- User Guide for NTTX Advisors
- NetTradeX Advisors Terminal
- Quick Start
- Main Window
- Main Menu
- Deals and Orders Windows
- Visual Trading
- Script Editor
- Advisor Tester
- History Database
- Global Variables window
- Managing color schemes, templates and workspaces
- Quick Start
- Articles
- NetTradeX Language: Introduction
- Language Basics
- Identifiers
- Comments
- Arrays
- Loops
- Loop Control Statements
- Data Types
- Operators and Expressions
- Сonditional Statement if - else
- Return Statement
- Switch Statement
- Operating Strings
- Reserved Keywords
- Timeseries
- Enumerators
- Error Codes
- Identifiers
- Language Functions
- Language System Objects
- Deal Management
- Order Management
- Indicators
- Technical Indicators
- Technical indicators parameters
- Parameters of custom indicators
- Constants for working with charts
- Examples of indicators usage
- Technical Indicators
- Object-Oriented Programming
- Inheritance of classes
- Interfaces
- Means of accessing class properties
- Handles to objects
- Operators overloading
- Mixin-classes
- Inheritance of classes
- DLL files
- Object Account
- Object Bars
- Object Chart
- Object datetime
- Object History
- Object file
- Object Globals
- Object Math
- Object Symbols
- Object System
- NetTradeX Advisors Terminal
Object Math
Math object allows calculating values of common mathematic and trigonometric functions.
Object methods:
| Method name | Return value |
|---|---|
| double Math.Abs(double val) | Modulus of a val number, sent to the method as an argument. |
| double Math.Arccos(double val) | The arccosine value of a number val where val must be within the range [-1;1]. The return value lies in the range from 0 to π radians. |
| double Math.Arcsin(double val) | The arcsine value of a number val where val must be within the range [-1;1]. The return value lies in the range from -π/2 to π/2 radians. |
| double Math.Arctan(double val) | The arctangent value of a number val. The return value lies in the range from -π/2 to π/2 radians. |
| double Math.Ceil(double val) | The value that is the lowest integer which is more or equal to val. |
| double Math.Cos(double val) | Cosine of an angle val that is specified in radians. |
| double Math.Exp(double val) | The value of the number e raised to the power of val. |
| double Math.Floor(double val) | The value that is the highest integer number which is less or equal to val. |
| double Math.Log(double val) | The natural logarithm of the val number where val must be more than zero. |
| double Math.Max(double val1, double val2) | The maximum value of val1 or val2. |
| double Math.Min(double val1, double val2) | The minimum value of val1 or val2. |
| double Math.Mod(double val1, double val2) | Remainder of the division val1 by val2. |
| double Math.Pow(double base, double exp) | The base value raised to the power of exp. |
| double Math.Rand() | A pseudorandom value within the range from 0 to 32767. |
| double Math.Sin(double val) | The sine of an angle val, specified in radians. |
| double Math.Sqrt(double val) | The square root of val number where val must be more or equal to zero. |
| double Math.Srand(int seed) | Sets the starting state for generating pseudorandom integer values. |
| double Math.Tan(double val) | The tangent of an angle val specified in radians. |