Advanced Trigonometry Calculator

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Advanced Trigonometry Calculator is a robust and comprehensive tool designed for a wide range of trigonometric calculations. It supports all basic trigonometric functions such as sine, cosine, tangent, cotangent, secant, and cosecant, along with their inverses. It also includes hyperbolic functions.

Advanced Trigonometry Calculator is equipped with a user-friendly interface that allows for easy input of problems and instant computation. This makes it an ideal tool not only for students who are learning trigonometry but also for teachers who are teaching the subject. Furthermore, professionals such as engineers who need to perform advanced trigonometric calculations in their work will find this tool extremely useful.

In summary, Advanced Trigonometry Calculator is a reliable and efficient tool for tackling complex trigonometry problems. Its robust features and user-friendly interface make it an indispensable companion for anyone dealing with trigonometry.

Advanced Trigonometry Calculator is a robust and comprehensive software tool designed to perform complex mathematical calculations with high precision, up to 15 decimal places. It operates via a command-line interface, which might require some basic knowledge of working with Command Prompt.

Here are some of its key features:

· Mathematical Functions: It supports various mathematical functions and can resolve complex expressions. It’s capable of executing a wide variety of operations, including trigonometry, hyperbolic, digital signal processing, logarithm, arithmetic, and statistics.

· Numerical Systems: The software allows you to enter different numerical systems value in the same expression. It provides multi numerical systems response with scientific notation in binary, octal, and hexadecimal.

· Variables Creation: You can create variables to perform easily complex calculations.

· SI Measurement Prefixes: The software supports SI measurement prefixes response.

· Equations Systems: It can solve equations systems with complex numbers (a+bi).

· User Configurations: It offers user configurations and the ability to use the “space” key freely.

· High Accuracy: The software is known for its high accuracy and ability to perform complex calculations quickly and easily.

Despite its name, the program is capable of more than just trigonometry. For instance, it can determine logarithms as well as execute other arithmetic operations (addition, subtraction, multiplication, division, etc.). It can even provide you with statistical calculations.

The application also comes with a hefty help documentation that can provide you with insight into the arguments you can use to obtain the best results. Overall, the application is not difficult to use but it requires a bit of your time to go through all the available commands to fully take advantage of its capabilities.

Furthermore, there are commands for restarting the app and resetting the settings, accessing the history file and browsing the source code location. For a detailed list of commands and functions, as well as exemplification of Advanced Trigonometry Calculator’s usage, you can consult the help file provided with the utility. This enables you to discover its full potential without having to struggle to figure out how it works.

In conclusion, Advanced Trigonometry Calculator is a comprehensive tool for anyone needing to perform advanced mathematical calculations. However, it does require some time to learn all the available commands in order to fully take advantage of its capabilities.

Advanced Trigonometry Calculator

User Guide

All these application information contents were created and developed by Renato Alexandre dos Santos Freitas since March 19^th, 2011, when this project was born.

Contents

Advanced Trigonometry Calculator. 1

Overview.. 1

Enabled functions. 1

Trigonometry. 1

Hyperbolic. 1

Digital signal processing. 1

Logarithm.. 1

Arithmetic. 1

Statistics. 1

Matrices. 1

Commands. 1

Handling App environment 1

Handling Calculations. 1

Handling App folders. 1

Handling Time. 1

Handling PC. 1

Sorting. 1

Features. 1

Handling features. 1

History. 1

Processing of text files (.txt) 1

User configurations. 1

Reuse of entered expressions. 1

Use of the space key. 1

Introduction of multiple expressions. 1

Creating abbreviations for paths. 1

Txt detector. 1

Solving txt files automatically. 1

Run ATC from Windows command-line. 1

Run ATC over Windows command-line. 1

Current settings. 1

Opentxt 1

Autocomplete. 1

Scripting features. 1

print, get, and sprint 1

Compose commands. 1

while and for. 1

if and else. 1

Switch case and cls() 1

Break. 1

Return. 1

Replace. 1

Replace By Index. 1

Count Occurrences. 1

Delete X Occurrences. 1

Is Contained. 1

Calc. 1

Is Equal 1

Get Positive Value. 1

Is To Write. 1

Is Variable. 1

Is Contained Variable. 1

Is Contained By Index. 1

Strlen. 1

Calculation features. 1

Calculations mode. 1

SI prefixes. 1

Numerical Systems. 1

Equations systems solver. 1

Variables. 1

Use of previous results. 1

Numerical systems places. 1

Verification of entered data. 1

Parentheses. 1

Constants and answer. 1

Arithmetic operations. 1

Deduction of multiplications. 1

User functions. 1

Quadratic equations solver. 1

Verbose resolution. 1

Function domain error. 1

Solver. 1

Definite Integral 1

Equation Solver. 1

Graph with table view.. 1

Triangles Rectangles Solver. 1

Arithmetic Matrix Solver. 1

Calculation of Determinant 1

Roots to Polynomial 1

If command. 1

Financial Calculations. 1

Statistics Calculations. 1

Geometry Calculations. 1

Physics Calculations. 1

Unit Conversions. 1

Microeconomics Calculations. 1

Polynomial Simplifier. 1

Function Study. 1

Reduction to the same denominator. 1

FFT and IFFT. 1

ATC as Arithmetic Matrix Calculator. 1

Higher precision to improve precision. 1

Time features. 1

Calendar. 1

Stopwatch. 1

Timer. 1

Big timer. 1

Date adjustment 1

Clock. 1

Big clock. 1

Time Difference Calculations. 1

Sorting. 1

Ascending order. 1

Descending order. 1

ASCII order. 1

Inverse ASCII order. 1

Download and contact 1

The Developer. 1

Overview

Advanced Trigonometry Calculator is a rock-solid calculator, allowing you perform advanced complex math calculations.

Enter your complex math expression on its integrity and in the final press “Enter” button, after some instants the solution for your expression will be displayed. 

Anyone can use this calculator since the syntax used is very similar with scientific handheld calculators, e.g., TI 84-Plus.

Enabled functions

Trigonometry

cos(), acos(), sin(), asin(), tan(), atan(), sec(), asec(), cosec(), acosec(), cotan(), acotan()

This calculator can perform trigonometric calculations with complex numbers as arguments.

Hyperbolic

cosh(), acosh(), sinh(), asinh(), tanh(), atanh(), sech(), asech(), cosech(), acosech(), cotanh(), acotanh()

This calculator can perform hyperbolic calculations with complex numbers as arguments.

Digital signal processing

sinc() (normalized sinc function)

This function can perform calculations with complex numbers as argument.

Logarithm

log(), ln(), logb b()

You can use all logarithm bases that you want with the simple function “logb b()”. Just replace the space on "b b" by your base “2, 4, 8, etc.” You can also use complex numbers as logarithm base.

You can put between “b b” simple arithmetic calculations but please don’t put functions. Example: “logb(2+B10+O2+H2+sumo)b((2+B10+O2+H2+sumo)^cosec(30))”

Example of complex numbers applying to logarithm functions:

Arithmetic

rest, quotient, rtD D(), sqrt(), cbrt(), afact(), abs() and operators "+, -, *, /, ^, !"

You can use these functions to make advanced calculations. For rest and quotient functions you just need enter: dividend, function and divider, e.g. “100rest(3)=1” or “100quotient(3)=33”.

With “rtD D()” function you can use all root degrees that you want. Just replace the space in the function part "D D" by your degree “2, 3, 4, etc”. For the remaining functions: sqrt() is equivalent to rtD2D() and cbrt() is equivalent to rtD3D().

You can put between “D D” simple arithmetic calculations but please don’t put functions. Example: “rtD(2+B10+O2+H2+sumo-pi+e)D(sec(60)^(2+B10+O2+H2+sumo-pi+e))”

“afact()” is the inverse function of factorial operator “!”, e.g. “4!=24” so “afact(24)=4”.

The operators: addition, subtraction, multiplication, division, exponential, and factorial.

The negative character used is ‘_’, so to enter “-5” value, you need to enter “_5”.

 e, pi, -INF and INF are mathematical values that user can make use to perform math calculations.

Statistics

gerror(), gerrorinv(), gerrorc(), gerrorcinv(), qfunc(), qfuncinv()

 “gerror()” is the error function also called “Gauss error function”; “qfunc()” is the Q-function.

And on the functions above “inv” means inverse.

Matrices

avg(), min(), max(), linsnum(), colsnum(), getlins(), getcols()

Commands

Handling App environment

Commands	Action
clean	Let you clean the environment-resolution calculations window, if you enter many expressions with just one execution of this program, you will find it helpful.
exit	Let you exit of application, closing the program.
about	Let you access the file “About execution of application.txt” that is inside the application. Avoiding you open this file.
clean history	Let you clean the file “history.txt” with your entered expressions, respective answers and current time.
user guide	Let you open this user guide.
update	Let you download the latest version of the application.
update x64	Let you download the latest x64 version of the application.
update portable	Let you download the latest portable version of the application.
reset all	Let you delete all application ".txt" files, less the files of application info and application license. Application will be as it had finished installation or portable version had finished its unpacking.
reset all now	The same as above but ATC will restart automatically.
reset settings	Let you delete only the files that were created due to configurations in the application made by the user.
reset settings now	The same as above but ATC will restart automatically.
colors	Let you configure the text and background colors.
dimensions	Let you configure the dimensions, i.e., columns and lines numbers of environment-resolution calculations window.
window	Let you configure the position (X-axis, Y-axis), width, and height of application window.
run atc	Let you use the application on multiple execution. When you enter this command, you ask to run the application executable one more time, and you can keep doing it so on.
restart atc	Let you close the application and then execute it (restart app).
history	Let you open history file that has your application use history.
predefine txt	Let you predefine a “.txt” file for easily solve it later.
solve txt	Let you solve your predefined “.txt” file or others if you had created abbreviations for paths, e.g., “solvetxt(calculations)”
see abbreviations	Let you see the abbreviations created with their corresponding path.
eliminate abbreviations	Let you eliminate all the abbreviations created until this moment.
enable txt detector	Let you enable again the txt detector feature. Check the section “Features” looking for ”Txt detector”.
eliminate strings	Let you eliminate all the strings created until this moment.
see strings	Let you see a list with the strings names. You can see the strings accessing “Strings” folder by enter “strings”.
auto solve txt	Let your txt file be automatically solver after that in the last of the file be detected the flag “SOLVE_NOW”.  Check the section “Handling features” looking for “Solving txt files automatically”.
atc from cmd	Let you use atc from Windows command-line (cmd.exe). Check the section “Handling features” looking for “Run ATC from Windows command-line”.
atc over cmd	Let run atc over cmd, i.e. when you are in cmd and enter this command you will be able to start doing your mathematical tasks in cmd as you were running ATC directly.
donate	Let you be redirected to a Web page where you can donate any monetary value, to help the development of this app.
atc facebook	Let you be redirected to the facebook page of this app.
atc sourceforge	Let you be redirected to the page where this app is originally release. In this page you always find the latest version available for download.
current settings	Let you know the current state of the ATC settings. This way, you will be able to easily configure ATC for your customized use.  Check the subsection “Handling features” to find an image illustrating what would be shown to you. Look for “Current settings”.
auto adjust window	Let ATC auto adjust the ATC window to the current screen.
disable atc intro	Let you disable ATC intro window. This way you will go directly to the environment-resolution calculations.
enable atc intro	Let you enable ATC intro window. This way you will face intro window again with some info like the command to access this user guide.

Handling Calculations

Commands	Action
mode	Let you choose what calculation mode you want to use in the trigonometric functions for the next expressions that you enter with trigonometric functions, by default is the degree mode until you configure another one.
verbose resolution	Let you enable or disable the feature of verbose resolution. Check “Calculations feature” subsection at the section “Features”.
see variables	Let you see the created variables with their values.
renamed variables	Let you see the created variables that have automatic renaming for correct processing.
eliminate variables	Let you eliminate all the created variables until this moment.
numerical systems	Let you enable or disable the functionality of show the answer for an expression entered, in the other three popular numerical systems, i.e.: binary, octal, and hexadecimal.
si prefixes	Let you enable or disable the functionality of show the answer for an expression entered, in the SI prefixes form, e.g., “1µ”.
see results	Let you see the calculated results with their values.
eliminate results	Let you eliminate all the calculated results until this moment.
solve equations system	Let you solve equations systems. Example of use: "solve equations system(2\4\9;5\6\12)" resulting on the solutions "x1=-0.75" and "x2=2.625". Check the section “Features” looking for “Equations systems solver”.
solve quadratic equation	Let you solve quadratic equation. Example of use: “solve quadratic equation(2\7\12)” resulting on the solutions “x1=-1.75+1.71391i” and “x2=-1.75-1.71391i”. Check the section “Features” looking for “Quadratic equations solver”.
solve equation	Let you know the zeros of a function (polynomial). E.g., “x^3+8x^2+x-42” -> “solve equation(1\8\1\_42)” -> x1=-7; x2=2; x3=-3
triangles rectangles solver	Let you discover all the unknows of any triangle rectangle. Angles must be entered in degrees. In the sub-section “Calculation features” you can check a screenshot as example of use of this feature. Look for “Triangles Rectangles Solver”.
arithmetic matrix solver	Let you make various operations: sum/subtraction of matrices, multiply a matrix by a complex/real number and multiplication of matrices. In the sub-section “Calculation features” you can check a screenshot as example of use of this feature. Look for “Arithmetic Matrix Solver”.
roots to polynomial	Let you get polynomial equation from its roots. Example of use: “roots to polynomial(2\7\12)” resulting on the polynomial “(1+0i)x^3+(-21+0i)x^2+(122+0i)x+(-168+0i)”. Check the section “Features” looking for “Roots to Polynomial”
financial calculations	Let you calculate finance formulas. You enter the inputs and get the outputs.
graph settings	Let you configure your graph settings. (Xmin, Xmax, Xscale…)
graph	Let you visualize a graph of one or more functions of your interest. You can visualize multiple functions, e.g: graph(30sin(x)\15cos(x)), also after the visualization, ATC will ask you to know if you want see the graph data in a table view.
geometry calculations	Let you calculate areas and volumes. You enter the inputs and get the outputs. Check the section “Features” looking for “Geometry Calculations”.
statistics calculations	Let you calculate many parameters related with statistics. Check the section “Features” looking for “Statistics Calculations”.
physics calculations	Let you solve many physics formulas getting the value unknown of the formula that you want to solve. Check the section “Features” looking for “Physics Calculations”.
unit conversions	Let you convert parameters of time, temperature, weight, length, area, volume and angle. You can find an image as example in the Calculation features section, looking for “Unit Conversions”.
microeconomics calculations	Let you calculate Microeconomics formulas. You enter the inputs and get the outputs.
simplify polynomial	Let you get your polynomials simplified processing addition, subtraction, multiplication, division and parentheses in order to simplify very complex polynomials. Example of use: “simplify polynomial(((x-8)(x-9)(x-12))/(x-8)+((x-12)(x-20)(x-24))/(x-12))” resulting on the polynomial “((1+0i)x^2+(_14+0i)x+(_284.333+0i))” Check the section “Features” looking for “Simplify Polynomial”
function study	Let you visualize the study of a given function. Example of a valid command: “function study((1-x^2)/(x^2-4))”. You can find some images as examples in the Calculation features section, looking for “Function Study”.
fft	Let you calculate the Fast Fourier Transform. You can find an image as example in the Calculation features section, looking for “FFT and IFFT”.
ifft	Let you calculate the Inverse Fast Fourier Transform. You can find a image as example in the Calculation features section, looking for “FFT and IFFT”.
higher precision	Let enable ATC to provide values in optimized scientific notation, with at most 15 decimal places.

Handling App folders

Commands	Action
atc folder	Let you open the application folder.
source code	Let you open the source code folder.
to solve	Let you open the folder with the txt files for txt detector feature. Check the section “Features”.
scripts examples	Let you open the folder of scripts examples.
user functions	Let you open the folder of user functions.
strings	Let you open the folder with the strings created by the user.

Handling Time

Commands	Action
day of week	Let you check the day of week corresponding to a certain date, e.g. “dayofweek(d11m7y2014)” has as response “Friday”.
stopwatch	Let you measure how much time you spend for anything. Entering “stopwatch(3)” let you mark 3 times. To mark times, you just need press the button “Enter”. Check the section “Features” looking for “Stopwatch”.
run stopwatch	The same as above but will have an independent window from atc for the stopwatch feature. E.g “run stopwatch(3)”.
timer	Let you control the time you spend for anything. Entering “timer(0:5:0)” you will be notified when passed 5 minutes since the press of button “Enter”. Check the section “Features” looking for ”Timer”.
run timer	The same as above but will have an independent window from atc for the timer feature. E.g. "run timer(0:5:0)".
big timer	Let you control the time you spend for anything. Entering “big timer(0:5:0)” you will be notified when passed 5 minutes since the press of button “Enter”. Check the section “Features” looking for “Big timer”.
run big timer	The same as above but will have an independent window from atc for the timer feature. E.g. "run big timer(0:5:0)".
clock	Let you use a clock. Entering "clock(0:5:0)" you will have a clock during 5 minutes. Check the section “Features” looking for “Clock”.
run clock	The same as above but will have an independent window from atc for the clock feature. E.g. "run clock(0:5:0)".
big clock	Let you use a big clock. Entering "big clock(0:5:0)" you will have a clock during 5 minutes. Check the section “Features” looking for “Big clock”.
run big clock	The same as above but will have an independent window from atc for the clock feature. E.g. "run big clock(0:5:0)".
time	Let you check the current time for a moment.
calendar	Let you check the current year calendar entering “calendar” or others if entered a year, e.g. “calendar(1991)”.
actual time response	Let you enable or disable the functionality of show the current time after having been shown an answer for an expression entered.
time difference calculations	Let you know the difference time between two dates with time.

Handling PC

Commands	Action
shutdown	Let you shut down your PC.
shutdown now	Let you shut down your PC immediately.
restart pc	Let you restart your PC.
restart pc now	Let you restart your PC immediately.
hibernate	Let you hibernate your PC. Administrator privileges are required.
log off	Let you log off your PC.
sleep	Let you sleep your PC. Administrator privileges are required.
lock	Let you lock your PC.

Sorting

Commands	Action
ascending order	Let you put a set of real values in ascending order. Example: Input: ascending order(_1\5\_12\14\_67\50) Output:  -67, -12, -1, 5, 14, 50
descending order	Let you put a set of real values in descending order. Example: Input: descending order(_1\5\_12\14\_67\50) Output:  50, 14, 5, -1, -12, -67
ascii order	Let you put a set of real values in ascii order. Check the section of Sorting
inverse ascii order	Let you put a set of real values in inverse ascii order. Check the section of Sorting

Features

Handling features

History

To help you this application creates a text file with the expressions that you have entered, their answers and current time. Its name is "history.txt" you can find it inside the folder that contains the application executable in use. You can also enter “history” and see the file automatically. So, an example:

Processing of text files (.txt)

If you create a “.txt” file with expressions separated by ‘,’ or by paragraphs (by pressing “Enter” button), saving the file. Dragging the icon of the file to the environment-resolution calculations and pressing “Enter” button, the application reads the file expressions and gives to them an answer. Creating a new file with the expressions and their answers. This file has the same name of the original but terminates on “_answers”. So, examples:

Original file:

Interaction with application:

New file with answers:

You can also predefine your “.txt” file and solve it easily, using “predefinetxt” and “solvetxt”.  Check commands page for details.

User configurations

This application lets you configure the dimensions, the colors, the window, and the mode. If you want reset these configurations:

· Enter “reset all” to put app as it had finished its installation, or it had finished its unpacking.

· Enter “reset settings” to put the configurations by default.

For both commands you need to restart application. You can do it by enter “restart atc”. 

Reuse of entered expressions

You can use the arrow keys "up" and "down" of keyboard to reuse expressions that you have already entered, you can edit them, and so, get the wanted answer in a rapid and simple way.

Use of the space key

Feel free to use the key of "space" of your keyboard. If you like to use some space when you are entering an expression, stay know that you can do it freely, just on the environment-resolution calculations. So, an example:

As you notice the use of the space key doesn’t affect the correct processing of the expressions.

Introduction of multiple expressions

You can enter multiple expressions by pressing “Enter” button just a time. For it you need separate your expressions using "," (comma). Take an example:

Creating abbreviations for paths

You can become your work simpler if you create abbreviations for paths. Take an example:

The first expression defines your abbreviation and processes the “.txt” file. The second expression processes the “.txt” file that abbreviation corresponds to.

Txt detector

Txt detector provides a quick way to process text files (.txt). Txt detector detects “.txt” files that were not solved yet. It can demand the processing of multiple files at time. Its use is simple, just drag or create a “.txt” file on the “To solve” folder and run the app or if app is already running press “Enter” button. You will be asked if you want to solve the detected files. You will find the folder “To solve” inside of the app folder, enter “to solve” to directly access the folder.

You can enable the feature in case you disabled it. Enter “enable txt detector”.

Solving txt files automatically

You can automatically solve the txt file that you are editing for ATC.

1) Access ATC and enter: “auto solve txt”

2) Drag the txt file that you are editing to the environment-resolution calculations of ATC and press “Enter”.

3) Edit your file. You must not forget to put the flag in the last line when your file is ready to be solved

.

4) And to automatically solve it: Press “Ctrl+s” (e.g., in case you are using notepad.exe). The file with the answers must appear in instants.

5) Note that the flag “SOLVE_NOW” is automatically removed from the original file after it has been processed

.

Run ATC from Windows command-line

Have you ever dreamed with a great calculator for Windows command-line?

All you need to do is enter the command “atc from cmd” and permit changes giving administrator privileges to perform the activation of the feature.

Activation steps:

1) Enter the command “atc from cmd” in ATC.

2) You will be asked to permit changes by Windows command-line. You need to click on “Yes” button.

3) If you have said yes to the changes, you can now, try use atc from cmd. The syntax to use is simple as shown below. Note that you need to open a new Windows command-line after the activation.

4) Now use your imagination and enjoy Advanced Trigonometry Calculator in your Windows command-line.

5) Now with the activation you can easily open atc. Just open cmd.exe and enter “atc”. 

This feature permits the complete use of ATC in any user path where user are navigating in the Windows command-line.

Note: If for some reason you want disable this feature. Check this link: http://www.howtogeek.com/118594/how-to-edit-your-system-path-for-easy-command-line-access/

Run ATC over Windows command-line

After entering the command “atc over cmd” you will be able to work in cmd as if you were running ATC directly by double click on the ATC executable. For reproduce this example, please don’t forget entering the command “atc from cmd” and activate that feature.

Below is an example about what you can do.

Current settings

See the current settings of ATC to easily manage its use.

Opentxt

Autocomplete

Scripting features

print, get, and sprint

The goal of the scripting feature is to provide quick means to perform tasks repeatedly.

The scripting feature comprises the use of all mathematical functions, commands and features that the user can enjoy in the “environment-resolution calculations” and it is an extension of the processing of text files (.txt) feature. ATC folder has a sub folder called “Scripts examples” that you can easily access by enter “scripts examples”. As the folder name says it is a folder with examples of scripts that you can use/modify, and they serve as example for you to create your own atc scritps.

Script example:

Its output:

You can find the script example above in the folder “Scripts examples”. Just drag and drop the file “cos+sin.txt” to the ATC environment-resolution calculations and press “Enter” key you will face the output.

As you may already understood there are print() and get() functions to print the output and get the input, respectively.

The print() function is a emulation of the printf() from C programming language, so the syntax is truly the same. If you know how to use printf() from C you know how to use print() function.

“NO_ANSWERS_FILE“ is a flag that informs the app that you doesn’t want save and see the answers file that is created after processing the inputted txt file .

The get() function can read a string or an expression:

· To save a string you need the quotation marks for atc understand the input as text and save the string.

o Strings are saved in the folder “Strings” that is accessible by enter “strings” and can be listed by enter “see strings”.

· To save a value all that you need is to respond with an expression, atc will save the solution value as a variable.

The sprint() function is a emulation of the sprintf() from C programming language, such as print() from printf().

As you may observe above, you have two ways to use the print(): you can print a string, in this case “dateAndTime” as print() acts like puts() from C programming language or you can use the printf() text syntax.

You can easily check the printf() syntax from the url:

http://www.cplusplus.com/reference/cstdio/printf/

Compose commands

while and for

if and else

Switch case and cls()

Break

Return

Replace

Change -> text="CAAAC";

Syntax of replace function:

replace(data_to_find\replacement_to_found_data\expression_with_data\0_or_1_(meaning_below))

0 means all found cases

1 means just the first found case

Simple way to memorize: 1/0 is equals to infinity and 1/1 is equal to 1.

Replace By Index

Syntax of replacebyindex function:

replacebyindex(data_to_find\replacement_to_found_data\expression_with_data\index_start_replacing\0_or_1_(meaning_below))

0 means all found cases

1 means just the first found case

Simple way to memorize: 1/0  is equals to infinity and 1/1 is equal to 1.

The index_start_replacing is the value of the real text index minus 1, for scripting all indexes start on 0.

Count Occurrences

Delete X Occurrences

Is Contained

Calc

Is Equal

Get Positive Value

Is To Write

Is Variable

Is Contained Variable

Is Contained By Index

Strlen

Calculation features

Calculations mode

With the terms “rad”, “deg”, and “gon” you can force a trigonometry function to be calculated in radians, degrees, and gradians, respectively. So, although you have configured the calculations mode for trigonometry functions, you can use all of them in the same expression that you are entering and get the correct answer. So, an example: 

SI prefixes

You can enter your values in a SI prefixes manner, for it you need enter a ‘P’ previously of prefix, because ‘P’ says to the application that you are entering a value in a SI prefixes manner. To enter the value “2p”, you need to enter “2Pp”. The prefixes replace the need of scientific notation.

The table below has the equivalence between Prefix SI and its corresponding value.

Way of putting Prefix SI	Equivalent value
PY	1E+24
PZ	1E+21
PE	1E+18
PP	1E+15
PT	1E+12
PG	1E+9
PM	1E+6
Pk	1000
Ph	100
Pda	10
Pd	0.1
Pc	0.01
Pm	0.001
Pu	1E-6
Pn	1E-9
Pp	1E-12
Pf	1E-15
Pa	1E-18
Pz	1E-21
Py	1E-24

Numerical Systems

You can enter your expression values in four different numerical systems. So, an example:

B - Binary, O - Octal, H - Hexadecimal

You can get your numerical systems answer in scientific notation. So, an example:

Equations systems solver

You can solve equations systems. Take an example:

As you can observe, ‘\’ character separates the columns and ‘;’ the rows.

Variables

You can create your variables and use them on the next entered expressions. So, an example:

As you may notice the creation and use of variables is a cool feature that allows an easier use of results of expressions already solved. And so, you have the possibility of creating expressions easier than with just numeric digits and functions.

Use of previous results

You can use previous results easily because they have a name. So, an example:

Numerical systems places

You can choose how many decimals, binary, octal and hexadecimals places you want that exist when the answer is displayed. For example, you just need enter "dpnumberdp" and the expression that you want to be calculated to define the number of decimal places. So, an example:

dp à decimal places

bp à binary places

op à octal places

hp à hexadecimal places

Note that numerical systems response is used to give you the answer. You don’t have to enable it in this case because the application detects that this feature is needed and use it automatically.

Verification of entered data

There is a high capacity of verification of entered data to detect entered errors, like commands badly entered, e.g. “aboyt” instead of “about”, double arithmetic operator entered, e.g. “2++2+2” instead of “2+2+2”, an arithmetic operator entered at the end of an expression e.g. “2sin(30)+”, and variables and functions names badly entered. It works like a high performance of data verification feature.

Parentheses

When entering complex expressions you can use parentheses, by using these characters “(, [, {, ), ], }”. So, an example of error message due to a bad use of parentheses:

To help you, this application informs in this error message the number of right and left parentheses entered, in this case two left parentheses and one right parentheses.

Constants and answer

You may already know  and  constants but enter their values is boring, so you can enter these values by enter “e” and “pi”. So, two examples:

Also, instead of entering the previous result as value you can enter “ans”. It’s useful when you want to do more calculations related with the last answer.

Arithmetic operations

You can easily perform arithmetic operations with a previous and a current expression that you are entering, using the characters “+, -, *, /, ^”. So, an example using degree mode:

Deduction of multiplications

Through smart algorithms Advanced Trigonometry Calculator provides capabilities to deduct multiplications in the expressions that you enter. So, enter multiplication symbol is not completely needed in all cases of multiplications. Basically, this calculator can detect different types of ways to enter values, and so it can deduct multiplications when between two values there’s no arithmetical symbols.

Examples of this feature can be seen below:

User functions

Through scripting feature, ATC is able to process user functions. A user function is a script that has a variable called “InputX” X is replaced by A, B, C, D as the number of inputs increase and on what the script last line with a mathematical expression will have its solution as the returned value of the user function.

You can easily convert your script into a user function changing all the file name characters to Latin alphabet letters (uppercase and lowercase).

User functions are accessible by the command “user functions”

After entering “user functions” will be opened the folder where you must include your user functions to them be treated as user functions, and so you can enjoy your own functions inside your mathematical expressions.

User functions are a new world for ATC users. You will find it a feature very useful.

Factory reset ATC with a user function!

Quadratic equations solver

ATC can solve quadratic equations by applying the quadratic formula (below).

An example to solve:

Identify a, b and c:

a=2     b=7     c=4

Now can solve:

Note that a, b and c could be complex numbers!

Take an example:

Verbose resolution

Verbose resolution is a feature that allows the user to know how its math expression has been processed until the result, the answer, have been obtained by ATC.

This feature helps users to learn and explore math resolution of math expressions.

Function domain error

Solver

Definite Integral

Equation Solver

ATC can solve polynomials.

Graph with table view

Triangles Rectangles Solver

Arithmetic Matrix Solver

Calculation of Determinant

Roots to Polynomial

If command

Returns True or False.

Available operators:

== - is equal to

!=  - is not equal to

<= - is smaller than or equal to

>= - is greater than or equal to

>   - is greater than

<     - is smaller than

&& - and

||   - or

Financial Calculations

Statistics Calculations

Valid Confidence Level values for the option: “Find out the confidence interval”	z-score (±)
0.70	1.04
0.75	1.15
0.80	1.28
0.85	1.44
0.92	1.75
0.95	1.96
0.96	2.05
0.98	2.33
0.99	2.58
0.999	3.29
0.9999	3.89
0.99999	4.42

Geometry Calculations

Physics Calculations

Unit Conversions

Microeconomics Calculations

Polynomial Simplifier

Division

Multiplication

Addition

Subtraction

Complex simplification

Function Study

Example 1

Example 2

Example 3

Reduction to the same denominator

FFT and IFFT

ATC as Arithmetic Matrix Calculator

Higher precision to improve precision

In this case this feature was enabled, and we disabled it.

Note that this feature when enabled is applied to almost all calculations performed with ATC.

Time features

Calendar

Check calendars.

This example shows the calendar that corresponds to the “current year”. Note that you get the day, the month and the day of week highlighted.

Entering “calendar(2019)” you will get the calendar for 2019 but you will not get the day, the month and the day of week highlighted.

Stopwatch

Try measure the time you spend doing something.

Your measure can go until days, e.g. “1d 5h 23m 34s 126ms”.

Timer

Manage your time.

In 1 hour, 50 minutes and 28 seconds, you would be notified that time has finished. The notification is a beep that is audible during 20 seconds.

Big timer

Manage your time the big way.

Date adjustment

“d”, “m” and “y” are flags, i.e. you don’t need to respect the order of the example, all the combinations are possible: “dmy”, “dym”, “mdy”, “myd”, “ymd” and “ydm”.

Clock

Use a clock.

The example above shows a clock that will work during 1 hour.

Big clock

Use a big clock.

Time Difference Calculations

Sorting

Ascending order

Descending order

ASCII order

Inverse ASCII order

Download and contact

Setup Advanced Trigonometry Calculator x86.exe – installation file.

Setup Advanced Trigonometry Calculator x64.exe – installation file.

Advanced Trigonometry Calculator.zip – portable file.

Advanced Trigonometry Calculator Wine Linux.zip – portable file.

Give your feedback contacting the developer!

Via Facebook application page we can talk about it. Give a “like” on the page! Click here.

Email: renato_freitas91@hotmail.com

Mobile phone: 00351967886392

The Developer

Renato Alexandre dos Santos Freitas is portuguese. He has a degree in Electrotechnical and Telecommunications Engineering by Technology Higher School of Castelo Branco, part of Polytechnic Institute of Castelo Branco in Portugal.

Renato Freitas was born on July 6th, 1991, in Coimbra - Portugal and lived his growth, after his 3 years old in Castelo Branco, Portugal. To get an idea, he likes walking, cycling, swimming, programming, studying, socialize, watch documentaries of scientific and technological nature, discover new things, and he searches every time for more knowledge.