import Bomb from 'dirtybomb/src/Bomb.js'

public class | source

Bomb

Direct Subclass:

Dirtybomb

A simple bomb

Static Method Summary

Static Public Methods
public static	tntEquivalent(qExp: number, mass: number): number
public static	tntEquivalentFactor(qExp: number): number

Constructor Summary

Public Constructor
public	constructor(tntEqvMass: number, atmosphere: Atmosphere, isStatic: boolean)

Member Summary

Public Members
public get	atmosphere: Atmosphere: *
public get	blastRadius: number: * Based on kilotons of tnt nuclear explosions
public get	cloudHeight: number: * From eq 7 of CISAC Fallout Model Approximating this as the top of the stem cloud Perhaps will change this as a combination of all three cloud alt equations
public get	cloudRadius: number: *
public get	dispersion: DynamicGaussianPuff \| GaussianPuff: *
public get	mass: number: *
public get	source: Source: *
public get	weaponYield: number: *

Method Summary

Public Methods
public	getGasTemp(r: number): number Temperature of gas in shock wave front
public	getGasVelocity(r: number): number Velocity of gas in behind shock wave front
public	getOverpressureAt(r: number): number
public	getPosShockPhaseDuration(r: number): number Positive Shock Phase Duration
public	setAtmosphere(atm: *): Bomb
public	setMass(mass: *): Bomb

Static Public Methods

public static tntEquivalent(qExp: number, mass: number): number source

Params:

Name	Type	Attribute	Description
qExp	number		explosive energy (MJ/kg)
mass	number		(kg)

Return:

number

public static tntEquivalentFactor(qExp: number): number source

Params:

Name	Type	Attribute	Description
qExp	number		explosive energy (MJ/kg)

Return:

number

Public Constructors

public constructor(tntEqvMass: number, atmosphere: Atmosphere, isStatic: boolean) source

Params:

Name	Type	Attribute	Description
tntEqvMass	number		Standardized TNT equivalent kg (kg)
atmosphere	Atmosphere	optional default: Bomb.STANDARD_ATM
isStatic	boolean	optional default: true	Determines the type of puff that is used

Public Members

public get atmosphere: Atmosphere: * source

Return:

Atmosphere

public get blastRadius: number: * source

Based on kilotons of tnt nuclear explosions

Return:

number

(m)

public get cloudHeight: number: * source

From eq 7 of CISAC Fallout Model Approximating this as the top of the stem cloud Perhaps will change this as a combination of all three cloud alt equations