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2.4.3 Modified Form of CAPM by Black, Jensen, and Scholes 45 2.4.4 Arbitrage Pricing Theory 46 2.4.5 Approaches to Option Pricing 47 Regulatory Initiatives for Market Risks and Value at Risk 54 2.5.1 Development of an International Framework for Risk Regulation 56 2.5.2 Framework of the 1988 BIS Capital Adequacy Calculation 56 2.5.3 Criticisms of the 1988 Approach 58 2.5.4 Evolution of the 1996 Amendment on Market Risks 58 Amendment to the Capital Accord to Incorporate Market Risks 60 2.6.1 Scope and Coverage of Capital Charges 60 2.6.2 Countable Capital Components 61 2.6.3 The de Minimis Rule 62 The Standardized Measurement Method 62 2.7.1 General and Specific Risks for Equity- and Interest-Rate-Sensitive Instruments 65 2.7.2 Interest-Rate Risks 66 2.7.3 Equity Position Risk 79 2.7.4 Foreign-Exchange Risk 83 2.7.5 Commodities Risk 84 2.7.6 Treatment of Options 88 2.7.7 Criticisms of the Standard Approach 94 The Internal Model Approach 95 2.8.1 Conditions for and Process of Granting Approval 95 2.8.2 VaR-Based Components and Multiplication Factor 97 2.8.3 Requirement for Specific Risks 98 2.8.4 Combination of Model-Based and Standard Approaches 98 2.8.5 Specification of Market Risk Factors to Be Captured 99 2.8.6 Minimum Quantitative Requirements 101 2.8.7 Minimum Qualitative Requirements 102 The Precommitment Model 107 Comparison of Approaches 108 Revision and Modification of the Basel Accord on Market Risks 109 2.11.1 The E.U. Capital Adequacy Directive 109 2.11.2 New Capital Adequacy Framework to Replace the 1988 Accord 110

Notice that I named properties that are unrelated; in the Finder, the same file can be more than 10MB, can be less than a month old, and may or may not be a TIFF file This way of grouping objects allows you to easily and logically refer to just the objects you want to affect The dean, for instance, could have a thought: I can simply say, Every student whose grade average is C or lower has dishwashing duty today Ouch! That is way too mean, but it would have worked In some applications, however, you can use an unlimited combination of whose clauses and commands Let s look at a few examples: tell application "InDesign" tell page 1 of document 1 delete every text frame whose contents is "" end tell end tell The entire set you reference here is the set of text frames on page 1.

The Application Navigator is, as the name suggests, the window in which you manage and navigate the application source. The Java files, web pages, ADF artifacts, and anything else you

Using the whose clause, you can single out the text frames that contain no text and delete them as follows: set documents_folder to path to documents folder from user domain tell application "Finder" duplicate (every file of documents_folder whose size is greater than (2 * 1000 * 1000)) end tell Here, the set of objects is all the files in the user s Documents folder The script wants to duplicate only those files larger then 2MB: tell application "FileMaker Pro" tell table "guests" of database "party" set young_kids to cell "name" of every record whose cell "age" is less than 12 end tell end tell This script lists the names of all the party guests younger than 12 When you work with an application that doesn t support the whose clause, you have to settle for slower, clumsier repeat loops, performing each test yourself.

Here s another example: tell application "Address Book" get name of every person where (email_address is in (value of every email)) end tell This example searches for a person by giving an e-mail address Notice that e-mails are stored as elements of the person object, not a property, so you can t simply write every person whose email is email_address Fortunately, Address Book is pretty clever at interpreting even fairly complex whose clause tests, so you can ask it to look through each email element s value property to see whether the desired address is in any of them Had this powerful whose clause not been available,.

You can use the as parameter to read text in your primary encoding (such as MacRoman) and several different Unicode encodings, including UTF-8 and UTF-16BE. You can also read files containing raw AppleScript data structures such as lists and records.