* Substantial re-work of object model. Moved many attributes out
of BaseEntity class. Changed WoldRouter so it now handles
objects in terms of Entity, rather than BaseEntity.
* Code cleanups, including removing reduntant includes, and
getting rid of C style comments.
* Fixed the way attributes are handled in Set operations and
when merging from an Atlas::Message::Object. This fixed
problem with setting gender of characters.
* rulesets/Pedestrian.*, rulesets/Movement.*: Re-named
Movement variables to make them clearer. Added in
separate handling for collisions from moving to
target position. Modified collision handling so
objects can slide next to each other.
* rulesets/Thing.cpp, rulesets/Character.cpp: Cleaned up and
rationalised movement code. Much shorter, faster and
more compact than before.
* Made better use of iterators throughout, eliminating unnecessary
lookups, and copying of data.
* Moved all virtual functions out of header files, making
less work for the linker.
* Made more use of const references to avoid the need to copy
data before being able to inspect it.
Al Riddoch <alriddoch@zepler.org>
* */*: Fixed mistake in copyright statement.
* tools/cypasswd.cpp: Fixed usage message.
* tools/cycmd.cpp: Added tools for sending administrative commands
to server.
* server/server.cpp: Send terminate instruction to metaserver on
server shutdown.
Al Riddoch (alriddoch@zepler.org)
of oplist to take advantage of vector's best performance.
* Modified OP_SWITCH macros to improve speed, and made it inlinable.
* Cleaned up python interface code to improve compile and link time.
* Moved custom operation definitions in one header file per class
to improve modularity and compile time.
* Modified boundingbox handling so it now uses size and median.
* Added collision check and inbox member function to Vector3D class.
* Added collision prediction and checking to Location and Vector3D
classes.
* Added collision prediction into MovementInfo class.
* Modified Thing::operator[] so that static attributes can be handled
and added Thing::set() which must be used to modify attributes.
* Added collision resolution so characters can no longer walk through
each other.
* Moved weight attribute to being static attribute of Thing, so it
can be much more easily handled in movement code.
Al
be accessed, and certain move operations caused an abort.
* Removed attributes from python object which don't have attributes.
* Added Py*_Check() macros, and used them for easier code reading.
* Added snow attribute to weather.
* Commented out code which makes server exit(0) after a certain time.
Al
off using debug flags.
* Added halt_time, which is number of seconds server should run before
it exits.
* Cleaned a bunch if the remaining memory leaks.
* Cleaned up the way time is handled.
* More tweaks to Python code and API to get Acorn working.
* Inlined some methods into the class definitions, for performance.
* Updated movement code to sort out setting mode properlly, and
deal with stuttering NPC movement.
This is quite a big commit, and most of Acorn now works. Performance seems
to be good too.
leak now is copied Location objects in the python interface code.
* Added hook into the time code so the server can be set to exit
after a given number of seconds. This is required for LeakTracer
to generate its report.
Al
* More python code tweaks to work with modifications to interface.
* Modified code which gets Thing attributes from Message::Object
so it can use any object dictionary to look up parent object.
* Fixed handling of Thing's static type attribute.
* Modified creation of operations from python to eliminate
some strange segfaults.
* Re-wrote and fixed Entity creation from python.
* Implemented dictlist.remove_value for removing things from inventory.
* Implemented Vector3D arithmetic and methods from python.
* Implemented as_entity() and get_xyz() methods for Thing from
python.
* Commented out deletion of operations from python OperationObject
dealloc() function as it was causing segfaults. There is a problem
somewhere with ownership not being cleared, but I can't find it.
* Implemented conversion of Python Operation and Oplist objects
to Message::Object.
* Fixed MemMap so that attributes of Things are accuratly updated.
* Fixed it so that look ops from mind are broadcast rather than sent
to world. This may have to be reverted.
* Tweaked autoconf to make it cleaner and work better. Still needs
alot of work.
A simple test of some goals now works! The lych goals worked to some
extent and no-longer gives python errors. Only a few more things are
required before Acorn can run, at which point I will release 0.1
for testing.
Al
* Implemented python function to deal with not being able to check
type of python objects implemented in C.
* Added method to thing for extracting location data from a
Message::Object
* More work on python references to improve leakage.
* Added flag so that python Operation object can own
the operation they point to, and thus delete it in dealloc().
* Implemented find_by_location() and find_by_type() as required in
MemMap, and corresponding python interface.
* Put in temporary work around to deal with the fact that a mind
does not know its name. Currently the mind is not able to
discover any of its bodies attributes, and I am not sure how
to solve this.
* Fixed Location and Vector3D so they use operator bool() to detect
whether they are set.
* Fixed bugs in getting parent from Location in python which caused
segfaults.
* Imported all the basic ruleset entity python scripts.
Goals now work to some extent, though nothing moves around still. The main
priority is to work out how minds inherit the attributes of their
bodies, and keep them up to date. aloril?
Al
* Used config file to list enitity types and their python class files.
* Cleaned up reference counting in Python API related C++ code.
References should all now be handled correctly.
* Added support for adding None to Operation and Oplist.
Reference count changes have solved some segfaults I was getting. New
config files allows easy specification of rulesets, and has allowed
me to test the complete range of python entity classes used in Acorn.
Import hook code does not appear to work for classes imported directly using
python API calls.
Al
* Added creation of Entities for use in Operation arguments.
* Added initialisation of Vector3D through constructor
arguments in python.
* Added append() method to python interface for Oplist.
* Added support for coercion of operation into addable form.
Al
so that operation manipulations can now work.
* Implemented getting of object name to python/C API, and added
methods for differentiating between op and object.
* Implemented on-the-fly de-coding of operations, from operation
arguuments in python/C API. This will be obsolete once Atlas-C++
does full decode later.
* Implemented get and setattr for Message Object from
python. Attributes are stored both in Object, and in supplementary
python dictionary for non Atlas compatable attributes.
* Implemented copy() method for Python/C Location class.
Al
* Implemented getting and setting of to and from in operations
using map to lookup what the mind knows about the entities
in question. This involved adding an extra field to the
RootOperationObject structure to store to and from entities.
* Sorted out base_init() python member so __init__() of all
classes in inheritance tree are called.
* Started work on set_kw() replacement.
* Added python module finding mechanism which is required to deal
with rulesets correctly. I am not convinced this works.
Al
for sight operations to be passed onto python code after processing
in C++. Added new type of op switch to deal with operations
in the argument of a sight/sound operation.
* Added features to Opeation python interface for args to be
accessed as if operation is a sequence object.
* Implemented python API for C++ memory map class.
* Added utility function which uses code borrowed from Atlas-C++
to convert a Message::Object into something from the Objects
code.
Al
no method as an error.
* Got python interface code to the point that python classes can now
access the C++ attributes of a Thing.
* Split the python interface code into separate files depending
on the type of C++ class the code relates to.
Al
