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-mdp-isr-reload | -mparanoid: Specifying either of these options tells GCC to force the DP register to be saved on entry to an interrupt service routine (ISR), reloaded to point to the data section, and restored on exit from the ISR. This should not be necessary unless someone has violated the small memory model by modifying the DP register, such as within an object library.

Therefore, to use the transformation with a radius of 3, a standard deviation of 1, an amount of 1.0, and a threshold of 0.05, use this command line: convert -unsharp 3x1+1.0+0.05 The default value for the standard deviation is 1. The default value for the amount is 1.0. The default value for the threshold is 0.05 if these values aren t specified. It s recommended that the radius be larger than the standard deviation. A radius of 0 will tell ImageMagick to select an appropriate value. The comparison images in Figure 5-24 use a variety of values for the radius and the standard deviation.

Selecting the new row that was just created, the rowguid was given a uniqueidentifier value of 174BE850-FDEA-4E64-8D17-C019521C6C07 (although when you test it yourself, you'll get a different value because NEWID creates a new value each time it is executed).

-mfast-fix: Specifying this option tells GCC to accept the results of the C3x/C4x FIX instruction which, when converting a floating-point value to an integer value, chooses the nearest integer less than or equal to the floating-point value rather than to the nearest integer Thus, if the floating-point number is negative, the result will be incorrectly truncated and additional code will be necessary to detect and correct this case -mloop-unsigned: Specifying this option tells GCC to use an unsigned iteration count This limits loop iterations to 2**31 + 1, since these instructions test if the iteration count is negative in order to terminate a loop -mmemparm: Specifying this option tells GCC to generate code that uses the stack for passing arguments to functions.

The previous recipes showed you how to insert a single row of data. In this recipe, I ll show you how to insert multiple rows into a table using INSERT..SELECT. The syntax for performing an INSERT..SELECT operation is as follows: INSERT [ INTO] table_or_view_name [ ( column_list ) ] SELECT column_list FROM data_source The syntax for using INSERT...SELECT is almost identical to inserting a single row, only instead of using the VALUES clause, you designate a SELECT query that will populate the columns and rows into the table or updateable view. The SELECT query can be based on one or more data sources, so long as the column list conforms to the expected data types of the destination table. For the purposes of this example, a new table will be created for storing the rows. The example populates values from the HumanResources.Shift table into the new dbo.Shift_Archive table: CREATE TABLE [dbo]. [Shift_Archive]( [ShiftID] [tinyint] NOT NULL, [Name] [dbo]. [Name] NOT NULL, [StartTime] [datetime] NOT NULL, [EndTime] [datetime] NOT NULL, [ModifiedDate] [datetime] NOT NULL DEFAULT (getdate()), CONSTRAINT [PK_Shift_ShiftID] PRIMARY KEY CLUSTERED ([ShiftID] ASC) ) GO

-mmpyi: Specifying this option when compiling code for TMS320C3x processors tells GCC to use the 24-bit MPYI instruction for integer multiplies instead of a library call to guarantee 32-bit results Note that if one of the operands is a constant, the multiplication will be performed using shifts and adds -mno-bk: Specifying this option tells GCC not to allow allocation of general integer operands into the block count register bk -mno-db: Specifying this option tells GCC not to generate code that uses the decrement and branch, DBcond(D), instruction This is the default for TMS320C3x processors -mno-fast-fix: Specifying this option tells GCC to generate additional code to correct the results of the C3x/C4x FIX instruction which, when converting a floating-point value to an integer value, chooses the nearest integer less than or equal to the floating-point value rather than to the nearest integer.