Little As Double Anal

Little As Double Anal




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Episode aired Nov 16, 2008 TV-14 TV-14 22min
After Hayley is dumped by Jeff, she starts dating Stan's CIA body double. But when the body double starts making moves on Francine, Stan decides to break them up in his own unique way.
The white board during the CIA body double meeting says, "1) Your body double is here to save your life. 2) Your body double should never be used to hook up with waitresses. 3) Your body double is not here to replace you at work. 4) Your body double. 5) Your body double is expendable. Sorry guys."
Hayley's name is occasionally incorrectly spelled 'Haley'.
Air from Suite No. 3 (uncredited) Music by Johann Sebastian Bach
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After Hayley is dumped by Jeff, she starts dating Stan's CIA body double. But when the body double starts making moves on Francine, Stan decides to break them up in his own unique way. After Hayley is dumped by Jeff, she starts dating Stan's CIA body double. But when the body double starts making moves on Francine, Stan decides to break them up in his own unique way. After Hayley is dumped by Jeff, she starts dating Stan's CIA body double. But when the body double starts making moves on Francine, Stan decides to break them up in his own unique way.
Stan Smith : Bill you ever pull it in the great big blue? Hey don't judge. Wipe that look off my face.



Namespace:

System





Assembly: System.Runtime.dll


Assemblies: mscorlib.dll, System.Runtime.dll


Assembly: mscorlib.dll


Assembly: netstandard.dll







Yes



No


Compares this instance to a specified object or Double object and returns an integer that indicates whether the value of this instance is less than, equal to, or greater than the value of the specified object or Double object.
Compares this instance to a specified double-precision floating-point number and returns an integer that indicates whether the value of this instance is less than, equal to, or greater than the value of the specified double-precision floating-point number.
Compares this instance to a specified object and returns an integer that indicates whether the value of this instance is less than, equal to, or greater than the value of the specified object.
Compares this instance to a specified double-precision floating-point number and returns an integer that indicates whether the value of this instance is less than, equal to, or greater than the value of the specified double-precision floating-point number.
A double-precision floating-point number to compare.
A signed number indicating the relative values of this instance and value .
The following code example demonstrates generic and nongeneric versions of the CompareTo method for several value and reference types.
Values must be identical to be considered equal. Particularly when floating-point values depend on multiple mathematical operations, it is common for them to lose precision and for their values to be nearly identical except for their least significant digits. Because of this, the return value of the CompareTo method at times may seem surprising. For example, multiplication by a particular value followed by division by the same value should produce the original value. In the following example, however, the computed value turns out to be greater than the original value. Showing all significant digits of the two values by using the "R" standard numeric format string indicates that the computed value differs from the original value in its least significant digits. For information on handling such comparisons, see the Remarks section of the Equals(Double) method.
This method implements the System.IComparable interface and performs slightly better than the Double.CompareTo method because it does not have to convert the value parameter to an object.
Note that, although an object whose value is NaN is not considered equal to another object whose value is NaN (even itself), the IComparable interface requires that A.CompareTo(A) return zero.
Depending on your programming language, it might be possible to code a CompareTo method where the parameter type has fewer bits (is narrower) than the instance type. This is possible because some programming languages perform an implicit widening conversion that represents the parameter as a type with as many bits as the instance.
For example, suppose the instance type is Double and the parameter type is Int32 . The Microsoft C# compiler generates instructions to represent the value of the parameter as a Double object, then generates a Double.CompareTo(Double) method that compares the values of the instance and the widened representation of the parameter.
Consult your programming language's documentation to determine if its compiler performs implicit widening conversions of numeric types. For more information, see the Type Conversion Tables topic.
The precision of floating-point numbers beyond the documented precision is specific to the implementation and version of the .NET Framework. Consequently, a comparison of two particular numbers might change between versions of the .NET Framework because the precision of the numbers' internal representation might change.
Compares this instance to a specified object and returns an integer that indicates whether the value of this instance is less than, equal to, or greater than the value of the specified object.
A signed number indicating the relative values of this instance and value .
The following code example illustrates the use of CompareTo in the context of Double .
The value parameter must be null or an instance of Double ; otherwise, an exception is thrown. Any instance of Double , regardless of its value, is considered greater than null .
Values must be identical to be considered equal. Particularly when floating-point values depend on multiple mathematical operations, it is common for them to lose precision and for their values to be nearly identical except for their least significant digits. Because of this, the return value of the CompareTo method at times may seem surprising. For example, multiplication by a particular value followed by division by the same value should produce the original value. In the following example, however, the computed value turns out to be greater than the original value. Showing all significant digits of the two values by using the "R" standard numeric format string indicates that the computed value differs from the original value in its least significant digits. For information on handling such comparisons, see the Remarks section of the Equals(Double) method.
This method is implemented to support the IComparable interface. Note that, although a NaN is not considered to be equal to another NaN (even itself), the IComparable interface requires that A.CompareTo(A) return zero.
The precision of floating-point numbers beyond the documented precision is specific to the implementation and version of the .NET Framework. Consequently, a comparison of two particular numbers might change between versions of the .NET Framework because the precision of the numbers' internal representation might change.
This instance is less than value , or this instance is not a number ( NaN ) and value is a number.

This instance is equal to value , or both this instance and value are not a number ( NaN ), PositiveInfinity , or NegativeInfinity .

This instance is greater than value , or this instance is a number and value is not a number ( NaN ).

This instance is less than value , or this instance is not a number ( NaN ) and value is a number.

This instance is equal to value , or this instance and value are both Double.NaN , PositiveInfinity , or NegativeInfinity
This instance is greater than value , OR this instance is a number and value is not a number ( NaN ), OR value is null .

https://www.imdb.com/title/tt1293236/
https://docs.microsoft.com/en-us/dotnet/api/system.double.compareto
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