来源:E: \ matlab工具箱\ \仿真软件\ 金宝appsimdemos \ simfeatures \ tlc_c \ sdotproduct。tlc 0: %% 0: %%由sdotproduct生成TLC。ttlc revision 1.6 0: %% 0: %%摘要:0:%%点积块目标文件。1: 1: %implements sdotproduct "C" 1: 0: %% Function: FcnThriftedComplexMultiply ======================================== 0: %% Abstract: 0: %%该函数将复数平面上的两个数相乘。如果输入参数0:%%中的任何一个都是实数，那么复杂部分将以“”的形式传入0:%%。0: % % 1: %函数FcnThriftedComplexConjMultiply(基于“增大化现实”技术,人工智能,br, bi、铬、ci,凤凰社)无效2:% openfile缓冲0:% % 0:% %计算cr = ar * br + ai * bi 0: % % 2: %分配rhsStr =“% < ar > * % < br > " 2: %如果! LibIsEqual (ai , "") && ! ”“LibIsEqual (bi) 0: %分配rhsStr = rhsStr + " + % < ai > * % < bi > " 0: % endif 2: % < cr > % < op > % < rhsStr >;0: % % 0: % %计算Ci = Ar * Bi - Ai * Br 0: % % 2: %如果! LibIsEqual (Ci, " ") 0: %分配rhsStr = " 0.0 " 0: %如果! LibIsEqual (Bi, " ") 0: %分配rhsStr =“% < Ar > * % < Bi > " 0: % endif 0: %如果! LibIsEqual (" ") Ai 0: %分配rhsStr = rhsStr +”——% < Ai > * % < Br > " 0: % endif 0: % < Ci > % < op > % < rhsStr >;0: % endif 0: % % 2: % closefile缓冲2:%返回缓冲区0:% endfunction % % FcnThriftedComplexMultiply 1: 1: 0: % %功能:输出  =========================================================== 0: % %文摘:0:% % Y =情况* U1,情况是复杂的共轭转置情况0:% % 1:%函数输出(块,系统)输出1:%assign sfcnName =参数设置。FunctionName 1: / * % <类型>块(% < sfcnName >): % < LibParentMaskBlockName(块)> * / 0:% % 1:%分配u0re = LibBlockInputSignal (0 , "", "", "%< tRealPart > 0) 1: %分配u0im = LibBlockInputSignal (0 , "", "", "%< tImagPart > 0) 1: %分配u1re = LibBlockInputSignal (1 , "", "", "%< tRealPart > 0) 1:%分配u1im = LibBlockInputSignal (1 , "", "", "%< tImagPart > 0) 0: % % 1: %分配yre = LibBlockOutputSignal (0 , "", "", "%< tRealPart > 0) 1: %分配yim = LibBlockOutputSignal (0 , "", "", "%< tImagPart > 0) 0: % % 0: % %需要声明一个临时变量u1re当输出是0:% %覆盖和u0im是零1: %assign outputOverWritesInput = ... 0: ((LibBlockInputSignalBufferDstPort(0) == 0) || ... 0: (LibBlockInputSignalBufferDstPort(1) == 0)) && ... 0: (LibBlockInputSignalIsComplex(0) && LibBlockInputSignalIsComplex(1)) 0: %% 1: %if outputOverWritesInput 0: { 0: %assign dtName = LibBlockOutputSignalDataTypeName(0, tRealPart) 0: % tmpVar; 0: \ 0: %assign tmpVar = "tmpVar" 0: %else 1: %assign tmpVar = yre 0: %endif 0: %% 1: % = tmpVar; 0: %endif 0: %else 0: %% Continue with dot product for nonscalar case 1: %roll idx = rollRegion, lcv = RollThreshold, block, "Roller", rollVars 1: %assign u0re = LibBlockInputSignal(0,"",lcv,"%%") 1: %assign u0im = LibBlockInputSignal(0,"",lcv,"%%") 1: %assign u1re = LibBlockInputSignal(1,"",lcv,"%%") 1: %assign u1im = LibBlockInputSignal(1,"",lcv,"%%") 0: %% 1: %assign yre = LibBlockOutputSignal(0,"",lcv,"%%") 1: %assign yim = LibBlockOutputSignal(0,"",lcv,"%%") 0: %% 1: %
            
分析结果
            
这种结构使得可以轻松识别未拍摄的分支并开发可以锻炼目标文件未使用部分的新测试。
            
看着sdotproduct.log.文件，您可以看到代码尚未用于将默认值分配给参数（例如，函数代码的第一部分fcnthriftedcomplexconjmultiply）。使用此日志作为参考和创建锻炼未执行行的模型，可以确保您的代码更强大。