递归的数学函数

假定f(n)是直接递归的。要使函数f(n)的递归定义有一个完全的形式,需要满足如下条件:
有一个基础部分(base component),它包含n的一个或多个值,对这些值,f(n)是直接定义的(即不用递归就能求解)。为简单起见,我们假定f的定义域是非负整数,基础部分包含0<=n<=k,其中k为作负常数。(n>=k的情形也是可能的,但很少见。)

在递归部分(recursive component),右侧f有一个参数小于n,因此重复应用递归部分可以把右侧f的表达式转变为基础部分。

MimArithMultiple()函数

MimArithMultiple()函数

Synopsis

Perform a point-to-point arithmetic operation using multiple source images.

Format

void MimArithMultiple(Src1ImageBufId, Src2ImageBufId, Src3ImageBufId, Src4ImageBufId, Src5ImageBufId, DestImageBufId, Operation, OperationFlag)

double Src1ImageBufId; Source 1 image buffer identifier or a constant
double Src2ImageBufId; Source 2 image buffer identifier or a constant
double Src3ImageBufId; Source 3 image buffer identifier or a constant
double Src4ImageBufId; Source 4 image buffer identifier or a constant
double Src5ImageBufId; Source 5 image buffer identifier or a constant
MIL_ID DestImageBufId; Destination image buffer identifier
long Operation; Operation to perform
long OperationFlag; Flag associated with the Operation argument
Description

MimArith()函数

MimArith()函数

Synopsis

Perform a point-to-point arithmetic operation.

Format

void MimArith(Src1ImageBufId, Src2ImageBufId, DestImageBufId, Operation)

double Src1ImageBufId; Source 1 image buffer identifier or a constant
double Src2ImageBufId; Source 2 image buffer identifier or a constant
MIL_ID DestImageBufId; Destination image buffer identifier
long Operation; Operation to perform
Description