Built-In Namespace _global_
| Method Attributes | Method Name and Description |
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basicSimpsonsrule(fofx, a, b)
A method to calculate the integral of a function fofx from a to b
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bisection(fofx, a, b, depthmax, epsilon)
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onerror(event)
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onmessage(event)
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reattachMethods(serialized, originalclass)
A pseudo-constructor which reatttaches methods to an object which has been
passed through JSON serialization
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RombergExtrapolation(fofx, a, b, n)
A method to calculate the integral of a function fofx from a to b using 2^n divisions
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TrapezoidRule(fofx, a, b, n)
A method to calculate the integral of a function fofx from a to b using n divisions
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Method Detail
basicSimpsonsrule(fofx, a, b)
A method to calculate the integral of a function fofx from a to b
Defined in: Term.js.
Defined in: Term.js.
- Parameters:
- {Polynomial|Term} fofx
- The function to be integrated
- {Number} a
- The lower bound
- {Number} b
- The upper bound
bisection(fofx, a, b, depthmax, epsilon)
Defined in: Term.js.
- Parameters:
- fofx
- a
- b
- depthmax
- epsilon
onerror(event)
Defined in: sidecalc.js.
- Parameters:
- event
onmessage(event)
Defined in: sidecalc.js.
- Parameters:
- event
reattachMethods(serialized, originalclass)
A pseudo-constructor which reatttaches methods to an object which has been
passed through JSON serialization
Defined in: Term.js.
Defined in: Term.js.
- Parameters:
- {Object} serialized
- A 'class' object but without the attached methods
- originalclass
RombergExtrapolation(fofx, a, b, n)
A method to calculate the integral of a function fofx from a to b using 2^n divisions
Defined in: Term.js.
Defined in: Term.js.
- Parameters:
- {Polynomial|Term} fofx
- The function to be integrated
- {Number} a
- The lower bound
- {Number} b
- The upper bound
- {Number} n
- The power of 2 used to partition the range
TrapezoidRule(fofx, a, b, n)
A method to calculate the integral of a function fofx from a to b using n divisions
Defined in: Term.js.
Defined in: Term.js.
- Parameters:
- {Polynomial|Term} fofx
- The function to be integrated
- {Number} a
- The lower bound
- {Number} b
- The upper bound
- {Number} n
- The number of divisions used to partition the range