... x,y,z real, allocatable :: mydata(:) end type type(mytype), allocatable ... 500) then allocate(cell(i)%%mydata(10)) else allocate(cell(i)%%...type cell_data integer, allocatable, dimension(:) :: mydata integer :: some_int end type cell_data ... assignment to acell allocates acell%%mydata (deallocating it first if it...
... type, recursive function, etc...). But what would be the size if the derived type would only contain the array, and not the integer : type cell_data integer, allocatable, dimension(:) :: mydata end type cell_data 7 ? Or not, it there is also an additional bookkeeping for the derived type itself ? And what if one computes directly the size of the allocatable ...
...:: x,y,z    real, allocatable :: mydata(:) end type type(mytype), allocatable ... 500) then      allocate(cell(i)%%mydata(10))    else      allocate(cell(i)%%...I'm uncertain about how/where mydata is stored.  Perhaps I shouldn'... type cell_data integer, allocatable, dimension(:) :: mydata integer :: some_int end type cell_data ...
... :: x,y,z real, allocatable :: mydata(:) end type type(mytype), allocatable :: ... <= 500) then allocate(cell(i)%%mydata(10)) else allocate(cell(i)%%mydata(...I'm uncertain about how/where mydata is stored. Perhaps I shouldn't...how much space is reserved for mydata? I suppose this is compiler-dependent... be a typical number? When mydata is allocated, where is it ...
... minimize the code duplication. But is it possible to declare something like this : module data_mod type MYDATA character(len=20) :: string end type MYDATA implicit type(MYDATA) (Q) include 'test3_template.i90' end module data_mod I don't think so, which shows that the method cannot be ...
... minimize the code duplication. But is it possible to declare something like this : module data_mod type MYDATA character(len=20) :: string end type MYDATA implicit type(MYDATA) (Q) include 'test3_template.i90' end module data_mod I don't think so, which shows that the method cannot be ...
