spline is more accurate than Natural SplineÖÖ

***********************************************************************
caution:
1-always dimension of List 1 and List 2 must be same

2-if you want to use Clamped function you must input derivative for the endpoint's ( f'(x0) & f'(xn) )
too

***********************************************************************
Remember: Si(x)'s would save into Mat S

***********************************************************************
after finish execute; go to MENUÖSTAT for see constant coefficients of Cubic Spline polynomial that insert in the below definition to produce each S(x):

Si(x) = ai + bi(x-xi) + ci(x-xi)Ü2 + di(x-xi)Ü3 i= 1,2,...,n-1


----------------------------""PERSIAN GULF""---------------------------


-----------------------""Mir Hossein Moussavi""------------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-11-29 (06:38 CET)
By: amin heidari 159 clicks
this program find Hermite polynomial H(x) with interpolation

first you must input xi's into List 1 and f(xi)'s into List 2

and f`(xi)'s (derivative) into List 3

for this hit this key: MENU\2(STAT)

for example input below data:

List 1 =[1.3, 1.6, 1.9] & List 2 =[0.6200860, 0.4554022, 0.2818186]

& List 3 =[-0.5220232, -0.5698959, -0.5811571]

after input data you must run HERMITE program by following below address:

MENU\PRGM\HERMITE

and hit EXE key.

after run; you must select one of the following functions:

1-Interpolate : to start interpolation and calculate H(X)

2-Substitution : to evaluate constructed polynomial H(x) by X value

***********************************************************************
caution: for use Substitution function you must at least run Interpolate function one time to produce H(X)

***********************************************************************
after run Interpolate function you must input degree of polynomial that you want

for example(for mentioned data): 2

***********************************************************************
note: if we symbolize input degree with N then Hermite method produce polynomial with order 2N+1

***********************************************************************
caution:

1- always input degree must be lower(<) than number of data(dimension List 1 or List 2)

2- always dimension of List 1 and List 2 must be same
***********************************************************************

after input degree; Li(x)'s will showed.

Li(x) = coefficients of lagrange interpolating polynomial

for mentioned example :

L0(x) = [5.55, -19.44, 16.88] that represent 5.55x^2-19.44x+16.88

L1(x) = [-11.11, 35.55, -27.44] that represent -11.11x^2+35.55x-27.44

L2(x) = [5.55, -16.11, 11.55] that represent 5.55x^2-16.11x+11.55

***********************************************************************
caution: none of Li(x)'s can not be accessible after end of execution

***********************************************************************
after this step; coefficients of Hermite polynomial H(x); will showed.

for mentioned example :

H(x) = [-0.0027, 0.024, -0.014, -0.235, -8.229, 1.0019] that represent

-0.0027x^5+0.024x^4-0.014x^3-0.235x^2-8.229x+1.0019

after this step; you can run Substitution function because H(x)
is produced.

for example if we want calculate H(1.5) for mentioned data we must follow below steps:

after finish execution of Interpolate function you must run HERMITE again but this time select Substitution function and input your wish value of X you can repeat these steps for another value of X

Remember:
if you want evaluate produced H(x) for multiple value of X it's better that you run Interpolate function only one time and then run Substitution function for each value of X

for mentioned data we have:

H(1.5) = 0.5118277


***********************************************************************
note : polynomial H(x) will saved into List 4(MENU\STAT\List 4)


----------------------------""PERSIAN GULF""---------------------------


-----------------------""Mir Hossein Moussavi""------------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-10-31 (22:04 CET)
By: amin heidari 378 clicks
bug fixed in Substitution function in new version(0.15)

***********************************************************************

this program find newton polynomial P(x) with interpolation

first you must input xi's into List 1 and f(xi)'s into List 2

for this hit this key: MENU\2(STAT)

for example input below data:

List 1 =[1, 1.3, 1.6, 1.9, 2.2]

List 2 =[0.7651977, 0.6200860, 0.4554022, 0.2818186, 0.1103623]

after input data you must run NEW~POLY program by following below address:

MENU\PRGM\NEW~POLY

and hit EXE key.

after run; you must select one of the following functions:

1-Interpolate : to start interpolation and calculate P(X)

2-Substitution : to evaluate constructed polynomial P(x) by X value

***********************************************************************
caution: for use Substitution function you must at least run Interpolate function one time to produce P(X)

***********************************************************************

after run Interpolate function you must input degree of polynomial that you want

for example(for mentioned data): 4

***********************************************************************
caution:

1- always input degree must be lower(<) than number of data(dimension List 1 or List 2)

2- always dimension of List 1 and List 2 must be same

***********************************************************************
after input degree; P(x) will showed.

for mentioned example :

[0.0018251, 0.0552927, -0.3430466, 0.0733913, 0.977735]

that represent:

P(x)= 0.0018251x^4 + 0.0552927x^3 - 0.3430466x^2 + 0.0733913x + 0.977735

***********************************************************************
after this step; you can run Substitution function because P(x)
is produced.

for example if we want calculate P(1.5) or P(1.1) or P(2) for mentioned data we must follow below steps:

after finish execution of Interpolate function you must run NEW~POLY again but this time select Substitution function and input your wish value of X you can repeat these steps for another value of X

Remember:
if you want evaluate produced P(x) for multiple value of X it's better that you run Interpolate function only one time and then run Substitution function for each value of X

for mentioned data we have:

P(1.5) = 0.51182

P(1.1) = 0.719646

P(2) = 0.223875

***********************************************************************
notes :

1- polynomial P(x) will saved into List 22(MENU\STAT\List 22)

2- for see table of divided difference follow (MENU\STAT)



----------------------------""PERSIAN GULF""---------------------------


-----------------------""Mir Hossein Moussavi""------------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-10-27 (16:57 CEST)
By: amin heidari 194 clicks
this program get value x and find f(x) with neville's interpolation

first you must input xi's into List 1 and f(xi)'s into List 2

for this hit this key: MENU\2(STAT)

for example input below data:

List 1 =[1, 1.3, 1.6, 1.9, 2.2]
List 2 =[0.7651977, 0.6200860, 0.4554022, 0.2818186, 0.1103623]

after input data you must run NEVILLE program by following below address:

MENU\PRGM\NEVILLE

and hit EXE key.

after run; this message will showed "Input X?"

in this step you must input vlaue of x to calculate f(x)

for example(for mentioned data): 1.5

*********************************************************************
caution: always dimension of List 1 and List 2 must be same

*********************************************************************
after input x; f(x) will showed.

for example(for mentioned data): f(x) = 0.5118199942

*********************************************************************
note : you can see table of neville's interpolation in the below address :

MENU\STAT


---------------------------""PERSIAN GULF""--------------------------


----------------------""Mir Hossein Moussavi""-----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-10-23 (23:29 CEST)
By: amin heidari 321 clicks
Substitution function added in new version(0.15)

***********************************************************************

this program find lagrange polynomial P(x) with interpolation

first you must input xi's into List 1 and f(xi)'s into List 2

for this hit this key: MENU\2(STAT)

for example input below data:

List 1 =[2, 2.5, 4] & List 2 =[0.5, 0.4, 0.25]

after input data you must run LAGRANGE program by following below address:

MENU\PRGM\LAGRANGE

and hit EXE key.

after run; you must select one of the following functions:

1-Interpolate : to start interpolation and calculate P(X)

2-Substitution : to evaluate constructed polynomial P(x) by X value

***********************************************************************
caution: for use Substitution function you must at least run Interpolate function one time to produce P(X)

***********************************************************************
after run Interpolate function you must input degree of polynomial that you want

for example(for mentioned data): 2

***********************************************************************
caution:

1- always input degree must be lower(<) than number of data(dimension List 1 or List 2)

2- always dimension of List 1 and List 2 must be same

***********************************************************************
after input degree; Li(x)'s will showed.

Li(x) = coefficients of lagrange interpolating polynomial

for mentioned example :

L0(x) = [1, -6.5, 10] that represent x^2-6.5x+10

L1(x) = [-1.333, 8, -10.667] that represent -1.333x^2+8x-10.667

L2(x) = [0.333, -1.5, 1.667] that represent 0.333x^2-1.5x+1.667

***********************************************************************
caution: none of Li(x)'s can not be accessible after end of execution

***********************************************************************
after this step; coefficients of lagrange polynomial P(x); will showed.

for mentioned example :

P(x) = [0.05, -0.425, 1.15] that represent 0.05x^2-0.425x+1.15

after this step; you can run Substitution function because P(x)
is produced.

for example if we want calculate P(3) for mentioned data we must follow below steps:

after finish execution of Interpolate function you must run LAGRANGE again but this time select Substitution function and input your wish value of X you can repeat these steps for another value of X

Remember:
if you want evaluate produced P(x) for multiple value of X it's better that you run Interpolate function only one time and then run Substitution function for each value of X

for mentioned data we have:

P(3) = 0.325


***********************************************************************
note : polynomial P(x) will saved into List 3(MENU\STAT\List 3)


----------------------------""PERSIAN GULF""---------------------------


-----------------------""Mir Hossein Moussavi""------------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-10-22 (01:34 CEST)
By: amin heidari & Roy F.A. Maclean 281 clicks
bug fixed in PolyDiff function in new version (0.25)

*********************************************************************

list of poly functions and descriptions:
*********************************************************************
1-PolyMult:

description: this function return polynomial multiplication of 2 poly vector

syntax: input first poly vector in List 1(MENU\STAT\List 1)
and input second poly vector in List 2(MENU\STAT\List 2)

result: saved into List 3

example: if List 1 = [-1 0 2 5] and List 2 = [2 3 -1 1]
then result is [-2 -3 5 15 13 -3 5]
_____________________________________________________________________

2-PolyPow:

description: this function return nth power of a polynomial

syntax: input poly vector in List 1(MENU\STAT\List 1)
after run you must input power(n)

result: saved into List 2

example: for computing (x+1)^10 you must input [1 1]
in List 1 and input 10 for n after run result is:
[1 10 45 120 210 252 210 120 45 10 1]
that represent:
x^10+10x^9+45x^8+120x^7+210x^6+252x^5+210x^4+120x^3+45x^2+10x+1

notes: if power(n) less than(<) zero then program show error message

if power(n) is not integer then program convert it to largest integer that is not greater than itself
(use Intg command that located in OPTN\F6(>)\F4(NUM)\F5(Intg))

_____________________________________________________________________

3-PolyDiv:

description: this function return quotient and remainder of a polynomial division

syntax: assume you want calculate quotient and remainder of B/A
(that B & A are polynomial) for this you must input coefficient of polynomial B in List 1(MENU\STAT\List 1)
and coefficient of polynomial A in List 2(MENU\STAT\List 2)

result: quotient saved into List 3 and remainder saved into List 4

example: for calculate quotient and remainder of below division
(x^3+2x^2+3x+4)/(2x^2+3x+3)
you must input [1 2 3 4] into List 1 and
[2 3 3] into List 2 after run result is:
quotient=List3=[0.5 0.25]
remainder=List4=[0 0 0.75 3.25]

notes: if first coefficient of polynomial A(denominator) be zero then program show error message _____________________________________________________________________

4-PolyDiff:

description: this function return polynomial derivative of a poly vector

syntax: input poly vector in List 1(MENU\STAT\List 1)

result: saved into List 2

example: if List 1 = [-1 0 2 5] then result is [-3 0 2]
_____________________________________________________________________

5-PolyInt:

description: this function return polynomial integral of a poly vector

syntax: input poly vector in List 1(MENU\STAT\List 1)

result: saved into List 2

example: if List 1 = [-1 0 2 5] then result is [-0.25 0 1 5 0]
_____________________________________________________________________

6-PolyVal:

description: this function return polynomial evaluation of a poly vector

syntax: input poly vector in List 1(MENU\STAT\List 1)
after run you must input X

result: saved into List 2

example: if List 1 = [-1 0 2 5] and X=3 then result is -16 _____________________________________________________________________

7-PolyFit:

description: this function return polynomial curve fitting of 2 poly vector(x,y)

syntax: input first poly vector(x) in List 1(MENU\STAT\List 1)
and input second poly vector(y) in List 2(MENU\STAT\List 2)
after run you must input degree(n)

result: saved into List 3

example: if List 1 = [-1 0 2 5] and List 2 = [2 3 -1 1]
and n=3(degree) then result is [0.2556 -1.2556 -0.5111 3]

notes: if length of 2 poly vector(List 1 & List 2) are not the same then program show error message

if n(degree) >= number of data(length List 1 or List 2)
then polynomial is not unique and program show warning message

---------------------------------------------------------------------
note: real and complex number can be used in all of functions


---------------------------""PERSIAN GULF""--------------------------


----------------------""Mir Hossein Moussavi""-----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-08-07 (22:35 CEST)
By: amin heidari 215 clicks
bug fixed in new version(V0.15)
***********************************************************
this program calculate the table of routh hurwitz even if first element Or all elements equals with zero
-----------------------------------------------------------
input coefficient of equation(poly) into List 1(MENU\STAT\List 1)

for example if you want calculate table of below equation

s^6+s^5+3s^4+3s^3+3s^2+2s+1

you must input below vector in List 1

[1 1 3 3 3 2 1]

after input poly equation in List 1 you must follow below address:

MENU\PRGM\ROUTH

and hit EXE key. after run program goto:

MENU\STAT for see table of routh hurwitz

-----------------------------------------------------------
notes:
1-in the table +9999999 means +infinite and -9999999 means -infinite

2-that List Labeled with ALL=0 show where all element zero happened with number 1

3-that List Labeled with 1ST=0 show where first element zero happened with number 1

4-if your poly equation have zero roots then program factor this roots. for example if you input [1 1 3 3 3 2 1 0 0]
(that have dual zero roots) then program continue progress with [1 1 3 3 3 2 1]

5-maximum length of input vector(poly equation) is 38 in other words maximum degree of equation is 37(s^37+...)

6-since table of routh hurwitz showed from List 1 therefore progam copy the elements of List 1 into List 26 and clear List 1.after run program you can access with your poly equation in List 26

7-if length of input vector less than 3 then below error will showed and runing of program stopped

Error:
Equation Is Very Simple

-----------------------------------------------------------
caution: for input new equation clear all List with ClrList command first

for input ClrList command hit these keys:

SHIFT\VARS(PRGM)\F6(>)\F1(CLR)\F3(List)


---------------------""PERSIAN GULF""----------------------


-----------------""Mir Hossein Moussavi""------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-08-03 (00:06 CEST)
By: amin heidari 216 clicks
new features:
1- it can expand equation with or without complex number 2- coefficients can be complex or not 3- it support unsorted polynomial 4- it support repeated terms
***********************************************************
caution:this program need Str function that available in OS version 2.0

this program convert string to poly(coefficients of equation)

for example convert
"(X-i)(X+i)-(12-i)X^2+(X+i)^3+(X-1)^2+2X-2X+(X-1)(X-2)+i"
to
[1 -9+4i -8 4]
-----------------------------------------------------------
this program can used by programmers to write better program

first you must get string and saved into Str 1

for example:
"(X-i)(X+i)-(12-i)X^2+(X+i)^3+(X+1)^2+2X-2X+i" => Str 1

and then you must put the variable's name that you want extract itself coefficients into Str 2 for mention example :
"X" => Str 2
-----------------------------------------------------------
cautions:
1- all variable's name can be set into Str 2 from A to Z and r and theta 2- you can input constant variables into Str 1 too but only those that have not changed in the while of execute of program(read help for extra information)
-----------------------------------------------------------
note: for input Str command hit this keys:

VARS\F6\F5(Str)

-----------------------------------------------------------
in the programing you can show message and get this from user

for example(in the programing): "Input String"?=>Str 1
-----------------------------------------------------------
note:

1-for input " character hit :

ALPHA\EXP

2-for input ? character hit :

SHIFT\VARS(PRGM)\F4(?)
-----------------------------------------------------------

after this step you must run STR2POLY by two method

1-(for the users) go to (Menu\PRGM\STR2POLY) and hit EXE key

2-(for the programmers) write in your program below command

Prog "STR2POLY"

-----------------------------------------------------------
note: for input Prog command hit:

SHIFT\VARS(PRGM)\F2(CTL)\F1(Prog)
-----------------------------------------------------------

after run; output(poly state of input string) saved into List 1

users can see output by follow under address:

MENU\STAT\List 1

and programers can access elements of List 1 by type:

List 1[1],List 1[2],...

-----------------------------------------------------------
note:for input List command hit this key:

OPTN\F1(LIST)\F1(List)
-----------------------------------------------------------

Vuvuzela Is Ugly & Noisy Horn !!!

-----------------""Mir Hossein Moussavi""------------------

For My Mother

---------------------""PERSIAN GULF""----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-05-30 (00:59 CEST)
By: amin heidari 267 clicks
this program calculate Real Roots with Secant Method

and display table of calculations
-----------------------------------------------------------
run SECANT(Menu\PRGM\SECANT)

*after run this message is show==>'Input f(x)=0?'

you must input equation with 'x' variable

for example: x^3+2x^2-x+1

*after this step this message is show==>'Input x1?'

you must Input lower confine

for example: -4

*after this step this message is show==>'Input x2?'

you must Input upper confine

for example: 4

*after this step this message is show==>'Input Error?'

you must Input Error

for example: 0.1 or 0.01 or 0.001 or ...

decrease Error ==increase precision x(real root that found)==long time process
***********************************************************
caution: Error can't set 0
***********************************************************
after this step x is show

x is real root that found between x1 & x2
***********************************************************
caution:if don't found real roots between x1 & x2 then this

Error is show:'No Real Roots Found Between x1 & x2'
***********************************************************
for see table of calculations of Secant Method

goto: MENU\STAT

-----------------""Mir Hossein Moussavi""------------------

---------------------""PERSIAN GULF""----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-05-27 (18:56 CEST)
By: amin heidari 175 clicks
this program calculate Hessenberg Reduction of square matrix

------------------------------------------------------
input your matrix in matrix A(Menu\RUN.MAT\F1\Mat A)

matrix A must be a square.

caution: if Matrix A is'nt square then program give error message.

then run HESS(Menu\PRGM\HESS)

after this Hessenberg Reduction of Mat A display

------------------------------------------------------
Hessenberg Reduction of Mat A saved into Mat H
------------------------------------------------------
you can access with this in Mat H ((Menu\RUN.MAT\F1\Mat H))

------------------------------------------------------
for example:

Mat A= [[i 2+i 3+i][5 6 -1][4 8 2]]

you see that Mat A is square

after run program(HESS) we have:

Mat H= [[i -3.43-1.4i -1.09-0.15i][-6.4 7.85 -5.68][0 3.31 0.14]]

-----------------""Mir Hossein Moussavi""------------------

---------------------""PERSIAN GULF""----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-05-02 (03:06 CEST)
By: amin heidari 207 clicks
this program Returns:

1-Frobenius norm: claclulate Frobenius norm of matrix

2-rowNorm: calculates the sums of the absolute values of the elements of each row of a matrix,
and returns the maximum value of the sums

3-colNorm: calculates the sums of the absolute values of the elements of each column of a matrix,
and returns the maximum value of the sums

-----------------------------------------------------------
input your matrix in matrix A(Menu\RUN.MAT\F1\Mat A)

then run NORM(Menu\PRGM\NORM)

after this you must select one of the:

1-Frobenius norm 2-rowNorm 3-colNorm

-----------------""Mir Hossein Moussavi""------------------

---------------------""PERSIAN GULF""----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-04-28 (13:16 CEST)
By: amin heidari 144 clicks
this program calculate Householder transformation of a square symmetric matrix

The Householder transformation converts a symmetric matrix into a similar symmetric tridiagonal matrix
------------------------------------------------------
input your matrix in matrix A(Menu\RUN.MAT\F1\Mat A)

matrix A must be a square & Symmetric Matrix.

caution: if Matrix A is'nt square or Symmetric then program give error message

then run HOUS~TRA(Menu\PRGM\HOUS~TRA)

after this Householder form of Mat A display

------------------------------------------------------
Householder form of Mat A saved into Mat H
------------------------------------------------------
you can access with this in Mat H ((Menu\RUN.MAT\F1\Mat H))

------------------------------------------------------
for example:

Mat A=[[2,-1,1,4][-1,2,-1,1][1,-1,2,-2][4,1,-2,3]]

you see that Mat A is square & symmetric

after run program(HOUS~TRA) we have:

Mat H=[[2,4.2426,0,0][4.2426,1.6666,1.7795,0][0,1.7795,4.0292,0.9882][0,0,0.9882,1.3040]]

-----------------""Mir Hossein Moussavi""------------------

---------------------""PERSIAN GULF""----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-04-28 (00:10 CEST)
By: amin heidari 178 clicks
this program Returns QR decomposition of a square matrix

------------------------------------------------------
input your matrix in matrix A(Menu\RUN.MAT\F1\Mat A)

matrix A must be a square

caution: if Matrix A is'nt square then program give error message

then run QR(Menu\PRGM\QR)

after this Mat Q and Mat R display
------------------------------------------------------
Matrix Q is unitary matrix &
Matrix R is upper triangular matrix
------------------------------------------------------
Mat Q * Mat R= Mat A
------------------------------------------------------
you can access with them in Mat Q & Mat R((Menu\RUN.MAT\F1\Mat Q & Mat R))

------------------------------------------------------
for example:

Mat A=[[1,2][3,4]]

after run program we have:

Mat Q=[[0.3162,0.9486][0.9486,-0.3162]]

Mat R=[[3.1622,4.4271][0,0.6324]]

-----------------""Mir Hossein Moussavi""------------------

---------------------""PERSIAN GULF""----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-04-26 (03:28 CEST)
By: amin heidari 413 clicks
this program calculate Real Roots with Newton Raphson Method

and display table of calculations
-----------------------------------------------------------
run NEW~RAP(Menu\PRGM\NEW~RAP)

*after run this message is show==>'Input f(x)=0?'

you must input equation with 'x' variable

for example: x^3-x^2-2

*after this step this message is show==>'Input x0?'

you must Input initial point

for example: 10

*after this step this message is show==>'Input Error?'

you must Input Error

for example: 0.1 or 0.01 or 0.001 or ...

decrease error ==increase precision x1(real root that found)==long time process
***********************************************************
caution: Error can't set 0
***********************************************************
after this step x1 is show

x1 is real root that found
***********************************************************
caution:if don't found real roots then this

Error is show:'No Real Roots Found'
***********************************************************
for see table of calculations of Newton Raphson Method

goto: MENU\STAT

-----------------""Mir Hossein Moussavi""------------------

---------------------""PERSIAN GULF""----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-04-22 (14:27 CEST)
By: amin heidari 236 clicks
this program calculate Real Roots with Regula Falsi Method(or False Position Method)

and display table of calculations of Regula Falsi Method
-----------------------------------------------------------
run REGULA(Menu\PRGM\REGULA)

*after run this message is show==>'Input f(x)=0?'

you must input equation with 'x' variable

for example: x^3+x^2+x+1

*after this step this message is show==>'Input x1?'

you must Input lower confine

for example(for x^3+x^2+x+1): -3

*after this step this message is show==>'Input x2?'

you must Input upper confine

for example(for x^3+x^2+x+1): 3

*after this step this message is show==>'Input Error?'

you must Input Error

for example: 0.1 or 0.01 or 0.001 or ...

decrease error ==increase precision x3(real root that found between x1 & x2)==long time process
***********************************************************
caution: Error can't set 0
***********************************************************
after this step x3 is show

x3 is real root that found between x1 & x2
***********************************************************
caution:if don't found real roots between x1 & x2 then this

Error is show:'No Real Roots Found Between x1 & x2'
***********************************************************
for see table of calculations of Regula Falsi Method

goto: MENU\STAT

---------------------""PERSIAN GULF""----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2010-03-18 (21:17 CET)
By: amin heidari 481 clicks
this program use Simplex algorithm for optimization
***********************************************************
input Right coefficients & left coefficients in "Mat A"

for example for below optimization question:

max Z= 2x+3y+4z

3x+2y+z<=10

2x+5y+3z<=15


"Mat A" must be:
[1 -2 -3 -4 0 0 0;
0 3 2 1 1 0 10;
0 2 5 3 0 1 15]

for more information about this question go to below link:

http://en.wikipedia.org/wiki/Simplex_algorithm

***********************************************************

after this step run SIMPLEX(Menu\PRGM\SIMPLEX)

after run; program start optimization

this program do optimization step by step and inside of each

step display number of pivot column & pivot row

***********************************************************
optimization stopped automatically and in the end display

this message: "End Of Optimization"
***********************************************************
caution: all changes saved into "Mat A"
Uploaded by amin_heidari[Write a comment]Rating: 5/102009-11-05 (17:27 CET)
By: amin heidari 482 clicks
this program calculate Real Roots with Bisection Method

and display table of calculations of Bisection Method
-----------------------------------------------------------
run BISEC(Menu\PRGM\BISEC)

*after run this message is show==>'Input f(x)=0?'

you must input equation with 'x' variable

for example: x^2-1

*after this step this message is show==>'Input x1?'

you must Input lower limit

for example(for x^2-1): 0

*after this step this message is show==>'Input x2?'

you must Input upper limit

for example(for x^2-1): 1

*after this step this message is show==>'Input Error?'

you must Input Error

for example: 0.1 or 0.01 or 0.001 or ...
***********************************************************
caution: Error can't set 0
***********************************************************
after this step x3 is show

x3 is real root that found between x1 & x2
***********************************************************
caution:if don't found real roots between x1 & x2 then this

Error is show:'No Real Roots Found Between x1 & x2'
***********************************************************
for see table of calculations of Bisection Method

goto: MENU\STAT

---------------------""PERSIAN GULF""----------------------


-----------------""Mir Hossein Moussavi""------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2009-08-20 (15:28 CEST)
By: amin heidari 222 clicks
***********************************************************
caution: for this version you must update OS to version 2.0

this version need 'str' function that available in OS V2.0
***********************************************************

this program move your string from right to left
------------------------------------------------------
run LCD~SHIF(Menu\PRGM\LCD~SHIF)

after run this message is show==>'Input String:?'

you must input your wish string

for example: 'YOUR NAME'
***********************************************************
caution: 1- for input String==> SHIFT\ALPHA
***********************************************************
after this step:

this message is show==>'Input Wait:?'

you must input the delay of movement

for example: 175 or 200
***********************************************************
increase delay= decrease speed

decrease delay= increase speed
***********************************************************
caution: maximum length of your input string is 21 character
Uploaded by amin_heidari[Write a comment][Rate this file]2009-07-09 (23:42 CEST)
By: amin heidari 309 clicks
***********************************************************
caution: for this version you must update OS to version 2.0

this version need 'str' & 'Rref' function that available in OS V2.0
***********************************************************

this program calculate Rank of matrix
------------------------------------------------------
run RANK(Menu\PRGM\RANK)

after run this message is show==>'source:'

you must input name of matrix that you want calculate Rank

for example: Mat A - Mat B -...- Mat Ans
***********************************************************
caution: 1- for input 'Mat'==> OPTN\F2\F1

2- for input 'Ans'==> SHIFT\(-)
***********************************************************
Uploaded by amin_heidari1 commentRating: 5/102009-07-09 (23:29 CEST)
By: amin heidari 405 clicks
this program calculate LU decomposition

caution: this version need OS Version 2.00
******************************************************
older version(0.1) have a lot of bug & calculated incorrectly

and if determinant of matrix A(Mat A) equal zero then

can't calculate LU. all fixed in new version(0.5)

******************************************************
input your matrix in matrix A(Menu\RUN.MAT\F1\Mat A)

matrix A must be a square Matrix.

then run LU(Menu\PRGM\LU)

after this you should choice Method:

Crout Method Doolittle Method Cholesky Method Thomas Algorithm

1. If Uii = 1 for i = 1, 2, . . . , n in matrix U, then the method is called the Crout method.

2. If Lii = 1 for i = 1, 2, . . . , n in matrix L, then the method is called the Doolittle method.

3. If U = Transpose(L) for the positive-definite matrix A, then the method is called the Cholesky method.(if Matrix A is'nt positive-definite then program give error message)

4. The Thomas algorithm is a special adaptation of the Crout method when A is a tridiagonal matrix.(LU decomposition of this; is similar to Crout method)

after this Mat L and Mat U display
------------------------**----------------------------
Mat A= Mat L * Mat U

Mat L is a lower triangular matrix

Mat U is a upper triangular matrix
------------------------**----------------------------
you can access with them in Mat L & Mat U((Menu\RUN.MAT\F1\Mat L & Mat U))


-----------------""Mir Hossein Moussavi""------------------

---------------------""PERSIAN GULF""----------------------
Uploaded by amin_heidari[Write a comment][Rate this file]2009-06-29 (18:41 CEST)
By: amin heidari 705 clicks
this program calculate adjoint of matrix even if itself determinant=0
----------------------------*******-----------------------------------------------
new feature: in this version you can select that matrix you want calculate adjoint
----------------------------*******-----------------------------------------------
caution: for this version you must update OS to version 2.0

this version need 'str' function that available in OS V2.0

for update see:http://edu.casio.com
***********************************************************
run ADJOINT(Menu\PRGM\ADJOINT)

after run this message is show==>'source:'

you must input name of matrix that you want calculate adjoint

for example: Mat A - Mat B -...- Mat Ans
***********************************************************
caution: 1- for input 'Mat'==> OPTN\F2\F1

2- for input 'Ans'==> SHIFT\(-)
***********************************************************
source matrix must be a square Matrix.

***********************************************************
always adjoint of source matrix save into Mat J except:

1-if Mat J set source matrix then adjoint save into Mat K

***********************************************************
caution: if Mat Ans set source matrix after run program; Mat Ans is clear

***********************************************************
you dont need remember that where adjoint of source matrix is save

because program in the end help you
Uploaded by amin_heidari[Write a comment]Rating: 10/102009-06-11 (10:45 CEST)
By: ZweiLynx 306 clicks
COSTSELL - Cost, Sell, Margin

Field: Finance, Accounting

v1.02

Bug fix. In v1.00, when two values are entered for the same option the program would still give a result, and that could be misinterpreted as an actual correct result. This version fixes that.

v1.00

This program calculates Cost, Sell Price, Gross Margin, Mark Up, and Profit. Two values are required, and the program calculates the other three. Common financial calculators only make calculations between Cost, Sell, and Margin.

The program works this way: Select the number of the option you're going to introduce a value for. Introduce the value. Select the second option you're going to use. Introduce the value. Results are immediately calculated and displayed. Press EXE to repeat, AC/on to break and exit.
Uploaded by zweilynx[Write a comment][Rate this file]2008-12-21 (18:08 CET)
By: ZweiLynx 238 clicks
GENRAND - Generate a random variable

Field: Statistics, Simulation.

v1.20

CRITICAL FIX. In v1.00, option [7] does not generate a LogNormal distributed variable. The procedure is incorrect. This version generates a LogNormal variable correctly.

v1.00

This program generates random numbers that follow a distribution with the specified parameters. The options are Continuous Uniform, Discrete Uniform, Triangular, Exponential, Bernoulli, Normal, and LogNormal. To generate a sequence keep pressing EXE.
Uploaded by zweilynx[Write a comment][Rate this file]2008-12-20 (09:44 CET)
By: ZweiLynx 200 clicks
TRANRAND - Transform a random variable U(0,1) to another distribution (inverse cumulative)

Field: Statistics, Simulation.

This program transforms a continuous uniform (standard) distributed variable to another distribution, with the specified parameters. The random numbers U(0,1) MUST be stored in List 1 before running the program. The program asks for the required parameters, and stores the results in List 2. These results are the values for the inverse cumulative distribution, to the effects of inverse transform sampling.

The options to make the transformation are Continuous Uniform, Discrete Uniform, Triangular, Exponential, and Bernoulli. Version 2.00 (in the works) will add Normal and LogNormal distribution options.
Uploaded by zweilynx[Write a comment][Rate this file]2008-12-20 (09:43 CET)
By: Olli Lahtinen (Kelli) 1069 clicks


Classic minesweeper game.


Includes all three classic difficulty modes:

-Easy : size 9x9, mines 10
-Medium : size 16x16, mines 40
-Hard : size 30x16, mines 99

Best times are saved.


Controls:

Arrow keys: Move cursor Shift : Clear square Alpha : Mark mine / Add question mark




Hope you like it!
Uploaded by Kelli[Write a comment]Rating: 6/102008-05-11 (20:17 CEST)
By: Benjamin I. 819 clicks
JETS BETA (CASIO FX-9860)
=========================

Jets is a very simple space invaders type game which I made in my spare time . It is also my first game that I made. It is a beta and will possibly be expanded in the future . This little read me covers the majority of the important bits for the game .

NOTE : This game should work on Casio CFX-9850 , however I would assume it would be too slow.

How to play
===========

Initially you will be greeted by the difficulty selection screen . The difficulties range from 1 (Very Easy) to 5 ( Very Hard). The levels affect how much damage each of the enemy jets can take before it is destroyed.

Controls :
During the game :
[MENU] Press once to view the stats screen , press again to enter the game shop , where extra ammo and fuel can be purchased.
Direction Keys : Control the movement of the ship (up , down )
[ALPHA] : Fires the standard gun
[SHIFT] : Fires the Destroyer gun , which needs to be purchased first
[F1] : Deploys a bomb , which instantly destroys the enemy jet .
Gameplay
========

When the game starts an enemy jet will appear on the right of the screen . The jets will not fire at you however after a certain time they will move 1 unit closer to your ship . The game ends if an enemy ship goes past your own ship. The speed at which the jets approach you slowly increases.

Shooting
========
At the start of the game you are given 5000 bullets and 5 bombs . The bullets are expanded every time you shoot at the enemy jets . Also the player starts off with a full fuel tank which will slowly get used up during the game . When either the ammo or the fuel gets low , a warning will pop up at the top of the screen .

Money
=====

Each time a ship is destroyed a player earns $100 . Player also earns money for each individual hit . Player can access the shop at any time by pressing the MENU key . This will allow for the purchase of extra ammo , fuel and the destroyer gun .

Destroyer Gun
=============

The destroyer gun can be purchased from the shop . It allows for a greater hit damage , however it is pricy and uses up more bullets than the standard gun . This gun needs only to be purchased once.

Bombs
=====
Player starts off with 5 of these initially . These cannot be replaced or purchased so use them wisely .
Uploaded by ben_i[Write a comment][Rate this file]2008-03-31 (16:22 CEST)
By: Babak 576 clicks
hello

OK!

Here is a [BASIC] program for your fx-9860, for drawing pictures.

I like to do it with SDK but I dont know c++.
I am trying to learn it.

first you must run SETUP file => it greates som pictures to use in program GUI then run C-draw file
Uploaded by babak_7zmm1 commentRating: 7/102008-02-14 (20:38 CET)
By: Babak 284 clicks
Hello!

This Program Creates the Beautifull picture of rose.
Uploaded by babak_7zmm[Write a comment][Rate this file]2008-02-08 (22:23 CET)
By: Kelli 1814 clicks
Two player cannon game on one calculator.
It has fully generated landscapes and the places of cannons are generated randomly.
There are also three different weapons, which you can use to beat your friends.


Uploaded by Kelli[Write a comment][Rate this file]2007-04-30 (12:01 CEST)
By: kucalc 1611 clicks
Revolution-FX is a open source library created to provide programmers using the CASIO fx-9860 SDK to create better add-ins. It's a must-have for anyone serious in doing some rad programming for the fx-9860G and compatibles. Revolution-FX allows you to:

* Create possible calc-to-calc gaming with access to the serial port
* Create cool graphics with grayscales (upto 8 colors)
* Gather user input and place it into a string
* Fast routines for drawing graphics or sprites to either buffers or to the screen with transparency
* Access the RTC (Real time clock) to either store or retrieve the time
* Change the speed of your CPU by making it faster
* Reset_Calc() eliminates the hassle of having to run another addin just after running one
* Text display with new fonts
* Fast keyboard routines

Plus it's now optimized for speed!

Revolution-FX comes packaged in a setup program eliminating the hassle of having to configure your SDK to detect the library. Download it and try it out. :D
Uploaded by ku7485[Write a comment][Rate this file]2007-03-12 (00:14 CET)
By: Sean Tan 928 clicks
A multiplayer game in which you play against up to two other friends in a challenging competition, involving your math skills, memory and reaction speeds. Also features one player mode, where you can attempt to master the mini games by yourself.

Update 13/12/06: Version 2 released. Two original mini games have been replaced by Indy and Pong. All games have been optimised for the fx-9860G AU calculator.

For more details, visit the games homepage at http://casiokingdom.org
Uploaded by casiokingdom[Write a comment]Rating: 10/102007-02-17 (11:23 CET)
By: Sean Tan 706 clicks
Your aim is to restore peace to the galaxy. Receive and take on missions from the Jedi council. Battle in space or fight with a lightsaber. New areas are unlocked as you progress. Challenge Darth Maul, Count Dooku, Jango Fett, Darth Sidious and the Trade Federation army. Game includes tons of enemies and options. Includes loan sharks, shipyard, Jedi Temple, credit union, Kamino clone factory and more. Great addictive fun!
Completely optimized for the fx-9860G calculator.

For more details, visit the games homepage at http://casiokingdom.org
Uploaded by casiokingdom[Write a comment]Rating: 5/102007-02-17 (10:58 CET)
By: Menno de Bes 1400 clicks
Attention this version has been superseeded with the casio patience add-in

way faster gameplay

please try that one

Menno




Casio Patience DeLuxe beta 3

I'd like to present my newest game, Casio Patience Deluxe.

A copy of windows patience. It is operated with the arrow keys, exe and exit

You select cards with the arrow keys and hit enter. The card(s) will be cut and be shown in the card memory. Use arrows to select paste location, hit exe to paste cards.

When you hit exe on a card marked with an ? it will be turned. Hitting exe on the drawing stock draws three new cards which will be shown below the drawing stock. If you select a draw card and hit exe the card will be cut. Paste card on suited position. Next to the drawing stocks there are four empty stocks. Here you can place aces followed with there successive cards

You can select more then one card when they have been turned already, You do this by selecting the appropriate stock en push the arrow up. The selection box will extend and below in the screen the name of the last card will appear. If you hit exe now you cut all selected cards. The last card (lowest in value) will be shown in the card memory

After every cut action you can undo the cut action by hitting the exit key.

Beta 2 27-nov-2006

Fixed Bugs:

* Game would crash when going with an extended selection box to the drawingstock or aces stocks
* In version 1 you could only paste on an ace stock, now you can cut from them too.
* There was no winning screen, now there is, don't hold your breath

Unfixed issues

* Bulkyness in code and matrix usage

Beta 3 09-dec-2006 Fixed Bug:

* Winscreen didn't work, now it does


Added functions:

* Options menu
* Quit sequence that clears all matrices to save memory
* Pause sequence to enable the continue option
* Possibility to change number of cards that are drawn

Changes:

* New startscreen with casiokingdom advertisement

Unfixed issues:

* Bulkyness in code and matrix usage

Code is free to use, passwords are the names of the programs

:D

-
Uploaded by Menno1 commentRating: 8/102006-11-26 (13:16 CET)
By: Menno 1144 clicks
Casio Yahtzee,
For 1 to 4 players Version: 1.1

Intelligent score counting system, clear menu structure for scores. Standard rules. Version 1.1 supports bonus. Score: Yahtzee, Full straight, Small straight, Full house, Carré, Three of a kind, Chance, Ones, Two's, Three's, Fours, Fives and Sixes.

Each dice can be locked, except for the first throw. You dont need to throw three times, by clicking 'take' (f6) you can collect your score. To throw click exe, after three times you are prompted to click exe again.

You will be presented a menu to collect your score. With the arrow keys you can position the score marker, hitting exe collects the score, you can choose zero, but when there is no score presented that possibility is allready taken. (it is impossible to choose this selection)

In the score menu one can only select free position, for example, when you have allready chosen to score full straight you can't do that again.

After a throw the next player is prompted to throw the dices. Now you can view your score list to see which throw would be best (press menu). When everyone has played 13 throws the final scores are presented.

Casio Yahtzee Update:

17-11-2006 Version 1.1

Bugfix:
- Last score was not added in total scores (fixed)

New Features:
- Continue a game.
- Bonus scores
- New score board with bonus points

Bonus score:
When you score more then 0 points for every option in the first list you get 100 points bonus When you score more then 63 points as the sum of list 2 you get 35 points bonus

Please tell me if you like it, my email is in the start screen :)

Uploaded by Menno[Write a comment][Rate this file]2006-11-11 (13:48 CET)
By: that_guy 361 clicks
Program to find slope of a line off of two points and graph it. The 'Lbl r' is there for no real reason, just left over from an earlier version. Have fun.
-that_guy
Uploaded by that_guy[Write a comment][Rate this file]2006-10-24 (23:45 CEST)
By: Roy F.A. Maclean 635 clicks
Laguerre's Method is an iterative method to get approximate solutions for polynomials.
It can be used for polynomials of any degree and even ones with complex coefficients.

This program uses synthetic division after each solution to reduce the degree of the polynomial and then applies Laguerre's Method again to get the next soln, until all the solutions are found.
Uploaded by caspro1 commentRating: 7/102006-10-24 (21:40 CEST)
By: Menno 450 clicks
This program calculates the concentration of water vapour using the wet and dry bulb method. All calculations according to ITS-90 standards. A small help file is included in the program . All you need is a temperature sensor, a wet white cotton thing to cover your temp sensor and a barometer. The program asks for atmospherical pressure in hPa, thats the same as mBar, the static pressure will almost always be 0 Pa (except when measuring in a duct with a different pressure then atmospheric).

Wet bulb cannot be higher then 100 degrees C or the dry bulb temperature

Water vapour concentration is given in relative and absolute percentages and in grams per normal cubic metre.

http://en.wikipedia.org/wiki/Wet-bulb_temperature> Wiki Info

http://www.thunderscientific.com/tech_info/reflibrary/its90formulas.pdf> used literature ITS-90 (pdf)

(btw only water vapour over water is considred in this program, water vapour over ice is not included)
Uploaded by Menno[Write a comment][Rate this file]2006-10-23 (16:44 CEST)
By: Menno 339 clicks
This is the collision model I use for my Pool Simulator

Please use, comment or alter the code

:)
Uploaded by Menno[Write a comment][Rate this file]2006-10-22 (11:08 CEST)
By: Menno de Bes 1760 clicks
The aim of the game is to pocket all the balls. You have three 'white balls' en every time you pocket one 'white ball' you are free to place it, like in real pool. You win when you have pocketed 6 balls, you loose when you have pocketed three 'white balls'.

There are six balls to play of the table

When the game starts it asks if you want to trace all the balls or just the white ball or none, I advise option 2

In screen 2 you can place the white ball along a vertical line. Use the arrow keys to place the cross (ball centre) where you like it.

Hit EXE when done

Now you enter a screen where you aim the cue, aiming is done with the arrow keys. Up and down de or increment the angle with 1/200 of a circle, left and right de or increment with 1/8 of a circle.

Use + or - to in or decrease the applied force.

Hit exe when done

The ball(s) start rolling. On the right side you see three bars, the top, short bar represents your white balls (3, inclusive the one you're playing with). The bar underneath represents the pocketed balls, 0 to begin with, 6 at max. The last bar represents the applied force.
Uploaded by Menno[Write a comment][Rate this file]2006-10-21 (08:51 CEST)
By: alias4399 2804 clicks
This is the same great mario game for the cfx 'tweaked' for the 9860.

There are only a few more things that need to be done, and i thought a beta release was in order...

So, here it is!
(No screenshots at the moment)

Mario 2.0 Beta 3 for 9860 by Alias4399 Enjoy!

** This version includes Animated sprites!!! **, unfortunately i only put 1 in the whole game,
you can edit the level data program to add more, only 1 per level:
14: Dancing flower (cool!)
15: 'Traffic light' (not really working)
16: Moving car (not tested with 9860)

There is now an options menu, however it has not yet been implemented into the game.

Fixes include:
=) No more lines across the screen

Still happens:
=) Objects disappear when you walk over them
Uploaded by alias4399[Write a comment][Rate this file]2006-09-24 (08:15 CEST)
By: B. Rasmus Anthin 371 clicks
FX-GL and FX-GLUT Examples 1.1

The FX-9860G backend implementation.
Required APIs: FX-GL (and for some programs FX-GLUT).
Total size: ~ 4641 B.

This collection contains programs to demonstrate different ways to make use of FX-GL and FX-GLUT.

Not all functions/programs are necessary. Only transfer those that you think you'll need.


Thanks to LordNPS for porting these programs to the FX-9860G platform.
Uploaded by Scratty[Write a comment][Rate this file]2006-09-21 (20:48 CEST)
By: B. Rasmus Anthin 395 clicks
FX-GLUT 1.0.1

FX Graphics Library Utility Toolkit.
The FX-9860G backend implementation.
Required API: FX-GL.
Total size: < 4246 B.

FX Graphics Library Utility Toolkit is intended to be an API similar to GLUT.
It features routines for creating geometric primitives and other useful CG tools.

You will need FX-GL in order to make FX-GLUT work. FX-GLUT works as an extra API layer on top of FX-GL.

Not all functions/programs are necessary. Only transfer those that you think you'll need.


This library is indeed different from the CFX counterpart. Thanks to LordNPS for making a support for the FX-9860G platform.
Uploaded by Scratty[Write a comment][Rate this file]2006-09-21 (20:43 CEST)
By: Scratty 512 clicks
FX-GL 2.0.2

FX Graphics Library.
The FX-9860G backend implementation.
Total size: < 2640 B.

This is an attempt to make a user friendly API/library for programming graphics, 3D graphics in particular.
Emphasis has been on making the geometry stage and rendering stage as quick as possible.
The text file contains three examples to make you aquainted with this API.
With this API, making 3D games should be fairly simple (although they will inevitably be slow).

This software bundle also contains:

* Tutorial on making an FPS engine
* Tutorial that compares OpenGL drawing modes with the FX-GL counterpart for achiving the same thing.

Note that additional functionalities such as primitives and object manipulations etc are available in the separate API FX-GLUT. This API only offers the basic graphics functionalities.

Not all functions/programs are necessary. Only upload those that you think you'll need.

Converted to 9860 format by: LordNPS

Simply converted into the right format for user convinience. Removed some color features.

News: Fixed typos.
Uploaded by LordNPS[Write a comment][Rate this file]2006-07-25 (14:18 CEST)
By: oxinabox 840 clicks
angle converter
-converts degrees to radians, radians to degrees, also expresses radians in terms of pi.
Uploaded by Oxinabox1 commentRating: 1/102006-05-13 (03:30 CEST)
By: Oxinabox 2624 clicks
This is snake (like trhe mobile game) for the fx-9860, it has some character noncompatabilitiy (once again) with the older calculator but this is easy to change.

this time it works, silly bug, (uploaded wrong file)
Uploaded by Oxinabox[Write a comment][Rate this file]2006-05-13 (03:21 CEST)
By: Oxinabox 2672 clicks
The ultimate one player pong.
Will only work on the fx-9860G due to some character non-compatability.
(I have reuploaded it in the esier to add .g1r format)
Features
````````
Better paddle and ball.
Adjustable speed.
Pause running score and speed.
Advanced high score system (3 highscores with 3 letter names attached)
Uploaded by oxinabox[Write a comment][Rate this file]2006-03-27 (11:25 CEST)
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