Results for "Author: anton venema"

** Out of date ** Advanced Calculation Solver has replaced this program and its screenshot. Visit it here.

This program is based on a calculator game that involves you controlling a ship's movements as you speed through an ever-shrinking tunnel. You can change the color of the tunnel walls and choose any of seven ships to use. Tunnel was made without the use of any API commands.

The basic function of this program takes an inputted mathematical string (e.g.: "ln e + rnd(2) + 3(2)4 * (log(tan (itan 1)))"), evaluates it, and returns the result. Its features are listed below:Mathematical string evaluation using a compiler theoryFlexible languageRadian and degree modesDecimal, binary, hexadecimal, and octal modesEditable logarithm basesEditable number of decimal placesFully customizable appearance and behaviorThe program also has support for several special math items that are listed below:User-defined constantsGraphing of equations (both x = ? and y = ?)Graphing in radian or degree modeGraphing in normal or derivative modeUser-defined graphing window size (minimum X/Y, maximum X/Y, scale X/Y)Statistical analysis from a listBox-and-whisker plotsFull documentation is included with Advanced Calculation Solver, which includes feature descriptions, how to use the program, syntax descriptions, and detailed explanations of the workings of the code.Bug fixes:Derivative bug that, when in radian mode, gave an incorrect graph displayParsing bug that parsed from right to left instead of left to rightAnton Venemaavenema@nc.rr.comPlease remember to vote!

This code is the primary module of Calculation Solver, a compiler-based string evaluation program. This module can be called in one simple line which evaluates and returns the result. Feel free to use it in your programs (just remember to give credit where credit is due). Full syntax description and sample program is included as well.

** Out of date ** Advanced Calculation Solver has replaced this program and its screenshot. Visit it here.

This program is based on a calculator game that involves you controlling a ship's movements as you speed through an ever-shrinking tunnel. You can change the color of the tunnel walls and choose any of seven ships to use. Tunnel was made without the use of any API commands.

The basic function of this program takes an inputted mathematical string (e.g.: "ln e + rnd(2) + 3(2)4 * (log(tan (itan 1)))"), evaluates it, and returns the result. Its features are listed below:Mathematical string evaluation using a compiler theoryFlexible languageRadian and degree modesDecimal, binary, hexadecimal, and octal modesEditable logarithm basesEditable number of decimal placesFully customizable appearance and behaviorThe program also has support for several special math items that are listed below:User-defined constantsGraphing of equations (both x = ? and y = ?)Graphing in radian or degree modeGraphing in normal or derivative modeUser-defined graphing window size (minimum X/Y, maximum X/Y, scale X/Y)Statistical analysis from a listBox-and-whisker plotsFull documentation is included with Advanced Calculation Solver, which includes feature descriptions, how to use the program, syntax descriptions, and detailed explanations of the workings of the code.Bug fixes:Derivative bug that, when in radian mode, gave an incorrect graph displayParsing bug that parsed from right to left instead of left to rightAnton Venemaavenema@nc.rr.comPlease remember to vote!

This code is the primary module of Calculation Solver, a compiler-based string evaluation program. This module can be called in one simple line which evaluates and returns the result. Feel free to use it in your programs (just remember to give credit where credit is due). Full syntax description and sample program is included as well.

This program is based on a calculator game that involves you controlling a ship's movements as you speed through an ever-shrinking tunnel. You can change the color of the tunnel walls and choose any of seven ships to use. Tunnel was made without the use of any API commands.

This code is the primary module of Calculation Solver, a compiler-based string evaluation program. This module can be called in one simple line which evaluates and returns the result. Feel free to use it in your programs (just remember to give credit where credit is due). Full syntax description and sample program is included as well.

The basic function of this program takes an inputted mathematical string (e.g.: "ln e + rnd(2) + 3(2)4 * (log(tan (itan 1)))"), evaluates it, and returns the result. Its features are listed below:Mathematical string evaluation using a compiler theoryFlexible languageRadian and degree modesDecimal, binary, hexadecimal, and octal modesEditable logarithm basesEditable number of decimal placesFully customizable appearance and behaviorThe program also has support for several special math items that are listed below:User-defined constantsGraphing of equations (both x = ? and y = ?)Graphing in radian or degree modeGraphing in normal or derivative modeUser-defined graphing window size (minimum X/Y, maximum X/Y, scale X/Y)Statistical analysis from a listBox-and-whisker plotsFull documentation is included with Advanced Calculation Solver, which includes feature descriptions, how to use the program, syntax descriptions, and detailed explanations of the workings of the code.Bug fixes:Derivative bug that, when in radian mode, gave an incorrect graph displayParsing bug that parsed from right to left instead of left to rightAnton Venemaavenema@nc.rr.comPlease remember to vote!

** Out of date ** Advanced Calculation Solver has replaced this program and its screenshot. Visit it here.

** Out of date ** Advanced Calculation Solver has replaced this program and its screenshot. Visit it here.

This program is based on a calculator game that involves you controlling a ship's movements as you speed through an ever-shrinking tunnel. You can change the color of the tunnel walls and choose any of seven ships to use. Tunnel was made without the use of any API commands.

The basic function of this program takes an inputted mathematical string (e.g.: "ln e + rnd(2) + 3(2)4 * (log(tan (itan 1)))"), evaluates it, and returns the result. Its features are listed below:Mathematical string evaluation using a compiler theoryFlexible languageRadian and degree modesDecimal, binary, hexadecimal, and octal modesEditable logarithm basesEditable number of decimal placesFully customizable appearance and behaviorThe program also has support for several special math items that are listed below:User-defined constantsGraphing of equations (both x = ? and y = ?)Graphing in radian or degree modeGraphing in normal or derivative modeUser-defined graphing window size (minimum X/Y, maximum X/Y, scale X/Y)Statistical analysis from a listBox-and-whisker plotsFull documentation is included with Advanced Calculation Solver, which includes feature descriptions, how to use the program, syntax descriptions, and detailed explanations of the workings of the code.Bug fixes:Derivative bug that, when in radian mode, gave an incorrect graph displayParsing bug that parsed from right to left instead of left to rightAnton Venemaavenema@nc.rr.comPlease remember to vote!

This code is the primary module of Calculation Solver, a compiler-based string evaluation program. This module can be called in one simple line which evaluates and returns the result. Feel free to use it in your programs (just remember to give credit where credit is due). Full syntax description and sample program is included as well.

** Out of date ** Advanced Calculation Solver has replaced this program and its screenshot. Visit it here.

This program is based on a calculator game that involves you controlling a ship's movements as you speed through an ever-shrinking tunnel. You can change the color of the tunnel walls and choose any of seven ships to use. Tunnel was made without the use of any API commands.

The basic function of this program takes an inputted mathematical string (e.g.: "ln e + rnd(2) + 3(2)4 * (log(tan (itan 1)))"), evaluates it, and returns the result. Its features are listed below:Mathematical string evaluation using a compiler theoryFlexible languageRadian and degree modesDecimal, binary, hexadecimal, and octal modesEditable logarithm basesEditable number of decimal placesFully customizable appearance and behaviorThe program also has support for several special math items that are listed below:User-defined constantsGraphing of equations (both x = ? and y = ?)Graphing in radian or degree modeGraphing in normal or derivative modeUser-defined graphing window size (minimum X/Y, maximum X/Y, scale X/Y)Statistical analysis from a listBox-and-whisker plotsFull documentation is included with Advanced Calculation Solver, which includes feature descriptions, how to use the program, syntax descriptions, and detailed explanations of the workings of the code.Bug fixes:Derivative bug that, when in radian mode, gave an incorrect graph displayParsing bug that parsed from right to left instead of left to rightAnton Venemaavenema@nc.rr.comPlease remember to vote!

This code is the primary module of Calculation Solver, a compiler-based string evaluation program. This module can be called in one simple line which evaluates and returns the result. Feel free to use it in your programs (just remember to give credit where credit is due). Full syntax description and sample program is included as well.