domain
The domain
command can be used to create new problem domains or switch from one to another.
Syntax
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| domain (1)
# (1) int, domain tag
|
Example
The program adopts a domain concept so that it could hold multiple domains (problems) at the same time. The program
starts with a default domain labelled with tag 1. Following output can be seen if a debug version is executed.
Irrelevant information has been removed for simplicity.
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| +--------------------------------------------------+
| __ __ suanPan is an open source |
| / \ | \ FEM framework (64-bit) |
| \__ |__/ __ __ Acrux (0.1.0) |
| \ | | | / | | | |
| \__/ |__| | |__X | | maintained by tlc |
| all rights reserved |
+--------------------------------------------------+
debug: Storage of Domain ctor() called.
debug: Domain 1 ctor() called.
suanPan ~<>
|
By using the domain
command, readers can create/switch to other domains, if necessary.
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| suanPan ~<> domain 2
debug: Domain 2 ctor() called.
create_new_domain() successfully creates Domain 2.
suanPan ~<>
|
Of course, domains can be deleted by using erase
, remove
or delete
.
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| suanPan ~<> domain 2
debug: Domain 2 ctor() called.
create_new_domain() successfully creates Domain 2.
suanPan ~<> domain 3
debug: Domain 3 ctor() called.
create_new_domain() successfully creates Domain 3.
suanPan ~<> domain 4
debug: Domain 4 ctor() called.
create_new_domain() successfully creates Domain 4.
suanPan ~<> domain 5
debug: Domain 5 ctor() called.
create_new_domain() successfully creates Domain 5.
suanPan ~<> remove domain 2
debug: Domain 2 dtor() called.
suanPan ~<> erase domain 5
debug: Domain 5 dtor() called.
erase_domain() switches to Domain 1.
suanPan ~<> domain 4
create_new_domain() switches to Domain 4.
suanPan ~<> delete domain 3
debug: Domain 3 dtor() called.
suanPan ~<> remove domain 4
erase_domain() switches to Domain 1.
suanPan ~<>
|
Five domains are created. When remove domain 2
is invoked, the current domain is 5
, so 2
is safely removed.
When erase domain 5
is invoked, the current domain 5 is then deleted, by default, the program switches to the first
domain in the storage, it could be other domains, not necessary 1
. When domain 4
is invoked, 4
already exists in
the storage so instead of creating a new one, the program switch to the existing one.
Within each domain, independent model can be defined, when analyze
command is called, all domains will be analyzed.