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Assimp
5.0.1, master @ cd42b955
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Manages lazy loading of the glTF top-level objects, and keeps a reference to them by ID It is the owner the loaded objects, so when it is destroyed it also deletes them. More...
Inherits glTF::LazyDictBase.
Public Member Functions | |
| LazyDict (Asset &asset, const char *dictId, const char *extId=0) | |
| ~LazyDict () | |
| Ref< T > | Create (const char *id) |
| Ref< T > | Create (const std::string &id) |
| Ref< T > | Get (const char *id) |
| Ref< T > | Get (const std::string &pID) |
| Ref< T > | Get (unsigned int i) |
| T & | operator[] (size_t i) |
| unsigned int | Size () const |
Private Types | |
| typedef std::gltf_unordered_map< std::string, unsigned int > | Dict |
Private Member Functions | |
| Ref< T > | Add (T *obj) |
| void | AttachToDocument (Document &doc) |
| The asset instance. More... | |
| void | DetachFromDocument () |
| void | WriteObjects (AssetWriter &writer) |
Private Attributes | |
| Asset & | mAsset |
| JSON dictionary object. More... | |
| Value * | mDict |
| ID of the extension defining the dictionary. More... | |
| const char * | mDictId |
| The read objects accessible by id. More... | |
| const char * | mExtId |
| ID of the dictionary object. More... | |
| std::vector< T * > | mObjs |
| Dict | mObjsById |
| The read objects. More... | |
Friends | |
| class | Asset |
| class | AssetWriter |
Manages lazy loading of the glTF top-level objects, and keeps a reference to them by ID It is the owner the loaded objects, so when it is destroyed it also deletes them.
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inlineprivatevirtual |
The asset instance.
Implements glTF::LazyDictBase.
| Ref< T > glTF::LazyDict< T >::Create | ( | const char * | id | ) |
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inline |
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inlineprivatevirtual |
Implements glTF::LazyDictBase.
| Ref< T > glTF::LazyDict< T >::Get | ( | const char * | id | ) |
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inline |
| Ref< T > glTF::LazyDict< T >::Get | ( | unsigned int | i | ) |
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inlineprivatevirtual |
Implements glTF::LazyDictBase.
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friend |
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friend |
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JSON dictionary object.
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ID of the extension defining the dictionary.
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The read objects accessible by id.
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ID of the dictionary object.
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The read objects.


full stack sandbox
sandbox loading...
The full stack sandbox is a JavaScript console for playing with
Optimizely Full Stack.
It was hacked together with the excellent
javascript sandbox console,
maintained by Open Exchange Rates
full stack js sdk reference
initialize the sdk with your datafile
get an OptimizelyConfig instance for your datafile
examine the features (flags) in your datafile
activate an experiment
get enabled features
get feature variable value
check if feature is enabled
track an event
links
Bugs, issues, suggestions or contributions? Head over to the github repo.


Don't be stingy! The minimum number of players to play this game is three (3)! Invite more friends
Are you sure you want to start the game?
{{notFound}}
{{searchResult}}
Maximum number of players reached


| ********** Mapped Logic ********** |
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FDCPE_CLOCK_ENABLE/s_cnt0: FDCPE port map (CLOCK_ENABLE/s_cnt(0),CLOCK_ENABLE/s_cnt_D(0),clk_i,'0','0','1');
CLOCK_ENABLE/s_cnt_D(0) <= ((BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(4))); |
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FDCPE_CLOCK_ENABLE/s_cnt1: FDCPE port map (CLOCK_ENABLE/s_cnt(1),CLOCK_ENABLE/s_cnt_D(1),clk_i,'0','0','1');
CLOCK_ENABLE/s_cnt_D(1) <= ((BTN0 AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1)) OR (BTN0 AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(1)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(4)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(4))); |
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FDCPE_CLOCK_ENABLE/s_cnt2: FDCPE port map (CLOCK_ENABLE/s_cnt(2),CLOCK_ENABLE/s_cnt_D(2),clk_i,'0','0','1');
CLOCK_ENABLE/s_cnt_D(2) <= ((BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(1)) OR (BTN0 AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(6))); |
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FDCPE_CLOCK_ENABLE/s_cnt3: FDCPE port map (CLOCK_ENABLE/s_cnt(3),CLOCK_ENABLE/s_cnt_D(3),clk_i,'0','0','1');
CLOCK_ENABLE/s_cnt_D(3) <= ((BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(5) AND CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(5) AND CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(5) AND CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(1)) OR (BTN0 AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(6))); |
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FDCPE_CLOCK_ENABLE/s_cnt4: FDCPE port map (CLOCK_ENABLE/s_cnt(4),CLOCK_ENABLE/s_cnt_D(4),clk_i,'0','0','1');
CLOCK_ENABLE/s_cnt_D(4) <= ((BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(4)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(4)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(4)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1) AND CLOCK_ENABLE/s_cnt(4)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1) AND CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(5) AND CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(4)) OR (BTN0 AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(2) AND CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(6))); |
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FDCPE_CLOCK_ENABLE/s_cnt5: FDCPE port map (CLOCK_ENABLE/s_cnt(5),CLOCK_ENABLE/s_cnt_D(5),clk_i,'0','0','1');
CLOCK_ENABLE/s_cnt_D(5) <= ((BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(4)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(4)) OR (BTN0 AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(5) AND CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(1) AND CLOCK_ENABLE/s_cnt(4))); |
|
FDCPE_CLOCK_ENABLE/s_cnt6: FDCPE port map (CLOCK_ENABLE/s_cnt(6),CLOCK_ENABLE/s_cnt_D(6),clk_i,'0','0','1');
CLOCK_ENABLE/s_cnt_D(6) <= ((BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(4) AND CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(4) AND CLOCK_ENABLE/s_cnt(6)) OR (BTN0 AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(2) AND CLOCK_ENABLE/s_cnt(5) AND CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND CLOCK_ENABLE/s_cnt(1) AND CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(6))); |
| FDCPE_CLOCK_ENABLE/s_cnt7: FDCPE port map (CLOCK_ENABLE/s_cnt(7),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt8: FDCPE port map (CLOCK_ENABLE/s_cnt(8),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt9: FDCPE port map (CLOCK_ENABLE/s_cnt(9),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt10: FDCPE port map (CLOCK_ENABLE/s_cnt(10),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt11: FDCPE port map (CLOCK_ENABLE/s_cnt(11),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt12: FDCPE port map (CLOCK_ENABLE/s_cnt(12),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt13: FDCPE port map (CLOCK_ENABLE/s_cnt(13),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt14: FDCPE port map (CLOCK_ENABLE/s_cnt(14),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt15: FDCPE port map (CLOCK_ENABLE/s_cnt(15),'0',clk_i,'0','0','1'); |
| disp_dig_o(0) <= '0'; |
| disp_dig_o(1) <= NOT ('0'); |
| disp_dig_o(2) <= NOT ('0'); |
| disp_dig_o(3) <= NOT ('0'); |
|
disp_seg_o(0) <= ((NOT s_cnt(2) AND NOT s_cnt(1) AND NOT s_cnt(3))
OR (s_cnt(2) AND s_cnt(1) AND s_cnt(0) AND NOT s_cnt(3)) OR (s_cnt(2) AND NOT s_cnt(1) AND NOT s_cnt(0) AND s_cnt(3))); |
|
disp_seg_o(1) <= (s_cnt(0) AND NOT s_cnt(3))
XOR ((s_cnt(2) AND NOT s_cnt(1) AND s_cnt(0)) OR (NOT s_cnt(2) AND s_cnt(1) AND NOT s_cnt(0) AND NOT s_cnt(3))); |
|
disp_seg_o(2) <= ((s_cnt(0) AND NOT s_cnt(3))
OR (s_cnt(2) AND NOT s_cnt(1) AND NOT s_cnt(3)) OR (NOT s_cnt(2) AND NOT s_cnt(1) AND s_cnt(0))); |
|
disp_seg_o(3) <= ((s_cnt(2) AND s_cnt(1) AND s_cnt(0))
OR (s_cnt(2) AND NOT s_cnt(1) AND NOT s_cnt(0) AND NOT s_cnt(3)) OR (NOT s_cnt(2) AND s_cnt(1) AND NOT s_cnt(0) AND s_cnt(3)) OR (NOT s_cnt(2) AND NOT s_cnt(1) AND s_cnt(0) AND NOT s_cnt(3))); |
|
disp_seg_o(4) <= ((s_cnt(2) AND s_cnt(1) AND s_cnt(3))
OR (s_cnt(2) AND NOT s_cnt(0) AND s_cnt(3)) OR (NOT s_cnt(2) AND s_cnt(1) AND NOT s_cnt(0) AND NOT s_cnt(3))); |
|
disp_seg_o(5) <= (s_cnt(2) AND NOT s_cnt(0))
XOR ((s_cnt(2) AND NOT s_cnt(1) AND NOT s_cnt(3)) OR (s_cnt(1) AND s_cnt(0) AND s_cnt(3))); |
|
disp_seg_o(6) <= (NOT s_cnt(1) AND s_cnt(0))
XOR ((s_cnt(2) AND NOT s_cnt(1) AND NOT s_cnt(3)) OR (NOT s_cnt(2) AND s_cnt(0) AND s_cnt(3))); |
|
FDCPE_s_cnt0: FDCPE port map (s_cnt(0),s_cnt_D(0),clk_i,'0','0','1');
s_cnt_D(0) <= ((BTN0 AND s_cnt(0) AND NOT s_en) OR (BTN0 AND NOT s_cnt(0) AND s_en)); |
|
FTCPE_s_cnt1: FTCPE port map (s_cnt(1),s_cnt_T(1),clk_i,'0','0','1');
s_cnt_T(1) <= ((NOT BTN0 AND s_cnt(1)) OR (BTN0 AND s_cnt(0) AND s_en)); |
|
FTCPE_s_cnt2: FTCPE port map (s_cnt(2),s_cnt_T(2),clk_i,'0','0','1');
s_cnt_T(2) <= ((s_cnt(2) AND NOT BTN0) OR (BTN0 AND s_cnt(1) AND s_cnt(0) AND s_en)); |
|
FTCPE_s_cnt3: FTCPE port map (s_cnt(3),s_cnt_T(3),clk_i,'0','0','1');
s_cnt_T(3) <= ((NOT BTN0 AND s_cnt(3)) OR (s_cnt(2) AND BTN0 AND s_cnt(1) AND s_cnt(0) AND s_en)); |
|
FDCPE_s_en: FDCPE port map (s_en,s_en_D,clk_i,'0','0','1');
s_en_D <= NOT (((NOT BTN0) OR (NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)) OR (NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(6)) OR (NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(4)) OR (NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(4)))); |
|
Register Legend:
FDCPE (Q,D,C,CLR,PRE,CE); FDDCPE (Q,D,C,CLR,PRE,CE); FTCPE (Q,D,C,CLR,PRE,CE); FTDCPE (Q,D,C,CLR,PRE,CE); LDCP (Q,D,G,CLR,PRE); |


Are Lawyer Films Anti-Lawyer?By James R. Elkins, West Virginia University (January 1998) I sometimes hear the suggestion that lawyer films coming out of Hollywood are anti-lawyer and that this anti-lawyer perspective is linked in some way to the anti-law mood that has seized so many of our fellow citizens. Its true enough that we get some rather negative images of lawyers in film, as a fellow film-critic put it, you are likely to see on the screen a lawyer who would sell his grandmother in order to get a conviction. Is it possible that we are misreading the negative images? Before I examine the notion that lawyer films are basically anti-lawyer, I want to question the idea that the anti-law mood in the country is related to the anti-lawyer sentiment in Hollywood films. If the two moodsanti-law and anti-lawyerare joined at the hip, then Ive been misguided in the idea that the anti-lawyer sentiment was valuable and instructive. I should make clear I do not share the right-wing anti-law (anti-government) hysteria that grips us, emerging in the form of the politically repressed. (The return of the repressed is never a pretty sight!) I have spent enough time over the past two decades in travels throughout Asia, Indonesia, South and Central America, Mexico, Africa, and China to return with a deep and abiding respect for governments in the United States (local, state, and national) that make life reasonablely tolerable if sometimes aggravating. For those who demand less government I recommend a week in Bangkok to get a flavor of what it might be like to live with government reduced to its police function. With less law the powerful have a field day (as if they dont with a full plate in the most law-ful of societies) ...really... isnt that the idea of having less law, so the powerful can have their way without interference? Let the powerful and the lawless rule, where does that leave those who simply want to live, work, love, play, see their children grow old. No...its certainly not anti-law that captures my fancy. How, then, can I contend that the anti-lawyer mood is valuable while the anti-law impulse is troublesome? Let me begin with the comments of deXthis is his Web signaturea rather controversial participant in a web "film-philosophy" forum. I reproduce here, a posting on this subject, in response to some of my comments (you will note that deX doesnt bother to use capitals): "ultimately, i think that most popular legal films do not simply offer us the sell your grandmother view. rather, in an attempt to acknowledge the populist conceptions of corruption and somehow defuse and demythologise law (read damage control), they start with grandmother sales as the negative against which a positive alternative of the triumph of true justice is achieved by following the changes undergone by a romantic and ideal character who is usually nothing short of pure ethix in the flesh. in such dramas the Law, more often than not, is constructed as the ultimate instrument for true change and the best place to make a real difference despite corruption. "in my experience what most people walk away from a legal drama pic or tv series thinking is not that lawyers sell their grandmas, but that law is simply interpretation. there are those who interpret it for their own selfish means and those who interpret it in such a way as to reinvent the world into a better place for all. what astounds me in most of these dramas is the apparent impartiality and under treatment of the judges and jurors with whom the actual decisions lie." deX is not a lawyer but he knows something about lawyer films. We see lawyers cast in a negative light because they are given an opportunity to walk up to a line that says DO NOT CROSS/DO NOT GO BEYOND THIS POINT and what do they do? They cross that line. They walk across it as if it were not there, as if it were written in Farsi. Indeed, walking across it, they put on a casual air (who me? what line?) as if crossing such a line were the most casual thing in the world. But we film viewers know the line is there; we assume, based on everything we know that the lawyer MUST know the line is there and has been crossed. What kind of reality is it, what kind of fictional world does the lawyer live in, that permits the kind of line crossing that we see in lawyer films? Is it not this ability of the film viewer to see the line and read the DO NOT CROSS sign and the failure of the lawyer to heed the line, that makes for a negative image? Who, one wants to ask, gives the lawyer the god-almighty power to ignore the kind of lines the rest of us are punished for crossing? Is there something in the character, the training, the selection of these people who become lawyers that make them unable to see what the film viewer can see? And how could Hollywood lawyer films portray this line crossing in such a deliberate and persistent fashion if lawyers in the non-cinema world (if there can be such a place) do not do just this kind of line crossing which the lawyer film dramatizes? If there is a lawyer film genre, and I tend to believe there is, then the lawyer film, must, in part, address the question: How is it that otherwise intelligent, trained people can be so blind? And by what measure of magic and character have we film viewers gained such acute vision that we can know and see what the lawyer does not? We may think we know more than we do. Our fascination with lawyers may at one level be rooted in the viewers moral superior vision, but at a different level I think fascination (and insatiable appetite) for lawyers and the dramas that swirl around them (and in them) is rooted in the realization that lawyers engage in the forbidden: they go (and get paid for the going) to places that speak of real danger. The lawyer is a sight to behold because he knows the Devils work firsthand. In the film Devils Advocate the young talented lawyer is good at his work and seems to have a special talent, a way of understanding jurors that his colleagues do not have. He is sufficiently talented that he is given a chance (as are so many of the talented) to back away from his talent or use it to take him as far as he can go. Lawyers know (and litigate) the excess, they see it up close, and cannot spare themselves from it. They cross-over and take up with the "Devil." Crossing over is what we come to see in lawyer films. Lawyers, in film and in the non-cinema world, traffic in underground matters (the broken, the shady, the false, the fraudulent, the criminalall manner of Id stuff) and make a good living doing it. This compact that film lawyers and their non-cinema world counterparts make with the devil creates good drama. Is it not the tale of good and evil revisited? Lawyer films portray the on-going drama between good and evilisnt this what a big trial is about?but worked out on a scale and in a context of individual lives (clients, lawyers, judges). Good and evil, placed in the context of skillfully contrived lawyer dramas, make us edgy because good and evil do not come clearly labeled. Good men and women go astray. Those who go astray find their way home. It is this subtle mix of superior vision (the film viewer knows who is good and who is evil) and the not-knowing (the film viewers assumptions are up-ended) that make for good drama. There is an element of the lawyer film drama that bears that further explorationpower. Lawyers, who for the most part do not have real power, are close to power. Watching lawyers, we (viewers) get a bit closer to power (with all its glory and its evil) because we know that lawyers are of the people. Lawyers are more agent, salesman (often enough selling the kind of medicine we know as "snake-oil") than they are born to power. Yes, a few lawyers acquire it by association, money, or delegation, but ultimately lawyers are trained to get close to power and know of it without actually having it. We are all, I think, curious about power: how it works, tempts, corrupts, and some, including some lawyers, can get close to power without be ruined by their exposure. It is in seeing, in the life of lawyer protagonists, and their skilled defense of the misuse of power, and then, in the opposition to power and its defenders by those possessed of conscience acting on behalf of those who have been done an injustice, that we learn about power. Basically, we entertain lawyers as villains all the more to celebrate the virtue of which they are so capable, yet fail to live up to. We disdain those to whom we have held out hope, the spouse who betrays our love, the abusive parent entrusted with the care of a vulnerable child, an admired public figure shown to be lacking in virtue. We know that without law and the lawyer of conscience, the skilled and passionate lawyer, the lawyer who battles as wounded healer, we will have no defense against the powerful. So we want lawyers to get close enough to power, to know its ways and vulnerabilities, to have become so much a part of it, that this knowledge and skill can be used to maintain a more inhabitable world. We want someone, anyone, lawyer, political, local businessmen and women, who will speak truth to powerand would not the viewer if he or she but had the courage? Power opposes truth and lawyers know this and have the wherewithalsometimesto do something about it. The thing about lawyers (and they most certainly are not the only folks in society who do this) is their ability (if not their practice) to speak truth to power and live to speak another day. Most of us know it takes more courage than many lawyers will have to speak truthfully about what they know (or even, for that matter to speak openly and truthfully to clients when no one but the client is listening). Maybe, we shouldnt expect lawyers to be anymore courageous than the next man or women, but we do. The kind of courageous speaking I have in mind is certainly not a routine matter; lawyers are most definitely not trained in American law schools to know about power and that we might oppose it. Law students are not warned that they will be given the opportunity to oppose power and many of them will not possess the courage, skill, and psychological and communal resources to do what they know needs to be done. No, its not a mundane sort of thing this speaking in opposition to power (and those who have it). Talk to Anita Hill or anyone who talks back to power and you will hear the same tale repeated as mantra: the powerful will try to destroy you if they cannot corrupt you or coopt you. The powerful know only how to use power leaving destruction in their path. We see so little courage in the non-cinema world (where our culture routinely marginalizes those who speak in non-conforming ways) that we turn to film, lawyer films included, to witness a world in which wild/id/energy can be recognized as a form of truth. As an afficionado of anti-lawyer sentiments in popular culture, I dont think we are fully conscience of how much we depend on film and television for our instructions on the ways of power and its destructive potential. (Of course, there is a counter-pull, an ideology within lawyer films and television lawyer dramas that immobilizes us, even as we learn the condition we are in.) I think we watch film (and television) to escape the smoothing sense of powerlessness we experience and see being living around us. There is, in seeing the powerful opposed and defeated in the world of lawyer films, a suggestion that power and its corruption can be comprehended and defeated. Lawyer protagonists come to grips with power, either power out in the world, or the sense of powerless in their own lives, and that is what the film viewer most desires. We see lawyers in film, e.g., Devils Advocate, succumb to power because the lawyer is seduced by his own talent and the lure of the big time/big city. He wants to push himself, and his talents, to let them take him as far as he can go. We (viewers) know that this talent used unreflectively is a vice and that he will be the last to know that his prized virtue has become an empty shell. Is it anti-lawyer to show how a talent can lead a lawyer astray? We dont watch anti-lawyer films to participate in the anti-law sentiment in this country. Indeed, lawyer films are not, it turns out so much anti-lawyer, as they are an opportunity to participate vicariously in dramas that upend our lives, the sense that the drama of good and evil has not been finally settled, that the outcome, even when resolved in the film, is still in doubt for itthe great dramamust be restaged again and again and again. We do not, and the lawyers in film do not, finally prevail over evil by acting virtuously, but by surviving to fighting another day. To have and understand our heros, film lawyer heroes and everyday heros, we must know the reality of failure and the possibility of tragedy, and perhaps its inevitability. |


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2 Bed
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Delux Suite
2 Bed
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Premier Suite
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Luxury Room
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Delux Room
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Premier Room


Vector Converter Documentation
Vector Converter allows automatic conversion between two vector graphic formats, SVG and VML, and the GIF format, thanks to PHP functions and XSLT language.
Documentation version: Documentation.html 2007-02-251. Requirements
- PHP (version 4 and 5 supported)
- You need GD2 (for more info see: GD manual on php.net) and xsl extension enabled to display all images correctly
-
GD version
- Between version 1.6 and 2.0.28, GIF support in GD library has been suspended, so make sure you have a greater version
-
PHP 4
- Since PHP 4.3 there is a bundled version of the GD library
-
PHP 5
- You need a wrapper (included in this version) to display SVG and VML correctly
- Web Browser
- Mozilla to correctly view SVG image file and Internet Explorer for VML.
- Web Server (i.e. Apache) installed on your computer
- Operating System
- Windows or Linux
2. Install
- Unzip the ditribution in your webserver's document directory (i.e. C:/Server/Apache/htdocs)
- Ensure that your web server is running
- Open your preferred browser and go to index.html under the project directory
3. Vector Converter files structure
- gif2svg.php: include a GIF image in an SVG
- gif2vml.php: include a GIF image in a VML
- svg2gif: transform, thanks to PHP GD2 library, an SVG image in a GIF format
- svg2vml: convert SVG in a VML, through XSLT language
- vml2gif: transform, thanks to PHP GD2 library, a VML image in a GIF format
- vml2svg: convert VML in a SVG, through XSLT language
- xslt-php4-to-php5.php: wrapper that ensure compatibility with PHP4 xslt function calls and allows Vector Converter to work quite properly
- svg2vml.xsl and vml2svg.xsl: main stylesheets that enables transformations between SVG and VML
- FONT/: truetype fonts
- XSL/: sub-stylesheets for VML to SVG conversion
- XSL2/: sub-stylesheets for SVG to VML conversion
MAIN FILES
MAIN FOLDERS
4. Contacts
- Giorgio Massaro -<EMAIL_ADDRESS>- Angelo Di Iorio -<EMAIL_ADDRESS>- Fabio Vitali - fabio@cs.unibo.it


PART I. CONDEMNATION OF PRIVATE PROPERTY
§101-1 Definitions. In this part, except where the context otherwise requires:
"County" means a county (except the county of Kalawao) and any agency of a county, including the board of water supply thereof, duly authorized to exercise the power of eminent domain.
"Plaintiff" means the State or any county or the public utility or other authority duly authorized to exercise the power of eminent domain.
"State" means the State or any agency of the State duly authorized to exercise the power of eminent domain. [L 1951, c 12, §1(a); RL 1955, §8-1; HRS §101-1]
Revision Note
Numeric designations deleted.


Chapter 16 :: Camel Jolokia Embedded WAR example
The Jolokia Agent is embedded directly into this WAR application. Click
here to access Jolokia
.


You’re confident, fun and not afraid to put yourself out there and see what you find. Your firm sense of who you are is something people totally envy and flock to. Be true to it against the jerks who come along.
Girl, you’re bold, confident and all about sex — just don’t be afraid to emotionally connect when the right dude comes around. In the meantime, live up your fierceness!
You’re a sweet, romantic girl who dreams of big love. While you may be shyer, when you open up, you’re incredible. Keep building those deep, meaningful relationships — they give your life a lot of richness.
You’re logical and rational. You don’t have time for games and your friends really appreciate your frankness and honesty. Just be careful not to come off too cold and inflexible as you go after what you want. Your strong sense of direction is enviable, but remember life’s a journey.


amp-fit-text
clicks are handled by
amp-ad-exit
with 20px border click protection and 5s delay protection enabled
amp-social-share


Warehouse Keeper Collob:
I beg your pardon, I am only a level 1 member... I cannot trade with higher-level members.  I apologize.


When you work with multi-bit values, you will often want to route different bits in different directions. The Wiring library's splitter tool () allows you to accomplish this.
For example, suppose we want a circuit that computes the bitwise AND of the two nibbles of its eight-bit input (the upper four bits and the lower four bits). We will have an eight-bit value coming from the input pin, and we want to split that into two four-bit values. In the below circuit, we have used a splitter to accomplish this: The 8-bit input comes into the splitter, which divides the 8 bits into two 4-bit values, which are then fed into the AND gate and from there to the output.
In this example, the splitter splits
an
incoming value into multiple outgoing values. But splitters can
also work the other way: It can combine
multiple values into a single value. In fact,
they are non-directional: They can send values one way at one time
and another way later, and they can even do both at the same
time, as in the below example where a value travels eastward through the two
splitters, then is routed back westward through them again, and then back
eastward where it finally reaches its output.
The key to understanding splitters is their attributes. In the following, the term split end refers to one of the multiple wires on one side, while the term combined end refers to the single wire on the other side.
Note that any change to the Fan Out or Bit Width In attributes will reset all Bit x attributes so that they will distribute the bits of the combined value as evenly as possible among the split ends.
Next: Wire colors.


Fobs = F obs * (cont_fit model / cont_fit observation) where con_fit is a linear fit to the spectra.
To take out and linear trends in the continuums and correct the amplitude of the continuum.In this notebook I outline what I do currently showing an example.
import copy
import numpy as np
from astropy.io import fits
import matplotlib.pyplot as plt
%matplotlib inline
The obeservatios were originally automatically continuum normalized in the iraf extraction pipeline.
I believe the continuum is not quite at 1 here anymore due to the divsion by the telluric spectra.
# Observation
obs = fits.getdata("/home/jneal/.handy_spectra/HD211847-1-mixavg-tellcorr_1.fits")
plt.plot(obs["wavelength"], obs["flux"])
plt.hlines(1, 2111, 2124, linestyle="--")
plt.title("CRIRES spectra")
plt.xlabel("Wavelength (nm)")
plt.show()
The two PHOENIX ACES spectra here are the first best guess of the two spectral components.
# Models
wav_model = fits.getdata("/home/jneal/Phd/data/PHOENIX-ALL/PHOENIX/WAVE_PHOENIX-ACES-AGSS-COND-2011.fits")
wav_model /= 10 # nm
host = "/home/jneal/Phd/data/PHOENIX-ALL/PHOENIX/Z-0.0/lte05700-4.50-0.0.PHOENIX-ACES-AGSS-COND-2011-HiRes.fits"
companion = "/home/jneal/Phd/data/PHOENIX-ALL/PHOENIX/Z-0.0/lte02600-4.50-0.0.PHOENIX-ACES-AGSS-COND-2011-HiRes.fits"
host_f = fits.getdata(host)
comp_f = fits.getdata(companion)
plt.plot(wav_model, host_f, label="Host")
plt.plot(wav_model, comp_f, label="Companion")
plt.title("Phoenix spectra")
plt.xlabel("Wavelength (nm)")
plt.legend()
plt.show()
mask = (2000 < wav_model) & (wav_model < 2200)
wav_model = wav_model[mask]
host_f = host_f[mask]
comp_f = comp_f[mask]
plt.plot(wav_model, host_f, label="Host")
plt.plot(wav_model, comp_f, label="Companion")
plt.title("Phoenix spectra")
plt.legend()
plt.xlabel("Wavelength (nm)")
plt.show()
I then continuum normalize the Phoenix spectrum locally around my observations by fitting an exponenital to the continuum like so.
import copy
def local_normalization(wave, flux, splits=50, method="exponential", plot=False):
r"""Local minimization for section of Phoenix spectra.
Split spectra into many chunks and get the average of top 5\% in each bin.
Fit to those points and normalize by that.
"""
org_flux = copy.copy(flux)
org_wave = copy.copy(wave)
while len(wave) % splits != 0:
# Shorten array untill can be evenly split up.
wave = wave[:-1]
flux = flux[:-1]
flux_split = np.split(flux, splits)
wav_split = np.split(wave, splits)
wav_points = np.empty(splits)
flux_points = np.empty(splits)
for i, (w, f) in enumerate(zip(wav_split, flux_split)):
wav_points[i] = np.median(w[np.argsort(f)[-20:]]) # Take the median of the wavelength values of max values.
flux_points[i] = np.median(f[np.argsort(f)[-20:]])
if method == "scalar":
norm_flux = np.median(flux_split) * np.ones_like(org_wave)
elif method == "linear":
z = np.polyfit(wav_points, flux_points, 1)
p = np.poly1d(z)
norm_flux = p(org_wave)
elif method == "quadratic":
z = np.polyfit(wav_points, flux_points, 2)
p = np.poly1d(z)
norm_flux = p(org_wave)
elif method == "exponential":
z = np.polyfit(wav_points, np.log(flux_points), deg=1, w=np.sqrt(flux_points))
p = np.poly1d(z)
norm_flux = np.exp(p(org_wave)) # Un-log the y values.
if plot:
plt.subplot(211)
plt.plot(wave, flux)
plt.plot(wav_points, flux_points, "x-", label="points")
plt.plot(org_wave, norm_flux, label='norm_flux')
plt.legend()
plt.subplot(212)
plt.plot(org_wave, org_flux / norm_flux)
plt.title("Normalization")
plt.xlabel("Wavelength (nm)")
plt.show()
return org_flux / norm_flux
host_cont = local_normalization(wav_model, host_f, splits=50, method="exponential", plot=True)
comp_cont = local_normalization(wav_model, comp_f, splits=50, method="exponential", plot=True)
Above the top is the unnormalize spectra, with the median points in orangeand the green line the continuum fit. The bottom plot is the contiuum normalized result
plt.plot(wav_model, comp_cont, label="Companion")
plt.plot(wav_model, host_cont-0.3, label="Host")
plt.title("Continuum Normalized ")
plt.xlabel("Wavelength (nm)")
plt.legend()
plt.show()
plt.plot(wav_model[20:200], comp_cont[20:200], label="Companion")
plt.plot(wav_model[20:200], host_cont[20:200], label="Host")
plt.title("Continuum Normalized - close up")
plt.xlabel("Wavelength (nm)")
ax = plt.gca()
ax.get_xaxis().get_major_formatter().set_useOffset(False)
plt.legend()
plt.show()
I then mix the models using a combination of the two spectra. In this case with NO RV shifts.
def mix(h, c, alpha):
return (h + c * alpha) / (1 + alpha)
mix1 = mix(host_cont, comp_cont, 0.01) # 1% of the companion spectra
mix2 = mix(host_cont, comp_cont, 0.05) # 5% of the companion spectra
# plt.plot(wav_model[20:100], comp_cont[20:100], label="comp")
plt.plot(wav_model[20:100], host_cont[20:100], label="host")
plt.plot(wav_model[20:100], mix1[20:100], label="mix 1%")
plt.plot(wav_model[20:100], mix2[20:100], label="mix 5%")
plt.xlabel("Wavelength (nm)")
plt.legend()
plt.show()
The companion is cooler there are many more deeper lines present in the spectra. Even a small contribution of the companion spectra reduce the continuum of the mixed spectra considerably.
When I compare these mixed spectra to my observations
mask = (wav_model > np.min(obs["wavelength"])) & (wav_model < np.max(obs["wavelength"]))
plt.plot(wav_model[mask], mix1[mask], label="mix 1%")
plt.plot(wav_model[mask], mix2[mask], label="mix 5%")
plt.plot(obs["wavelength"], obs["flux"], label="obs")
#plt.xlabel("Wavelength (nm)")
plt.legend()
plt.show()
plt.plot(wav_model[mask], mix2[mask], label="mix 5%")
plt.plot(wav_model[mask], mix1[mask], label="mix 1%")
plt.plot(obs["wavelength"], obs["flux"], label="obs")
plt.xlabel("Wavelength (nm)")
plt.legend()
plt.xlim([2112, 2117])
plt.ylim([0.9, 1.1])
plt.title("Zoomed")
plt.show()
As you can see here my observations are above the continuum most of the time. What I have noticed is this drastically affects the chisquared result as the mix model is the one with the least amount of alpha.
I am thinking of renormalizing my observations by implementing equation (1) from Passegger 2016 (Fundamental M-dwarf parameters from high-resolution spectra using PHOENIX ACES modesl)
F_obs = F_obs * (continuum_fit model / continuum_fit observation)
They fit a linear function to the continuum of the observation and computed spectra to account for "slight differences in the continuum level and possible linear trends between the already noramlized spectra."
#Try the method:
from scipy.interpolate import interp1d
mix1_norm = local_normalization(wav_model, mix1, splits=50, method="linear", plot=True)
mix2_norm = local_normalization(wav_model, mix2, splits=50, method="linear", plot=True)
obs_norm = local_normalization(obs["wavelength"], obs["flux"], splits=20, method="linear", plot=True)
normalization1 = mix1 / mix1_norm
normalization2 = mix2 / mix2_norm
obs_renorm1 = obs_norm * interp1d(wav_model, normalization1)(obs["wavelength"])
obs_renorm2 = obs_norm * interp1d(wav_model, normalization2)(obs["wavelength"])
plt.plot(obs["wavelength"], obs_renorm1)
plt.plot(wav_model[mask], mix1[mask], label="mix 1%")
plt.show()
plt.plot(obs["wavelength"], obs_renorm2)
plt.plot(wav_model[mask], mix2[mask], label="mix 5%")
plt.show()


Namespace DontPanic.TumblrSharp
Classes
ApiMethod
Encapsulates all the data required to make a Tumblr API call.
BinaryFile
Represents a binary file (photo, video or audio).
BlogMethod
Represents a blog API method.
DateTimeHelper
Converts from Unix-type timestamp to System.DateTime and vice-versa.
HmacSha1HashProvider
Provides an implementation of IHmacSha1HashProvider for signing OAuth requests.
MethodParameterSet
A sorted set of IMethodParameter instances.
PostData
Represents a post to be submitted to a Tumblr blog.
TumblrClientBase
Encapsulates the Tumblr API.
TumblrClientFactory
Factory for TumblrClientBase instances.
TumblrError
TumblrError
TumblrErrorsConverter
convert TumblrError
TumblrException
Represents an error that occour during a Tumblr API call.
UserMethod
Represents a user API method.
Interfaces
IHmacSha1HashProvider
Provides HMAC-SHA1 hash for signing OAuth requests.
IMethodParameter
Represents a parameter for an ApiMethod.
ITumblrClientFactory
Generic factory for TumblrClientBase instances.
Enums
AvatarShape
Options for what shape a user's avatar is intended to display as
BlogType
Defines the type of a blog.
NoteType
Defines the type of note on a post
PostCreationState
Defines the creation state of a post.
PostFilter
Defines the filter for a post.
PostFormat
Defines the post format.
PostType
Defines the post filter.


{% extends 'base.html' %} {% load i18n %} {% load bootstrap3 %} {% block breadcrumb %}
| Network | Description | Managing Org | Members |
|---|---|---|---|
| {{ network.name }} | {{ network.network_description }} {% if request.user.organization == network.owner_organization %} {% endif %} | {{ network.owner_organization }} | {% for organization in network.organizations.all %}{{ organization.name }}, {% endfor %} |
Welcome to the Network page. This is where you will see all of the networks that your organization manages or belongs. Click here to create a network.
{% endif %}


Into to Kindled Spirits
put information here about kindled spirits, jim smith, how to buy him a cup of coffee, etc.


Feeds
NJIT
Invite sent!
Step one of making your SUPER TEAM is done!
Give yourself a pat on the back.
SuperTeams


review_requested
by None at 2021-11-04 22:37:18.review_requested
by None at 2021-11-04 22:37:18.referenced
by Peter Green at 2021-11-05 14:04:34.merged
by Peter Green at 2021-11-05 14:04:34.closed
by Peter Green at 2021-11-05 14:04:34.head_ref_deleted
by None at 2021-11-05 14:10:28.also unitdates
assigned
by None at 2021-11-05 13:57:58.labeled
by None at 2021-11-05 14:11:07.referenced
by None at 2021-11-05 15:10:33.closed
by Peter Green at 2021-11-05 15:17:57.review_requested
by None at 2021-11-05 15:13:55.review_requested
by None at 2021-11-05 15:13:55.referenced
by Peter Green at 2021-11-05 15:17:56.merged
by Peter Green at 2021-11-05 15:17:56.closed
by Peter Green at 2021-11-05 15:17:56.head_ref_deleted
by Peter Green at 2021-11-05 15:18:06.head_ref_force_pushed
by None at 2021-11-05 13:37:04.referenced
by None at 2021-11-05 13:48:24.merged
by None at 2021-11-05 13:48:24.closed
by None at 2021-11-05 13:48:24.head_ref_deleted
by Peter Green at 2021-11-05 15:18:07.assigned
by None at 2021-11-05 15:57:50.closed
by Christina Chortaria at 2021-11-05 11:09:59.This is already working as expected. I checked with Trey and the updated content is showing up as expected in Figgy.
closed
by Bess Sadler at 2021-11-05 19:43:13.labeled
by Kim Leaman at 2021-11-05 14:47:10.labeled
by Kim Leaman at 2021-11-05 14:47:10.l'll write to Tom about the EAL stuff now, @hackartisan . @tpendragon can you give me an example of what you are seeing? Did a quick look at Valva, Music treasures, and Performance archive. All but performance archive seem to have thumbnails, but I did not review the entirety.
That is an interesting suggestion, @sdellis !
Orangelight
DPUL
mentioned
by None at 2021-11-05 14:57:06.subscribed
by None at 2021-11-05 14:57:06.mentioned
by Trey Pendragon at 2021-11-05 14:57:06.subscribed
by Trey Pendragon at 2021-11-05 14:57:06.mentioned
by Shaun Ellis at 2021-11-05 15:08:00.subscribed
by Shaun Ellis at 2021-11-05 15:08:00.closed
by None at 2021-11-05 17:26:42.labeled
by Eliot Jordan at 2021-11-05 16:48:30.referenced
by None at 2021-11-05 17:26:42.merged
by None at 2021-11-05 17:26:42.closed
by None at 2021-11-05 17:26:43.head_ref_deleted
by None at 2021-11-05 17:26:43.labeled
by Thanya Begum at 2021-11-05 18:41:51.labeled
by Thanya Begum at 2021-11-05 18:41:51.labeled
by Thanya Begum at 2021-11-05 18:28:16.labeled
by Thanya Begum at 2021-11-05 18:28:16.labeled
by Thanya Begum at 2021-11-05 18:21:09.labeled
by Thanya Begum at 2021-11-05 18:21:09.labeled
by Thanya Begum at 2021-11-05 18:54:29.labeled
by Thanya Begum at 2021-11-05 18:54:29.labeled
by Thanya Begum at 2021-11-05 19:07:01.labeled
by Thanya Begum at 2021-11-05 19:07:01.renamed
by Thanya Begum at 2021-11-05 19:11:11.assigned
by Eliot Jordan at 2021-11-05 19:28:22.labeled
by Thanya Begum at 2021-11-05 19:42:27.labeled
by Thanya Begum at 2021-11-05 19:42:27.labeled
by Thanya Begum at 2021-11-05 19:31:46.labeled
by Thanya Begum at 2021-11-05 19:31:46.renamed
by Thanya Begum at 2021-11-05 19:43:24.After running Google Lighthouse on the pages mentioned above, the following issues were created: #1215, #1216, #1217, #1218, #1219, #1220, and #1221.
assigned
by Thanya Begum at 2021-11-05 16:05:11.closed
by Thanya Begum at 2021-11-05 19:58:38.assigned
by Thanya Begum at 2021-11-05 20:05:33.deployed
by None at 2021-11-05 20:29:05.ready_for_review
by Thanya Begum at 2021-11-05 20:38:01.assigned
by Thanya Begum at 2021-11-05 21:04:20.deployed
by None at 2021-11-05 21:09:33.ready_for_review
by Thanya Begum at 2021-11-05 21:13:30.This looks great.
head_ref_force_pushed
by James R. Griffin III at 2021-11-05 17:22:50.Confirmed with the user this is resolved; closing.
closed
by Kate Lynch at 2021-11-05 14:55:26.User confirmed access with another browser.
closed
by Kate Lynch at 2021-11-05 14:55:47.The test items were 3 submitted by me, and 1 submitted by another CaMS staff member. I've aborted the workflows for all 4, removed the 3 from me, and alerted the CaMS staff member to go in and remove their submission when they have a chance.
closed
by Kate Lynch at 2021-11-05 14:57:10.Workflow 44749 was successfully aborted:
Delete Workflow: 44749
Are you sure you want to abort this workflow? It will return to the user's personal workspace
Collection: Plasma Science & Technology
Submitter: Kenneth Hill (khill@)
Title: APS DPP 2021 Poster
Workflow 44749 was successfully aborted:
Delete Workflow: 44749 Are you sure you want to abort this workflow? It will return to the user's personal workspace Collection: Plasma Science & Technology Submitter: Kenneth Hill (khill@) Title: APS DPP 2021 Poster
Thanks. I do not see it in the pool of task. so closing this issue.
labeled
by James R. Griffin III at 2021-11-05 15:16:57.labeled
by James R. Griffin III at 2021-11-05 15:16:57.milestoned
by James R. Griffin III at 2021-11-05 15:16:57.labeled
by James R. Griffin III at 2021-11-05 15:17:07.renamed
by James R. Griffin III at 2021-11-05 15:21:05.assigned
by James R. Griffin III at 2021-11-05 15:21:47.closed
by Chun Ly at 2021-11-05 15:59:49.@kelynch and I identified why this was occurring for the Plasma Science and Technology collection. It had to do with Step 2 approvers not being set. This raises a good question of an audit needed for other collections under PPPL. I can task myself next week to do this.
labeled
by James R. Griffin III at 2021-11-05 15:15:42.milestoned
by James R. Griffin III at 2021-11-05 15:15:42.labeled
by James R. Griffin III at 2021-11-05 15:18:07.labeled
by James R. Griffin III at 2021-11-05 15:19:54.renamed
by James R. Griffin III at 2021-11-05 15:20:00.mentioned
by Kate Lynch at 2021-11-05 16:02:35.subscribed
by Kate Lynch at 2021-11-05 16:02:35.assigned
by Chun Ly at 2021-11-05 16:02:38.demilestoned
by Chun Ly at 2021-11-05 16:02:42.milestoned
by Chun Ly at 2021-11-05 16:02:42.I suspect that this is somehow related to the e-mail subscription feature described within https://wiki.lyrasis.org/display/DSDOC5x/Email+Subscriptions
While the functionality for this is located within org.dspace.eperson.Subscribe
, I cannot find exactly where this is being invoked. There is, however, a database table referenced within the source code base.
I cannot find any subscription
records:
dataspace_prod_db=> SELECT sub.* FROM subscription AS sub;
subscription_id | eperson_id | collection_id
-----------------+------------+---------------
(0 rows)
This appears to have been due to a misconfiguration of group membership in Reviewers in DataSpace. I think we can close this issue, as group membership has been adjusted.
https://git.atmire.com/clients/princeton-5/-/blob/dataspace-prod/dspace-api/src/main/java/org/dspace/workflow/WorkflowManager.java#L550 is likely where this is actually being triggered, it appears that there is some group which is receiving messages which should not.
periodicals_public
(Group 3975) includes within it the Group Lib_DigPubs_Submitters
(202), which itself contains two member Groups:
Lib_DigPubs_Reviewers
(203)Lib_DigPubs_Approvers
(204)Lib_DigPubs_Submitters
contains the user accounts for steven.knowlton@ and<EMAIL_ADDRESS>This has been resolved by @kelynch with a correction made to nested Group memberships.
mentioned
by Kate Lynch at 2021-11-05 17:32:58.subscribed
by Kate Lynch at 2021-11-05 17:32:58.closed
by James R. Griffin III at 2021-11-05 17:32:59.demilestoned
by James R. Griffin III at 2021-11-05 19:37:49.demilestoned
by James R. Griffin III at 2021-11-05 19:38:07.demilestoned
by James R. Griffin III at 2021-11-05 19:38:28.There is now the possibility that the database schema can be recreated, as the following directories contain SQL files which may be used to initialize the database:
PS D:\Symplectic\Builds\elements-<IP_ADDRESS>3-x86\ElementsCommandLine\Scripting\Elements\Install> Get-ChildItem .
Directory: D:\Symplectic\Builds\elements-<IP_ADDRESS>3-x86\ElementsCommandLine\Scripting\Elements\Install
Mode LastWriteTime Length Name
---- ------------- ------ ----
d----- 1/15/2019 7:58 AM data
-a---- 1/15/2019 7:58 AM 160708 001 - create v5.8.sql
-a---- 1/15/2019 7:58 AM 0 002 - execute dbloadinitialdata.now
-a---- 1/15/2019 7:58 AM 1379110 003 - create v5.8.sql
-a---- 1/15/2019 7:58 AM 4639 004 - create v5.8 - defaults.sql
labeled
by James R. Griffin III at 2021-11-05 20:10:38.labeled
by James R. Griffin III at 2021-11-05 20:10:38.assigned
by James R. Griffin III at 2021-11-05 20:10:39.labeled
by James R. Griffin III at 2021-11-05 20:20:06.labeled
by James R. Griffin III at 2021-11-05 20:24:12.labeled
by James R. Griffin III at 2021-11-05 20:32:03.@eliotjordan might want to look into this. The omniauth-rails-csrfprotection gem works for link_to
methods, but not for redirect_to
as it can only function as a get method. I've found only two options for implementing this gem: one is two allow redirect_to
to operate without the protection from the gem, and the other is to add an additional page to the website (effectively replace each redirect_to
with a `linkto).
mentioned
by Eliot Jordan at 2021-11-05 14:59:36.subscribed
by Eliot Jordan at 2021-11-05 14:59:36.referenced
by None at 2021-11-05 15:17:47.merged
by None at 2021-11-05 15:17:47.closed
by None at 2021-11-05 15:17:47.head_ref_deleted
by None at 2021-11-05 15:17:48.fixed by #19
closed
by None at 2021-11-05 19:01:30.closed
by Kevin Reiss at 2021-11-05 19:02:04.referenced
by Kevin Reiss at 2021-11-05 19:02:04.merged
by Kevin Reiss at 2021-11-05 19:02:04.closed
by Kevin Reiss at 2021-11-05 19:02:04.head_ref_deleted
by Kevin Reiss at 2021-11-05 19:02:05.Darn. I think the code to default the "Full Text" label happens at index time and not in Orangelight. See: https://github.com/pulibrary/bibdata/blob/main/marc_to_solr/lib/electronic_portfolio_builder.rb#L68-L70
We should still update it in bibdata so that the next reindex avoids the misleading label.
milestoned
by Hector Correa at 2021-11-05 15:15:53.closed
by Hector Correa at 2021-11-05 15:38:41.reopened
by Hector Correa at 2021-11-05 15:38:50.In the case of MMS_ID<PHONE_NUMBER>3506421
the issue is that both items are within the same holding (holding_id="22745884920006421"
) and we collapse, by holding id, the information that we return to Orangelight (code).
In this case collapsing this data hides from the user the fact that we have two copies and that one of them is on reserves.
We do have the information about both items in the Alma response
{ "pid"=>"23898873500006421", "barcode"=>"32101109060713" ... }
{ "pid"=>"23745884910006421", "barcode"=>"32101104014996" ...}
but both of them come with the exact same location information:
"library"=>{"value"=>"lewis", "desc"=>"Lewis Library"},
"location"=>{"value"=>"stacks", "desc"=>"Stacks: Lewis Library"},
The only indication that one of them is in reserves is in a note field:
"internal_note_3"=>"ON_RESERVE: N | RESERVE_CHARGES: 0 | RECALLS_PLACED: 0 | HOLDS_PLACED: 0 | HISTORICAL_BOOKINGS: 0 | SHORT_LOAN_CHARGES: 0 | ",
review_requested
by Francis Kayiwa at 2021-11-05 18:51:39.closed
by Francis Kayiwa at 2021-11-05 19:03:02.head_ref_deleted
by Francis Kayiwa at 2021-11-05 19:03:13.renamed
by None at 2021-11-05 18:39:13.labeled
by None at 2021-11-05 18:42:05.labeled
by None at 2021-11-05 18:42:05.


{{ partial "header.html" . }}
Selenium is certainly a team effort! There are several ways you can help out, whether you’re a programmer, designer, QA engineer, writer, project manager, or just willing to help. If you’re interested in helping, the best way to connect with us is at the Selenium Developers Group. We’ll work with you to get you set up to contribute.
We get a lot of questions and we have a great community to help answer them. If you could register and log into the user group to answer a question or two, that would be great! There are often some very basic questions that are easy to answer.
For the most part, our documentation is held in source control for the main website. The main documentation is in plain text so use your favorite editor offline to edit the pages. The source for this main site is here and if you are familiar with Git you should be able to bring it down to your local system for offline editing.
If you find an error in our documentation, either a “typo” or inaccurate information. Please let us know. You can submit these in our bug tracker.
We have a lot of out-of-date information that needs to be tidied up on the site! Help by writing documentation, producing helpful diagrams, re-skinning the website, or organizing content.
You can get started on working with the website by following the instructions on our contributing section.
Feel free to post questions on the Selenium Developers Group.
If you run into a problem with Selenium, feel free to file a bug report about it on our Bug Tracker. Similarly, if you have an idea for a feature you’d like to see in a future version, report that as well.
Also, we would love help going through the bug reports and adding comments (which automatically get sent to the reporter) for cases where advice is all that is needed.
Note:
Although these templates help the clear structuring of an issue, please keep in mind that bugs have to be reproducible and feature / change requests have to be understandable!
Much of the magic behind Selenium is the hard work of programmers with backgrounds in Javascript, Java, Ruby, PHP, Python, Perl, C#, HTML and other languages.
We encourage code patches and other contributions - get involved by following the contribution guidelines. The Selenium project's source can be found at https://github.com/SeleniumHQ/selenium.
If you do supply a patch, we will need you to sign the CLA. We are a part of Software Freedom Conservancy (SFC)


Created by Viktor Farcic & Jordi Falguera for Technology Conversations / @vfarcic / @jordi_falguera
Narrative:
In Order to [benefit]
As a [role]
I Want to [feature]
Scenario: [description]
Given [context or precondition]
When [event or action]
Then [outcome validation]
Java code:@When("user clicks the $id button")
public final void clickButton(final String id) {
// Code that clicks the button with specified ID
}
BDD step: When user clicks the login button
CommonSteps - WebSteps - MyWebSiteSteps - BackOfficeSteps - DatabaseSteps - OracleSteps - MySQLSteps - DB2Steps - APISteps - JSONSteps - WebServiceSteps - OperationsSteps - ShellSteps - WindowsSteps - TelnetSteps
BDD story: When visitor types<EMAIL_ADDRESS>into the email field When visitor types password mysecret into the password field When visitor clicks the register button
BDD story: When Web user clicks the $id element When Web user clicks the $id link When Back office user clicks the $id button
BDD story: Given Web user is using Firefox browser Given Web user opened http://www.google.com When Web user types behavior driven development in the search field Then the first result is Behavior-driven development - Wikipedia
BDD Story: Given Web user is using selected browser
Java code@When("Web user clicks the $id element")
@Aliases(values={
"Web user clicks the $id button",
"Web user clicks the $id link"
}
public final void clickElement(final String id) {
...
}
BDD story: Given user is on the home screen When user types<EMAIL_ADDRESS>into the email field When user types my_secret into the password field When user clicks the login button Then confirmation screen is opened
BDD story: Given user is logged in
Java code:@Given("user is logged in")
@Composite(steps = {
"Given user is on the home screen",
"When user types<EMAIL_ADDRESS>into the email field",
"When user types my_secret into the password field",
"When user clicks the login button",
"Then confirmation screen is opened"
}
Scenario: Visitors are able to register Given visitor is on the registration screen When visitor types email <email> When visitor types password <password> When visitor clicks the register button Then text <text> is displayed Examples: |email |password |text |<EMAIL_ADDRESS>|mysecret |Welcome<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|secret |Password is too short | |john.doe |mysecret |Email is incorrect |


ManageIQ Ivanchuk GA announcement
On behalf of the ManageIQ team, we’re delighted to announce the release of ManageIQ Ivanchuk! This ninth release by the ManageIQ team and community is named after Ukrainian chess grandmaster Vassily Mykhaylovych Ivanchuk.
Since the ManageIQ Hammer GA, we’ve had 17 sprints comprising a total of 3967 pull requests across all the ManageIQ repositories, averaging 117 PRs per week. The branching of Ivanchuk occurred in Sprint 116, and we continue J-release work on master.
Let’s take a look at some of the highlights of the Ivanchuk release.
OpenStack - To kick things off, we have an updated dashboard to reflect accurate relationship counts for OpenStack tenants. When using RBAC, a user will now see only the stacks belonging to the tenants mapped to the group, instead of all the stacks from all tenants. Availability zone field has been enabled for choosing the AZ while adding OpenStack Cinder volume. Furthermore, adding infrastructure providers without Ironic service running will be allowed with a warning, instead of an outright failure. This is a supported OpenStack Director setup. As a corollary, a refresh will also not fail with Ironic missing. All these make the management of OpenStack cloud provider more streamlined.
Ansible - We have been constantly improving on the Ansible integration within ManageIQ which makes customization and automation easier. One of the major changes in this release is the switch to fully using ansible-runner, which is an API to run ansible and ansible-playbook. Providing this reliable interface abstraction for Ansible results in much better performance and lower memory footprint. In addition, ansible-runner brings about zone awareness to allow deployment of playbooks in dedicated zones. As you enable the Embedded Ansible server role, it toggles on much quicker since there is no need to install anything. So you can do all the things you were doing before - Service Catalogs, Automate, Control Policies - but better and faster!
User Experience - All the useful features are for naught if they are not usable. Our UXD team has been relentless in improving the user experience for everyone. First of all, if you have a fresh install of ManageIQ with an empty database, or if someone is using ManageIQ for the first time, it may not be clear what they can start with. Now there is a welcome page that prompts the user to add a Provider. The menus are also simplified: “Cloud Intel” is renamed/shortened to “Overview” at the top; the ‘Utilization’ menu item is moved from “Optimize” to “Overview”; and the top-level “Optimize” menu is now under “Overview” as ‘Optimization’.
With one less top-level menu, you might think that the sub-menus get more crowded and harder to track. Fret not, the breadcrumbs have been redesigned to provide a consistent look across all screens and for the user to always know where they are in the hierarchy. This consistency is achieved by moving away from a mix of historical and hierarchical navigation to purely hierarchical navigation. These small crumbs can have a huge impact on usability! Speaking of being more usable, reporting has been enhanced to make it more dynamic, including searchable report results and option for filtering and sorting.
For easier dashboard creation, especially when you are basing it on a similar existing one, you can now copy a dashboard for the same or another group. Tree view performance have improved multifold - as an example, a page with many nodes used to take 3 minutes to load, that loading time has been reduced to 2 seconds. This last bit is more of an eye-candy, but I personally like it a lot - a cosmetic update gives the Login UI and ‘About’ modal a refreshing look. Faster and prettier!
Miscellaneous - Often the unsung hero, the documentation team keeps on updating the user references - something that we tend to notice only when they are lacking/missing. The Ivanchuk version of the docs has already been available since the beta releases. For translations, we have recently migrated from Zanata over to Transifex. Feel free to contribute and help translate ManageIQ to your favourite languages! Then there’s the introduction of Azure Stack as a cloud provider, a new provider which is the on-premise version of Azure. Currently it only supports basic CRUD operations and is very much a work-in-progress, but that’s a peek of what could be coming up in future releases.
As always, there are much more updates from Hammer to Ivanchuk to cover them all in an overview blog post, so I encourage you to download the release images to try them out and see/feel the changes for yourself! To dive further into the technical details, we have the changelog for your perusal. We’re very thankful to all the contributors in the ManageIQ team and community partners for making the release possible!
Visit the ManageIQ Community page to find out how to get involved in the project, and where you can connect with us. Join our discussion forum if you have questions. Documentation and other resources can be found on the ManageIQ site as well. Thanks for your continued support


| An NDoc Documented Class Library |
|
HttpCommandProcessor.ReadResponse Method
Retrieves the body of the HTTP response
Parameters
-
response
- the response object to read
Return Value
the body of the HTTP response
See Also
HttpCommandProcessor Class | Selenium Namespace


world wide best beaches and tourism available on my website
one of the most famous place in this area and the coolest place also
one of the most famous place in this area and the coolest place also
one of the most famous place in this area and the coolest place also
Let us visit our webpage


Made with ♥ by Stargirl Flowers.
View -> Extensions
.Witch Hazel
and click Install
.Witch Hazel Hypercolor
or Witch Hazel
using Preferences -> Color Theme
.ctrl+shift+p
(Windows & Linux) or cmd+shift+p
(macOS).Package Control: Install Package
from the command palette.Witch Hazel
and install it.Witch Hazel
using Preferences -> Color Scheme
.Preferences -> Browse Packages...
.Witch Hazel
using Preferences -> Color Scheme
.Preferences -> Editor -> Color Scheme
.gear
icon and choose Import Scheme
.pip install witchhazel
.conf.py
.pygments_style = "witchhazel.WitchHazelStyle"
.Settings -> Install
).Witch Hazel
using Settings -> Themes -> Syntax Theme
.termguicolors
global option should be true
With vim-plug:
Plug 'theacodes/witchhazel'
alongside your other plugins between plug#begin()
and plug#end()
PlugInstall
colorscheme witchhazel
to your .vimrc
or init.vim
vim
or run the vimscript command colorscheme witchhazel
use { "theacodes/witchhazel" }
to the packer.startup
callPackerSync
vim.cmd "colorscheme witchhazel"
to your init.lua
nvim
or run the vimscript command colorscheme witchhazel
$HOME/.vim/colors/
for Vim, $HOME/.config/nvim/colors/
for Neovim)colorscheme witchhazel
to your .vimrc
or init.vim
vim
or run the vimscript command colorscheme witchhazel
If your editor supports tmTheme
files, then you can download the theme and install it: Classic, Hypercolor
If not, you can port it! Let us know if you need any help and send a pull request.
This theme was created using this editor and is inspired by the amazing FairyFloss theme. It's hosted on GitHub and contributions are welcome!


I appreciate submissions and tips or feedback (haakon@underbakke.net). I use nothing but pure CSS and a bit of jQuery here and there. Definitely not hard to add on to anything if you want to. Here's some tips to things you can add:
The best way to contribute is to fork the repo, then make a new branch and submit a pull request.
$ cd work-directory
$ git clone https://github.com/your-awesome-username/proj_code.git
$ git branch my_version
$ git push origin my_version
$ git checkout my_version
Then you can start working locally, commit and push as you normally would. When you are happy with your contribution, you can submit a pull request
I will then personally review the request and add it (and your name) to the project
Use or modify this in any way you want wherever you want for whatever purpose you want.


Gecode::Int::IntVarImp::RangeList Class Reference
Inherits Gecode::FreeList.Detailed Description
Lists of ranges (intervals).Range lists are doubly-linked storing the pointer to both the next and the previous element in a single pointer. That means that the next element is only available when the previous element is supplied as additional information. The same holds true for access to the previous element.
Definition at line 53 of file var.icc.
Constructors | |
| RangeList (void) | |
| Default constructor (noop). | |
| RangeList (int min, int max) | |
| Initialize with minimum min and maximum max. | |
| RangeList (int min, int max, RangeList *p, RangeList *n) | |
| Initialize with minimum min and maximum max and predecessor p and successor n. | |
Access | |
| int | min (void) const |
| Return minimum. | |
| int | max (void) const |
| Return maximum. | |
| unsigned int | width (void) const |
| Return width (distance between maximum and minimum). | |
| RangeList * | next (const RangeList *p) const |
| Return next element (from previous p). | |
| RangeList * | prev (const RangeList *n) const |
| Return previous element (from next n). | |
Update | |
| void | min (int n) |
| Set minimum to n. | |
| void | max (int n) |
| Set maximum to n. | |
| void | prevnext (RangeList *p, RangeList *n) |
| Set previous element to p and next element to n. | |
| void | next (RangeList *o, RangeList *n) |
| Set next element from o to n. | |
| void | prev (RangeList *o, RangeList *n) |
| Set previous element from o to n. | |
| void | fix (RangeList *n) |
| Restore simple link to next element (so that it becomes a true free list). | |
Memory management | |
| void | dispose (Space *home, RangeList *p, RangeList *l) |
| Free memory for all elements between this and l (inclusive). | |
| void | dispose (Space *home, RangeList *l) |
| Free memory for all elements between this and l (inclusive). | |
| void | dispose (Space *home) |
| Free memory for this element. | |
| static void * | operator new (size_t s, Space *home) |
| Allocate memory from space. | |
| static void | operator delete (void *) |
| No-op (for exceptions). | |
| static void | operator delete (void *, Space *) |
| No-op (use dispose instead). | |
Protected Attributes | |
| int | _min |
| Minimum of range. | |
| int | _max |
| Maximum of range. |
Constructor & Destructor Documentation
|
|
Default constructor (noop).
|
|
|
Initialize with minimum min and maximum max.
|
|
|
Initialize with minimum min and maximum max and predecessor p and successor n.
|
Member Function Documentation
|
|
Return minimum.
|
|
|
Return maximum.
|
|
|
Return width (distance between maximum and minimum).
|
|
|
Return next element (from previous p).
|
|
|
Return previous element (from next n).
|
|
|
Set minimum to n.
|
|
|
Set maximum to n.
|
|
|
Set previous element to p and next element to n.
|
|
|
Set next element from o to n.
|
|
|
Set previous element from o to n.
|
|
|
Restore simple link to next element (so that it becomes a true free list).
|
|
|
Free memory for all elements between this and l (inclusive).
p must be the pointer to the previous element of |
|
|
Free memory for all elements between this and l (inclusive). This routine assumes that the list has already been fixed. |
|
|
Free memory for this element.
|
|
|
Allocate memory from space.
|
|
|
No-op (for exceptions).
|
|
|
No-op (use dispose instead).
|
Member Data Documentation
|
|
Minimum of range.
|
|
|
Maximum of range.
|
The documentation for this class was generated from the following files:
- gecode/int/var.icc (Revision: 3686)
- gecode/int/var/imp.icc (Revision: 3568)


Act out a scene over video chat while receiving line prompts.
Enter a unique room name below to get started.
Then, share the link with a friend.
By Randy Lubin


Welcome to Panda Print
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[§124A-33] Jurisdiction of general courts-martial. Subject to section 124A-32, general courts-martial have jurisdiction to try persons subject to this chapter for any offense made punishable by this chapter and may, under such limitations as the governor may prescribe, adjudge any of the following punishments:
(1) A fine of not more than $200;
(2) Forfeiture of pay and allowances;
(3) A reprimand;
(4) Dismissal or dishonorable discharge;
(5) Reduction of a noncommissioned officer to the ranks; or
(6) Any combination of these punishments. [L 1982, c 171, pt of §2]


--- layout: page title: "script" date: 2013-07-11 14:52 comments: true sharing: true footer: true --- ok


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The pyglet event framework¶
The pyglet.window, pyglet.media, pyglet.app and pyglet.text modules make use of a consistent event pattern, which provides several ways to attach event handlers to objects. You can also reuse this pattern in your own classes easily.
Throughout this documentation, an “event dispatcher” is an object that has events it needs to notify other objects about, and an “event handler” is some code that can be attached to a dispatcher.
Setting event handlers¶
An event handler is simply a function with a formal parameter list corresponding to the event type. For example, the Window.on_resize event has the parameters (width, height), so an event handler for this event could be:
def on_resize(width, height):
pass
The Window class subclasses EventDispatcher, which enables it to have event handlers attached to it. The simplest way to attach an event handler is to set the corresponding attribute on the object:
window = pyglet.window.Window()
def on_resize(width, height):
pass
window.on_resize = on_resize
While this technique is straight-forward, it requires you to write the name of the event three times for the one function, which can get tiresome. pyglet provides a shortcut using the event decorator:
window = window.Window()
@window.event
def on_resize(width, height):
pass
This is not entirely equivalent to setting the event handler directly on the object. If the object already had an event handler, using @event will add the handler to the object, rather than replacing it. The next section describes this functionality in detail.
As shown in Subclassing Window, you can also attach event handlers by subclassing the event dispatcher and adding the event handler as a method:
class MyWindow(pyglet.window.Window):
def on_resize(self, width, height):
pass
Stacking event handlers¶
It is often convenient to attach more than one event handler for an event. EventDispatcher allows you to stack event handlers upon one another, rather than replacing them outright. The event will propogate from the top of the stack to the bottom, but can be stopped by any handler along the way.
To push an event handler onto the stack, use the push_handlers method:
def on_key_press(symbol, modifiers):
if symbol == key.SPACE
fire_laser()
window.push_handlers(on_key_press)
As a convenience, the @event decorator can be used as an alternative to push_handlers:
@window.event
def on_key_press(symbol, modifiers):
if symbol == key.SPACE
fire_laser()
One use for pushing handlers instead of setting them is to handle different parameterisations of events in different functions. In the above example, if the spacebar is pressed, the laser will be fired. After the event handler returns control is passed to the next handler on the stack, which on a Window is a function that checks for the ESC key and sets the has_exit attribute if it is pressed. By pushing the event handler instead of setting it, the application keeps the default behaviour while adding additional functionality.
You can prevent the remaining event handlers in the stack from receiving the event by returning a true value. The following event handler, when pushed onto the window, will prevent the escape key from exiting the program:
def on_key_press(symbol, modifiers):
if symbol == key.ESCAPE:
return True
window.push_handlers(on_key_press)
You can push more than one event handler at a time, which is especially useful when coupled with the pop_handlers function. In the following example, when the game starts some additional event handlers are pushed onto the stack. When the game ends (perhaps returning to some menu screen) the handlers are popped off in one go:
def start_game():
def on_key_press(symbol, modifiers):
print 'Key pressed in game'
return True
def on_mouse_press(x, y, button, modifiers):
print 'Mouse button pressed in game'
return True
window.push_handlers(on_key_press, on_mouse_press)
def end_game():
window.pop_handlers()
Note that you do not specify which handlers to pop off the stack – the entire top “level” (consisting of all handlers specified in a single call to push_handlers) is popped.
You can apply the same pattern in an object-oriented fashion by grouping related event handlers in a single class. In the following example, a GameEventHandler class is defined. An instance of that class can be pushed on and popped off of a window:
class GameEventHandler:
def on_key_press(self, symbol, modifiers):
print 'Key pressed in game'
return True
def on_mouse_press(self, x, y, button, modifiers):
print 'Mouse button pressed in game'
return True
game_handlers = GameEventHandler()
def start_game()
window.push_handlers(game_handlers)
def stop_game()
window.pop_handlers()
Creating your own event dispatcher¶
pyglet provides only the Window and Player event dispatchers, but exposes a public interface for creating and dispatching your own events.
The steps for creating an event dispatcher are:
- Subclass EventDispatcher
- Call the register_event_type class method on your subclass for each event your subclass will recognise.
- Call dispatch_event to create and dispatch an event as needed.
In the following example, a hypothetical GUI widget provides several events:
class ClankingWidget(pyglet.event.EventDispatcher):
def clank(self):
self.dispatch_event('on_clank')
def click(self, clicks):
self.dispatch_event('on_clicked', clicks)
def on_clank(self):
print 'Default clank handler.'
ClankingWidget.register_event_type('on_clank')
ClankingWidget.register_event_type('on_clicked')
Event handlers can then be attached as described in the preceding sections:
widget = ClankingWidget()
@widget.event
def on_clank():
pass
@widget.event
def on_clicked(clicks):
pass
def override_on_clicked(clicks):
pass
widget.push_handlers(on_clicked=override_on_clicked)
The EventDispatcher takes care of propogating the event to all attached handlers or ignoring it if there are no handlers for that event.
There is zero instance overhead on objects that have no event handlers attached (the event stack is created only when required). This makes EventDispatcher suitable for use even on light-weight objects that may not always have handlers. For example, Player is an EventDispatcher even though potentially hundreds of these objects may be created and destroyed each second, and most will not need an event handler.
Implementing the Observer pattern¶
The Observer design pattern, also known as Publisher/Subscriber, is a simple way to decouple software components. It is used extensively in many large software projects; for example, Java’s AWT and Swing GUI toolkits and the Python logging module; and is fundamental to any Model-View-Controller architecture.
EventDispatcher can be used to easily add observerable components to your application. The following example recreates the ClockTimer example from Design Patterns (pages 300-301), though without needing the bulky Attach, Detach and Notify methods:
# The subject
class ClockTimer(pyglet.event.EventDispatcher):
def tick(self):
self.dispatch_event('on_update')
ClockTimer.register_event_type('on_update')
# Abstract observer class
class Observer:
def __init__(self, subject):
subject.push_handlers(self)
# Concrete observer
class DigitalClock(Observer):
def on_update(self):
pass
# Concrete observer
class AnalogClock(Observer):
def on_update(self):
pass
timer = ClockTimer()
digital_clock = DigitalClock(timer)
analog_clock = AnalogClock(timer)
The two clock objects will be notified whenever the timer is “ticked”, though neither the timer nor the clocks needed prior knowledge of the other. During object construction any relationships between subjects and observers can be created.


This article shows a better way to copy functions! So you read the previous article? Oops!
Meouzer
The previous article is a good introduction to context evaluation factories and evaluators. It was all so simple, but now it gets more complicated. Good luck! We at the consortium hope you can now figure out the code below.
Full code is at evaluators.js, which has no dependencies.
We show the most powerful way to copy functions. Not only vars but constants and lets can be placed into the evaluator's context, which are seen by all the copied functions. This comes close to the way that functions and getter/setters are copied when we get to copying class instances.


SO
`Prev `__
S
`Next `__
--------------
**SO**: /S·O/, n.
1. (also S.O.) Abbrev. for Significant Other, almost invariably written
abbreviated and pronounced /S·O/ by hackers. Used to refer to one's
primary relationship, esp. a live-in to whom one is not married. See
`*MOTAS* <../M/MOTAS.html>`__, `*MOTOS* <../M/MOTOS.html>`__,
`*MOTSS* <../M/MOTSS.html>`__.
2. [techspeak] The Shift Out control character in ASCII (Control-N,
0001110).
--------------
+-----------------------------+----------------------------+---------------------------------------+
| `Prev `__ | `Up <../S.html>`__ | `Next `__ |
+-----------------------------+----------------------------+---------------------------------------+
| snippage | `Home <../index.html>`__ | social engineering |
+-----------------------------+----------------------------+---------------------------------------+


Aurora Web Client
SCHEDULE JOB
API
GIT HUB
Aurora Web Client
Easy and convenient way to schedule jobs in Apache Aurora
GET GOING


Detection:
Monitor the ACLs configured on the AdminSDHolder object. These should be kept at the default – it is not usually necessary to add other groups to the AdminSDHolder ACL.
Monitor users and groups with AdminCount = 1 to identify accounts with ACLs set by SDProp.
Find all users with security ACLs set by SDProp using the PowerShell AD cmdlets:
Import-Module ActiveDirectory
Get-ADObject -LDAPFilter “(&(admincount=1)(|(objectcategory=person)(objectcategory=group)))” -Properties MemberOf,Created,Modified,AdminCount


At his goodbye party professor John Oldman surprises his friends by announcing that he is 14000 years old. No one believes him of course but they play along, under the pretense of science fiction, and have a debate "to kill the afternoon" . Could a man really be 14000 years old? What would he look like? Will he speak the same language as others? The man from earth starts with these intriguing questions. Enough to get the viewer deeply interested in the story. After all aging is a common ailment and everybody wants to live forever.
Professor Oldman's guests are distinguished researchers in their own fields. Learned men and women who will argue on logic, will reason with facts and speak with clarity and conviction. This makes for a very interesting setting. On one hand you have the professor who is postulating that it is possible for a man to live for 14000 years on the other you have scientific people who are trying to refute the idea. The first question arises if it is actually possible for a man to live this long. The physiologist, Harry, states that it is in fact possible if humans could develop perfect regeneration of cells. He puts forward many scientific theories and some interesting facts like "The human body is built to actually last 190 years" which help to establish the credibility of his statements in the mind of the viewer.
This forms the basis of the story and once a starting point is established every body chips in with their ideas. They often question professor Oldman. "What was the landscape like?" "Were you ever struck with disease?" "Do you remember your father?" It seemed that he "had all the answers". Over time the professor manages to convince his peers that he has actually lived for 14000 years. Quite naturally some of them don't accept it and even get angry. Professor Art for instance thinks that John is mad and he needs professional help. But not one of them is able to disprove or contradict his story. Could it be true? Surely it is too fantastic to believe...
In the second half of the movie the focus shifts from scientific possibility to moral implications. What was such a man, assuming that he exists, supposed to do? John explains he never lives at a single place for more than 10 years as people tend to get suspicious of him. One of the guest remarks that he must have had several wives. While another questions if it is morally right for a man to live for so long when others about him are dying. During these questions John is most vulnerable. He does not have the answers that his friends seek. He does not know "the why" only that it is. This is incredibly exhausting for his guests since the one person they expect to have the answers does not have them. Throughout the movie the claims of John get bolder and bolder. He says that he had studied under Buddha. He calls the Buddha "An incredible man". These claims challenge not only the guests but also the viewer.
The man from earth has little action. The entire 97 minutes are filmed on a single location and a large part of the movie takes place inside an empty room. Despite this The man from earth has one of the most engaging dialogues I have ever heard. I often hit the pause button to think about what was said. It is not an easy movie to watch however. Some things that John says may offend you. The idea that is being discussed is contrary to what we have observed over hundreds of years. And yet it is so well presented that it draws you in.
Not everyone will like The man from earth. A careful viewer might even find holes in the theories that are discussed. But the fact remains that the Man from earth is a very good science fiction story. It builds on existing facts that can be verified. It tackles an interesting subject that anyone can relate to. It presents all sides of the argument. All in all The man from earth makes for a very good watch.
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