|
Chapter Outline ﹛﹛ ♂Disk Storage Devices ♂Files of Records ♂Operations on Files ♂Unordered Files Ordered Files ♂Hashed Files ﹛﹛﹛﹛Dynamic and Extendible Hashing Techniques ♂RAID Technology Disk Storage Devices Because a track usually contains a large amount of information, it is divided into smaller blocks or sectors. The division of a track into sectors is hard-coded on the disk surface and cannot be changed. One type of sector organization calls a portion of a track that subtends a fixed angle at the center as a sector. A track is divided into blocks. The block size B is fixed for each system. Typical block sizes range from B=512 bytes to B=4096 bytes. Whole blocks are transferred between disk and main memory for processing. Disk Storage Devices (cont.) Disk Storage Devices (cont.) ﹛﹛A read-write head moves to the track that contains the block to be transferred. Disk rotation moves the block under the read-write head for reading or writing. ﹛﹛A physical disk block (hardware) address consists of a cylinder number (imaginery collection of tracks of same radius from all recoreded surfaces), the track number or surface number (within the cylinder), and block number (within track). Reading or writing a disk block is time consuming because of the seek time s and rotational delay (latency) rd. ﹛﹛Double buffering can be used to speed up the transfer of contiguous disk blocks. Disk Storage Devices (cont.) Typical Disk Parameters Records Fixed and variable length records Records contain fields which have values of a particular type (e.g., amount, date, time, age) Fields themselves may be fixed length or variable length Variable length fields can be mixed into one record: separator characters or length fields are needed so that the record can be ※parsed§. Blocking Blocking: refers to storing a number of records in one blo ck on the disk. Blocking factor (bfr) refers to the number of records per block. There may be empty space in a block if an integral number of records do not fit in one block. Spanned Records: refer to records that exceed the size of one or more blocks and hence span a number of blocks. Files of Records A file is a sequence of records, where each record is a collection of data values (or data items). A file descriptor (or file header ) includes information that describes the file, such as the field names and their data types, and the addresses of the file blocks on disk. Records are stored on disk blocks. The blocking factor bfr for a file is the (average) number of file records stored in a disk block. A file can have fixed-length records or variable-length records. Files of Records (cont.) File records can be unspanned (no record can span two blocks) or spanned (a record can be stored in more than one block). The physical disk blocks that are allocated to hold the records of a file can be contiguous, linked, or indexed. In a file of fixed-length records, all records have the same format. Usually, unspanned blocking is used with such files. Files of variable-length records require additional information to be stored in each record, such as separator characters and field types. Usually spanned blocking is used with such files. Operation on Files Typical file operations include: OPEN: Readies the file for access, and associates a pointer that will refer to a current file record at each point in time. FIND: Searches for the first file record that satisfies a certain condition, and makes it the current file record. FINDNEXT: Searches for the next file record (from the current record) that satisfies a certain condition, and makes it the current file record. READ: Reads the current file record into a program variable. INSERT: Inserts a new record into the file, and makes it the current file record. Operation on Files (cont.) DELETE: Removes the current file record from the file, usually by marking the record to indicate that it is no longer valid. MODIFY: Changes the values of some fields of the current file record. CLOSE: Terminates access to the file. REORGANIZE: Reorganizes the file records. For example, the records marked deleted are physically removed from the file or a new organization of the file records is created. READ_ORDERED: Read the file blocks in order of a specific field of the file. Unordered Files Also called a heap or a pile file. New records are inserted at the end of the file. To search for a record, a linear search through the file records is necessary. This requires reading and searching half the file blocks on the average, and is hence quite expensive. Record insertion is quite efficient. Reading the records in order of a particular field requires sorting the file records. Ordered Files Also called a sequential file. File records are kept sorted by the values of an ordering field. Insertion is expensive: records must be inserted in the correct order. It is common to keep a separate unordered overflow (or transaction ) file for new records to improve insertion efficiency; this is periodically merged with the main ordered file. A binary search can be used to search for a record on its ordering field value. This requires reading and searching log2 of the file blocks on the average, an improvement over linear search. Reading the records in order of the ordering field is quite efficient. Ordered Files (cont.) Average Access Times The following table shows the average access time to access a specific record for a given type of file Hashed Files Hashing for disk files is called External Hashing The file blocks are divided into M equal-sized buckets, numbered bucket0, bucket1, ..., bucket M-1. Typically, a bucket corresponds to one (or a fixed number of) disk block. One of the file fields is designated to be the hash key of the file. The record with hash key value K is stored in bucket i, where i=h(K), and h is the hashing function. Search is very efficient on the hash key. Collisions occur when a new record hashes to a bucket that is already full. An overflow file is kept for storing such records. Overflow records that hash to each bucket can be linked together. Hashed Files (cont.) There are numerous methods for collision resolution, including the following: Open addressing: Proceeding from the occupied position specified by the hash address, the program checks the subsequent positions in order until an unused (empty) position is found. Chaining: For this method, various overflow locations are kept, usually by extending the array with a number of overflow positions. In addition, a pointer field is added to each record location. A collision is resolved by placing the new record in an unused overflow location and setting the pointer of the occupied hash address location to the address of that overflow location. Multiple hashing: The program applies a second hash function if the first results in a collision. If another collision results, the program uses open addressing or applies a third hash function and then uses open addressing if necessary. Hashed Files (cont.) Hashed Files (cont.) To reduce overflow records, a hash file is typically kept 70-80% full. The hash function h should distribute the records uniformly among the buckets; otherwise, search time will be increased because many overflow records will exist. Main disadvantages of static external hashing: Fixed number of buckets M is a problem if the number of records in the file grows or shrinks. Ordered access on the hash key is quite inefficient (requires sorting the records). Hashed Files - Overflow handling Dynamic And Extendible Hashed Files Dynamic and Extendible Hashing Techniques Hashing techniques are adapted to allow the dynamic growth and shrinking of the number of file records. These techniques include the following: dynamic hashing , extendible hashing , and linear hashing . Both dynamic and extendible hashing use the binary representation of the hash value h(K) in order to access a directory. In dynamic hashing the directory is a binary tree. In extendible hashing the directory is an array of size 2d where d is called the global depth. Dynamic And Extendible Hashing (cont.) The directories can be stored on disk, and they expand or shrink dynamically. Directory entries point to the disk blocks that contain the stored records. An insertion in a disk block that is full causes the block to split into two blocks and the records are redistributed among the two blocks. The directory is updated appropriately. Dynamic and extendible hashing do not require an overflow area. Linear hashing does require an overflow area but does not use a directory. Blocks are split in linear order as the file expands. Extendible Hashing Parallelizing Disk Access using RAID Technology. Secondary storage technology must take steps to keep up in performance and reliability with processor technology. A major advance in secondary storage technology is represented by the development of RAID, which originally stood for Redundant Arrays of Inexpensive Disks. The main goal of RAID is to even out the widely different rates of performance improvement of disks against those in memory and microprocessors. RAID Technology (cont.)  A concept called data striping is used, which utilizes parallelism to improve disk performance. Data striping distributes data transparently over multiple disks to make them appear as a single large, fast disk. RAID Technology (cont.) Different raid organizations were defined based on different combinations of the two factors of granularity of data interleaving (striping) and pattern used to compute redundant information. Raid level 0 has no redundant data and hence has the best write performance. Raid level 1 uses mirrored disks. Raid level 2 uses memory-style redundancy by using Hamming codes, which contain parity bits for distinct overlapping subsets of components. Level 2 includes both error detection and correction. Raid level 3 uses a single parity disk relying on the disk controller to figure out which disk has failed. Raid Levels 4 and 5 use block-level data striping, with level 5 distributing data and parity information across all disks. Raid level 6 applies the so-called P + Q redundancy scheme using Reed-Soloman codes to protect against up to two disk failures by using just two redundant disks. Use of RAID Technology Different raid organizations are being used under different situations Raid level 1 (mirrored disks)is the easiest for rebuild of a disk from other disks ﹛﹛ It is used for critical applications like logs Raid level 2 uses memory-style redundancy by using Hamming codes, which contain parity bits for distinct overlapping subsets of components. Level 2 includes both error detection and correction. Raid level 3 ( single parity disks relying on the disk controller to figure out which disk has failed) and level 5 (block-level data striping) are preferred for Large volume storage, with level 3 giving higher transfer rates. Most popular uses of the RAID technology currently are: Level 0 (with striping), Level 1 (with mirroring) and Level 5 with an extra drive for parity. Design Decisions for RAID include 每 level of RAID, number of disks, choice of parity schemes, and grouping of disks for block-level striping. Use of RAID Technology (cont.) Trends in Disk Technology Storage Area Networks The demand for higher storage has risen considerably in recent times. Organizations have a need to move from a static fixed data center oriented operation to a more flexible and dynamic infrastructure for information processing. Thus they are moving to a concept of Storage Area Networks (SANs). In a SAN, online storage peripherals are configured as nodes on a high-speed network and can be attached and detached from servers in a very flexible manner. This allows storage systems to be placed at longer distances from the servers and provide different performance and connectivity options. Storage Area Networks (contd.) Advantages of SANs are: ﹛﹛♂Flexible many-to-many connectivity among servers and storage devices using fiber channel hubs and switches. ﹛﹛♂Up to 10km separation between a server and a storage system using appropriate fiber optic cables. ﹛﹛♂Better isolation capabilities allowing nondisruptive addition of new peripherals and servers. SANs face the problem of combining storage options from multiple vendors and dealing with evolving standards of storage management software and hardware. ﹛﹛﹛﹛﹛﹛﹛﹛﹛﹛﹛﹛﹛﹛﹛﹛﹛﹛Db8.2.ppt Indexing Structures for Files Outline Types of Single-level Ordered Indexes ﹛﹛♂Primary Indexes ﹛﹛♂Clustering Indexes ﹛﹛♂Secondary Indexes Multilevel Indexes Dynamic Multilevel Indexes Using B-Trees and B+-Trees Indexes on Multiple Keys Indexes as Access Paths ♂A single-level index is an auxiliary file that makes it more efficient to search for a record in the data file. ♂The index is usually specified on one field of the file (although it could be specified on several fields) ♂One form of an index is a file of entries ˉ field value, pointer to record ˇ , which is ordered by field value ♂The index is called an access path on the field. Indexes as Access Paths (contd.) ♂The index file usually occupies considerably less disk blocks than the data file because its entries are much smaller ♂A binary search on the index yields a pointer to the file record ♂Indexes can also be characterized as dense or sparse. ﹛﹛♂A dense index has an index entry for every search key value (and hence every record) in the data file. ﹛﹛♂A sparse (or nondense) index, on the other hand, has index entries for only some of the search values Indexes as Access Paths (contd.) Example: Given the following data file: EMPLOYEE(NAME, SSN, ADDRESS, JOB, SAL, ... ) Suppose that: record size R=150 bytes block size B=512 bytes r=30000 records Then, we get: blocking factor Bfr= B div R= 512 div 150= 3 records/block number of file blocks b= (r/Bfr)= (30000/3)= 10000 blocks For an index on the SSN field, assume the field size VSSN=9 bytes, assume the record pointer size PR=7 bytes. Then: index entry size RI=(VSSN+ PR)=(9+7)=16 bytes index blocking factor BfrI= B div RI= 512 div 16= 32 entries/block number of index blocks b= (r/ BfrI)= (30000/32)= 938 blocks binary search needs log2bI= log2938= 10 block accesses This is compared to an average linear search cost of: (b/2)= 30000/2= 15000 block accesses If the file records are ordered, the binary search cost would be: log2b= log230000= 15 block accesses Types of Single-Level Indexes Primary Index ﹛﹛♂Defined on an ordered data file ﹛﹛♂The data file is ordered on a key field ﹛﹛♂Includes one index entry for each block in the data file; the index entry has the key field value for the first record in the block, which is called the block anchor ﹛﹛♂A similar scheme can use the last record in a block. ﹛﹛♂A primary index is a nondense (sparse) index, since it includes an entry for each disk block of the data file and the keys of its anchor record rather than for every search value. FIGURE 14.1Primary index on the ordering key field of the file shown in Figure 13.7. Types of Single-Level Indexes Clustering Index ﹛﹛♂Defined on an ordered data file ﹛﹛♂The data file is ordered on a non-key field unlike primary index, which requires that the ordering field of the data file have a distinct value for each record. ﹛﹛♂Includes one index entry for each distinct value of the field; the index entry points to the first data block that contains records with that field value. ﹛﹛♂It is another example of nondense index where Insertion and Deletion is relatively straightforward with a clustering index. FIGURE 14.2A clustering index on the DEPTNUMBER ordering nonkey field of an EMPLOYEE file. FIGURE 14.3Clustering index with a separate block cluster for each group of records that share the same value for the clustering field. Types of Single-Level Indexes ♂Secondary Index ﹛﹛♂A secondary index provides a secondary means of accessing a file for which some primary access already exists. ﹛﹛♂The secondary index may be on a field which is a candidate key and has a unique value in every record, or a nonkey with duplicate values. ﹛﹛♂The index is an ordered file with two fields. ﹛﹛﹛﹛♂ The first field is of the same data type as some nonordering field of the data file that is an indexing field. ﹛﹛﹛﹛♂ The second field is either a block pointer or a record pointer. There can be many secondary indexes (and hence, indexing fields) for the same file. ﹛﹛♂Includes one entry for each record in the data file; hence, it is a dense index FIGURE 14.4A dense secondary index (with block pointers) on a nonordering key field of a file. FIGURE 14.5A secondary index (with recored pointers) on a nonkey field implemented using one level of indirection so that index entries are of fixed length and have unique field values. Multi-Level Indexes Because a single-level index is an ordered file, we can create a primary index to the index itself ; in this case, the original index file is called the first-level index and the index to the index is called the second-level index. We can repeat the process, creating a third, fourth, ..., top level until all entries of the top level fit in one disk block A multi-level index can be created for any type of first-level index (primary, secondary, clustering) as long as the first-level index consists of more than one disk block FIGURE 14.6A two-level primary index resembling ISAM (Indexed Sequential Access Method) organization. Multi-Level Indexes Such a multi-level index is a form of search tree ; however, insertion and deletion of new index entries is a severe problem because every level of the index is an ordered file. FIGURE 14.8A node in a search tree with pointers to subtrees below it. FIGURE 14.9 A search tree of order p = 3. Dynamic Multilevel Indexes Using B-Trees and B+-Trees Because of the insertion and deletion problem, most multi-level indexes use B-tree or B+-tree data structures, which leave space in each tree node (disk block) to allow for new index entries These data structures are variations of search trees that allow efficient insertion and deletion of new search values. In B-Tree and B+-Tree data structures, each node corresponds to a disk block Each node is kept between half-full and completely full An insertion into a node that is not full is quite efficient; if a node is full the insertion causes a split into two nodes Splitting may propagate to other tree levels A deletion is quite efficient if a node does not become less than half full If a deletion causes a node to become less than half full, it must be merged with neighboring nodes Difference between B-tree and B+-tree In a B-tree, pointers to data records exist at all levels of the treebr/> In a B+-tree, all pointers to data records exists at the leaf-level nodesbr/> A B+-tree can have less levels (or higher capacity of search values) than the corresponding B-treebr/> FIGURE 14.10B-tree structures. (a) A node in a B-tree with q 每 1 search values. (b) A B-tree of order p = 3. The values were inserted in the order 8, 5, 1, 7, 3, 12, 9, 6. FIGURE 14.11The nodes of a B+-tree. (a) Internal node of a B+-tree with q 每1 search values. (b) Leaf node of a B+-tree with q 每 1 search values and q 每 1 data pointers. FIGURE 14.12An example of insertion in a B+-tree with q = 3 and pleaf = 2. FIGURE 14.13An example of deletion from a B+-tree. ﹛﹛ |


Overview
Overview
Kingston Media is a San Francisco Bay Area video production company. We offer high-definition video production and post-production services, field production, studio production, high-definition video editing, multimedia services, and duplication. If you are looking to create a professionally produced video or document a live event we are here to serve you.
Kingston Media has been creating video content for over a decade, working with large and small businesses, government agencies, and local organizations to convey messages through this medium. Our ability to entertain and educate while emotionally connecting with audiences separates us from other video production companies.
We make the production process quite fun and efficient. First, we have a casual, informal meeting to learn about your organization and discuss the goals of the project. We create an outline or script that reflects these objectives. We schedule the location and talent, and film with our complete high-definition production package. The magic is created at our production facility in our high-definition edit suite where we edit the story, add footage, music and motion graphics. Our goal on every project is to not only meet, but to exceed your expectations.
Produces
We produce the following types of videos:
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| LX Axis | | |
| LY Axis | Arm Position Manual Adjust | Move up or down to manually move the arm position |
| LStick Push | | |
| RX Axis | | |
| RY Axis | Climber Release | Push past 50% deflection to command the climber ramp to be released. |
| RStick Push | | |
| L Bumper | Gamepiece Grab | Pull in to grab a gamepiece |
| R Bumper | Gamepiece Release | Pull in to release the currently-held gamepiece |
| R Trigger Axis | Intake Pull In | Hold to run the intake in the "in" direction to pull in cargo |
| L Trigger Axis | Intake Eject | Hold to run the intake in the "out" direction to eject cargo |
| B Button | | |
| A Button | Arm Pos Cargo Pickup Position | Press to move the mechanisms into place to pick up cargo from the floor |
| Y Button | Arm Pos Hatch Pickup Position | Press to move the mechanisms into place to pick up a hatch from the loading station |
| X Button | Auto Sequence | Hold this button while holding a POV hat position to initiate the auto placement sequencer at the commanded height. |
| POV Hat UP | Arm Pos Score High | Press to command the arm to the high rocket goal position |
| POV Hat Right | Arm Pos Score Middle | Press to command the arm to the middle rocket goal position |
| POV Hat Left | Arm Pos Score Middle | Press to command the arm to the middle rocket goal position |
| POV Hat DN | Arm Pos Score Low | Press to command the arm to the low rocket goal or cargo ship position |
| Back Button | Climber Release Enable | Press and hold to enable deployment of climber ramp. |
| Start Button | | |


[% page.title = "Tutorials" %]
Larger Font: Featured/Reccommended Tutorials (three or four?) perlintro http://www.perldoc.com/perl5.8.0/pod/perlintro.html University of Leeds Perl Tutorial http://www.comp.leeds.ac.uk/Perl/start.html Picking Up Perl Online Book http://www.ebb.org/PickingUpPerl/pickingUpPerl.html perl.com: Beginner's Introduction to Perl http://www.perl.com/pub/a/2000/10/begperl1.html Smaller Font: other tutorials plworld :: Perl Tutorials http://plworld.com/tutorial/ perl.com: Resources for Topic Lists http://www.perl.com/cs/user/query/q/6?id_topic=74 Perlmonks Tutorials http://www.perlmonks.org/index.pl?node=Tutorials#perlstart CPAN FAQ, On-line Tutorials (may not be necessary) http://www.cpan.org/misc/cpan-faq.html#Where_find_Perl_training The Perl Bookmark Database, Training/Tutorials Category http://bookmarks.cpan.org/search.cgi?cat=Training%2FTutorials
is this of any value? http://plworld.com/tutorial/ --- from casey: "This helped a lot" -- Nicholas Clark, Perl 5 Porter :-) Some of these suggestions came from http://caseywest.com/journal/archives/000275.html http://www.comp.leeds.ac.uk/Perl/start.html http://www.perldoc.com/perl5.8.0/pod/perlintro.html http://www.perl.com/cs/user/query/q/6?id_topic=74 http://www.perlmonks.org/index.pl?node=Tutorials#perlstart http://www.ebb.org/PickingUpPerl/ http://www.cpan.org/misc/cpan-faq.html#Where_find_Perl_training http://archive.ncsa.uiuc.edu/General/Training/PerlIntro/ http://www.perl.com/pub/a/2001/01/begperl6.html And of course, all this is listed at the following link. It's all been done already! If only this could be publicized or something. I should note that, even though the following URL lists almost all of the links above, they should still all be listed. http://bookmarks.cpan.org/search.cgi?cat=Training%2FTutorials


MLSRoutes Class Reference
| Inherits from | NSObject |
|---|---|
| Declared in | MLSRoutes.h |
Overview
The MLSRoutes class is the main entry-point into the MLSRoutes framework. Used for accessing schemes, managing routes, and routing URLs.
Other Methods
shouldFallbackToGlobalRoutes
Controls whether or not this router will try to match a URL with global routes if it can’t be matched in the current namespace. Default is NO.
@property (nonatomic, assign) BOOL shouldFallbackToGlobalRoutes
Declared In
MLSRoutes.h
unmatchedURLHandler
Called any time routeURL returns NO. Respects shouldFallbackToGlobalRoutes.
@property (nonatomic, copy, nullable) MLSRouteUnMatchedURLHandlerBlock unmatchedURLHandler
Declared In
MLSRoutes.h
globalScheme
全局的scheme
@property (nonatomic, copy, class) NSString *globalScheme
Declared In
MLSRoutes.h
Routing Schemes
+ globalRoutes
Returns the global routing scheme
+ (instancetype)globalRoutes
Declared In
MLSRoutes.h
+ routesForScheme:
Returns a routing namespace for the given scheme
+ (instancetype)routesForScheme:(NSString *)scheme
Declared In
MLSRoutes.h
+ unregisterRouteScheme:
Unregister and delete an entire scheme namespace
+ (void)unregisterRouteScheme:(NSString *)scheme
Declared In
MLSRoutes.h
Managing Routes
– addRoute:
Add a route by directly inserted the route definition. This may be a subclass of MLSRouteDefinition to provide customized routing logic.
- (void)addRoute:(MLSRouteDefinition *)routeDefinition
Declared In
MLSRoutes.h
– addRoute:handler:
Registers a routePattern with default priority (0) in the receiving scheme namespace.
- (void)addRoute:(NSString *)routePattern handler:(nullable MLSRouteHandlerParamsCallBackBlock)handlerBlock
Declared In
MLSRoutes.h
– addRoute:priority:handler:
Registers a routePattern in the global scheme namespace with a handlerBlock to call when the route pattern is matched by a URL. The block returns a BOOL representing if the handlerBlock actually handled the route or not. If a block returns NO, MLSRoutes will continue trying to find a matching route.
- (void)addRoute:(NSString *)routePattern priority:(NSUInteger)priority handler:(nullable MLSRouteHandlerParamsCallBackBlock)handlerBlock
Declared In
MLSRoutes.h
– addRoute:identifier:priority:handler:
- (void)addRoute:(NSString *)routePattern identifier:(nullable NSString *)identifier priority:(NSUInteger)priority handler:(nullable MLSRouteHandlerParamsCallBackBlock)handlerBlock
– addRoutes:handler:
Registers multiple routePatterns for one handler with default priority (0) in the receiving scheme namespace.
- (void)addRoutes:(NSArray<NSString*> *)routePatterns handler:(nullable MLSRouteHandlerParamsCallBackBlock)handlerBlock
Declared In
MLSRoutes.h
– addRoute:handlerClass:
Registers a routePattern with default priority (0) in the receiving scheme namespace.
- (void)addRoute:(NSString *)routePattern handlerClass:(nullable Class)handlerClass
Declared In
MLSRoutes.h
– addRoute:identifier:handlerClass:
- (void)addRoute:(NSString *)routePattern identifier:(nullable NSString *)identifier handlerClass:(nullable Class)handlerClass
– addRoute:priority:handlerClass:
Registers a routePattern in the global scheme namespace with a handlerBlock to call when the route pattern is matched by a URL. The block returns a BOOL representing if the handlerBlock actually handled the route or not. If a block returns NO, MLSRoutes will continue trying to find a matching route.
- (void)addRoute:(NSString *)routePattern priority:(NSUInteger)priority handlerClass:(nullable Class)handlerClass
Declared In
MLSRoutes.h
– addRoute:identifier:priority:handlerClass:
- (void)addRoute:(NSString *)routePattern identifier:(nullable NSString *)identifier priority:(NSUInteger)priority handlerClass:(Class)handlerClass
– addRoutes:handlerClass:
Registers multiple routePatterns for one handler with default priority (0) in the receiving scheme namespace.
- (void)addRoutes:(NSArray<NSString*> *)routePatterns handlerClass:(nullable Class)handlerClass
Declared In
MLSRoutes.h
– removeRoute:
Removes a routePattern from the receiving scheme namespace.
- (void)removeRoute:(NSString *)routePattern
Declared In
MLSRoutes.h
+ removeScheme:route:
移除指定scheme的route 如果 scheme 为空，则移除global的routepattern 如果 routePattern 为空，则移除所有scheme对应的routes
+ (void)removeScheme:(nullable NSString *)scheme route:(nullable NSString *)routePattern
Parameters
scheme |
scheme |
|---|---|
routePattern |
route |
Declared In
MLSRoutes.h
– removeAllRoutes
Removes all routes from the receiving scheme namespace.
- (void)removeAllRoutes
Declared In
MLSRoutes.h
– setObject:forKeyedSubscript:
Registers a routePattern with default priority (0) using dictionary-style subscripting.
- (void)setObject:(nullable id)obj forKeyedSubscript:(NSString *)routePatten
Declared In
MLSRoutes.h
– routes
Return all registered routes in the receiving scheme namespace.
- (NSArray<MLSRouteDefinition*> *)routes
See Also
Declared In
MLSRoutes.h
Routing URLs
+ canRouteURL:
Returns YES if the provided URL will successfully match against any registered route, NO if not.
+ (BOOL)canRouteURL:(nullable NSURL *)URL
Declared In
MLSRoutes.h
– canRouteURL:
Returns YES if the provided URL will successfully match against any registered route for the current scheme, NO if not.
- (BOOL)canRouteURL:(nullable NSURL *)URL
Declared In
MLSRoutes.h
+ routeURL:handler:
Routes a URL, calling handler blocks for patterns that match the URL until one returns YES. If no matching route is found, the unmatchedURLHandler will be called (if set).
+ (BOOL)routeURL:(nullable NSURL *)URL handler:(nullable MLSRouteHandleTargetCallBackBlock)handlerBlock
Declared In
MLSRoutes.h
– routeURL:handler:
Routes a URL within a particular scheme, calling handler blocks for patterns that match the URL until one returns YES. If no matching route is found, the unmatchedURLHandler will be called (if set).
- (BOOL)routeURL:(nullable NSURL *)URL handler:(nullable MLSRouteHandleTargetCallBackBlock)handlerBlock
Declared In
MLSRoutes.h
+ routeURL:withParameters:handler:
Routes a URL in any routes scheme, calling handler blocks (for patterns that match URL) until one returns YES. Additional parameters get passed through to the matched route block.
+ (BOOL)routeURL:(nullable NSURL *)URL withParameters:(nullable NSDictionary<NSString*,id> *)parameters handler:(nullable MLSRouteHandleTargetCallBackBlock)handlerBlock
Declared In
MLSRoutes.h
+ objectForURL:withParameters:
获取 route 的对象
+ (id)objectForURL:(nullable NSURL *)URL withParameters:(nullable NSDictionary<NSString*,id> *)parameters
Declared In
MLSRoutes.h
– routeURL:withParameters:handler:
Routes a URL in a specific scheme, calling handler blocks (for patterns that match URL) until one returns YES. Additional parameters get passed through to the matched route block.
- (BOOL)routeURL:(nullable NSURL *)URL withParameters:(nullable NSDictionary<NSString*,id> *)parameters handler:(nullable MLSRouteHandleTargetCallBackBlock)handlerBlock
Declared In
MLSRoutes.h
Generate Methods
+ generateURLWithPattern:parameters:
调用此方法来拼接 urlpattern 和 parameters
+ (NSString *)generateURLWithPattern:(NSString *)pattern parameters:(NSArray *)parameters
Parameters
pattern |
url pattern 比如 @“beauty/:id” |
|---|---|
parameters |
一个数组，数量要跟 pattern 里的变量一致 |
Return Value
返回生成的URL String
Discussion
define MGJ_ROUTE_BEAUTY @“beauty/:id”
[MLSRoutes generateURLWithPattern:MGJ_ROUTE_BEAUTY, @[@13]];
Declared In
MLSRoutes.h
GlobalOptions Methods
+ setVerboseLoggingEnabled:
Configures verbose logging. Defaults to NO.
+ (void)setVerboseLoggingEnabled:(BOOL)loggingEnabled
Declared In
MLSRoutes.h
+ isVerboseLoggingEnabled
Returns current verbose logging enabled state. Defaults to NO.
+ (BOOL)isVerboseLoggingEnabled
Declared In
MLSRoutes.h
+ setShouldDecodePlusSymbols:
Configures if ‘+’ should be replaced with spaces in parsed values. Defaults to YES.
+ (void)setShouldDecodePlusSymbols:(BOOL)shouldDecode
Declared In
MLSRoutes.h
+ shouldDecodePlusSymbols
Returns if ‘+’ should be replaced with spaces in parsed values. Defaults to YES.
+ (BOOL)shouldDecodePlusSymbols
Declared In
MLSRoutes.h
+ setAlwaysTreatsHostAsPathComponent:
Configures if URL host is always considered to be a path component. Defaults to NO.
+ (void)setAlwaysTreatsHostAsPathComponent:(BOOL)treatsHostAsPathComponent
Declared In
MLSRoutes.h
+ alwaysTreatsHostAsPathComponent
Returns if URL host is always considered to be a path component. Defaults to NO.
+ (BOOL)alwaysTreatsHostAsPathComponent
Declared In
MLSRoutes.h


The recommended way to install the engine is to get it as an NPM package. In some cases it's not possible, so a browser-ready bundle is available for download and add directly to a html file.
The engine is available as an NPM package called online-3d-viewer. The package itself is an ES6 module, so it can be used with several different bundlers.
You can install it by running the following command.
npm install online-3d-viewer
After installation you can import it like any other packages.
import * as OV from 'online-3d-viewer';
A bundle is available for every release. You need to download the zip file attached to the latest release. After that, copy the content of the zip file on your server, and include the main file on your site.
<script type="text/javascript" src="o3dv.min.js"></script>


INTERNAL PROXY
Add
Edit
Clear
Import
Export
??
Mocked Services
isMocked
ServiceName
Route
MockResponse
Status
CallCount
Delay
ProxyUrl
No Services Available, go add some!
Mocked
Forwarding
ServiceName
Route
View
Status
CallCount
Delay (millis)
×
Mock Response:
ProxyUrl


A typical HTML table with simple styling
A typical HTML table
Given Name
Family Name
Age
Michel
Buffa
52
Dark
Vador
Unknown
Luke
Skywalker
Unknown
Click to add a new row
Add a new row
Click to delete the first row of the table
Delete first row


[ top ]
|
License README CVS and FTP access Groff dependencies Bug reports Mailing lists NEWS VERSION 1.22.2 NEWS VERSION 1.22.1 NEWS VERSION 1.21 NEWS VERSION 1.20.1 NEWS VERSION 1.20 NEWS VERSION 1.19.2 NEWS VERSION 1.19.1 NEWS VERSION 1.19 NEWS VERSION 1.18.1 NEWS VERSION 1.18 |
This is the GNU groff document formatting system. The version number is given in the file VERSION. Included in this release are implementations of troff, pic, eqn, tbl, grn, refer, −man, −mdoc, −mom, and −ms macros, and drivers for PostScript, PDF, TeX DVI format, HP LaserJet 4 printers, Canon CAPSL printers, HTML and XHTML formats (beta status), and typewriter-like devices. Also included is a modified version of the Berkeley −me macros, the enhanced version gxditview of the X11 xditview previewer, and an implementation of the −mm macros contributed by Jörgen Hägg. See the file INSTALL for installation instructions. You require a C++ compiler. The file NEWS describes recent user-visible changes to groff. Groff is free software. See the file COPYING for copying permission. The file PROBLEMS describes various problems that have been encountered in compiling, installing, and running groff. The file MORE.STUFF contains information about add-on packages useful for groff. |


data class AuthResponse
An instance of this class will be returned to the User when an authentication request is successful. |
|
class BiometricAuthOptionalParameters : OptionalParameters
Class that contains information about all the OptionalParameters the authentication requests can have. It also knows how this information should be constructed in the body of the request. |


I am a digital marketing professional with a collaborative mindset and a knack for project management. My passion lies in building relationships with clients, utilizing design and technology to create and nurture brands and online presence.
I have an inherent curiosity for new and emerging media and trends. My experience at national agencies, local advertising media, and digital startups encompasses a broad spectrum of industries and perspectives and has made way for an integrated approach to marketing.
“Anita’s has a great positive attitude and outstanding communication skills. She pursues her goals and is highly effective meeting deadlines. Works excellent with others and is a true team leader. She is also on the cutting edge of current trends in the world of online marketing and advertising, making her a great asset to any company. I would strongly recommend her.”
- Juan Carlos Balarezo, Director of Media Relations at EPMG
“Anita maintains a high level of expertise in the advertising industry. She exemplifies professionalism and takes command of her role as Senior Advertising Consultant. Anita thrives on initiating and maintaining strong client relationships while managing all facets of an effective advertising campaign. These traits combined with her fun and outgoing personality is the reason Anita has a bright future in her profession.”
- Glenn Pacitti, Corporate Account Executive at Conversocial
“Anita has the marketing acumen and project management skills to tackle any web or ecommerce challenge. I have had the pleasure of working with Anita as a client of her company for the past year. Her work on my company’s website, social media, and ecommerce has demonstrated measurable revenue gains and increased traffic. She works well with clients and is resourceful to deliver according to their needs. I highly recommend working with Anita for exceptional digital marketing.”
- Devin King, Associate Marketing Director at Soundcast Systems
“Besides being a joy to work with, Anita is a take-charge person who is able to present creative ideas and communicate well with team members. In her sales role, she has successfully developed several client relationships that have resulted in increased revenue for our company. Anita was charged with, and excelled in, a supervisory role over the sales team, scheduling and implementing sales meetings, helping to increase communication and productivity of other employees. She has demonstrated superb attention to detail and organizational skills, streamlining work flow of the sales team, managing client accounts, and development of proposals and sales collateral. I highly recommend Anita for employment. She is an intelligent, driven team player and would make a great asset to any organization.”
- Marius Isidore, Director of Sales and Account Services at Motivate, Inc. (Gemstone Communications)
“Anita and I have worked together at Motivate, Inc. for over two years and in that time we have partnered on numerous projects. I have always found Anita to be very professional, driven and dedicated. She is very friendly, knowledgeable, and has played a large role in the growth of Motivate and the division in which she works.”
- Danielle Jake, Account Manager at Motivate, Inc.


Fabrique
Textile exhibition
17 July 2021
Fielder's Art Gallery
East Milswood
Free Entry
Featuring
Sally Silk
Tom Velvet
Mark Cotton
Genevieve Linen
Georgia Chiffon
Simon Rayon
Peter Tulle
Reload the page for a fresh look!


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| And he entered again into the synagogue; and there was a man there which had a withered hand.
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| ᏔᎵᏁᏃ ᏭᏴᎴ ᏗᎦᎳᏫᎢᏍᏗᏱ; ᎾᎿᎭᏃ ᎡᏙᎮ ᎠᏍᎦᏯ ᎤᏬᏰᏂ ᎤᏩᎢᏎᎸᎯ.
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Ta-li-ne-no wu-yv-le di-ga-la-wi-i-s-di-yi; na-hna-no e-do-he a-s-ga-ya u-wo-ye-ni u-wa-i-se-lv-hi.
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| And they watched him, whether he would heal him on the sabbath day; that they might accuse him.
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| ᎬᏩᏯᏫᏎᏃ ᎤᎾᏚᎵᏍᎨ ᎤᎾᏙᎴᎰᎯᏍᏗᏱ ᎬᏩᏓᏅᏬᏗ ᎨᏒ ᎤᎾᏙᏓᏆᏍᎬ ᎢᎦ, ᎾᏍᎩ ᎬᏩᏰᎢᎵᏓᏍᏗᏱ.
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Gv-wa-ya-wi-se-no u-na-du-li-s-ge u-na-do-le-ho-hi-s-di-yi gv-wa-da-nv-wo-di ge-sv u-na-do-da-qua-s-gv i-ga, na-s-gi gv-wa-ye-i-li-da-s-di-yi.
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| And he saith unto the man which had the withered hand, Stand forth.
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| ᎯᎠᏃ ᏄᏪᏎᎴ ᎠᏍᎦᏯ ᎤᏬᏰᏂ ᎤᏩᎢᏎᎸᎯ; ᎠᏰᎵ ᎭᎴᎲᎦ.
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Hi-a-no nu-we-se-le a-s-ga-ya u-wo-ye-ni u-wa-i-se-lv-hi; A-ye-li ha-le-hv-ga.
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| And he saith unto them, Is it lawful to do good on the sabbath days, or to do evil? to save life, or to kill? But they held their peace.
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| ᎯᎠᏃ ᏂᏚᏪᏎᎴᎢ, ᏚᏳᎪᏗᏍᎪ ᎣᏍᏛ ᏗᎦᎸᏫᏍᏓᏁᏗᏱ ᎤᎾᏙᏓᏆᏍᎬ ᎢᎦ, ᎤᏲᎨ ᏗᎦᎸᏫᏍᏓᏁᏗᏱ? ᎬᏅ ᎩᎶ ᎠᏍᏕᎸᎡᏗᏱ, ᎠᎯᏍᏗᏱᎨ? ᎡᎳᏪᏉᏃ ᎤᏅᏎᎢ.
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Hi-a-no ni-du-we-se-le-i, Du-yu-go-di-s-go o-s-dv di-ga-lv-wi-s-da-ne-di-yi u-na-do-da-qua-s-gv i-ga, u-yo-ge di-ga-lv-wi-s-da-ne-di-yi? Gv-nv gi-lo a-s-de-lv-e-di-yi, a-hi-s-di-yi-ge? E-la-we-quo-no u-nv-se-i.
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| And when he had looked round about on them with anger, being grieved for the hardness of their hearts, he saith unto the man, Stretch forth thine hand. And he stretched it out: and his hand was restored whole as the other.
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| ᎤᏐᏅᏤᎯᏃ ᏕᎤᎧᎿᎭᏅ ᎾᏍᎩ ᎬᏩᏚᏫᏛ ᏄᎾᏛᏅ, ᎤᏕᏯᏔᏁᎲ ᏗᏍᏓᏱᏳ ᎨᏒ ᏧᏂᎾᏫ, ᎯᎠ ᏄᏪᏎᎴ ᎠᏍᎦᏯ; ᎭᏙᏯᏅᎯᏛ. ᎤᏙᏯᏅᎯᏕᏃ, ᎤᏬᏰᏂᏃ ᎬᏩᏃᏍᏛ ᏄᎵᏍᏔᏁ ᎾᏍᎩᏯ ᏐᎢ ᏄᏍᏛᎢ.
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U-so-nv-tse-hi-no de-u-ka-hna-nv na-s-gi gv-wa-du-wi-dv nu-na-dv-nv, u-de-ya-ta-ne-hv di-s-da-yi-yu ge-sv tsu-ni-na-wi, hi-a nu-we-se-le a-s-ga-ya; Ha-do-ya-nv-hi-dv. U-do-ya-nv-hi-de-no, u-wo-ye-ni-no gv-wa-no-s-dv nu-li-s-ta-ne na-s-gi-ya so-i nu-s-dv-i.
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| And the Pharisees went forth, and straightway took counsel with the Herodians against him, how they might destroy him.
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| ᎠᏂᏆᎵᏏᏃ ᎤᏂᏄᎪᏨ, ᎩᎳᏉ ᎢᏴᏛ ᏭᎾᎵᏃᎮᎴ ᎡᎶᏛ ᎬᏩᏍᏕᎵᏍᎩ ᎬᏩᏡᏗᏍᎬ, ᎾᏍᎩ ᎢᏳᏅᏁᏗᏱ ᎤᏂᎯᏍᏗᏱ.
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A-ni-qua-li-si-no u-ni-nu-go-tsv, gi-la-quo i-yv-dv wu-na-li-no-he-le E-lo-dv gv-wa-s-de-li-s-gi gv-wa-tlu-di-s-gv, na-s-gi i-yu-nv-ne-di-yi u-ni-hi-s-di-yi.
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| But Jesus withdrew himself with his disciples to the sea: and a great multitude from Galilee followed him, and from Judaea,
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| ᏥᏌᏃ ᎤᏓᏅᏎ ᏚᏘᏅᏎ ᎬᏩᏍᏓᏩᏗᏙᎯ ᎥᏓᎵ ᏭᏂᎶᏎᎢ; ᎤᏂᏣᏘᏃ ᎬᏩᏍᏓᏩᏛᏎᎢ, ᏅᏓᏳᏂᎶᏒᎯ ᎨᎵᎵ, ᎠᎴ ᏧᏗᏱ,
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Tsi-sa-no u-da-nv-se du-ti-nv-se gv-wa-s-da-wa-di-do-hi v-da-li wu-ni-lo-se-i; u-ni-tsa-ti-no gv-wa-s-da-wa-dv-se-i, nv-da-yu-ni-lo-sv-hi Ge-li-li, a-le Tsu-di-yi,
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| And from Jerusalem, and from Idumaea, and from beyond Jordan; and they about Tyre and Sidon, a great multitude, when they had heard what great things he did, came unto him.
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| ᎠᎴ ᏥᎷᏏᎵᎻ, ᎠᎴ ᎢᏙᎻᏱ, ᎠᎴ ᏦᏓᏂ ᎢᏍᎪᏂᏗᏢ; ᎠᎴ ᏓᏯ ᎠᎴ ᏌᏙᏂ ᎾᎥ ᏗᏁᎯ, ᎤᏣᏘ ᎠᏂᎪᏗᏳ, ᎾᏍᎩ ᎤᎾᏛᎦᏅ ᏂᎦᎥ ᎤᏍᏆᏂᎪᏗ ᏕᎤᎸᏫᏍᏓᏁᎸ, ᎬᏩᎷᏤᎴᎢ.
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A-le Tsi-lu-si-li-mi, a-le I-do-mi-yi, a-le Tso-da-ni i-s-go-ni-di-tlv; a-le Da-ya a-le Sa-do-ni na-v di-ne-hi, u-tsa-ti a-ni-go-di-yu, na-s-gi u-na-dv-ga-nv ni-ga-v u-s-qua-ni-go-di de-u-lv-wi-s-da-ne-lv, gv-wa-lu-tse-le-i.
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| And he spake to his disciples, that a small ship should wait on him because of the multitude, lest they should throng him.
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| ᏚᏁᏤᎴᏃ ᎬᏩᏍᏓᏩᏗᏙᎯ, ᎾᏍᎩ ᏥᏳ ᎤᎦᏘᏗᏍᏗᏱ, ᎤᏂᏣᏘ ᎨᏒ ᎢᏳᏍᏗ, ᎾᏍᎩ ᎬᏩᏁᏄᎳᏍᏙᏗᏱ ᏂᎨᏒᎾ.
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Du-ne-tse-le-no gv-wa-s-da-wa-di-do-hi, na-s-gi tsi-yu u-ga-ti-di-s-di-yi, u-ni-tsa-ti ge-sv i-yu-s-di, na-s-gi gv-wa-ne-nu-la-s-do-di-yi ni-ge-sv-na.
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| For he had healed many; insomuch that they pressed upon him for to touch him, as many as had plagues.
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| ᎤᏂᏣᏖᏰᏃ ᏚᏅᏩᏁᎢ; ᎾᏍᎩ ᎢᏳᏍᏗ ᎬᏩᏁᏄᎳᏍᏗᏍᎨ ᎬᏩᏃᏟᏍᏙᏗᏱ ᎤᎾᏚᎵᏍᎨᎢ, ᏂᎦᏛ ᎪᎱᏍᏗ ᏗᎾᎵᏍᏗᏍᎩ.
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U-ni-tsa-te-ye-no du-nv-wa-ne-i; na-s-gi i-yu-s-di gv-wa-ne-nu-la-s-di-s-ge gv-wa-no-tli-s-do-di-yi u-na-du-li-s-ge-i, ni-ga-dv go-hu-s-di di-na-li-s-di-s-gi.
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| And unclean spirits, when they saw him, fell down before him, and cried, saying, Thou art the Son of God.
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| ᎠᎴ ᏗᎦᏓᎭ ᏗᏓᏅᏙ, ᎢᏳᏃ ᎬᏩᎪᏩᏛ, ᎡᎳᏗ ᎬᏩᏓᏅᏁᎮ, ᎠᎴ ᎠᏁᎷᎲᏍᎨ, ᎯᎠ ᎾᏂᏪᏍᎨᎢ, ᎤᏁᎳᏅᎯ ᎤᏪᏥ ᏂᎯ.
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A-le di-ga-da-ha di-da-nv-do, i-yu-no gv-wa-go-wa-dv, e-la-di gv-wa-da-nv-ne-he, a-le a-ne-lu-hv-s-ge, hi-a na-ni-we-s-ge-i, U-ne-la-nv-hi U-we-tsi ni-hi.
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| And he straitly charged them that they should not make him known.
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| ᎤᎵᏂᎩᏛᏃ ᏚᏁᏤᎴ ᎾᏍᎩ ᎬᏂᎨᏒ ᎢᎬᏩᏁᏗᏱ ᏂᎨᏒᎾ.
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U-li-ni-gi-dv-no du-ne-tse-le na-s-gi gv-ni-ge-sv i-gv-wa-ne-di-yi ni-ge-sv-na.
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| And he goeth up into a mountain, and calleth unto him whom he would: and they came unto him.
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| ᎤᎿᎭᎷᏎᏃ ᎣᏓᎸᎢ, ᎠᎴ ᏚᏯᏅᎮ ᎾᏍᎩ ᎤᏚᎵᏍᎬ ᏧᏯᏅᏗᏱ; ᎠᎴ ᎬᏩᎷᏤᎮᎢ.
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U-hna-lu-se-no o-da-lv-i, a-le du-ya-nv-he na-s-gi u-du-li-s-gv tsu-ya-nv-di-yi; a-le gv-wa-lu-tse-he-i.
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| And he ordained twelve, that they should be with him, and that he might send them forth to preach,
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| ᎠᎴ ᏚᏑᏰᏎ ᏔᎳᏚ ᎢᏯᏂᏛ, ᎾᏍᎩ ᎬᏩᏍᏓᏩᏗᏓᏍᏗᏱ, ᎠᎴ ᎾᏍᎩ ᏧᏅᏍᏗᏱ ᎤᎾᎵᏥᏙᏂᏓᏍᏗᏱ,
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A-le du-su-ye-se ta-la-du i-ya-ni-dv, na-s-gi gv-wa-s-da-wa-di-da-s-di-yi, a-le na-s-gi tsu-nv-s-di-yi u-na-li-tsi-do-ni-da-s-di-yi,
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| And to have power to heal sicknesses, and to cast out devils:
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| ᎠᎴ ᏧᎵᏍᎪᎸᏓᏁᏗᏱ ᏚᏂᏢᎬ ᏧᏂᏅᏬᏗᏱ, ᎠᎴ ᎠᏂᏍᎩᎾ ᏧᏂᏄᎪᏫᏍᏗᏱ;
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A-le tsu-li-s-go-lv-da-ne-di-yi du-ni-tlv-gv tsu-ni-nv-wo-di-yi, a-le a-ni-s-gi-na tsu-ni-nu-go-wi-s-di-yi;
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| And Simon he surnamed Peter;
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| ᏌᏩᏂᏃ ᏈᏓ ᏚᏬᎡᎢ.
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Sa-wa-ni-no Qui-da du-wo-e-i.
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| And James the son of Zebedee, and John the brother of James; and he surnamed them Boanerges, which is, The sons of thunder:
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| ᎠᎴ ᏥᎻ ᏤᏈᏗ ᎤᏪᏥ, ᎠᎴ ᏣᏂ ᏥᎻ ᏗᎾᏓᏅᏟ; ᎠᎴ ᎾᏍᎩ ᏉᎠᎾᏥ ᏚᏬᎡᎢ, ᎾᏍᎩ ᎠᏴᏓᏆᎶᏍᎩ ᏧᏪᏥ ᎦᏛᎦ;
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A-le Tsi-mi Tse-qui-di u-we-tsi, a-le Tsa-ni Tsi-mi di-na-da-nv-tli; a-le na-s-gi Quo-a-na-tsi du-wo-e-i, na-s-gi a-yv-da-qua-lo-s-gi tsu-we-tsi ga-dv-ga;
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| And Andrew, and Philip, and Bartholomew, and Matthew, and Thomas, and James the son of Alphaeus, and Thaddaeus, and Simon the Canaanite,
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| ᎠᎴ ᎡᏂᏗ, ᎠᎴ ᏈᎵᎩ, ᎠᎴ ᏆᏙᎳᎻ, ᎠᎴ ᎹᏚ, ᎠᎴ ᏓᎻ, ᎠᎴ ᏥᎻ ᎡᎵᏈ ᎤᏪᏥ, ᎠᎴ ᏓᏗᏯ, ᎠᎴ ᏌᏩᏂ ᎠᎨᎾᏂᏗ,
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A-le E-ni-di, a-le Qui-li-gi, a-le Qua-do-la-mi, a-le Ma-du, a-le Da-mi, a-le Tsi-mi E-li-qui u-we-tsi, a-le Da-di-ya, a-le Sa-wa-ni A-ge-na-ni-di,
|
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| And Judas Iscariot, which also betrayed him: and they went into an house.
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| ᎠᎴ ᏧᏓᏏ ᎢᏍᎦᎳᏗ, ᎾᏍᎩ ᏍᏉ ᏧᎶᏄᎮᎴᎢ; ᎠᏓᏁᎸᏃ ᏭᏂᎶᏎᎢ.
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A-le Tsu-da-si I-s-ga-la-di, na-s-gi s-quo tsu-lo-nu-he-le-i; a-da-ne-lv-no wu-ni-lo-se-i.
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| And the multitude cometh together again, so that they could not so much as eat bread.
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| ᎤᏂᏣᏘᏃ ᏔᎵᏁ ᏚᏂᎳᏫᏦᎴᎢ, ᏍᎩ ᎢᏳᏍᏗ ᎾᏍᏉ ᏂᎤᏟᏍᏕ ᎦᏚ ᎤᏂᎩᏍᏗᏱ.
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U-ni-tsa-ti-no ta-li-ne du-ni-la-wi-tso-le-i, s-gi i-yu-s-di na-s-quo ni-u-tli-s-de ga-du u-ni-gi-s-di-yi.
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| And when his friends heard of it, they went out to lay hold on him: for they said, He is beside himself.
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| ᎪᎱᏍᏗᏃ ᏧᏩᏅ ᎤᎾᏛᎦᏅ, ᎤᏁᏅᏎ ᎬᏩᏂᏴᎲᏎᎢ; ᎯᎠᏰᏃ ᎾᏂᏪᏍᎨᎢ, ᎤᎸᏃᏘᎭ.
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Go-hu-s-di-no tsu-wa-nv u-na-dv-ga-nv, u-ne-nv-se gv-wa-ni-yv-hv-se-i; hi-a-ye-no na-ni-we-s-ge-i, u-lv-no-ti-ha.
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| And the scribes which came down from Jerusalem said, He hath Beelzebub, and by the prince of the devils casteth he out devils.
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| ᏗᏃᏪᎵᏍᎩᏃ ᏥᎷᏏᎵᎻ ᏅᏓᏳᏂᎶᏒᎯ, ᎯᎠ ᎾᏂᏪᏍᎨᎢ, ᏇᎵᏥᏆ ᎤᏪᎭ, ᎠᎴ ᎤᎬᏫᏳᎯ ᎠᏂᏍᎩᎾ ᎤᎾᏤᎵᎦ ᎬᏗᎭ ᏕᎦᏄᎪᏫᏍᎦ ᎠᏂᏍᎩᎾ.
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Di-no-we-li-s-gi-no Tsi-lu-si-li-mi nv-da-yu-ni-lo-sv-hi, hi-a na-ni-we-s-ge-i, Que-li-tsi-qua u-we-ha, a-le u-gv-wi-yu-hi a-ni-s-gi-na u-na-tse-li-ga gv-di-ha de-ga-nu-go-wi-s-ga a-ni-s-gi-na.
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| And he called them unto him, and said unto them in parables, How can Satan cast out Satan?
|
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| ᎾᏍᎩᏃ ᏫᏚᏯᏅᎲ, ᎯᎠ ᏂᏚᏪᏎᎴ ᏚᏟᎶᏍᏓᏁᎴᎢ, ᎦᏙ ᏱᎦᎵᏍᏙᏓ ᏎᏓᏂ ᏱᎦᏄᎪᏩ ᏎᏓᏂ?
|
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Na-s-gi-no wi-du-ya-nv-hv, hi-a ni-du-we-se-le du-tli-lo-s-da-ne-le-i, Ga-do yi-ga-li-s-do-da Se-da-ni yi-ga-nu-go-wa Se-da-ni?
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|
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| And if a kingdom be divided against itself, that kingdom cannot stand.
|
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| ᎢᏳ ᎠᎴ ᎠᏰᎵ ᎪᏢᏒ ᏔᎵ ᏱᏄᏓᎠ, ᎤᏩᏒᏉ ᏯᏓᏡᏗᎭ, ᎥᏝ ᏰᎵ ᏱᏂᎬᏩᏍᏗᏉ ᎾᏍᎩ ᎠᏰᎵ ᎪᏢᏒᎢ.
|
|---|
I-yu a-le a-ye-li go-tlv-sv ta-li yi-nu-da-a, u-wa-sv-quo ya-da-tlu-di-ha, v-tla ye-li yi-ni-gv-wa-s-di-quo na-s-gi a-ye-li go-tlv-sv-i.
|
|---|
|
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| And if a house be divided against itself, that house cannot stand.
|
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| ᎢᏳ ᎠᎴ ᏏᏓᏁᎸ ᎨᏒ ᏔᎵ ᏱᏄᏓᎠ, ᎤᏩᏒᏉ ᏯᏓᏡᏗᎭ, ᎾᏍᎩ ᏏᏓᏁᎸ ᎨᏒ ᎥᏝ ᏰᎵ ᏱᏂᎬᏩᏍᏗᏉ.
|
|---|
I-yu a-le si-da-ne-lv ge-sv ta-li yi-nu-da-a, u-wa-sv-quo ya-da-tlu-di-ha, na-s-gi si-da-ne-lv ge-sv v-tla ye-li yi-ni-gv-wa-s-di-quo.
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|---|
|
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| And if Satan rise up against himself, and be divided, he cannot stand, but hath an end.
|
|---|
| ᎢᏳ ᎠᎴ ᏎᏓᏂ ᏱᏚᎴᏅ ᎤᏩᏒ ᏱᏚᏓᎦᏘᎴᏅ, ᎠᎴ ᏔᎵ ᏱᏄᏓᎠ, ᎥᏝ ᏰᎵ ᏱᏂᎬᏩᏍᏗᏉ, ᏱᏩᏍᏔᏉᏍᎩᏂ ᎡᎲᎢ.
|
|---|
I-yu a-le Se-da-ni yi-du-le-nv u-wa-sv yi-du-da-ga-ti-le-nv, a-le ta-li yi-nu-da-a, v-tla ye-li yi-ni-gv-wa-s-di-quo, yi-wa-s-ta-quo-s-gi-ni e-hv-i.
|
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|
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| No man can enter into a strong man's house, and spoil his goods, except he will first bind the strong man; and then he will spoil his house.
|
|---|
| ᎥᏝ ᎩᎶ ᎤᎵᏂᎩᏛ ᎠᏍᎦᏯ ᎦᏁᎸ ᏴᎬᏴᎭ, ᎠᎴ ᏴᎬᏬᏅ ᎤᎿᎭᎥᎢ, ᎬᏂ ᎢᎬᏱ ᏳᎸᎸ ᎾᏍᎩ ᎤᎵᏂᎩᏛ ᎠᏍᎦᏯ; ᎩᎳ ᎿᎭᏉ ᏯᏬᏅ ᎦᏁᎸ ᎤᎿᎭᎥᎢ.
|
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V-tla gi-lo u-li-ni-gi-dv a-s-ga-ya ga-ne-lv yv-gv-yv-ha, a-le yv-gv-wo-nv u-hna-v-i, gv-ni i-gv-yi yu-lv-lv na-s-gi u-li-ni-gi-dv a-s-ga-ya; gi-la hna-quo ya-wo-nv ga-ne-lv u-hna-v-i.
|
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| Verily I say unto you, All sins shall be forgiven unto the sons of men, and blasphemies wherewith soever they shall blaspheme:
|
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| ᎤᏙᎯᏳᎯᏯ ᎢᏨᏲᏎᎭ, ᏂᎦᎥ ᎠᏍᎦᏅᎢᏍᏗ ᎨᏒ, ᎦᎨᏥᏙᎵᏍᏗᏉ ᎨᏎᏍᏗ ᏴᏫ ᏧᏁᏥ, ᎠᎴ ᎠᏐᏢᎢᏍᏙᏗ ᎨᏒ, ᏂᎦᎥ ᎬᏩᏂᏐᏢᎢᏍᏙᏗ ᎨᏒᎢ;
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U-do-hi-yu-hi-ya i-tsv-yo-se-ha, Ni-ga-v a-s-ga-nv-i-s-di ge-sv, ga-ge-tsi-do-li-s-di-quo ge-se-s-di yv-wi tsu-ne-tsi, a-le a-so-tlv-i-s-do-di ge-sv, ni-ga-v gv-wa-ni-so-tlv-i-s-do-di ge-sv-i;
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| But he that shall blaspheme against the Holy Ghost hath never forgiveness, but is in danger of eternal damnation:
|
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| ᎩᎶᏍᎩᏂ ᎦᎸᏉᏗᏳ ᎠᏓᏅᏙ ᎠᏐᏢᎢᏍᏗᏍᎨᏍᏗ, ᎥᏝ ᎢᎸᎯᏳ ᎦᏰᏥᏙᎵᏍᏗ ᏱᎨᏎᏍᏗ, ᏗᎦᏰᎫᎪᏓᏁᏗᏉᏍᎩᏂ ᏫᎾᏍᏛᎾ ᎤᏍᏛᏗᏍᏗᏱ;
|
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Gi-lo-s-gi-ni Ga-lv-quo-di-yu A-da-nv-do a-so-tlv-i-s-di-s-ge-s-di, v-tla i-lv-hi-yu ga-ye-tsi-do-li-s-di yi-ge-se-s-di, di-ga-ye-gu-go-da-ne-di-quo-s-gi-ni wi-na-s-dv-na u-s-dv-di-s-di-yi;
|
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| Because they said, He hath an unclean spirit.
|
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| ᏅᏗᎦᎵᏍᏙᏗᏍᎨᎢ, ᎦᏓᎭ ᎠᏓᏅᏙ ᎤᏯᎠ, ᎤᎾᏛᏅᎢ.
|
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Nv-di-ga-li-s-do-di-s-ge-i, ga-da-ha a-da-nv-do u-ya-a, u-na-dv-nv-i.
|
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| There came then his brethren and his mother, and, standing without, sent unto him, calling him.
|
|---|
| ᎿᎭᏉᏃ ᎬᏩᎷᏤᎴ ᎠᎾᎵᏅᏟ, ᎠᎴ ᎤᏥ, ᎠᎴ ᏙᏱᏗᏢ ᏓᏂᏙᎨ, ᎤᎾᏓᏅᏎ ᏫᎬᏩᏯᏂᏍᎨᎢ.
|
|---|
Hna-quo-no gv-wa-lu-tse-le a-na-li-nv-tli, a-le u-tsi, a-le do-yi-di-tlv da-ni-do-ge, u-na-da-nv-se wi-gv-wa-ya-ni-s-ge-i.
|
|---|
|
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| And the multitude sat about him, and they said unto him, Behold, thy mother and thy brethren without seek for thee.
|
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| ᎤᏂᏣᏘᏃ ᎠᏂᏁ ᎬᏩᏓᏡᏫᏍᏕᎢ; ᎯᎠᏃ ᏂᎬᏩᏪᏎᎴᎢ, ᎬᏂᏳᏉ, ᏣᏥ ᎠᎴ ᎢᏣᎵᏅᏟ ᏙᏱᏗᏢ ᏗᎨᏣᏲᎭ.
|
|---|
U-ni-tsa-ti-no a-ni-ne gv-wa-da-tlu-wi-s-de-i; hi-a-no ni-gv-wa-we-se-le-i, Gv-ni-yu-quo, tsa-tsi a-le i-tsa-li-nv-tli do-yi-di-tlv di-ge-tsa-yo-ha.
|
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|
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| And he answered them, saying, Who is my mother, or my brethren?
|
|---|
| ᏚᏁᏤᎴᏃ ᎯᎠ ᏄᏪᏎᎢ, ᎦᎪ ᎡᏥ, ᎠᎴ ᎣᏣᎵᏅᏟ?
|
|---|
Du-ne-tse-le-no hi-a nu-we-se-i, Ga-go e-tsi, a-le o-tsa-li-nv-tli?
|
|---|
|
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| And he looked round about on them which sat about him, and said, Behold my mother and my brethren!
|
|---|
| ᎬᏩᏚᏫᏛᏃ ᏚᎧᎿᎭᏂᏙᎸ ᎤᏬᎸ ᎾᎥ ᎠᏂᏂ ᏚᎧᎾᏅ ᎯᎠ ᏄᏪᏎᎢ; ᎬᏂᏳᏉ ᎡᏥ, ᎠᎴ ᎣᏣᎵᏅᏟ?
|
|---|
Gv-wa-du-wi-dv-no du-ka-hna-ni-do-lv u-wo-lv na-v a-ni-ni du-ka-na-nv hi-a nu-we-se-i; Gv-ni-yu-quo e-tsi, a-le o-tsa-li-nv-tli?
|
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|
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| For whosoever shall do the will of God, the same is my brother, and my sister, and mother.
|
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| ᎩᎶᏰᏃ ᎤᏁᎳᏅᎯ ᎤᏚᎵᏍᎬ ᎾᏛᏁᎮᏍᏗ, ᎾᏍᎩ ᏦᏍᏓᏓᏅᏟ, ᎠᎴ ᎥᎩᏙ, ᎠᎴ ᎡᏥ.
|
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Gi-lo-ye-no U-ne-la-nv-hi u-du-li-s-gv na-dv-ne-he-s-di, na-s-gi tso-s-da-da-nv-tli, a-le v-gi-do, a-le e-tsi.
|
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Next: Constructing an experiment
Up: Eco Lab Documentation
Previous: UNURAN on MacOSX
Contents
Index
Eco Lab is built on the following components:
- tcl++
- which provides bindings to the TCL scripting language,
- TCL_obj
- which exposes the internals of C++ objects to TCL
- pack
- performs serialisation of objects, for checkpoint, and
client/server applications
- ClassdescMP
- parallel programming support
- Graphcode
- provides an abstraction of objects moving on a
distributed graph.
- arrays
- which implements dynamic arrays used in a number of
Eco Labmodels
- analysis/Xecolab
- which provides a number of generic instruments
for observing the Eco Lab models
- random
- a thin abstraction on random number generators, kindly
supplied by UNURAN or GNUSSL (as preferred)
- cacheDBM
- Persistent object map
- eco_strstream
- classdesc stringstream class
- eco_hashmap
- hashmap -- using either std::map or TCL's hash map
- netcomplexity
- Network complexity measure
- C++ Standard Library
- (of course!)
The Eco Lab model itself is defined in the model specific file ecolab.cc. To define another model, replace this file by another
one with similar functions. An example of this is jellyfish.cc. See §8 for more details.
The whole computation is constructed from a TCL[5]
script. Example scripts include ecolab.tcl, pred-prey.tcl
and console.tcl/engine.tcl for a sample
client/server system.
Figure:
Structure of the
Eco Lab Simulation System for
the
Eco Lab model. Shaded boxes are specific to the
Eco Lab model, and are replaced by equivalent modules for other models.
|
Figure:
Structure of the
Eco Lab Simulation System for
the Jellyfish model. Shaded boxes are specific to the
Jellyfish model, and are replaced by equivalent modules for other models.
|
Next: Constructing an experiment
Up: Eco Lab Documentation
Previous: UNURAN on MacOSX
Contents
Index
Russell Standish
2014-09-10


| Interface | Description |
|---|---|
| AssertionService |
Provides implementations of
Assertion . |
| BinaryPredicateService |
Provides implementations of
BinaryPredicate . |
| ContextService |
Provides implementations of
Context . |
| FactService |
Provides implementations of
Fact . |
| FirstOrderCollectionService |
Provides implementations of
FirstOrderCollection . |
| KbApiService |
The primary entrypoint for a KB API implementation.
|
| KbCollectionService |
Provides implementations of
KbCollection . |
| KbFunctionService |
Provides implementations of
KbFunction . |
| KbIndividualService |
Provides implementations of
KbIndividual . |
| KbPredicateService |
Provides implementations of
KbPredicate . |
| KbService |
Provides various methods which facilitate working with the Cyc KB.
|
| KbTermService |
Provides implementations of
KbTerm . |
| RelationService |
Provides implementations of
Relation . |
| RuleService |
Provides implementations of
Rule . |
| SecondOrderCollectionService |
Provides implementations of
SecondOrderCollection . |
| SentenceService |
Provides implementations of
Sentence , including methods to build Sentences of
Sentences. |
| SymbolService |
Provides implementations of
Symbol . |
| VariableService |
Provides implementations of
Variable . |
Copyright © 2015–2018 Cycorp, Inc. All rights reserved.


Process scheduling
问题描述 :
Process scheduling is a very important problem in operating system design. Each process requires some amount of resources to run. The process will release all the resources allocated to it when completes. Different resource allocating strategy varies much in efficiency. Even some unsuitable strategy can result in dead lock.
Now there are n processes and m kinds of resources. At the beginning, each process has been allocated some amount of resources for each kind. However, the allocated resources might not be enough. They still need some extra resources for each kind. And you are given the available resources for each kind in the computer now. Can you tell whether it is possible to schedule these processes in a suitable order so that all of them can be executed successfully?
Now there are n processes and m kinds of resources. At the beginning, each process has been allocated some amount of resources for each kind. However, the allocated resources might not be enough. They still need some extra resources for each kind. And you are given the available resources for each kind in the computer now. Can you tell whether it is possible to schedule these processes in a suitable order so that all of them can be executed successfully?
输入:
There are four parts in the input.
The first part contains two positive integers n(n<=50000) and m(m<=3) representing the number of processes and the number of resources.
The second part is the following m lines. Each of the m lines contains n integers. These integers make the allocation table.
The third part is also the following m lines. Each of the m lines contains n integers. These integers make the request table.
The last line containing m integers is the fourth part. This part tells you the amount of available resources for each kind currently.
You may assume all integers that appear are less than or equal to 10^9.
The first part contains two positive integers n(n<=50000) and m(m<=3) representing the number of processes and the number of resources.
The second part is the following m lines. Each of the m lines contains n integers. These integers make the allocation table.
The third part is also the following m lines. Each of the m lines contains n integers. These integers make the request table.
The last line containing m integers is the fourth part. This part tells you the amount of available resources for each kind currently.
You may assume all integers that appear are less than or equal to 10^9.
输出:
There are four parts in the input.
The first part contains two positive integers n(n<=50000) and m(m<=3) representing the number of processes and the number of resources.
The second part is the following m lines. Each of the m lines contains n integers. These integers make the allocation table.
The third part is also the following m lines. Each of the m lines contains n integers. These integers make the request table.
The last line containing m integers is the fourth part. This part tells you the amount of available resources for each kind currently.
You may assume all integers that appear are less than or equal to 10^9.
The first part contains two positive integers n(n<=50000) and m(m<=3) representing the number of processes and the number of resources.
The second part is the following m lines. Each of the m lines contains n integers. These integers make the allocation table.
The third part is also the following m lines. Each of the m lines contains n integers. These integers make the request table.
The last line containing m integers is the fourth part. This part tells you the amount of available resources for each kind currently.
You may assume all integers that appear are less than or equal to 10^9.
样例输入:
4 3 1 6 2 0 0 1 1 0 0 2 1 2 2 0 1 4 2 0 0 2 2 1 3 0 0 1 1 4 3 2 5 2 0 0 1 1 0 1 1 1 2 1 1 1 4 2 0 0 2 1 2 3 0 0 1 1
样例输出:
Yes No
这题关键是数据量太大，如果用普通的银行家算法，最坏情况下时间复杂度为O(N*N*M)，显然会超时。正确的解法是对每种资源分别考虑，建立M个队列。进程对每种资源的需求数量从小到大存入队列，这样每次只需检查队列头部的进程即可。排序时间复杂度O(M*N*logN),每个进程至多出队M次，时间复杂度为O(N*M*M)。
由于杭电的数据太弱，所以这个算法体现不出效果…
#include <stdio.h> #include <stdlib.h> #include <math.h> #include <string.h> #include <memory.h> #include <string> #include <vector> #include <map> #include <set> #include <queue> #include <algorithm> #include <iostream> #include <sstream> using namespace std; int allo[3][50005], reqs[3][50005], avai[3], indx[3]; pair<int, int> queu[3][50005]; bool flag[3][50005]; int n, m; int main() { int i, j, k, cunt; bool sign; while (scanf("%d %d", &n, &m) != EOF) { for (i = 0; i < m; i++) for (j = 0; j < n; j++) scanf("%d", &allo[i][j]); for (i = 0; i < m; i++) for (j = 0; j < n; j++) { scanf("%d", &reqs[i][j]); queu[i][j].first = reqs[i][j]; queu[i][j].second = j; } for (i = 0; i < m; i++) scanf("%d", &avai[i]); for (i = 0; i < m; i++) sort(queu[i], queu[i] + n); sign = true; cunt = 0; memset(indx, 0, sizeof(indx)); memset(flag, 0, sizeof(flag)); while (sign) { sign = false; for (i = 0; i < m; i++) { for (j = indx[i]; j < n; j++) { if (queu[i][j].first > avai[i]) break; flag[i][queu[i][j].second] = true; for (k = 0; k < m; k++) { if (!flag[k][queu[i][j].second]) break; } if (k == m) { sign = true; cunt++; for (k = 0; k < m; k++) { avai[k] += allo[k][queu[i][j].second]; if (avai[k] ><PHONE_NUMBER>) avai[k] =<PHONE_NUMBER>; } } } indx[i] = j; } } if (cunt == n) puts("Yes"); else puts("No"); } return 0; }
解题转自：http://blog.csdn.net/racebug2010/article/details/6717955
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不能因为你穷，就觉得十四亿人里没有付得起钱的冤大头。
这个问题别太纠结了，不同的编译器结果不一样
第二个解法好像不对
第2题，TCP不支持多播，多播和广播仅应用于UDP。所以B选项是不对的。第2题，TCP不支持多播，多播和广播仅应用于UDP。所以B选项是不对的。
1234百位上出现的次数应该是200吧。
是穷举，但是代码有优化（v数组），并不是2^n。测试数据应该没问题，之前有超时的代码。
说的就是无向图啊，有向图的算法也是类似的
居然看懂了
全是智力分析的题
学习了！！
清华也会出这么无聊的题
目前为止见过的最易懂的一个，多谢分享


|
RAMADDA User Guide
|
We want to be able to search within the hierarchy, e.g., show me all of the radar files under the "ccs2" group. To do this we encode the hierarchical structure within the identifier of the groups. The relational model looks like:
name id parent_group_id group: Top 0 --- group: Comet 0:0 0 group: ccs1 0:0:0 0:0 entry: radar1 A 0:0:0 group: ccs2 0:0:1 0:0 entry: radar2 B 0:0:1 entry: radar3 C 0:0:1 group: ccs3 D 0:0Non-Group Entrys have a globally unique identifier generated by RAMADDA. However, Groups have a special identifier that allow for searching under sub-groups. A Group identifier is defined as:
<parent Group identifier>:<sibling number>For example, the top most group has identifier "0". Its children have identifiers:
0:0 0:1 0:2 ...The children groups of the 0:2 Group have identifiers:
0:2:0 0:2:1 0:2:2 ...By doing this we can make a search of the form:
select * from entries where parent_group_id like '0:0:1%'The problem with this approach is that the identifier of a group is based on its position within the hierarchy. When a group is moved to a new parent group we need to change its identifier. Kind of messy. If external applications have a reference to one of these groups based on its id then those references are bad.
Another problem with this approach is that the "like" search entails a full table scan.
One of the alternative approaches to encoding hierarchy in a relational model is to have an ancestor table that defines the complete hierarchy. e.g.,:
id ancestor 0 --- 1 0 2 (parent=1) 1 2 0 3 (parent=2) 2 3 1 3 0This brings scalability issues. The size of this table would be average tree depth*number of entries. So for example, we have ~3 million level3 radar files with the hierarchy:
Top IDD Radar Level3 Station Product Radar data1 Radar data2We would end up having 6*3 million entries in the ancestor table. If this was a relatively static data set then we could handle that but the data set is dynamic and we get 5 files/second coming into the repository and 5/second being removed.
One approach to dealing with the identifier issue is to have all entries/groups have a unique and permanent id along with a parent_id. To encode the hierarchy we then have another field, a hierarchy_id, which takes the form that we currently have. e.g.:
name id parent_group_id hierarchy_id group: Top A --- 0 group: Comet B A 0:0 group: ccs1 C B 0:0:0 entry: radar1 D C 0:0:0:0 group: ccs2 E B 0:0:1 entry: radar2 F E 0:0:1:0 entry: radar3 G E 0:0:1:1 group: ccs3 H B 0:0:2We still have bookkeeping costs when things are added and moved in that the hierarchy_id needs to change. We still have search costs in that we do:
select * from entries where hierarchy_id like '0:0:1%'But, each entity has a unique and permanent id.


sign up
username:
password:
confirm password:
email address:
phone number:
select user
Student
Staff


Proin iaculis purus consequat sem cure.
Our goal is to develop the e-commerce market in Poland. We provide help in organising logistics and providing warehouse services to online stores.
Responsive web design has become more important as the amount of mobile traffic now accounts for more than half of total internet traffic. Therefore, Google announced Mobilegeddon in 2015, and started to boost the ratings of sites that are mobile friendly if the search was made from a mobile device.
Secure web application development should be enhanced by applying security checkpoints and techniques at early stages of development as well as throughout the software development lifecycle. Security mechanisms that should be used include, threat modeling, risk analysis, static analysis, digital signature, among others.
Proin iaculis purus consequat sem cure.


The Complete Works of William Shakespeare
The original electronic source for this server was the Complete
Moby(tm) Shakespeare. The HTML versions of the plays provided here are placed in the public domain.
Original listing site (unumbered)
Comedy
- All's Well That Ends Well
- As You Like It
- The Comedy of Errors
- Cymbeline
- Love's Labours Lost
- Measure for Measure
- The Merry Wives of Windsor
- The Merchant of Venice
- A Midsummer Night's Dream
- Much Ado About Nothing
- Pericles, Prince of Tyre
- Taming of the Shrew
- The Tempest
- Troilus and Cressida
- Twelfth Night
- Two Gentlemen of Verona
- Winter's Tale
History
- Henry IV, part 1
- Henry IV, part 2
- Henry V
- Henry VI, part 1
- Henry VI, part 2
- Henry VI, part 3
- Henry VIII
- King John
- Richard II
- Richard III
Tragedy
- Antony and Cleopatra
- Coriolanus
-
Hamlet
- Julius Caesar
- King Lear
- Macbeth
- Othello
- Romeo and Juliet
- Timon of Athens
- Titus Andronicus
Poetry
-
The Sonnets
-
A Lover's Complaint
-
The Rape of Lucrece
-
Venus and Adonis
-
Funeral Elegy by W.S.


Hello, my name is Elizabeth Saunders, a student currently studying at Confederation College in their IMD (Interactive Media Developement) program, studying towards an Ontario College Advanced Diploma. A resident of Thunder Bay, Ontario with a passion for the Arts and a few opportunities to have my artwork up in the Thunder Bay Art Gallery. As well as a few opportunities to compete in the Skills Ontario Competition for Architectural Technology and Design, and the Graphic Design Studio Production Scopes. On this portfolio you are most likely to find my love of graphic design, photography, 3D design, drawing, and so on. A few of my images in the Photography section have been published on Pixabay.


Constructor
new ModifyControl(options, typeopt, featuresopt, sourceopt)
Parameters:
| Name | Type | Attributes | Description |
|---|---|---|---|
options |
Object | Tool options. | |
type |
string |
<optional> |
Geometry type ('Point', 'LineString', 'Polygon', 'MultiPoint', 'MultiLineString', 'MultiPolygon' or 'Circle'). Default is 'Point'. |
features |
ol.Collection.<ol.Feature> |
<optional> |
Destination for drawing. |
source |
ol.source.Vector |
<optional> |
Destination for drawing. |
- Source:
Extends
Methods
activate()
Activate the control
- Overrides:
- Source:
deactivate()
Dectivate the control
- Overrides:
- Source:
getActive() → {Boolean}
Returns the active state of the control.
- Inherited From:
- Source:
Returns:
Active state.
- Type
- Boolean
getElement() → {Element}
Returns the control's element.
- Inherited From:
- Source:
Returns:
the control element.
- Type
- Element
(private) onClick()
Click handler for the control element.
- Inherited From:
- Source:
(protected) setEditor(editor)
Introduce the control to it's editor.
Parameters:
| Name | Type | Description |
|---|---|---|
editor |
ole.Editor | OLE Editor. |
- Inherited From:
- Source:
(protected) setMap(map)
Sets the map of the control.
Parameters:
| Name | Type | Description |
|---|---|---|
map |
ol.Map | The map object. |
- Inherited From:
- Source:


The page you are looking for is not available at this location.
Please go to the registry URL: https://docker.cloudiolab.com.


TurboGrafx 16 RGB, Composite Video, & Stereo Audio Outputs
I found this info on the
Turbo List Home Page, specifically in the file server under
How to get NTSC video and audio from a PCE/Turbo. Credit for the real work here goes to Joseph LoCicero, IV.
Bigass 69-pin male connector of some sort on the back of the console.
That's a damn lot of pins. I'm not going to go through and identify all of them; just the ones that matter here.
- 1
- Right Audio (AR)
- 2
- GND (GG)
- 22
- Blue (VR)
- 47
- Green (VP)
- 48
- Left Audio (AL)
- 67
- GND (GG)
- 68
- Composite Video (VZ)
- 69
- Red (VQ)
Some of JoLo's notes
To connect the PCE or Turbo to a standard television set or VCR, use the following pin connections:
- AR, AL
- Connect these to RCA cables, ground going to the "shield" or outer metal wrapping, and AR or AL going to the "signal" or center pin. These plug directly into your Audio In R/L on your TV or VCR.
- VZ
- Similarly, connect GG to the "shield" and VZ to the "signal" of an RCA cable. This connects to the Video In on your TV or VCR. For a clearer picture, connect a 0.1 uF capacitor between the two terminals on the side of the cable that connects to the PCE/Turbo.
- VR/VP/VQ/VN
- If you have an older RGB monitor capable of horizontal sync at NTSC frequencies (around 15 kHz), you can use it as a monitor for your PCE/Turbo. Connect VR, VP, and VQ to the blue, green, and red inputs of the monitor. Connect VN to the horizontal sync input, and VZ to the vertical sync input. If the monitor only has a single sync input, use VZ. You should have an incredibly clear, crisp picture!
NOTE -- Most modern monitors will *NOT* sync this slowly. Monitors of the "Sony Multisync" variety of old (e.g. the "2A") are capable of syncing to these frequencies. Also, monitors marked as "Amiga Compatible" should sync to the NTSC frequency as well.
Jay Tilton
06/28/98


Microsoft Applied Robotics Research Library
Robot Fleet
The following design kits can be used to build robots capable of performing the gestures in the Labanoation Gesture Library.
gestureBot
This is the robot our kit is designed around. The gestureBot is adapted from the Robotis MINI robot kit and uses their newest and low-cost XL-320 servo specifically designed for small-scale humanoid robots. The kit does not require soldering and all of the structural parts can be built with a low-cost desktop 3D printer.
MSRAbot
This design is the orignal robot created by student interns working for Microsoft Research Asia. The MSRAbot supported initial investigations in using Labanotation for capturing human gestural movements and translation to robot motor controls. The kit is based on the Futaba RS303MR servo and is built from a combination of metal structural components and 3D printed parts.
Pepper (coming soon!)
Softbank Robotics' Pepper is a commercial medium-scale semi-humanoid service robot used for a range of information kiosk, entertainment, and customer service applications in public settings.
MINI (coming soon!)
The Robotis MINI is a commercial miniature-scale full humanoid robot kit designed to support education in robot construction and programming.
OP2 (coming next year!)
Robotis' OP2 is a commercial small-scale full-humanoid robot designed to support education in robotic programming. This robot provides a platform to consider the challenges of adding lower torso movements to our Gesture Library


The Moderators tab page will show you the CIX Forum nicknames of the moderators of the current CIX forum.
This is a Hot Spot image. Move your mouse pointer over the image
and when the mouse pointer changes to the shape of a hand click
the left mouse button once for extra help.


This Application collects some Personal Data from its Users.
Permissions: About Me, Birthday and Email
Personal Data: various types of Data as specified in the privacy policy of the service
Management Masters School Minsk
Owner contact email: managementschool@eml.by


A Bay Area high level phylogenetic analysis package mostly using the birth-death process. Analysis of species tree branching times and simulation of species trees under a number of different time variable birth-death processes. Analysis of gene tree species tree reconciliations and simulations of gene trees in species trees.
| Version: | 1.0 |
| Depends: | ape, R.utils |
| Published: | 2012-07-30 |
| Author: | Nathaniel Hallinan [aut, cre] |
| Maintainer: | Nathaniel Malachi Hallinan <nmhallinan at gmail.com> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| In views: | Phylogenetics |
| CRAN checks: | HyPhy results |
| Reference manual: | HyPhy.pdf |
| Package source: | HyPhy_1.0.tar.gz |
| Windows binaries: | r-devel: HyPhy_1.0.zip, r-release: HyPhy_1.0.zip, r-oldrel: HyPhy_1.0.zip |
| OS X binaries: | r-release: HyPhy_1.0.tgz, r-oldrel: HyPhy_1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=HyPhy to link to this page.


GET a list of messages
for a particular application
for a particular user
of a particular type
There are 2 variants of this service:
GET inbox
GET outbox
Everything in this spec applies to both of them.
However, the inbox will only contain "alert" messages.
The outbox can contain "email", "sms" and "alert" messages.
The request method is GET.
For example:
GET inbox/app/places/user/bigWayne/lastId/507c35dd8fada716c89d0013 HTTP/1.1 Host: dev5:8888
GET outbox/app/places/user/bigWayne/lastId/507c35dd8fada716c89d0013 HTTP/1.1 Host: dev5:8888
This service may only be used by registered users who are authorized to use it.
The HTTP Basic Authentication scheme is used to pass the encoded username:password of the user.
One way to pass data to a service is via the parameters of the "request method"
in the "headers" section of the HTTP request.
This is most frequently done when the request method is GET.
GET messages utilizes this approach like so ...
Client app pulls new messages for the user like so ..
The client app will send up the lastId
for a particular user
and the service will return all messages that are NEWER
than the message with the specified lastId.
The lastId refers to an id that gets generated by the server for message sent via the POST message service
The id is a 24 character hexidecimal number.
Each id is guaranted to be a higher number than any message sent previously via the POST message service.
If the lastId=0, the service will simply return all messages recieved.
It will not check the timestamps.
A maximum of 100 messages will be returned at a time.
If the client received 100 messages, and desires to receive more,
it should call the "GET messages" service again with the lastId of the last of the 100 records received.
Note: The "GET messages" service does not keep track of what messages have already been retrieved by clients.
It simply sends the list of messages requested.
Your users may use multiple devices for messaging.
It is the responsibility of the device developer to keep these lists of messages in-synch on multiple devices.
Optionally, the client app may also specify the type of message.
If the type is specified, only messages of the specified type
posted AFTER the lastId will be returned.
GET inbox/app/places/user/bigWayne/lastId/123/type/alert HTTP/1.1 Host: dev5:8888
GET outbox/app/places/user/bigWayne/lastId/123/type/alert HTTP/1.1 Host: dev5:8888
For each individual input parameter ...
| app (required) |
The name of the application making the request. e.g. "SnapGas" |
| user (required) |
The unique userId of the person making the change. |
| lastId (required) |
The lastId refers to an id that gets generated enerated by the server for message sent via the POST message service The id is a 24 character hexidecimal number. Each id is guaranted to be a higher number than any message sent previously via the POST message service. |
| type (optional) | Must be one of {Honeydo, TrafficAlert, PoiForwarding, AlpineAlert} |
Another way to pass data to a service is via the body of the HTTP request.
This method is not used when the request method is GET.
This service does not pass data in this fashion..
The following response codes are possible from this service.
(Client code must handle each of them.):
The content of the body of the HTTP Response will always be JSON.
Therefore, the following header will always be sent:
Content-Type: application/json
The body of the response should always contain JSON.
The type of JSON returned varies by the response code.
3 types of JSON are possible.
If the service executed successfully
JSON like the following will be returned in the body of the response:
HTTP/1.1 200 Success [ { "subject": "How awesome I am", "message": "Just sending this message to you to remind you how awesome I am ...", "recipients": [ { "type": "sms", "name": "Alex Android", "phone": "4085972947" }, { "type": "email", "name": "Alex Alpine", "email"<EMAIL_ADDRESS>} ], "messageClass": "TrafficAlert", "latitude": "37.379425", "longitude": "-121.961395", "dev": "add0d21b-634e-4c04-9677-cbc24231aa29", "app": "TestMyplacelist", "user"<EMAIL_ADDRESS>"id": "522a664730045ad7125414cc" }, { "subject": "How awesome I am", "message": "Just sending this message to you to remind you how awesome I am ...", "recipients": [ { "type": "sms", "name": "Alex Android", "phone": "4085972947" }, { "type": "email", "name": "Alex Alpine", "email"<EMAIL_ADDRESS>} ], "messageClass": "TrafficAlert", "latitude": "37.379425", "longitude": "-121.961395", "dev": "add0d21b-634e-4c04-9677-cbc24231aa29", "app": "TestMyplacelist", "user"<EMAIL_ADDRESS>"id": "522a686b300493b956a79cb8" }, { "subject": "How awesome I am", "message": "Just sending this message to you to remind you how incredibly handsome I am ...", "recipients": [ { "type": "email", "name": "Alex Alpine", "email"<EMAIL_ADDRESS>} ], "messageClass": "TrafficAlert", "latitude": "37.379425", "longitude": "-121.961395", "dev": "add0d21b-634e-4c04-9677-cbc24231aa29", "app": "TestMyplacelist", "user"<EMAIL_ADDRESS>"id": "522a6e0f3004b6c7cbba3410" } ]
If there was a major error in the request that prevents us from even processing it,
the standard JSON describing the error will be returned in the body of the response:
HTTP/1.1 400 Bad Request { "errorCode": 2, "errorMessage": "INVALID PARAMS", "data": "app not specified" }
If there was a major error on the server,
the standard JSON describing the error will be returned in the body of the response:
HTTP/1.1 500 Server Error { "errorCode": 3, "errorMessage": "SERVER ERROR", "data": "Unable to connect to the database." }
The following responses illustrates the most commonly occurring reasons why the service fails to return a 200 response code.
HTTP/1.1 400 Bad Request { "errorCode": 2, "errorMessage": "INVALID PARAMS", "data": "app not specified" }
HTTP/1.1 400 Bad Request { "errorCode": 2, "errorMessage": "INVALID PARAMS", "data": "specified app is invalid. Must be one of {?,?,?}" }
HTTP/1.1 400 Bad Request { "errorCode": 2, "errorMessage": "INVALID PARAMS", "data": "user not specified" }
HTTP/1.1 400 Bad Request { "errorCode": 2, "errorMessage": "INVALID PARAMS", "data": "specified user is invalid" }
HTTP/1.1 400 Bad Request { "errorCode": 2, "errorMessage": "INVALID PARAMS", "data": "lastId not specified" }
HTTP/1.1 400 Bad Request { "errorCode": 2, "errorMessage": "INVALID PARAMS", "data": "specified lastId is invalid" }
HTTP/1.1 400 Bad Request { "errorCode": 2, "errorMessage": "INVALID PARAMS", "data": "URL path should look like this: outbox/app/[app]/user/[user]/lastId/[lastId]/type/[type] OR outbox/app/[app]/user/[user]/lastId/[lastId] OR inbox/app/[app]/user/[user]/lastId/[lastId]/type/[type] OR inbox/app/[app]/user/[user]/lastId/[lastId]/ but we received<EMAIL_ADDRESS>}


NdArray
open class NdArray<T>: CustomDebugStringConvertible,
CustomStringConvertible
extension NdArray: Equatable where T: Equatable
Undocumented
-
data buffer
Declaration
Swift
internal(set) public var data: UnsafeMutablePointer<T> { get }
-
shape of the array
Declaration
Swift
internal(set) public var shape: [Int] { get }
-
strides of the dimensions
Declaration
Swift
internal(set) public var strides: [Int] { get }
-
dimension of the array, i.e. the length of the shape
See also
effectiveNdimDeclaration
Swift
public var ndim: Int { get }
-
the effective ndim is the number of dimensions, the array actually has, if any size is 0, the element has an element ndim of 0 since it has no elements.
Declaration
Swift
public var effectiveNdim: Int { get }
-
an array is considered empty if it has no items, i.e. if the effectiveNdim is 0.
Declaration
Swift
public var isEmpty: Bool { get }
-
flag indicating if this ndarray owns its data
Declaration
Swift
public var ownsData: Bool { get }
-
create a new array without initializing any memory
Declaration
Swift
public required init(empty count: Int = 0)
-
creates a view on another array without copying any data
Declaration
Swift
public required init(_ a: NdArray<T>)
-
creates a copy of an array (not sharing data) and aligning it in memory if the array to copy is contiguous, the order (F or C) will be kept for the copied array if the array is not contiguous, a C ordered array will be created.
See also
init(copy: NdArray, order: Contiguous) Declaration
Swift
public required convenience init(copy a: NdArray<T>)
-
create a view or copy of the array with specified order. Only if a copy is required to get an array in the specific order, a copy is made.
Declaration
Swift
public convenience init(_ a: NdArray<T>, order: Contiguous)
-
creates a copy of an array (not sharing data) and aligning it in memory according to the specified order.
See also
init(copy: NdArray, order: Contiguous) Declaration
Swift
public convenience init(copy a: NdArray<T>, order: Contiguous = .C)
-
create an 1D NdArray from a plain array
Declaration
Swift
public convenience init(_ a: [T])
-
create an 2D NdArray from a plain array
Declaration
Swift
public convenience init(_ a: [[T]], order: Contiguous = .C)
-
create an 3D NdArray from a plain array
Declaration
Swift
public convenience init(_ a: [[[T]]], order: Contiguous = .C)
-
copies the data to an array (note, copy on write does not work)
Declaration
Swift
public var dataArray: [T] { get }
-
Declaration
Swift
public var debugDescription: String { get }
-
Declaration
Swift
public var description: String { get }
-
element access
Declaration
Swift
public subscript(index: [Int]) -> T { get set }
-
full slice access
Declaration
Swift
public subscript(r: UnboundedRange) -> NdArraySlice<T> { get set }
-
partial range slice access
Declaration
Swift
public subscript(r: ClosedRange<Int>) -> NdArraySlice<T> { get set }
-
partial range slice access
Declaration
Swift
public subscript(r: PartialRangeThrough<Int>) -> NdArraySlice<T> { get set }
-
partial range slice access
Declaration
Swift
public subscript(r: PartialRangeUpTo<Int>) -> NdArraySlice<T> { get set }
-
partial range slice access
Declaration
Swift
public subscript(r: PartialRangeFrom<Int>) -> NdArraySlice<T> { get set }
-
range slice access
Declaration
Swift
public subscript(r: Range<Int>) -> NdArraySlice<T> { get set }
-
range with stride
Declaration
Swift
public subscript(r: Range<Int>, stride: Int) -> NdArraySlice<T> { get set }
-
closed range with stride
Declaration
Swift
public subscript(r: ClosedRange<Int>, stride: Int) -> NdArraySlice<T> { get set }
-
partial range with stride
Declaration
Swift
public subscript(r: PartialRangeFrom<Int>, stride: Int) -> NdArraySlice<T> { get set }
-
partial range with stride
Declaration
Swift
public subscript(r: PartialRangeThrough<Int>, stride: Int) -> NdArraySlice<T> { get set }
-
partial range with stride
Declaration
Swift
public subscript(r: PartialRangeUpTo<Int>, stride: Int) -> NdArraySlice<T> { get set }
-
full range with stride
Declaration
Swift
public subscript(r: UnboundedRange, stride: Int) -> NdArraySlice<T> { get set }
-
single slice access
Declaration
Swift
public subscript(i: Int) -> NdArraySlice<T> { get set }
-
flag indicating if the array is C contiguous, i.e. is stored contiguously in memory and has C order (row major)
Declaration
Swift
public var isCContiguous: Bool { get }
-
flag indicating if the array is F contiguous, i.e. is stored contiguously in memory and has Fortran order (column major)
Declaration
Swift
public var isFContiguous: Bool { get }
-
flag indicating if the array is contiguous, i.e. is stored contiguously in memory and has either C or Fortran order.
Declaration
Swift
public var isContiguous: Bool { get }
-
Declaration
Swift
public func overlaps(_ other: NdArray<T>) -> Bool
Return Value
true if data regions of this array overlap with data region of the other array
-
apply a function to all elements in place
Declaration
Swift
func apply(_ f: (T) throws -> T) rethrows
Parameters
f
closure to apply to each array element
-
Copy the values from the array into another array. The destination array must have the same shape as the source array.
Declaration
Swift
func copyTo(_ out: NdArray<T>)
-
Undocumented
Declaration
Swift
static func empty(shape: [Int], order: Contiguous = .C) -> Self
-
init with constant value
Declaration
Swift
static func repeating(_ x: T, count: Int) -> Self
-
init with constant value
Declaration
Swift
static func repeating(_ x: T, shape: [Int], order: Contiguous = .C) -> Self
-
map a scalar function to all array elements
Declaration
Swift
func map(_ f: (T) throws -> T) rethrows -> Self
-
reduce all elements of the array if the array is empty, the initial result is returned
Declaration
Swift
func reduce<Result>(_ initialResult: Result, _ nextPartialResult: (Result, T) throws -> Result) rethrows -> Result
-
Declaration
Swift
func reshaped(_ shape: [Int]) -> NdArray<T>
Parameters
shape
shape of the reshaped array
Return Value
A reshaped array view or copy if the array could not be reshaped in place
-
Declaration
Swift
func reshaped(_ shape: [Int], order: Contiguous) -> NdArray<T>
Parameters
shape
shape of the reshaped array
order
alignment of the reshaped array
Return Value
A reshaped array view or copy if the array could not be reshaped in place
-
Declaration
Swift
func flattened() -> NdArray<T>
Return Value
A flattened array view or copy if the array could not be reshaped to a flattened array
-
arrays are considered equal if they have the same type, the same shape and the same elements (not necessarily the same strides).
Declaration
Swift
public static func == (lhs: NdArray<T>, rhs: NdArray<T>) -> Bool
-
Declaration
Swift
func max() -> T?
Return Value
maximum element, nil for empty arrays
-
Declaration
Swift
func min() -> T?
Return Value
maximum element, nil for empty arrays
-
in place addition of a scalar
Declaration
Swift
func add(_ x: T)
-
in place addition of a vector,
Declaration
Swift
func add(_ x: NdArray<T>)
-
in place subtraction of a vector,
Declaration
Swift
func subtract(_ x: NdArray<T>)
-
in subtraction of a scalar
Declaration
Swift
func subtract(_ x: T)
-
Declaration
Swift
func sum() -> T
Return Value
0 if array is empty, the sum of all elements otherwise
-
in place multiplication by a scalar
Declaration
Swift
func multiply(by x: T)
-
Declaration
Swift
func product() -> T
Return Value
0 if array is empty, the product of all elements otherwise
-
Declaration
Swift
func max() -> T?
Return Value
maximum element, nil for empty arrays
-
Declaration
Swift
func min() -> T?
Return Value
maximum element, nil for empty arrays
-
in place addition of a scaled vector, uses BLAS daxpy operation: self = alpha * x + self
Declaration
Swift
func add(_ alpha: T, _ x: NdArray<T>)
-
in place addition of a scaled vector, uses ATLAS daxpyb operation: self = alpha * x + beta * self
Declaration
Swift
func add(_ alpha: T, _ x: NdArray<T>, _ beta: T)
-
in place multiplication by a scalar
Declaration
Swift
func multiply(by x: T)
-
Undocumented
Declaration
Swift
func divide(by x: T)
-
set all values to a new constant value
Declaration
Swift
func set(_ alpha: T)
-
Declaration
Swift
func sum() -> T
Return Value
0 if array is empty, the sum of all elements otherwise
-
Declaration
Swift
func max() -> T?
Return Value
maximum element, nil for empty arrays
-
Declaration
Swift
func min() -> T?
Return Value
maximum element, nil for empty arrays
-
in place addition of a scaled vector, uses BLAS saxpy operation: self = alpha * x + self
Declaration
Swift
func add(_ alpha: T, _ x: NdArray<T>)
-
in place addition of a scaled vector, uses ATLAS saxpyb operation: self = alpha * x + beta * self
Declaration
Swift
func add(_ alpha: T, _ x: NdArray<T>, _ beta: T)
-
in place multiplication by a scalar
Declaration
Swift
func multiply(by x: T)
-
Undocumented
Declaration
Swift
func divide(by x: T)
-
set all values to a new constant value
Declaration
Swift
func set(_ alpha: T)
-
Declaration
Swift
func sum() -> T
Return Value
0 if array is empty, the sum of all elements otherwise
-
init with constant value
Declaration
Swift
static func zeros(_ count: Int) -> Self
-
init with zeros
Declaration
Swift
static func zeros(_ shape: [Int], order: Contiguous = .C) -> Self
-
Generate values within an half-open interval [0, rangeTo)
Declaration
Swift
static func range(to stop: T, by step: T = 1) -> Self
-
Generate values within an half-open interval [rangeFrom, rangeTo) with step size by
Declaration
Swift
static func range(from start: T, to stop: T, by step: T = 1) -> Self
-
Undocumented
Declaration
Swift
static func ones(_ count: Int) -> Self
-
Undocumented
Declaration
Swift
static func ones(_ shape: [Int], order: Contiguous = .C) -> Self
-
Undocumented
Declaration
Swift
static func zeros(_ count: Int) -> Self
-
Undocumented
Declaration
Swift
static func zeros(_ shape: [Int], order: Contiguous = .C) -> Self
-
Undocumented
Declaration
Swift
static func repeating(_ x: T, shape: [Int], order: Contiguous = .C) -> Self
-
Undocumented
Declaration
Swift
static func repeating(_ x: T, count: Int) -> Self
-
Generate values within an half-open interval [0, rangeTo)
Declaration
Swift
static func range(to stop: T, by step: T = 1) -> Self
-
Generate values within an half-open interval [rangeFrom, rangeTo) with step size by
Declaration
Swift
static func range(from start: T, to stop: T, by step: T = 1) -> Self
-
Undocumented
Declaration
Swift
static func ones(_ count: Int) -> Self
-
Undocumented
Declaration
Swift
static func ones(_ shape: [Int], order: Contiguous = .C) -> Self
-
Undocumented
Declaration
Swift
static func zeros(_ count: Int) -> Self
-
Undocumented
Declaration
Swift
static func zeros(_ shape: [Int], order: Contiguous = .C) -> Self
-
Undocumented
Declaration
Swift
static func repeating(_ x: T, shape: [Int], order: Contiguous = .C) -> Self
-
Undocumented
Declaration
Swift
static func repeating(_ x: T, count: Int) -> Self
-
initializer an array with a range of number starting from 0 upto (but excluding) rangeTo.
Declaration
Swift
static func range(to stop: T, by step: T = 1) -> Self
-
Generate values within an half-open interval [rangeFrom, rangeTo) with step size by
Declaration
Swift
static func range(from start: T, to stop: T, by step: T = 1) -> Self
-
Undocumented
Declaration
Swift
static func zeros(_ count: Int) -> Self
-
Undocumented
Declaration
Swift
static func zeros(_ shape: [Int], order: Contiguous = .C) -> Self


| 0 | Zero | No CRB damage symptoms evident |
| 1 | Light | Notching or tip damage. <20% foliar loss. |
| 2 | Medium | Multiple fronds affected. Notching and breakage. 20%-50% frond loss. |
| 3 | High | Multpile fronds affected. Notching and breakage. >50% frond loss.<20% foliar loss. |
| 4 | Non-recoverable | Palm dead with growing point destroyed. |
100 of 175,000 tree objects selected randomly
100 selected tree objects extracted from videos
100 selected tree objects classified by human
| TreeObj Damage Index | VcutObj Count | Modified Damage Index |
|---|---|---|
| 0 | >0 | 1 |
| 1,2 | 0 | 0 |
After modifying damage indices using v-cut counts


e-mail<EMAIL_ADDRESS>instagram: ParalocalLondonOntario
Phone#:<PHONE_NUMBER>
I'm the author of Paralocal. Why the interest in the paranormal? I think being born on October 28th has given me a certain affection towards Halloween and therefor all things spooky. Despite this fascination, I was born a frightful person and will promptly die of a heart attack should I ever see a real ghost, as should be my right.
I’ve explored most spooky content out there on the web and on t.v, so I was curious to look into any rumours of local ghosts. Doing so, I discovered that ghosts, or at least unexplained phenomenon, are found almost everywhere. Weather or not ghosts are real, I’m not sure, but spooky stories of the darker side of history are always interesting.


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# -*- coding: utf-8 -*-
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
from ssl import CERT_NONE
from airflow.hooks.base_hook import BaseHook
from pymongo import MongoClient
[docs]class MongoHook(BaseHook):
"""
PyMongo Wrapper to Interact With Mongo Database
Mongo Connection Documentation
https://docs.mongodb.com/manual/reference/connection-string/index.html
You can specify connection string options in extra field of your connection
https://docs.mongodb.com/manual/reference/connection-string/index.html#connection-string-options
ex.
{replicaSet: test, ssl: True, connectTimeoutMS: 30000}
"""
conn_type = 'MongoDb'
def __init__(self, conn_id='mongo_default', *args, **kwargs):
super(MongoHook, self).__init__(source='mongo')
self.mongo_conn_id = conn_id
self.connection = self.get_connection(conn_id)
self.extras = self.connection.extra_dejson
self.client = None
[docs] def get_conn(self):
"""
Fetches PyMongo Client
"""
if self.client is not None:
return self.client
conn = self.connection
uri = 'mongodb://{creds}{host}{port}/{database}'.format(
<EMAIL_ADDRESS>conn.login, conn.password
) if conn.login is not None else '',
host=conn.host,
port='' if conn.port is None else ':{}'.format(conn.port),
database='' if conn.schema is None else conn.schema
)
# Mongo Connection Options dict that is unpacked when passed to MongoClient
options = self.extras
# If we are using SSL disable requiring certs from specific hostname
if options.get('ssl', False):
options.update({'ssl_cert_reqs': CERT_NONE})
self.client = MongoClient(uri, **options)
return self.client
[docs] def get_collection(self, mongo_collection, mongo_db=None):
"""
Fetches a mongo collection object for querying.
Uses connection schema as DB unless specified.
"""
mongo_db = mongo_db if mongo_db is not None else self.connection.schema
mongo_conn = self.get_conn()
return mongo_conn.get_database(mongo_db).get_collection(mongo_collection)
[docs] def aggregate(self, mongo_collection, aggregate_query, mongo_db=None, **kwargs):
"""
Runs an aggregation pipeline and returns the results
https://api.mongodb.com/python/current/api/pymongo/collection.html#pymongo.collection.Collection.aggregate
https://api.mongodb.com/python/current/examples/aggregation.html
"""
collection = self.get_collection(mongo_collection, mongo_db=mongo_db)
return collection.aggregate(aggregate_query, **kwargs)
[docs] def find(self, mongo_collection, query, find_one=False, mongo_db=None, **kwargs):
"""
Runs a mongo find query and returns the results
https://api.mongodb.com/python/current/api/pymongo/collection.html#pymongo.collection.Collection.find
"""
collection = self.get_collection(mongo_collection, mongo_db=mongo_db)
if find_one:
return collection.find_one(query, **kwargs)
else:
return collection.find(query, **kwargs)
[docs] def insert_one(self, mongo_collection, doc, mongo_db=None, **kwargs):
"""
Inserts a single document into a mongo collection
https://api.mongodb.com/python/current/api/pymongo/collection.html#pymongo.collection.Collection.insert_one
"""
collection = self.get_collection(mongo_collection, mongo_db=mongo_db)
return collection.insert_one(doc, **kwargs)
[docs] def insert_many(self, mongo_collection, docs, mongo_db=None, **kwargs):
"""
Inserts many docs into a mongo collection.
https://api.mongodb.com/python/current/api/pymongo/collection.html#pymongo.collection.Collection.insert_many
"""
collection = self.get_collection(mongo_collection, mongo_db=mongo_db)
return collection.insert_many(docs, **kwargs)