omegablast2002@yahoo.com 9564250179
added targetedplayer as a who for most abilities and token reciever.. ...
adjusted the way cardsacrificed events were sent
added a ability which is a way to tell a targeted player, yourself, or opponent to do a set of abilities.
ability$! EFFECT _ EFFECT !$ WHO
the idea here is that the abilities are being added to the targeted players game...so
target(player) ability$!target(<2>*|myhand) reject!$ targetedplayer
this line tells the player to discard 2 cards...
you can also use it without targeting by using WHO words..
controller, owner, targetcontroller, opponent, targetedplayer
this ability defualts to opponent.
cards coming soon...
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Resuming on my threading support work with the card caching mechanism. This change unfortunately touches quite a few files, but I needed to get it out of the way before things got out of hand: one significant hurdle is the assumed lifetime of a JQuad pointer. In a single threaded model, the life time of the pointer is clear: you fetch it into the cache, the cache makes room, you use the pointer immediately. In a multithreaded context however, it's unsafe, as the drawing thread can request a few JQuads, and the cache operating on a separate thread can potentially bounce a JQuad out of the cache before the draw routine is done using it, which ends up in an access violation when you attempt to draw using an invalidated quad pointer. To prevent this, the bulk of this change swaps out the use of naked JQuad* pointers in the code with a JQuadPtr, which is basically a typedef to a boost shared_ptr<JQuad>.
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Resuming on my threading support work with the card caching mechanism. This change unfortunately touches quite a few files, but I needed to get it out of the way before things got out of hand: one significant hurdle is the assumed lifetime of a JQuad pointer. In a single threaded model, the life time of the pointer is clear: you fetch it into the cache, the cache makes room, you use the pointer immediately. In a multithreaded context however, it's unsafe, as the drawing thread can request a few JQuads, and the cache operating on a separate thread can potentially bounce a JQuad out of the cache before the draw routine is done using it, which ends up in an access violation when you attempt to draw using an invalidated quad pointer. To prevent this, the bulk of this change swaps out the use of naked JQuad* pointers in the code with a JQuadPtr, which is basically a typedef to a boost shared_ptr<JQuad>.
2011-02-01 10:37:21 +00:00
2012-03-18 15:57:35 +00:00
2011-01-30 11:14:36 +00:00
2011-01-21 18:01:14 +00:00
2011-10-09 05:51:45 +00:00
Resuming on my threading support work with the card caching mechanism. This change unfortunately touches quite a few files, but I needed to get it out of the way before things got out of hand: one significant hurdle is the assumed lifetime of a JQuad pointer. In a single threaded model, the life time of the pointer is clear: you fetch it into the cache, the cache makes room, you use the pointer immediately. In a multithreaded context however, it's unsafe, as the drawing thread can request a few JQuads, and the cache operating on a separate thread can potentially bounce a JQuad out of the cache before the draw routine is done using it, which ends up in an access violation when you attempt to draw using an invalidated quad pointer. To prevent this, the bulk of this change swaps out the use of naked JQuad* pointers in the code with a JQuadPtr, which is basically a typedef to a boost shared_ptr<JQuad>.
2011-02-01 10:37:21 +00:00
2012-02-11 18:20:08 +00:00
2011-10-02 09:05:39 +00:00
omegablast2002@yahoo.com
9564250179