Maple für Professional
Maple für Akademiker
Maple für Studenten
Maple Personal Edition
Maple Player
Maple Player für iPad
MapleSim für Professional
MapleSim für Akademiker
Maple T.A. - Testen & beurteilen
Maple T.A. MAA Placement Test Suite
Möbius - Online-Courseware
Machine Design / Industrial Automation
Luft- und Raumfahrt
Fahrzeugtechnik
Robotics
Energiebranche
System Simulation and Analysis
Model development for HIL
Anlagenmodelle für den Regelungsentwurf
Robotics/Motion Control/Mechatronics
Other Application Areas
Mathematikausbildung
Technik
Allgemein- und berufsbildende Schulen
Testen und beurteilen
Studierende
Finanzmodelle
Betriebsforschung
Hochleistungsrechnen
Physik
Live-Webinare
Aufgezeichnete Webinare
Geplante Veranstaltungen
MaplePrimes
Maplesoft-Blog
Maplesoft-Mitgliedschaft
Maple Ambassador Program
MapleCloud
Technische Whitepapers
E-Mail Newsletters
Maple-Bücher
Math Matters
Anwendungs-Center
MapleSim Modell-Galerie
Anwenderberichte
Exploring Engineering Fundamentals
Lehrkonzepte mit Maple
Maplesoft Welcome-Center
Resource-Center für Lehrer
Help-Center für Studierende
Finance[AmericanSwaption] - create a new American-style swaption
Calling Sequence
AmericanSwaption(irswap, earliestexercise, latestexercise, opts)
Parameters
irswap
-
simple swap data structures; interest rate swap
earliestexercise
a non-negative constant, a string containing a date specification in a format recognized by ParseDate, or a date data structure; the earliest date or time when the option can be exercised
latestexercise
a non-negative constant, a string containing a date specification in a format recognized by ParseDate, or a date data structure; the maturity time or date
opts
(optional) equation(s) of the form option = value where option is one of referencedate or daycounter; specify options for the AmericanSwaption command
Description
The AmericanSwaption command creates a new American-style swaption with the specified payoff and maturity. The swaption can be exercised at any time between earliestexercise and latestexercise dates. This is the opposite of a European-style swaption, which can only be exercised on the date of expiration.
The parameter irswap is the underlying interest rate swap (see InterestRateSwap for more details).
The parameter earliestexercise specifies the earliest time or date when the option can be exercised. It can be given either as a non-negative constant or as a date in any of the formats recognized by the ParseDate command. If earlyexercise is given as a date, then the period between referencedate and earliestexercise will be converted to a fraction of the year according to the day count convention specified by daycounter. Typically the value of this option is , which means that the option can be exercised at any time until the maturity. Note that the time of the earliest exercise must preceed the maturity time.
The parameter latestexercise specifies the maturity time of the option. It can be given either as a non-negative constant or as a date in any of the formats recognized by the ParseDate command. If earlyexercise is given as a date, then the period between referencedate and latestexercise will be converted to a fraction of the year according to the day count convention specified by daycounter.
The LatticePrice command can be used to price an American-style swaption using any given binomial or trinomial tree.
Options
referencedate = a string containing a date specification in a format recognized by ParseDate or a date data structure -- This option provides the evaluation date. It is set to the global evaluation date by default.
daycounter = a name representing a supported day counter (e.g. ISDA, Simple) or a day counter data structure created using the DayCounter constructor -- This option provides a day counter that will be used to convert the period between two dates to a fraction of the year. This option is used only if one of earliestexercise or latestexercise is specified as a date.
Compatibility
The Finance[AmericanSwaption] command was introduced in Maple 15.
For more information on Maple 15 changes, see Updates in Maple 15.
Examples
Construct an interest rate swap receiving the fixed-rate payments in exchange for the floating-rate payment.
Compute the at-the-money rate for this interest rate swap.
Construct three swaps.
Here are cash flows for the paying leg of your interest rate swap.
Here are cash flows for the receiving leg of your interest rate swap.
These are days when coupon payments are scheduled to occur.
Price these swaptions using the Hull-White trinomial tree.
Price the swaptions using the tree constructed above.
You can also price these swaptions using an explicitly constructed trinomial tree.
Price your swaptions using the second tree.
See Also
Finance[BermudanSwaption], Finance[BinomialTree], Finance[BlackScholesBinomialTree], Finance[BlackScholesTrinomialTree], Finance[EuropeanSwaption], Finance[GetDescendants], Finance[GetProbabilities], Finance[GetUnderlying], Finance[ImpliedBinomialTree], Finance[ImpliedTrinomialTree], Finance[LatticeMethods], Finance[LatticePrice], Finance[MultinomialTree], Finance[SetDescendants], Finance[SetProbabilities], Finance[SetUnderlying], Finance[StochasticProcesses], Finance[TreePlot], Finance[TrinomialTree]
References
Brigo, D., Mercurio, F., Interest Rate Models: Theory and Practice. New York: Springer-Verlag, 2001.
Hull, J., Options, Futures, and Other Derivatives, 5th. edition. Upper Saddle River, New Jersey: Prentice Hall, 2003.
Download Help Document