E-4 Operating Precautions. Be sure to press the P button on the back of the calculator before using the calculator for the fi rst time. See page 1 for information about the P button. Casio fx-5800P Land Surveying Programs No.s Pages 1 Radial Bearing & H-Distance by Coordinates 2 2 Radial Coordinates by Bearing Distance 3 3 4 4 Reference Line 5 5 Chainage Offset 6 6 Intersections by Coordinates 7 7 Intersections by Bearings 8-9 8 Intersections by Angles 10 9 Cross Point 11 10 Angles Clock wise Anti-Clock wise 12 11 Point to.
Free programs
for your calculator
Programs for most current Casio models!
Download programs direct from this page for FX7400, CFX9850, FX1.0 and FX2.0 series. All are saved in *.cat format - 100% compatible with the official Casio FA-122/3 PC-Calculator software. Please email charlie @ charliewatson . com if any program fails to perform as expected after checking below for recent de-bugs/updates.
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Group 1 | Size | Author | Last Updated | |
Discrete | 19kb | Charlie Watson | 15/03/2004 | |
This set of programs was written for the Western Australian Discrete Mathematics course. (Also has copy of NUMSEQS). | ||||
Individual programs in these files: | ||||
AP | Preview Finds, solves and tabulates arithmetic progressions. See Graphic Calculator Series by OT Lee for Discrete Mathematics to learn about this program and also GP below. | |||
FINDRULE | New! Finds best rule y=f(x) (from linear, power, quadratic or exponential) when at least 2 points stored in List1(x) and List2 (y). | |||
GP | Preview Finds, solves and tabulates geometric progressions. See Task 4 - Using the GP program or the link above to OTLee. | |||
GTHDECAY | PreviewUpdated! Enter two or more data points to find the equation of exponential growth or decay in the form y = a(r)x | |||
LINEAR | Preview Equation of a straight line from gradient and point or two points. | |||
MAV | Updated! Enter time series in Lists 1 and 2, set period and this program returns graphs, moving averages, residuals, seasonal components, future values, etc. See Task 3 for worked example. | |||
REPAY | New!Updated! Generates complete loan repayment table (or individual row of table) for typical Discrete problems such as a loan of $1000 at 7%pa is repaid by monthly installments of $80. |
Group 2 | Size | Author | Last Updated | |
Calculus | 13kb | Charlie Watson | 15/03/2004 | |
This set of programs was written for the Western Australian Calculus course. | ||||
Individual programs in these files: | ||||
CMPLXNUM | Preview Enter complex number z in either cartesian or polar form and then convert between forms, find nth power, list nth roots and evaluate ez. | |||
DOTPROD | Preview Dot product of two vectors. | |||
EXACTVAL | Preview Displays exact values of sin, cos and tan from 0 to 180 degrees. | |||
LOGBASE | Converts logs to different bases. | |||
NWTNRAPH | Preview First store f(x) in Y1. Program then solves f(x) = 0 using Newton-Raphson method, displaying all iterations. | |||
NWTRPHTT | Preview Same as NWTNRAPH but also animates iterations graphically. See Task 5 - Investigating when the iteration fails. | |||
PBISECT | Returns equation of perpendicular bisector of two points. | |||
POLYDIV | Divides any two polynomials, returning quotient and remainder. See Sheet 11 for worked examples. CFX9850G version. | |||
POLYDIV+ | Divides any two polynomials, returning quotient and remainder. See Sheet 12 for worked example. CFX9850G+ and later version. | |||
POLYMLT+ | Multiplies any two polynomials (any order) together. See Sheet 12 for help. CFX9850G+ and later version. | |||
POLYMULT | Multiplies any two polynomials (any order) together. See Sheet 11 for worked examples. CFX9850G version. | |||
TRIGSOLV | Solves sin, cos or tan(A) = x over your chosen range (in either degrees or radians). Solutions displayed in rows with first column degrees, second column radians and third column exact multiples of pi (where possible). |
Group 3 | Size | Author | Last Updated | |
Applicable | 19kb | Charlie Watson | 15/03/2004 | |
This set of programs was written for the Western Australian Applicable Mathematics course. (Also has copy of MAV). | ||||
Individual programs in these files: | ||||
GAUSELIM | Preview Gaussian elimination of matrix A, result in matrix R, showing steps. | |||
LINPRG | Preview Solves linear programming problems. Enter inequalities, objective function and program does the rest. WARNING: Optimal value is always OK, but not confident this program will always return the correct coordinates - more checking still needed. | |||
MEDIAN | Finds the median from a grouped frequency table using linear interpolation. See Sheet 15 for a worked example. | |||
PDF+ | PreviewUpdated! Five probability distributions in one quick program. Calculate, tabulate and plot any normal, exponential, Binomial, Poisson or user defined (any pdf entered in Y1) probabilities. Probabilities now displayed to 5dp instead of 4! | |||
RESIDUAL | Check your regression model with this small utility which calculates and plots residuals based on regression of List 2 (y) on List 1 (x). | |||
ROWREDA | Preview Reduces matrix A to echelon form, storing result in matrix R and indicating type of solution. | |||
ROWREDTT | As for ROWREDA but also shows steps in reduction. (Though rarely shows a neat path to the reduction!) |
Group 4 | Size | Author | Last Updated | |
Odds'n'Ends | 27kb | Charlie Watson | 15/03/2004 | |
This is a set of miscellaneous programs and utilities. | ||||
Individual programs in these files: | ||||
2PT LINE | New! Enter coordinates of two points and get gradient, midpoint, distance and equation of line. | |||
BORGS | Works out aerobic exercise heart rate targets for given age, exercise intensity and level of fitness. | |||
GRAPHEQN | Practice in working out a and b for y=ax+b from a graph. | |||
INEQSOLV | Solves single variable (linear) inequalities of the form ax+b < cx+d. | |||
LATLONG | Solves latitude and longditude problems - both distance from A to B or position after travelling xkm from A. | |||
MARKS | Enter max mark, then enter student mark(s) for conversion to % and finish with hi mark (>max) to obtain class average. | |||
MEANMED | Little utility to calculate mean and median for single data set without going into STAT mode. | |||
PERPBSCT | Calculates and draws the perpendicular bisector of any two points. | |||
QUADEQN | Calculates equation of a parabola from three points. | |||
QUADSOLV | PreviewUpdated! Enter quadratic in any form and have it converted into standard, completed square and factored (where possible) forms. Roots (real or complex) given as both exact and decimal values. | |||
RIGHTTRI | Right-triangle solver when angle and one of O, A or H is known. | |||
SAVOL | Solves surface area and volume problems for most prisms, pyramids, cones, spheres and cylinders. | |||
SIMPLOTS | Takes simultaneous equations (2 variables) with coefficients already entered in SOLV SIML [2] and graphs them to assist in interpretation of solution. | |||
SURDSIMP | Preview Simplifies several common types of surd expressions. | |||
TRAPRULE | Introduction to finding area beneath a curve using trapeziums. Store function in Y1 first. Uses Lists 1 to 3 for working. | |||
TRISOLVE | Preview Enter known sides or angles and TriSolve finds the rest and area. (Including ambiguous case of sin rule). |
Group 5 | Size | Author | Last Updated | |
Number | 5kb | Charlie Watson | 15/03/2004 | |
A set of fast running number utilities to speed up those irksome number questions. | ||||
Individual programs in these files: | ||||
DTF | Enter any decimal number to find exact (or nearest) equivalent fraction to tenth decimal place. | |||
FACTORS | Finds all factors of a number. | |||
HCF | Finds Highest Common Factor for two numbers. | |||
LCM | Finds Lowest Common Multiple for two numbers. | |||
NUMSEQS | Generates list of up to 50 terms of Fibonacci sequence or first 250 prime, square or triangle numbers. | |||
PRIME? | Determines whether a number is prime or composite. | |||
PRIMFACT | Finds all prime factors of a number. |
Group 6 | Size | Author | Last Updated | |
Simulations | 18kb | Charlie Watson | 15/03/2004 | |
A set of programs to simulate a variety of situations and hence obtain sets of experimental results. | ||||
Individual programs in these files: | ||||
BROWNIAN | Simulates Brownian motion. | |||
COINTOSS | Simulation which counts number of H and T when a coin is tossed. | |||
CONHEADS | Simulates tossing coin and records runs of consecutive heads. Results displayed in table and graph. | |||
DECAY | Simulates radioactive decay of anywhere between 1 to 1000 atoms. Decay continues until all radioactivity has ceased. Results summarised in table and graph. | |||
DICEROLL | Simulates rolling a die until a chosen number appears. | |||
DOUBLE6 | Counts number of double 6's in up to 250 tosses of a pair of dice, recording each toss in Lists 1 and 2. | |||
DRAWCARD | Visually simulates drawing cards from a shuffled pack with or without replacement. | |||
GUESS | Collects up to 50 student estimates of 5 seconds and puts them into a list for analysis. The worksheet Task 2 - Estimation of 5 seconds - Data collection and Normal distribution illustrates a possible use. | |||
HEADS | Cumulative probability of tossing a head 99 times. Relative frequency is graphed. | |||
LONGRUN | Simulates long run experimental relative frequency for an event with probability P. | |||
ONE DICE | Simulates tossing a single die up to 96 times. Live update of count. | |||
REACT | Collects up to 50 measurements of your reaction times and puts them into a list for statistical analysis. See example worksheet Task 1 - collection and analysis of reaction times. | |||
TOSSES | Choose how many coins to toss and how many trials. This simulation then displays the number of heads obtained in a table and graph. | |||
TWO DICE | Simulation of tossing a pair of dice up to 250 times. Column graph grows as the experiment progresses. Results summarised in table. |
Group 7 | Size | Author | Last Updated | |
EA-100 data | 44kb | Charlie Watson | 15/03/2004 | |
This set of programs is for use with the EA-100 Data Analyzer. For detailed instructions on using this collection, read the Data Logging page. | ||||
Individual programs in these files: | ||||
GETDATA | This simple to use program is for data collection using the three probes supplied with the EA-100 data analyzer. If you are new to data logging, then this is the program to start with. | |||
GETDATA2 | The big brother to GET DATA, allowing the use of any type of probe, any combination of up to 4 probes, individual calibration or conversion equations for all probes and use of one probe to trigger data collection. Real time graph plotting is possible either against time or one probe against another. | |||
GETITEM | Single or paired data collection with a single probe. Each sample is individually triggered from the calculator. | |||
GETPH | This program is specifically for use with the Vernier pH system, allowing real time monitoring and graphing of the pH of solutions over the 0 to 14 range. | |||
GETPULSE | Specifically for use with the Vernier heart rate monitor. Allows continuous monitoring and recording of an individuals heart rate using an ear clip. |
Group 8 | Size | Author | Last Updated | |
EA-200 data | 12kb | Charlie Watson | 15/03/2004 | |
This set of programs is for use with the new EA-200 Data Analyzer. For detailed instructions on using this collection, read the Data Logging page. | ||||
Individual programs in these files: | ||||
EA2PH | New! This program is specifically for use with the Vernier pH system, allowing real time monitoring and graphing of the pH of solutions over the 0 to 14 range. | |||
EA2PULSE | New! Specifically for use with the Vernier heart rate monitor. Allows continuous monitoring and recording of an individuals heart rate using an ear clip. | |||
EASY200 | New! This simple to use program is for data collection using the three probes supplied with the EA-200 data analyzer. If you are new to data logging, then this is the program to start with. |
Group 9 | Size | Author | Last Updated | |
Kissane | 6kb | Barry Kissane | 2/07/2000 | |
The source of most of these programs is Chapter 12 (Programming) in the book More Mathematics With A Graphics Calculator by Barry Kissane. (See Books). They are fairly short and intended to help you understand the basics of programming. See book for full details of programs. | ||||
Individual programs in these files: | ||||
ARCHIMED | Calculate an approximation for pi based on Archimedes. | |||
BINPROB | Makes Binomial probability distribution table. | |||
CALENDAR | Returns the day of week from the date. | |||
CARDS | Simulates collecting complete set of n cards. (Eg collector cards in cereal). | |||
COIN | 60 simulations of tossing coin n times. Number of heads in List1. | |||
DEPLOT | Finds differential equation solution graphically using step method. | |||
DIFFLIST | Stores differences of values in List1 into List2. | |||
DIRECFLD | Draws direction field for differential equation. Formula in Y1. | |||
DISPLAY | Time v temperature data recording with EA100 unit. | |||
FACTORS | Finds set of prime factors of n for n>10. | |||
MANDLBRT | Draws user chosen part of Mandelbrot set. | |||
SAMPDIST | Selects random sample from data stored in List1. | |||
SAMPLE | Creates random samples of data with chosen probability. |
Group 10 | Size | Author | Last Updated | |
Ziv | 9kb | Alan Ziv | 2/07/2000 | |
These programs are also posted in *.zip format on the USA site The Casio Classroom, hosted by University of Central Florida. | ||||
Individual programs in these files: | ||||
AMORTIZE | Computes the standard amortization calculations. | |||
CMPLXPWR | Finds any power of a complex number. | |||
CMPLXRT | Finds and displays the n complex solutions of zn = c. | |||
DBLINT | Approximates a double integral numerically. | |||
EULER | Plots the Euler's method solution of a differential equation. | |||
FUNDTHM | Numerically solves the differential equation and plots the antiderivative. | |||
IMPGRAPH | Plots the implicitly defined graph given by F(x, y) = 0. | |||
LINPROG | Solves a linear programming problem by the simplex method. | |||
PRIME | Determines whether a number is prime or composite. | |||
PRIMFACT | Reports the prime factors of a number and their multiplicity. | |||
RIEMANN | Approximates an integral by a Riemann sum. | |||
ROWREDA | Row reduces Matrix A to reduced row echelon form. | |||
SLOPEFLD | Graphs the slope field of a differential equation. | |||
TRIPLINT | Approximates a triple integral numerically. |
There are 2 ways to download all the above sets of programs for all calculator models: DOWNLOAD ALL PROGRAMS - (cat.zip), an 84k zip file - you'll need to unzip using Winzip software or similar into original *.cat format. DOWNLOAD ALL PROGRAMS - (cat.exe), a 110k self-extracting archive if you don't have an unzipping utility. Save into your FA-122 folder and then double click the file to automatically create a folder called 'cworks' containing all original sets in *.cat format. |
Casio Fx 5800p Surveying Programs List
TRANSCRIPT
Casio Fx 5800p Surveying Programs Reviews
Prepared by:- Malik Abdur Rehman Email:- geodasi@gmail.com
Casio fx-5800P Land Surveying Programs
No.s Pages
1 Radial Bearing & H-Distance by Coordinates 2
2 Radial Coordinates by Bearing Distance 3
3 4
4 Reference Line 5
5 Chainage Offset 6
6 Intersections by Coordinates 7
7 Intersections by Bearings 8-9
8 Intersections by Angles 10
9 Cross Point 11
10 Angles Clock wise Anti-Clock wise 12
11 Point to Point Easting Northing 13
12 Point to Point Bearing&Distance 14
13 2 Point Resection 15
14 3 Point Resection 16-17
15 3 Point Centre of Circle Coordinates 18
16 Simple Horizontal Curve Left & Right 19-20
17 Level 21
18 Interpolation 22
19 Vertical Curve 23
20 Triangles 24-25
21 Calculator Information 26
ContentsItems
Before using the programs make some checks and make sure its working properly.Instruction
Point to Point XYZ
Page 1 of 26
Prepared by:- Malik Abdur Rehman Email:- geodasi@gmail.com
Casio fx-5800P Land Surveying Programs
Introduction
Deg:'STN E'?A:'STN N'?B:'SCALE FACTOR'?ZLbl 0:'POINT E'?C:'POINT N'?D'BEARING=':Arg((B-D)+(A-C)i)+180DMS'H-DISTANCE=':Abs ((B-D)+(A-C)i)ZGoto 0
Example with Diagram
POINT E=456.547POINT N=556.547
Input'From 'co-ordinates: (STN E , STN N)'To 'co-ordinates: (POINT E , POINT N),?'Depend on area' IF NO SCALE FACTOR THEN =1.00000OutputBearing & Distance (STN E , STN N) to (POINT E , POINT N)
(STN E , STN N) to ?
Radial Bearing & H-Distance by Coordinates
STN N=5.00
Program
Compute the 'Bearing&Distnce' from any point to other points. This program removes the need to keep re-entering the first set of co-ordinates.
STN E=4.00SCALE FACTOR=0.999621
Page 2 of 26
Prepared by:- Malik Abdur Rehman Email:- geodasi@gmail.com
Casio fx-5800P Land Surveying Programs
Introduction
Deg:'STN E'?A:'STN N'?B:'SCALE FACTOR'?ZLbl 0:'BEARING'?C:'H-DISTANCE'?D'EASTING=':(sin(C)(DZ))+A'NORTHING=':(cos(C)(DZ))+BGoto 0
Example with Diagram
POINT E=456.547POINT N=556.547
Input'From 'co-ordinates: (STN E , STN N)'To 'bearing distance: (BEARING , H-DISTANCE),?'Curvature correction' IF NO SCALE FACTOR THEN =1.00000OutputEasting & Northing (STN E , STN N) to (POINT E , POINT N)
(STN E , STN N) to ?
Radial Coordinates by Bearing Distance
Compute the 'Coordinates' from any point to other points. This program removes the need to keep re-entering the first set of co-ordinates.
STN E=4.00STN N=5.00 SCALE FACTOR=0.999621
Program
Page 3 of 26
Prepared by:- Malik Abdur Rehman Email:- geodasi@gmail.com
Casio fx-5800P Land Surveying Programs
Introduction
Deg:Lbl 0
'OBS EAST=':A+(sin(D)(FZ))'OBS NORTH=':B+(cos(D)(FZ))'OBS ELEV=':C+G+(sin(90-E)F)-HGoto 0
Example with Diagram
T.H=1.300
BM=3.000
H-DISTANCE 141.421STN E= 100.000 OBS E= 200.000STN N= 100.000 OBS N= 200.000STN Z= 0.000 OBS Z= 3.000
Input'At Station' (STN E , STN N,STN ELEV,I.H)'To Station' (AZIMUTH, ZENITH ANGLE,H-DISTANCE,T.H)'Curvature correction' IF NO SCALE FACTOR THEN =1.00000OutputTo Station' OBS EAST
OBS NORTHOBS ELEV
ZENAITH ANGLE=9000'00'
SCALE FACTOR=1.000000
Point to Point XYZ
ProgramCompute the 'Easting Northing Elevation' a point to next point
'STN E'?A:'STN N'?B:'STN ELEV'?C:'AZIMUTH'?D:'ZENITH ANGLE'?E:'H-DISTANCE'?F: 'H.I'?G:'T.H'?H:'SCALE FACTOR'?Z
H.I=1.321
AZIMUTH 4500'00'
Page 4 of 26
Prepared by:- Malik Abdur Rehman Email:- geodasi@gmail.com
Casio fx-5800P Land Surveying Programs
Introduction
Deg:'POINT-1E'?A:'POINT-1N'?B:'POINT-2E'?C:'POINT-2N'?DLbl 0:'DISTANCE'?E:'OFFSET+/-'?F'REQ -E=':A+(sin(Arg((B-D)+(A-C)i)+180)E)+(sin(Arg((B-D)+(A-C)i)+180+90)F)'REQ -N=':B+(cos(Arg((B-D)+(A-C)i)+180)E)+(cos(Arg((B-D)+(A-C)i)+180+90)F)Goto 0
Example with Diagram
REQ-E -1.000REQ-N 10.000
POINT-1E 0.000 POINT-2E 0.000POINT-1N 0.000 POINT-2N 100
OFFSET +/- -1.000
DISTANCE 10.000 1.000
REQ-E 1.000REQ-N 10.000
Input'From 'co-ordinates: (POINT-1E , POINT-1N)'To 'co-ordinates: (POINT-2E , POINT-2N)'From base point' DISTANCE'From base line' OFFSET +/-
OutputEasting&Northing REQ-E
REQ-N
Reference Line
Program
Compute the 'Easting&Northing' from base line to any other point with reference of distances.
Page 5 of 26
Prepared by:- Malik Abdur Rehman Email:- geodasi@gmail.com
Casio fx-5800P Land Surveying Programs
Introduction
Deg:'STN E'?A:'STN N'?B:'POINT E'?C:'POINT N'?DLbl 0:'OBS-E'?E:'OBS-N'?F'DISTANCE=':(cos(Arg((B-F)+(A-E)i)+180-Arg((B-D)+(A-C)i)+180)Abs ((B-F)+(A-E)i))'OFFSET=':(sin(Arg((B-F)+(A-E)i)+180-Arg((B-D)+(A-C)i)+180)Abs ((B-F)+(A-E)i))Goto 0
Example with Diagram
OBS-E -1.000OBS-N 10.000
POINT-1E 0.000 POINT-2E 0.000POINT-1N 0.000 POINT-2N 100.000
OFFSET +/- -1.000
DISTANCE 10.000 1.000
OBS-E 1.000OBS-N 10.000
Input'From 'co-ordinates: (POINT-1E , POINT-1N)'To 'co-ordinates: (POINT-2E , POINT-2N)'At Station' OBS-E'At Station' OBS-N
OutputFrom base point DISTANCEFrom base line OFFSET +/-
Compute the 'Distance&Offset' from base line to any other point with reference of co-ordinates.
Chainage Offset
Program
Page 6 of 26
Prepared by:- Malik Abdur Rehman Email:- geodasi@gmail.com
Casio fx-5800P Land Surveying Programs
Introduction
LbI 0
(A-C)(B-D)I:(E-G)(F-H)J'PI EAST=':(E-A-(JF)+(IB))(I-J)K'PI NORTH=':A-(I(B-K))Goto 0
Example with Diagram
Input'Easting & Northing ' EAST 1, NORTH 1
EAST 2, NORTH 2 EAST 3, NORTH 3 EAST 4, NORTH 4
OutputIntersection Point INT EAST
INT NORTH
Intersections by Coordinates
Program
Compute the 'Easting&Northing' of two line intersection follow diagram sequence
Deg:'EAST 1'?B:'NORTH 1'?A:'EAST 2'?D:'NORTH 2'?C:'EAST 3'?F:'NORTH 3'?E:'EAST 4'?H:'NORTH 4'?G
STN E2=24.432STN N2=19.431 STN E4=35.958STN N4=16.400
STN E1=17.153STN N1=15.870
STN E3=40.205STN N3=9.809
PI East =31.712PI North=22.991
Page 7 of 26
Prepared by:- Malik Abdur Rehman Email:- geodasi@gmail.com
Casio fx-5800P Land Surveying Programs
Introduction
Lbl 0Deg:'STN-1E'?A:'STN-1N'?B:'STN-2E'?C:'STN-2N'?D:'AZIMUTH 1'?E:'AZIMUTH 2'?FIf E=0:Then 0.0000001E:If EndIf F=0:Then 0.0000001F:If EndIf E=90:Then 90.0000001E:If EndIf F=90:Then 90.0000001F:If EndIf E=180:Then 180.0000001E:If EndIf F=180:Then 180.0000001F:If EndIf E=270:Then 270.0000001E:If EndIf E=270:Then 270.0000001E:If End1(tan(E))P1(tan(F))Qtan(E)Rtan(F)S((CQ)-(AP)+B-D)(Q-P)X((DS)-(BR)+A-C)(S-R)YFix 3'EASTING=':X'NORTHING=':YLbI 3Deg:'MENU'[1] NEW STANS':'[2] CONTINUE'?MIf M=1:Then Goto 1:If EndIf M=2:Then Goto 2:If EndGoto 3
Intersections by Bearings
Program
Compute the 'Easting&Northing' of two line intersection follow diagram sequence
Page 8 of 26
Prepared by:- Malik Abdur Rehman Email:- geodasi@gmail.com
Casio fx-5800P Land Surveying Programs
Example with Diagram
Input'Easting & Northing ' EAST 1, NORTH 1
EAST 2, NORTH 2Bearings AZIMUTH 1
AZIMUTH 2
OutputIntersection Point EASTING
NORTHING
Intersections by Bearings
STN E1=17.153STN N1=15.870
STN E2=40.205STN N2=9.809
PI East =31.712PI North=22.991
Page 9 of 26
Prepared by:- Malik Abdur Rehman Email:- geodasi@gmail.com
Casio fx-5800P Land Surveying Programs
Introduction
Lbl 0Deg:'STN-1E'?A:'STN-1N'?B:'STN-2E'?C:'STN-2N'?D:'ANGLE 1'?E:'ANGLE 2'?F180-(E+F)G:Arg((B-D)+(A-C)i)+180H:Abs((B-D)+(A-C)i)I:(Isin(F))(sin(G))J'PI EAST=':A+(sin(H-E)J)'PI NORTH=':B+(cos(H-E)J)Goto 0
Example with Diagram
Input'Easting & Northing ' EAST 1, NORTH 1
EAST 2, NORTH 2Bearings ANGLE 1
ANGLE 2
OutputIntersection Point INT EAST
INT NORTH
Compute the 'Easting&Northing' of two line intersection follow diagram sequence
Program
Intersections by Angles
STN E1=17.153STN N1=15.870
STN E2=40.205STN N2=9.809
PI EAST =31.712PI NNORTH=22.991
ANGLE-242 28'32'
ANGLE-140 47'42'
Page 10 of 26
Prepared by:- Malik Abdur Rehman Email:- geodasi@gmail.com
Casio fx-5800P Land Surveying Programs
Introduction
Lbl 0
(D-B)(C-A)H:(E-X)(F-Y)G'CROSS POINT EAST=':(F-1GE-B+HA)(H-1G)I'CROSS POINT NORTH=':B+H(I-A)Goto 0
Example with Diagram
Input'Easting & Northing / Chainage & Elevation EAST 1, NORTH 1
EAST 2, NORTH 2 EAST 3, NORTH 3 EAST 4, NORTH 4
OutputCross Point CROSS POINT EAST
CROSS POINT NORTH
Deg:'EAST 1'?A:'NORTH 1'?B:'EAST 2'?C:'NORTH 2'?D:'EAST 3'?E: 'NORTH 3'?F:'EAST 4'?X:'NORTH 4'?Y
Cross Point
Program
Compute the 'Cross'co-ordinates or change elevation follow the sequence witch is in diagram
EAST 3=19.157NORTH 3=24.58