Intel(R) - Computational and Systems Biology at MIT

5 Intel® Math Kernel Library User’s GuideNOTE. The syntax below is provided for dynamic linking. For staticlinking, replace each library name preceded with "-l" with the path to thelibrary file, for example, replace -lmkl_core with$MKLPATH/libmkl_core.a, where $MKLPATH is the appropriateuser-defined environment variable. See specific examples in the LinkingExamples section.-L -I[-lmkl_lapack95] [-lmkl_blas95][cluster components][{-lmkl_{intel, intel_ilp64, intel_lp64, intel_sp2dp, gf, gf_ilp64, gf_lp64}][-lmkl_{intel_thread, sequential}][{-lmkl_solver, -lmkl_solver_lp64, -lmkl_solver_ilp64}]{{[-lmkl_lapack] -lmkl_{ia32, em64t, ipf}},-lmkl_core}}[{-lguide, -liomp5}] [-lpthread] [-lm]See Selecting Libraries to Link for details of this syntax usage and specificrecommendations on which libraries to link depending on your Intel MKL usage scenario.See also• section “Fortran 90 Interfaces and Wrappers to LAPACK and BLAS” in chapter 7 forinformation on the libraries that you should build prior to linking• chapter Working with Intel® Math Kernel Library Cluster Software on lining withcluster components.To link with Intel MKL, you can choose pure layered model or default model, which isbackward compatible on link line (except cluster components). The syntax aboveincorportates both models.For the pure layered model, you need to choose one library from the Interface layer, onelibrary from the Threading layer, the Computational layer library (no choice here), and addrun-time libraries. In case of the default model, you need not change the link line withrespect to the one used with Intel MKL 9.x (see the Dummy Libraries section in chapter 3for details).Figure 5-1 compares linking for Intel MKL 10.0, which uses layers, and Intel MKL 9.x.5-4