(2) 但是如果在开头使用"use omp_lib",则不需要声明。 但是在某些程序中还是得到 线程数 线程号为浮点数的现象 ?????? 原因:子程序里面没有重复声明use omp_lib.
According to the implicit typing rules of Fortran, a variable/function starting with (A-H, O-Z) is of type real. Thus, the integer result returned by the function is being interpreted as an IEEE real, which produces the NaNs that you saw.Either USE the OMP module as TimP told...
The omp_get_thread_num function returns the number of the currently executing thread within the team. The number returned will always be between 0 and NUM_PARTHDS - 1. NUM_PARTHDS is the number of currently executing threads within the team. The master thread of the team returns a value ...
C/C++ and Fortran community Connect with business and technical experts Open XL compilers Read the documentation Edit online Purpose Theomp_get_ancestor_thread_numfunction returns the thread number of the ancestor at a given nested level of the current thread. ...
问Openmp:对omp_get_thread_num()使用并行doEN在当今多核处理器的时代，利用并行计算的能力以最大化...
若是不声明OMP_GET_THREAD_NUM,OMP_GET_NUM_THREADS那么不会得到正确的线程号和总线程数。 原因:??? (2) 但是如果在开头使用"use omp_lib",则不需要声明。 但是在某些程序中还是得到 线程数 线程号为浮点数的现象 ??? 原因:子程序里面没有重复声明use omp_lib....
2011-09-21 10:34 − php的的func_num_args、func_get_arg和func_get_args都是返回函数实参相关的函数。 func_num_args:实参个数; func_get_arg:返回某一个实参,必须事实参数组的索引; func_get_args:返回实参数组; ... 小炒花生米 1 7130 openvas Login failed. OMP service is down. 解决方法...
According to the implicit typing rules of Fortran, a variable/function starting with (A-H, O-Z) is of type real. Thus, the integer result returned by the function is being interpreted as an IEEE real, which produces the NaNs that you saw.Either USE the OMP module as TimP told you, ...
According to the implicit typing rules of Fortran, a variable/function starting with (A-H, O-Z) is of type real. Thus, the integer result returned by the function is being interpreted as an IEEE real, which produces the NaNs that you saw.Either USE the OMP module as TimP told you, ...
According to the implicit typing rules of Fortran, a variable/function starting with (A-H, O-Z) is of type real. Thus, the integer result returned by the function is being interpreted as an IEEE real, which produces the NaNs that you saw.Either USE the OMP module as TimP told you, ...