cfortran 发表于 2017-7-13 15:58 在ivf安装目录下找到ifconsol.lib 并且记下它的路径(复制) 然后在vs的工程属性“库目录”里,粘贴上这个路径。 |
pasuka 发表于 2017-7-13 16:22 嗯嗯 这个能看懂 |
cfortran 发表于 2017-7-13 16:19 ivf帮助文档啃不动,ivf自带的sample 代码总归看得懂吧?! |
pasuka 发表于 2017-7-13 16:02 嗯 也在看modern fortran explained 这本书上的介绍 无奈英语渣的不行 只能一个词一个词的查。。。。。。 |
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本帖最后由 pasuka 于 2017-7-13 16:03 编辑 为啥不能先看看ivf帮助文档和范例呢? Intel® Fortran Compiler XE 12.1 User and Reference GuidesMixed Language Programming[size=14.6667px]Parent topic: Compiler Reference [size=14.6667px]
http://scc.ustc.edu.cn/zlsc/sugo ... /main_for/index.htm |
kyra 发表于 2017-7-12 21:03 链接时出现错误error LNK1104:无法打开文件‘ifconsol.lib’ 我在附加依赖项中添加ifconsol.lib后还是不行。请问这个怎么解决 ps:我已经把fortran编译得到的source1.obj文件添加到了C++的项目里了 |
kyra 发表于 2017-7-12 21:03 嗯 多谢了 我再试试 |
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module中的函数,和普通的外部函数一样的。直接写 Bind( C , Name ) 就可以了。 你目前的设计,最难的地方在于,你要在 type singleinfo 结构中包含 allocatable 的数组 pointchain ,这是比较困难的。 这一实现,由于fortran和C均没有标准的底层实现。所以标准的混编也就无法实现。 一般的做法是,把allocatable数组单独放在外面当做另外的参数进行传递。fortran不必关心它在C++里是静态的还是动态分配的。 排除这几个数组之外,我写了一个范例给你: [C++] 查看源码 复制源码 module hydromodelUtil
implicit none
double precision, parameter :: pi=3.141593d0
type singleinfo
integer :: controlno
integer :: unittype
integer :: solid
double precision :: coearea
double precision :: volume
double precision, dimension(3) :: center
integer :: pointcount, trianglecount
double precision, dimension(:,:), allocatable :: pointchain
double precision, dimension(:,:,:), allocatable :: trianglechain
end type singleinfo
contains
subroutine cylindermeshing(r, h, cylinderinfo)
implicit none
double precision :: r, h
type(singleinfo) :: cylinderinfo
integer :: polyedge=60
double precision, dimension(:,:), allocatable :: point
double precision :: dtheta
integer :: meshi
dtheta=2*pi/real(polyedge)
cylinderinfo%volume=(0.5d0*polyedge*sin(dtheta)*r**2)*h
cylinderinfo%center=(/ 0.0d0, 0.0d0, 0.5d0*h /)
cylinderinfo%pointcount=2*polyedge
cylinderinfo%trianglecount=4*polyedge
allocate(point(2,polyedge+1) )
do meshi=1, polyedge, 1
point(1,meshi)=r*cos( (real(meshi)-1.0d0)*dtheta)
point(2,meshi)=r*sin( (real(meshi)-1.0d0)*dtheta)
end do
point(:, polyedge+1)=point(:, 1)
do meshi=1, polyedge, 1
cylinderinfo%pointchain(1:2,meshi)=point(1:2,meshi)
cylinderinfo%pointchain(3,meshi)=0.0d0
cylinderinfo%pointchain(1:2,polyedge+meshi)=point(1:2,meshi)
cylinderinfo%pointchain(3,polyedge+meshi)=h
end do
end subroutine cylindermeshing
function thirddet(deta)
double precision, dimension(3,3) :: deta
double precision :: thirddet
thirddet=deta(1,1)*(deta(2,2)*deta(3,3)-deta(3,2)*deta(2,3)) &
& -deta(2,1)*(deta(1,2)*deta(3,3)-deta(3,2)*deta(1,3)) &
& +deta(3,1)*(deta(1,2)*deta(2,3)-deta(2,2)*deta(1,3))
end function thirddet
end module hydromodelUtil[Fortran] 查看源码 复制源码 #include <iostream>
struct singleinfo{
int controlno;
int unittype;
int solid;
double coearea;
double volume;
double center[3];
int pointcount , trianglecount;
};
extern "C" {
void cylindermeshing( double & , double & , struct singleinfo * );
double thirddet( double * );
}
using namespace std;
int main()
{
struct singleinfo cylinderinfo;
double r = 3.0;
double h = 4.0;
cylinderinfo.controlno = 1;
cylinderinfo.unittype = 2;
cylinderinfo.solid = 3;
cylinderinfo.coearea = 4;
cylinderinfo.volume = 5;
cylinderinfo.unittype = 6;
cylinderinfo.pointcount = 7;
cylinderinfo.trianglecount = 8;
cylinderinfo.center[0] = 11;
cylinderinfo.center[1] = 11;
cylinderinfo.center[2] = 11;
cylindermeshing(r, h, &cylinderinfo);
double deta[3][3];
for (int i = 0; i < 3; i++){
for (int j = 0; j < 3; j++){
deta[j][i] = j*4 + i;
}
}
cout << thirddet( &deta[0][0] );
} |
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