Class RANSACSolver
- java.lang.Object
-
- algorithms.imageProcessing.features.RANSACSolver
-
public class RANSACSolver extends java.lang.Object
given matched point lists, determine the best epipolar solution using a 7-point epipolar calculation and random draws of 7 points from the matched point lists under the assumption that some of the matched points are not true (correct) matches. from wikipedia: Random sample consensus (RANSAC) is an iterative method to estimate parameters of a mathematical model from a set of observed data that contains outliers, when outliers are to be accorded no influence on the values of the estimates. Subsets are drawn from the sample a number of times such that the probability of drawing a sample that is a specified percentage of inliers is met. The best model is determined from the best fitting subset and that model is then applied to all data. calculating the number of iterations needed for finding a subset that is all inliers is an important part of the algorithm to keep the runtime tractable.useful reading: add references in comments below here.. http://6.869.csail.mit.edu/fa12/lectures/lecture13ransac/lecture13ransac.pdf and http://www.dtic.mil/dtic/tr/fulltext/u2/a460585.pdf
Note: to compare different geometric model results:The plunder-dl scoring can be used for comparison between different models. for example, comparing results of the 7-point and 8-point solutions or comparing 7-point projection to 6-point affine, etc. plunder-dl is from equation 33 of Torr, Zisserman, & Maybank 1996, “Robust Detection of Degenerate Configurations whilst Estimating the Fundamental Matrix" https://www.robots.ox.ac.uk/~phst/Papers/CVIU97/m.ps.gz EQN 33: PL = DOF + (4*n_o + n_i dimension of model) where n_i = number of inliers n_o = number of outliers DOF = 7 for this solver n=7 PL = DOF + 4*n_o + n_i* (model_dimension) ni=7, no=0 PL = 7 + 0 + 0 * md ni=5, no=2 PL = 7 + 8 + 8 * md ni=4, no=3 PL = 7 + 12 + 28 * md PLUNDER stands for Pick Least UNDEgenerate Randomly, Description Length For nPoints=8, model_dimension = 1. for nPoints=7 amd only 1 solution in the cubic constraints, model_dimension=2, else for nPoints=7, model_dimension = 3.
- Author:
- nichole
-
-
Constructor Summary
Constructors Constructor Description RANSACSolver()
-
Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description EpipolarTransformationFit
calculateEpipolarProjection(double[][] leftCorres, double[][] rightCorres, ErrorType errorType, boolean useToleranceAsStatFactor, double tolerance, boolean reCalcIterations, boolean calibrated)
calculate the epipolar transformation among the given points with the assumption that some of the points in the matched lists are not true matches.EpipolarTransformationFit
calculateEpipolarProjection(double[][] leftCorres, double[][] rightCorres, ErrorType errorType, boolean useToleranceAsStatFactor, double tolerance, boolean reCalcIterations, boolean calibrated, java.util.Random rand)
calculate the epipolar transformation among the given points with the assumption that some of the points in the matched lists are not true matches.EpipolarTransformationFit
calculateEpipolarProjection(no.uib.cipr.matrix.DenseMatrix leftCorres, no.uib.cipr.matrix.DenseMatrix rightCorres, ErrorType errorType, boolean useToleranceAsStatFactor, double tolerance, boolean reCalcIterations, boolean calibrated)
calculate the epipolar transformation among the given points with the assumption that some of the points in the matched lists are not true matches.EpipolarTransformationFit
calculateEpipolarProjection(no.uib.cipr.matrix.DenseMatrix leftCorres, no.uib.cipr.matrix.DenseMatrix rightCorres, ErrorType errorType, boolean useToleranceAsStatFactor, double tolerance, boolean reCalcIterations, boolean calibrated, java.util.Random rand)
calculate the epipolar transformation among the given points with the assumption that some of the points in the matched lists are not true matches.
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-
-
Method Detail
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calculateEpipolarProjection
public EpipolarTransformationFit calculateEpipolarProjection(no.uib.cipr.matrix.DenseMatrix leftCorres, no.uib.cipr.matrix.DenseMatrix rightCorres, ErrorType errorType, boolean useToleranceAsStatFactor, double tolerance, boolean reCalcIterations, boolean calibrated)
calculate the epipolar transformation among the given points with the assumption that some of the points in the matched lists are not true matches. NOTE: for best results, one should perform unit standard normalization on the correspondence first.- Parameters:
leftCorres
- left correspondence holding (x,y) points from left image in format 3 X nData matrix with rows being x, y, and 1's respectivelyrightCorres
- right correspondence holding (x,y) points from left image in format 3 X nData matrix with rows being x, y, and 1's respectivelyerrorType
- algorithm used to evaluate the fit of the fundamental matrix solutions.useToleranceAsStatFactor
- if set to false, tolerance is used as a fixed number in outlier removal, else if set to true, tolerance is used as the chi-squared statistic factor for the standard deviation of errors use in outlier removal.tolerance
- tolerance in distance from epipolar line for a point to be an inlier in the final fit. NOTE: if useToleranceAsStatFactor is true, it is interpreted as a chiSqStatFactor which is then used as tolerance = tolerance * standard deviation of the mean distance errors.reCalcIterations
- if true, upon each better fit found, the outlier percentage is re-estimated and then the number of iterations necessary for 95% probability that sample has all good points.calibrated
- if true, solves for the Essential Matrix, else solves for the Fundamental Matrix. The difference is in the diagonal used for dimension reduction.- Returns:
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calculateEpipolarProjection
public EpipolarTransformationFit calculateEpipolarProjection(no.uib.cipr.matrix.DenseMatrix leftCorres, no.uib.cipr.matrix.DenseMatrix rightCorres, ErrorType errorType, boolean useToleranceAsStatFactor, double tolerance, boolean reCalcIterations, boolean calibrated, java.util.Random rand)
calculate the epipolar transformation among the given points with the assumption that some of the points in the matched lists are not true matches. NOTE: for best results, one should perform unit standard normalization on the correspondence first.- Parameters:
leftCorres
- left correspondence holding (x,y) points from left image in format 3 X nData matrix with rows being x, y, and 1's respectivelyrightCorres
- right correspondence holding (x,y) points from left image in format 3 X nData matrix with rows being x, y, and 1's respectivelyerrorType
- algorithm used to evaluate the fit of the fundamental matrix solutions.useToleranceAsStatFactor
- if set to false, tolerance is used as a fixed number in outlier removal, else if set to true, tolerance is used as the chi-squared statistic factor for the standard deviation of errors use in outlier removal.tolerance
- tolerance in distance from epipolar line for a point to be an inlier in the final fit. NOTE: if useToleranceAsStatFactor is true, it is interpreted as a chiSqStatFactor which is then used as tolerance = tolerance * standard deviation of the mean distance errors.reCalcIterations
- if true, upon each better fit found, the outlier percentage is re-estimated and then the number of iterations necessary for 95% probability that sample has all good points.calibrated
- if true, solves for the Essential Matrix, else solves for the Fundamental Matrix. The difference is in the diagonal used for dimension reduction.rand
- instance of Random to use in choosing subsets of correspondence.- Returns:
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calculateEpipolarProjection
public EpipolarTransformationFit calculateEpipolarProjection(double[][] leftCorres, double[][] rightCorres, ErrorType errorType, boolean useToleranceAsStatFactor, double tolerance, boolean reCalcIterations, boolean calibrated, java.util.Random rand)
calculate the epipolar transformation among the given points with the assumption that some of the points in the matched lists are not true matches. NOTE: for best results, one should perform unit standard normalization on the correspondence first.- Parameters:
leftCorres
- left correspondence holding (x,y) points from left image in format 3 X nData matrix with rows being x, y, and 1's respectivelyrightCorres
- right correspondence holding (x,y) points from left image in format 3 X nData matrix with rows being x, y, and 1's respectivelyerrorType
- algorithm used to evaluate the fit of the fundamental matrix solutions.useToleranceAsStatFactor
- if set to false, tolerance is used as a fixed number in outlier removal, else if set to true, tolerance is used as the chi-squared statistic factor for the standard deviation of errors use in outlier removal.tolerance
- tolerance in distance from epipolar line for a point to be an inlier in the final fit. NOTE: if useToleranceAsStatFactor is true, it is interpreted as a chiSqStatFactor which is then used as tolerance = tolerance * standard deviation of the mean distance errors.reCalcIterations
- if true, upon each better fit found, the outlier percentage is re-estimated and then the number of iterations necessary for 95% probability that sample has all good points.calibrated
- if true, solves for the Essential Matrix, else solves for the Fundamental Matrix. The difference is in the diagonal used for dimension reduction.rand
- instance of Random to use in choosing subsets of correspondence.- Returns:
-
calculateEpipolarProjection
public EpipolarTransformationFit calculateEpipolarProjection(double[][] leftCorres, double[][] rightCorres, ErrorType errorType, boolean useToleranceAsStatFactor, double tolerance, boolean reCalcIterations, boolean calibrated)
calculate the epipolar transformation among the given points with the assumption that some of the points in the matched lists are not true matches. NOTE: for best results, one should perform unit standard normalization on the correspondence first.- Parameters:
leftCorres
- left correspondence holding (x,y) points from left image in format 3 X nData matrix with rows being x, y, and 1's respectivelyrightCorres
- right correspondence holding (x,y) points from left image in format 3 X nData matrix with rows being x, y, and 1's respectivelyerrorType
- algorithm used to evaluate the fit of the fundamental matrix solutions.useToleranceAsStatFactor
- if set to false, tolerance is used as a fixed number in outlier removal, else if set to true, tolerance is used as the chi-squared statistic factor for the standard deviation of errors use in outlier removal.tolerance
- tolerance in distance from epipolar line for a point to be an inlier in the final fit. NOTE: if useToleranceAsStatFactor is true, it is interpreted as a chiSqStatFactor which is then used as tolerance = tolerance * standard deviation of the mean distance errors.reCalcIterations
- if true, upon each better fit found, the outlier percentage is re-estimated and then the number of iterations necessary for 95% probability that sample has all good points.calibrated
- if true, solves for the Essential Matrix, else solves for the Fundamental Matrix. The difference is in the diagonal used for dimension reduction.- Returns:
-
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Datadog 101 - Building Great Dashboards (Notes)
ElasticSearch Metrics
| Metric | Description |
|---|---|
| elasticsearch.active_primary_shards (gauge) |
The number of active primary shards in the cluster. shown as shard |
| elasticsearch.active_shards (gauge) |
The number of active shards in the cluster. shown as shard |
| elasticsearch.breakers.fielddata.estimated_size_in_bytes (gauge) |
The estimated size in bytes of the field data circuit breaker. shown as byte |
| elasticsearch.breakers.fielddata.overhead (gauge) |
The constant multiplier for byte estimations of the field data circuit breaker. |
| elasticsearch.breakers.fielddata.tripped (gauge) |
The number of times the field data circuit breaker has tripped. |
| elasticsearch.breakers.parent.estimated_size_in_bytes (gauge) |
The estimated size in bytes of the parent circuit breaker. shown as byte |
| elasticsearch.breakers.parent.overhead (gauge) |
The constant multiplier for byte estimations of the parent circuit breaker. |
| elasticsearch.breakers.parent.tripped (gauge) |
The number of times the parent circuit breaker has tripped. |
| elasticsearch.breakers.request.estimated_size_in_bytes (gauge) |
The estimated size in bytes of the request circuit breaker. shown as byte |
| elasticsearch.breakers.request.overhead (gauge) |
The constant multiplier for byte estimations of the request circuit breaker. |
| elasticsearch.breakers.request.tripped (gauge) |
The number of times the request circuit breaker has tripped. |
| elasticsearch.cache.field.evictions (gauge) |
The total number of evictions from the field data cache. shown as eviction |
| elasticsearch.cache.field.size (gauge) |
The size of the field cache. shown as byte |
| elasticsearch.cache.filter.count (gauge) |
The number of items in the filter cache. shown as item |
| elasticsearch.cache.filter.evictions (gauge) |
The total number of evictions from the filter cache. shown as eviction |
| elasticsearch.cache.filter.size (gauge) |
The size of the filter cache. shown as byte |
| elasticsearch.cluster_status (gauge) |
The elasticsearch cluster health as a number: red = 0, yellow = 1, green = 2 |
| elasticsearch.docs.count (gauge) |
The total number of documents in the cluster across all shards. shown as document |
| elasticsearch.docs.deleted (gauge) |
The total number of documents deleted from the cluster across all shards. shown as document |
| elasticsearch.fielddata.evictions (gauge) |
The total number of evictions from the fielddata cache. shown as eviction |
| elasticsearch.fielddata.size (gauge) |
The size of the fielddata cache. shown as byte |
| elasticsearch.flush.total (gauge) |
The total number of index flushes to disk since start. shown as flush |
| elasticsearch.flush.total.time (gauge) |
The total time spent flushing the index to disk. shown as second |
| elasticsearch.fs.total.available_in_bytes (gauge) |
The total number of bytes available to this Java virtual machine on this file store. shown as byte |
| elasticsearch.fs.total.disk_io_op (gauge) |
The total I/O operations on the file store. shown as operation |
| elasticsearch.fs.total.disk_io_size_in_bytes (gauge) |
Total bytes used for all I/O operations on the file store. shown as byte |
| elasticsearch.fs.total.disk_read_size_in_bytes (gauge) |
The total bytes read from the file store. shown as byte |
| elasticsearch.fs.total.disk_reads (gauge) |
The total number of reads from the file store. shown as read |
| elasticsearch.fs.total.disk_write_size_in_bytes (gauge) |
The total bytes written to the file store. shown as byte |
| elasticsearch.fs.total.disk_writes (gauge) |
The total number of writes to the file store. shown as write |
| elasticsearch.fs.total.free_in_bytes (gauge) |
The total number of unallocated bytes in the file store. shown as byte |
| elasticsearch.fs.total.total_in_bytes (gauge) |
The total size in bytes of the file store. shown as byte |
| elasticsearch.get.current (gauge) |
The number of get requests currently running. shown as request |
| elasticsearch.get.exists.time (gauge) |
The total time spent on get requests where the document existed. shown as second |
| elasticsearch.get.exists.total (gauge) |
The total number of get requests where the document existed. shown as request |
| elasticsearch.get.missing.time (gauge) |
The total time spent on get requests where the document was missing. shown as second |
| elasticsearch.get.missing.total (gauge) |
The total number of get requests where the document was missing. shown as request |
| elasticsearch.get.time (gauge) |
The total time spent on get requests. shown as second |
| elasticsearch.get.total (gauge) |
The total number of get requests. shown as request |
| elasticsearch.http.current_open (gauge) |
The number of current open HTTP connections. shown as connection |
| elasticsearch.http.total_opened (gauge) |
The total number of opened HTTP connections. shown as connection |
| elasticsearch.id_cache.size (gauge) |
The size of the id cache shown as byte |
| elasticsearch.indexing.delete.current (gauge) |
The number of documents currently being deleted from an index. shown as document |
| elasticsearch.indexing.delete.time (gauge) |
The total time spent deleting documents from an index. shown as second |
| elasticsearch.indexing.delete.total (gauge) |
The total number of documents deleted from an index. shown as document |
| elasticsearch.indexing.index.current (gauge) |
The number of documents currently being indexed to an index. shown as document |
| elasticsearch.indexing.index.time (gauge) |
The total time spent indexing documents to an index. shown as second |
| elasticsearch.indexing.index.total (gauge) |
The total number of documents indexed to an index. shown as document |
| elasticsearch.indices.count (gauge) |
The number of indices in the cluster. shown as index |
| elasticsearch.indices.indexing.index_failed (gauge) |
The number of failed indexing operations. |
| elasticsearch.indices.indexing.throttle_time (gauge) |
The total time indexing waited due to throttling. shown as millisecond |
| elasticsearch.indices.query_cache.evictions (gauge) |
The number of query cache evictions. shown as eviction |
| elasticsearch.indices.query_cache.hit_count (gauge) |
The number of query cache hits. shown as hit |
| elasticsearch.indices.query_cache.memory_size_in_bytes (gauge) |
The memory used by the query cache. shown as byte |
| elasticsearch.indices.query_cache.miss_count (gauge) |
The number of query cache misses. shown as miss |
| elasticsearch.indices.recovery.current_as_source (gauge) |
The number of ongoing recoveries for which a shard serves as a source. |
| elasticsearch.indices.recovery.current_as_target (gauge) |
The number of ongoing recoveries for which a shard serves as a target. |
| elasticsearch.indices.recovery.throttle_time (gauge) |
The total time recoveries waited due to throttling. shown as millisecond |
| elasticsearch.indices.request_cache.evictions (gauge) |
The number of request cache evictions. shown as eviction |
| elasticsearch.indices.request_cache.hit_count (gauge) |
The number of request cache hits. shown as hit |
| elasticsearch.indices.request_cache.memory_size_in_bytes (gauge) |
The memory used by the request cache. shown as byte |
| elasticsearch.indices.request_cache.miss_count (gauge) |
The number of request cache misses. shown as miss |
| elasticsearch.indices.segments.count (gauge) |
The number of segments in an index shard. shown as segment |
| elasticsearch.indices.segments.doc_values_memory_in_bytes (gauge) |
The memory used by doc values. shown as byte |
| elasticsearch.indices.segments.fixed_bit_set_memory_in_bytes (gauge) |
The memory used by fixed bit set. shown as byte |
| elasticsearch.indices.segments.index_writer_max_memory_in_bytes (gauge) |
The maximum memory used by the index writer. shown as byte |
| elasticsearch.indices.segments.index_writer_memory_in_bytes (gauge) |
The memory used by the index writer. shown as byte |
| elasticsearch.indices.segments.memory_in_bytes (gauge) |
The memory used by index segments. shown as byte |
| elasticsearch.indices.segments.norms_memory_in_bytes (gauge) |
The memory used by norms. shown as byte |
| elasticsearch.indices.segments.stored_fields_memory_in_bytes (gauge) |
The memory used by stored fields. shown as byte |
| elasticsearch.indices.segments.term_vectors_memory_in_bytes (gauge) |
The memory used by term vectors. shown as byte |
| elasticsearch.indices.segments.terms_memory_in_bytes (gauge) |
The memory used by terms. shown as byte |
| elasticsearch.indices.segments.version_map_memory_in_bytes (gauge) |
The memory used by the segment version map. shown as byte |
| elasticsearch.indices.translog.operations (gauge) |
The number of operations in the transaction log. shown as operation |
| elasticsearch.indices.translog.size_in_bytes (gauge) |
The size of the transaction log. shown as byte |
| elasticsearch.initializing_shards (gauge) |
The number of shards that are currently initializing. shown as shard |
| elasticsearch.merges.current (gauge) |
The number of currently active segment merges. shown as merge |
| elasticsearch.merges.current.docs (gauge) |
The number of documents across segments currently being merged. shown as document |
| elasticsearch.merges.current.size (gauge) |
The size of the segments currently being merged. shown as byte |
| elasticsearch.merges.total (gauge) |
The total number of segment merges. shown as merge |
| elasticsearch.merges.total.docs (gauge) |
The total number of documents across all merged segments. shown as document |
| elasticsearch.merges.total.size (gauge) |
The total size of all merged segments. shown as byte |
| elasticsearch.merges.total.time (gauge) |
The total time spent on segment merging. shown as second |
| elasticsearch.number_of_data_nodes (gauge) |
The number of data nodes in the cluster. shown as node |
| elasticsearch.number_of_nodes (gauge) |
The total number of nodes in the cluster. shown as node |
| elasticsearch.pending_tasks_priority_high (gauge) |
The number of high priority pending tasks. shown as task |
| elasticsearch.pending_tasks_priority_urgent (gauge) |
The number of urgent priority pending tasks. shown as task |
| elasticsearch.pending_tasks_total (gauge) |
The total number of pending tasks. shown as task |
| elasticsearch.primaries.docs.count (gauge) |
The total number of documents in the primary shards. shown as document |
| elasticsearch.primaries.docs.deleted (gauge) |
The total number of documents deleted from the primary shards. shown as document |
| elasticsearch.primaries.flush.total (gauge) |
The total number of index flushes to disk from the primary shards since start. shown as flush |
| elasticsearch.primaries.flush.total.time (gauge) |
The total time spent flushing the index to disk from the primary shards. shown as second |
| elasticsearch.primaries.get.current (gauge) |
The number of get requests currently running on the primary shards. shown as request |
| elasticsearch.primaries.get.exists.time (gauge) |
The total time spent on get requests from the primary shards where the document existed. shown as request |
| elasticsearch.primaries.get.exists.total (gauge) |
The total number of get requests on primary shards where the document existed. shown as request |
| elasticsearch.primaries.get.missing.time (gauge) |
The total time spent on get requests from the primary shards where the document was missing. shown as second |
| elasticsearch.primaries.get.missing.total (gauge) |
The total number of get requests from the primary shards where the document was missing. shown as request |
| elasticsearch.primaries.get.time (gauge) |
The total time spent on get requests from the primary shards. shown as second |
| elasticsearch.primaries.get.total (gauge) |
The total number of get requests from the primary shards. shown as request |
| elasticsearch.primaries.indexing.delete.current (gauge) |
The number of documents currently being deleted from an index on the primary shards. shown as document |
| elasticsearch.primaries.indexing.delete.time (gauge) |
The total time spent deleting documents from an index on the primary shards. shown as second |
| elasticsearch.primaries.indexing.delete.total (gauge) |
The total number of documents deleted from an index on the primary shards. shown as document |
| elasticsearch.primaries.indexing.index.current (gauge) |
The number of documents currently being indexed to an index on the primary shards. shown as document |
| elasticsearch.primaries.indexing.index.time (gauge) |
The total time spent indexing documents to an index on the primary shards. shown as second |
| elasticsearch.primaries.indexing.index.total (gauge) |
The total number of documents indexed to an index on the primary shards. shown as document |
| elasticsearch.primaries.merges.current (gauge) |
The number of currently active segment merges on the primary shards. shown as merge |
| elasticsearch.primaries.merges.current.docs (gauge) |
The number of documents across segments currently being merged on the primary shards. shown as document |
| elasticsearch.primaries.merges.current.size (gauge) |
The size of the segments currently being merged on the primary shards. shown as byte |
| elasticsearch.primaries.merges.total (gauge) |
The total number of segment merges on the primary shards. shown as merge |
| elasticsearch.primaries.merges.total.docs (gauge) |
The total number of documents across all merged segments on the primary shards. shown as document |
| elasticsearch.primaries.merges.total.size (gauge) |
The total size of all merged segments on the primary shards. shown as byte |
| elasticsearch.primaries.merges.total.time (gauge) |
The total time spent on segment merging on the primary shards. shown as second |
| elasticsearch.primaries.refresh.total (gauge) |
The total number of index refreshes on the primary shards. shown as refresh |
| elasticsearch.primaries.refresh.total.time (gauge) |
The total time spent on index refreshes on the primary shards. shown as second |
| elasticsearch.primaries.search.fetch.current (gauge) |
The number of query fetches currently running on the primary shards. shown as fetch |
| elasticsearch.primaries.search.fetch.time (gauge) |
The total time spent on query fetches on the primary shards. shown as second |
| elasticsearch.primaries.search.fetch.total (gauge) |
The total number of query fetches on the primary shards. shown as fetch |
| elasticsearch.primaries.search.query.current (gauge) |
The number of currently active queries on the primary shards. shown as query |
| elasticsearch.primaries.search.query.time (gauge) |
The total time spent querying on the primary shards. shown as second |
| elasticsearch.primaries.search.query.total (gauge) |
The total number of queries to the primary shards. shown as query |
| elasticsearch.primaries.store.size (gauge) |
The total size of all the primary shards. shown as byte |
| elasticsearch.process.open_fd (gauge) |
The number of opened file descriptors associated with the current process, or -1 if not supported. shown as file |
| elasticsearch.refresh.total (gauge) |
The total number of index refreshes. shown as refresh |
| elasticsearch.refresh.total.time (gauge) |
The total time spent on index refreshes. shown as second |
| elasticsearch.relocating_shards (gauge) |
The number of shards that are reloacting from one node to another. shown as shard |
| elasticsearch.search.fetch.current (gauge) |
The number of search fetches currently running. shown as fetch |
| elasticsearch.search.fetch.open_contexts (gauge) |
The number of active searches. shown as query |
| elasticsearch.search.fetch.time (gauge) |
The total time spent on the search fetch. shown as second |
| elasticsearch.search.fetch.total (gauge) |
The total number of search fetches. shown as fetch |
| elasticsearch.search.query.current (gauge) |
The number of currently active queries. shown as query |
| elasticsearch.search.query.time (gauge) |
The total time spent on queries. shown as second |
| elasticsearch.search.query.total (gauge) |
The total number of queries. shown as query |
| elasticsearch.store.size (gauge) |
The total size in bytes of the store. shown as byte |
| elasticsearch.thread_pool.bulk.active (gauge) |
The number of active threads in the bulk pool. shown as thread |
| elasticsearch.thread_pool.bulk.queue (gauge) |
The number of queued threads in the bulk pool. shown as thread |
| elasticsearch.thread_pool.bulk.threads (gauge) |
The total number of threads in the bulk pool. shown as thread |
| elasticsearch.thread_pool.bulk.rejected (gauge) |
The number of rejected threads in the bulk pool. shown as thread |
| elasticsearch.thread_pool.fetch_shard_started.active (gauge) |
The number of active threads in the fetch shard started pool. shown as thread |
| elasticsearch.thread_pool.fetch_shard_started.threads (gauge) |
The total number of threads in the fetch shard started pool. shown as thread |
| elasticsearch.thread_pool.fetch_shard_started.queue (gauge) |
The number of queued threads in the fetch shard started pool. shown as thread |
| elasticsearch.thread_pool.fetch_shard_started.rejected (gauge) |
The number of rejected threads in the fetch shard started pool. shown as thread |
| elasticsearch.thread_pool.fetch_shard_store.active (gauge) |
The number of active threads in the fetch shard store pool. shown as thread |
| elasticsearch.thread_pool.fetch_shard_store.threads (gauge) |
The total number of threads in the fetch shard store pool. shown as thread |
| elasticsearch.thread_pool.fetch_shard_store.queue (gauge) |
The number of queued threads in the fetch shard store pool. shown as thread |
| elasticsearch.thread_pool.fetch_shard_store.rejected (gauge) |
The number of rejected threads in the fetch shard store pool. shown as thread |
| elasticsearch.thread_pool.flush.active (gauge) |
The number of active threads in the flush queue. shown as thread |
| elasticsearch.thread_pool.flush.queue (gauge) |
The number of queued threads in the flush pool. shown as thread |
| elasticsearch.thread_pool.flush.threads (gauge) |
The total number of threads in the flush pool. shown as thread |
| elasticsearch.thread_pool.flush.rejected (gauge) |
The number of rejected threads in the flush pool. shown as thread |
| elasticsearch.thread_pool.force_merge.active (gauge) |
The number of active threads for force merge operations. shown as thread |
| elasticsearch.thread_pool.force_merge.threads (gauge) |
The total number of threads for force merge operations. shown as thread |
| elasticsearch.thread_pool.force_merge.queue (gauge) |
The number of queued threads for force merge operations. shown as thread |
| elasticsearch.thread_pool.force_merge.rejected (gauge) |
The number of rejected threads for force merge operations. shown as thread |
| elasticsearch.thread_pool.generic.active (gauge) |
The number of active threads in the generic pool. shown as thread |
| elasticsearch.thread_pool.generic.queue (gauge) |
The number of queued threads in the generic pool. shown as thread |
| elasticsearch.thread_pool.generic.threads (gauge) |
The total number of threads in the generic pool. shown as thread |
| elasticsearch.thread_pool.generic.rejected (gauge) |
The number of rejected threads in the generic pool. shown as thread |
| elasticsearch.thread_pool.get.active (gauge) |
The number of active threads in the get pool. shown as thread |
| elasticsearch.thread_pool.get.queue (gauge) |
The number of queued threads in the get pool. shown as thread |
| elasticsearch.thread_pool.get.threads (gauge) |
The total number of threads in the get pool. shown as thread |
| elasticsearch.thread_pool.get.rejected (gauge) |
The number of rejected threads in the get pool. shown as thread |
| elasticsearch.thread_pool.index.active (gauge) |
The number of active threads in the index pool. shown as thread |
| elasticsearch.thread_pool.index.queue (gauge) |
The number of queued threads in the index pool. shown as thread |
| elasticsearch.thread_pool.index.threads (gauge) |
The total number of threads in the index pool. shown as thread |
| elasticsearch.thread_pool.index.rejected (gauge) |
The number of rejected threads in the index pool. shown as thread |
| elasticsearch.thread_pool.listener.active (gauge) |
The number of active threads in the listener pool. shown as thread |
| elasticsearch.thread_pool.listener.queue (gauge) |
The number of queued threads in the listener pool. shown as thread |
| elasticsearch.thread_pool.listener.threads (gauge) |
The total number of threads in the listener pool. shown as thread |
| elasticsearch.thread_pool.listener.rejected (gauge) |
The number of rejected threads in the listener pool. shown as thread |
| elasticsearch.thread_pool.management.active (gauge) |
The number of active threads in the management pool. shown as thread |
| elasticsearch.thread_pool.management.queue (gauge) |
The number of queued threads in the management pool. shown as thread |
| elasticsearch.thread_pool.management.threads (gauge) |
The total number of threads in the management pool. shown as thread |
| elasticsearch.thread_pool.management.rejected (gauge) |
The number of rejected threads in the management pool. shown as thread |
| elasticsearch.thread_pool.merge.active (gauge) |
The number of active threads in the merge pool. shown as thread |
| elasticsearch.thread_pool.merge.queue (gauge) |
The number of queued threads in the merge pool. shown as thread |
| elasticsearch.thread_pool.merge.threads (gauge) |
The total number of threads in the merge pool. shown as thread |
| elasticsearch.thread_pool.merge.rejected (gauge) |
The number of rejected threads in the merge pool. shown as thread |
| elasticsearch.thread_pool.percolate.active (gauge) |
The number of active threads in the percolate pool. shown as thread |
| elasticsearch.thread_pool.percolate.queue (gauge) |
The number of queued threads in the percolate pool. shown as thread |
| elasticsearch.thread_pool.percolate.threads (gauge) |
The total number of threads in the percolate pool. shown as thread |
| elasticsearch.thread_pool.percolate.rejected (gauge) |
The number of rejected threads in the percolate pool. shown as thread |
| elasticsearch.thread_pool.refresh.active (gauge) |
The number of active threads in the refresh pool. shown as thread |
| elasticsearch.thread_pool.refresh.queue (gauge) |
The number of queued threads in the refresh pool. shown as thread |
| elasticsearch.thread_pool.refresh.threads (gauge) |
The total number of threads in the refresh pool. shown as thread |
| elasticsearch.thread_pool.refresh.rejected (gauge) |
The number of rejected threads in the refresh pool. shown as thread |
| elasticsearch.thread_pool.search.active (gauge) |
The number of active threads in the search pool. shown as thread |
| elasticsearch.thread_pool.search.queue (gauge) |
The number of queued threads in the search pool. shown as thread |
| elasticsearch.thread_pool.search.threads (gauge) |
The total number of threads in the search pool. shown as thread |
| elasticsearch.thread_pool.search.rejected (gauge) |
The number of rejected threads in the search pool. shown as thread |
| elasticsearch.thread_pool.snapshot.active (gauge) |
The number of active threads in the snapshot pool. shown as thread |
| elasticsearch.thread_pool.snapshot.queue (gauge) |
The number of queued threads in the snapshot pool. shown as thread |
| elasticsearch.thread_pool.snapshot.threads (gauge) |
The total number of threads in the snapshot pool. shown as thread |
| elasticsearch.thread_pool.snapshot.rejected (gauge) |
The number of rejected threads in the snapshot pool. shown as thread |
| elasticsearch.transport.rx_count (gauge) |
The total number of packets received in cluster communication. shown as packet |
| elasticsearch.transport.rx_size (gauge) |
The total size of data received in cluster communication. shown as byte |
| elasticsearch.transport.server_open (gauge) |
The number of connections opened for cluster communication. shown as connection |
| elasticsearch.transport.tx_count (gauge) |
The total number of packets sent in cluster communication. shown as packet |
| elasticsearch.transport.tx_size (gauge) |
The total size of data sent in cluster communication. shown as byte |
| elasticsearch.unassigned_shards (gauge) |
The number of shards that are unassigned to a node. shown as shard |
| jvm.gc.collection_count** (gauge) |
The total number of garbage collections run by the JVM. shown as garbage collection |
| jvm.gc.collection_time** (gauge) |
The total time spent on garbage collection in the JVM. shown as second |
| jvm.gc.collectors.old.collection_time** (gauge) |
The total time spent in major GCs in the JVM that collect old generation objects. shown as second |
| jvm.gc.collectors.old.count** (gauge) |
The total count of major GCs in the JVM that collect old generation objects. shown as garbage collection |
| jvm.gc.collectors.young.collection_time** (gauge) |
The total time spent in minor GCs in the JVM that collects young generation objects. shown as second |
| jvm.gc.collectors.young.count** (gauge) |
The total count of minor GCs in the JVM that collects young generation objects. shown as garbage collection |
| jvm.gc.concurrent_mark_sweep.collection_time** (gauge) |
The total time spent on “concurrent mark & sweep” GCs in the JVM. shown as second |
| jvm.gc.concurrent_mark_sweep.count** (gauge) |
The total count of “concurrent mark & sweep” GCs in the JVM. shown as garbage collection |
| jvm.gc.par_new.collection_time** (gauge) |
The total time spent on “parallel new” GCs in the JVM. shown as second |
| jvm.gc.par_new.count** (gauge) |
The total count of “parallel new” GCs in the JVM. shown as garbage collection |
| jvm.mem.heap_committed** (gauge) |
The amount of memory guaranteed to be available to the JVM heap. shown as byte |
| jvm.mem.heap_in_use** (gauge) |
The amount of memory currently used by the JVM heap as a value between 0 and 1. shown as |
| jvm.mem.heap_max** (gauge) |
The maximum amount of memory that can be used by the JVM heap. shown as byte |
| jvm.mem.heap_used** (gauge) |
The amount of memory in bytes currently used by the JVM heap. shown as byte |
| jvm.mem.non_heap_committed** (gauge) |
The amount of memory guaranteed to be available to JVM non-heap. shown as byte |
| jvm.mem.non_heap_used** (gauge) |
The amount of memory in bytes currently used by the JVM non-heap. shown as byte |
| jvm.threads.count** (gauge) |
The number of active threads in the JVM. shown as thread |
| jvm.threads.peak_count** (gauge) |
The peak number of threads used by the JVM. shown as thread |


Online Help - View browser-based online help. Technical Support - View links and contact information for Riverbed Support. Appliance Details - View appliance information such as model number, hardware revision type, and serial number currently installed on the appliance. Software Version(s) - View the RiOS version and build number. MIB Files - View Riverbed and appliance MIB files in text format. Click the Question Mark icon next to the page title. The help for the page appears in a new browser window. The Riverbed Support site contains PDF versions of the Steelhead Appliance Management Console User’s Guides and the Riverbed Command-Line Interface Reference Manual.


Cindy Thompson Exposes Gospel Artists Not Called By God
by Ghbase New WriterVeteran Gospel musician, Cindy Thompson has cautioned consumers of Gospel music to be wary of fake gospel artists since it’s not all of them who are doing the work of God.
The singer shared her opinion on this subject with Graphic Showbiz in an interview.
 You may have the gift which comes to everyone in different ways but God should direct you as to what you have to do with it and how to use it,” she said.
Buttressing her point further, she said:
“I believe this so very much because I recall I had an event in Holland and before my performance, a choir came to sing very beautifully.
After the show, we had to go and grab something to eat and to my surprise I saw the choristers taking their robes off, pulling out cigarettes and alcohol and I was shocked.”
“I went to ask them if they knew what they were doing was wrong and to my amazement, they answered that they were not Christians but only singers.
Some said, they sang because they have the voice and people encouraged them to join the choir but they were not believers of the things of God or Christians.”
“I had another experience in Benin as well so yes it is not every Gospel artiste that is called by God,” she told Graphic Showbiz.
When asked to explain how a ‘real’ gospel artist operate she answered thus: “Anyone who is called by God understands the ministry he or she is in.”
“Whatever step one takes, one asks God for guidance; one waits for Him to speak before one acts.
When one has been called by God, one does not associate with the things of this world.
One is not in competition with anyone because one trusts the person who has called you,” she noted.


User-contributed article: enhanced and extensible i3bar with py3status
In the i3 documentation, the recommended tool for displaying a status line is to use i3status combined with i3bar.
While i3status is very efficient at what it does, it is by design limited to a few modules and does not allow you to inject your own scripts output on your i3bar. This is said pretty clearly on the i3status man page:
In i3status, we don’t want to implement process management again. Therefore, there is no module to run arbitrary scripts or commands. Instead, you should use your shell.
Introducing py3status
The goal of py3status is to fill this gap by allowing users to simply extend their i3bar while preserving their current i3status configuration. The main idea is to rely on i3status' strength without adding any configuration on the user's side. py3status is thus a wrapper script for i3status and its configuration as explained in the documentation.
Usage
Using py3status is easy, no need to multi-pipe your scripts after i3status. Instead just replace i3status in your current status_command by py3status.
To do so, all you have to do is add a new configuration parameter named on_click [button number] to your module config and py3status will then execute the given i3 command (using i3-msg). This means you can run simple tasks like executing a program or execute any other i3 specific command.
Some examples below from i3status.conf:
# reload the i3 config when I left click on the i3status time module # and restart i3 when I middle click on it time { on_click 1 = "reload" on_click 2 = "restart" } # run wicd-gtk GUI when I left click on the i3status ethernet module # and kill it when I right click on it ethernet eth0 { # if you use %speed, i3status requires root privileges format_up = "E: %ip" format_down = "" on_click 1 = "exec wicd-gtk" on_click 3 = "exec killall wicd-gtk" } # run thunar when I left click on the / disk info module disk / { format = "/ %free" on_click 1 = "exec thunar /" } # open an URL on firefox when I left click on the py3status weather_yahoo module weather_yahoo paris { cache_timeout = 7200 woeid = 615702 forecast_days = 2 request_timeout = 10 on_click 1 = "exec firefox-bin http://www.meteo.fr" }
Use py3status modules on your i3bar
Py3status also comes with some configurable modules you can load and configure directly from your i3status.conf just like any other i3status module. You can see the list of the modules and their configuration parameters here.
To load a py3status module you just have to list it like any other i3status module using the order += parameter. For example you could insert and load the imap module like this:
order += "disk /home" order += "disk /" order += "imap" order += "time"
And then you could configure it like this:
# configure the py3status imap module # and run thunderbird when I left click on it imap { cache_timeout = 60 imap_server = 'imap.myprovider.com' mailbox = 'INBOX' name = 'Mail' password = 'coconut' port = '993' user = 'mylogin' on_click 1 = "exec thunderbird" }
Group modules to save space on your i3bar
The group module allows you to group several modules together. Only one of the modules are displayed at a time. The displayed module can either be cycled through automatically or by user action (mouse scroll by default).
Example usage:
order += "group tz" # cycle through different timezone hours every 10s group tz { cycle = 10 format = "{output}" tztime la { format = "LA %H:%M" timezone = "America/Los_Angeles" } tztime ny { format = "NY %H:%M" timezone = "America/New_York" } tztime du { format = "DU %H:%M" timezone = "Asia/Dubai" } }
Write your own modules to display your own stuff
Py3status features a simple and straightforward module system which you can use to get your own output displayed on your i3bar. You can read more and view some examples in the documentation.
Documentation
You can read the full and up to date documentation on the py3status docs.


--- layout: default ---
I'm a teenager, brazilian developer who tries to learn mathematical, artistic and scientific concepts through code. I started to learn programming with Khan Academy, which uses a JavaScript library based on Processing, a Java based programming language, to teach their students. In early 2018, I became interested on Processing itself and started to watch Daniel Shiffman's videos about it, which are available here. Since then I've programmed all of my ideas and wishes.
Processing is a Java based open-source programming language and integrated development environment (which can be downloaded here). It's used all arround the world with lots of different purposes and has led to many other projects, including p5.js, Processing.py and Processing.js. It was created in 2001 by Ben Fry and Casey Reas and has a main focus of encouraging people to learn art and mathematics at the same place, at the same time.
{% highlight java %} void setup() { print("Hello World!"); }{% endhighlight %}


FAU HIGH is a dual enrollment course unlike any other that puts students at the heart of college life as they take highschool credit classes as well as college classes for their intended major, among other college students on the campus of Florida Atlantic University. FAU HIGH provides students with the tools and skillset to not only excel in their college classes but as well learn new things to help them in their chosen carreer and what they want to do in the future.
The FAU HIGH OWLS Racing team is a club where members of the highschool can join the team and be a part of those who make the electric car and then soon race it. This team provides enhanced learning towards computer, mechanical, and electrical engineering. With FAU HIGH having an intense curriculum while taking college classes while in highschool, those who are part of the team can learn things to help them in their college classes and carrer. This car team strives to be a fast and effeicent electric car that will win out any race.
The car's goal is to be DMV certified and be able to drive on the road as the first priority. Some changes including the battery pack and some minor changes on the car need to be done before the competetin taking place in North Carolina.
The changes that we have made to the car over the years could not have been done without our sponsors. Thank you to those who help out and help our electric car be the best it can be. Below are just a few that race with us to the fullest potential.
| Sponsors | About Them | Ruff Racing | Ruff Racing is a wheel provider that uses sleek designs to achieve smooth performance. Our wheels have never looked better and are very durable. |
|---|---|
| JM Lexus | JM Lexus has put our best foot forward in this competition. JM Lexus is the car provider of Lexus cars and deliver crisp performance with their array of cars. They have provided our shiny blue wrap and support us with the electric car. |
| GoodRoads | A fresh new startup looking to create safer and longer lasting roads, GoodRoads provides new technology to help the creation of our streets. They beleive in us and we believe in them. |
| SolidWorks | A strategy to get customers' products from the design to actually manufacturing it. SolidWorks supports us and can provide us with our design needs. |
| kSport | kSport provides sleek designs for brake and air ride systems, and innovates new suspension to have a a long lasting effect. The people at kSport also enjoy the car racing community are are excited to be a part of our electric car community. |
| Alloy wheels | Alloy Wheels is a wheel provider that looks for the best design and the customer needs. Alloy is proud to support our team. |
| STSS | What is STSS? |


{% extends "document.html" %} {% block body %}
The returned address starts from the barangay level. These addresses are self-contained. Meaning a barangay address also contains the data for its parent addresses (City/Municipality, Province, Region).
No match found. Check the spelling of your address.


This is the first post on my GitHub Pages site. It's mostly a test, but it confirms that the site is working.


Please feel free to make improvements to this document and the source code and check them into CVS. Thanks! -- David Booth
Scribe.perl is a perl script for generating meeting minutes from an IRC, IM or other log file that follows some simple minuting conventions. It is easy to use and requires no installation. It was primarily designed for use in and around W3C, but can also be used in other environments. (For use in other environments, see the Input Formats section and the -template and -plain options.)
Skip this step if you're not using W3C's IRC
| IRC Command | Explanation |
|---|---|
| /invite rrsagent #ws-arch | #ws-arch should be your IRC channel |
| /invite zakim #ws-arch | #ws-arch should be your IRC channel |
| zakim, this will be ws_arch | ws_arch should be your meeting name as shown in the W3C teleconference calendar |
| IRC Command | Explanation |
|---|---|
| Scribe: David Booth | (Optional) David Booth is the name of the scribe as it should appear in the generated minutes. The ScribeNick will be used instead if Scribe is not specified. If there are multiple scribes: Issue this command and the ScribeNick: command whenever the scribe name changes. |
| ScribeNick: dbooth | dbooth is the IRC nickname of the scribe. The ScribeNick will be guessed if neither Scribe nor ScribeNick are specified. HINT: Do not change your IRC nickname to "scribe". If there are multiple scribes: Issue this command and the Scribe: command whenever the scribe nickname changes. |
| Meeting: WS Arch Teleconference | Record meeting title |
| Chair: Mike | Record who chaired |
| IRC Command | Explanation |
|---|---|
| Topic: Debate on Feature X | Use "Topic: . . ." at the start of each agenda topic. Alternatively, you can use Zakim bot's agenda control, which is recognized by default. (See the -useZakimTopics option below.) |
| Mike: Feature X is great | Record what Mike said. NOTE: Speaker's name must not contain spaces! |
| ... and easy to implement. | Mike's statement continues. (NOTE: Do not use blank space indentation alone to indicate continuation lines. That syntax was previously permitted, but was found to be too error prone -- particularly when text was pasted -- so it is no longer supported.) |
| ACTION: Frank to order lunch | Record new action. |
| ACTION: Mary to write spec [PENDING] | Record old action and status: DONE, PENDING, or DROPPED The action status may also be on a line by itself immediately following the action item. |
| [PENDING] ACTION: Mary to write spec | Alternate syntax for recording action status. |
| RESOLUTION: Accept Frank's proposal | Indicate how an issue or topic was resolved. |
| s/Mary/Marie/ | Change most recent occurrence of "Mary" to "Marie". The old string is currently treated as a literal string -- not a regex. Alternate syntax: s|Mary|Marie| |
| s/Mary/Marie/g | Change all previous occurrences of "Mary" to "Marie". |
| s/Mary/Marie/G | Change all previous and future occurrences of "Mary" to "Marie" (within this document). |
| i/Time to vote/Topic: Vote on Feature Y | Insert a "Topic: Vote on Feature Y" line before the line containing the literal string "Time to vote" (not a regex). Alternate syntax: i|Time to vote|Topic: Vote on Feature Y |
| IRC Command | Explanation |
|---|---|
| zakim, bye | Dismiss zakim bot, which will generate a list of attendees. Use "Present: ..." (described below) instead if you aren't using zakim bot. |
| rrsagent, make log public | (For public minutes and logs) Change the permissions on the IRC logs. Note that the permission changes are queued and it may be a minute or so before they take effect. |
| rrsagent, draft minutes | Tell RRSAgent to generate minutes from the log as written so far, inheriting access permissions from the log permissions. Note the location of the generated minutes. Skip this step if you are not using RRSAgent. |
| rrsagent, bye | Dismiss RRSAgent (if used). |
| (Download and edit the generated minutes) | If you're using RRSAgent, then just edit the generated minutes and you are done. |
Continue to Step 5 if you wish to run scribe.perl manually or if you are not using RRSAgent.
| Shell Command | Explanation |
|---|---|
| (Save a copy of the IRC log, such as http://www.w3.org/2002/04/05-arch-irc.txt) | (Hint: If RRSAgent wrote the minutes to http://...foo-minutes, then the IRC log will be at http://...foo-irc.txt.) |
| (Download scribe.perl) | No installation is needed, but you must have perl. |
| perl scribe.perl log.txt > minutes.html | (Generate minutes.) |
| (Review and make adjustments.) | If the result isn't good enough, either: 1. edit your copy of the log file and regenerate the HTML; or 2. manually edit the resulting HTML. Option 1 is best if you forgot to indicate who is scribe ("Scribe: ..."), or if you forgot to mark a topic start ("Topic: ..."). |
Scribe.perl reads standard input and writes to standard output:
perl scribe.perl [options] < log.txt > minutes.html
It can also be invoked by RRSAgent from IRC (provided you're using RRSAgent):
rrsagent, draft minutes
Options described below are grouped in several categories:
There are three ways to specify options (from highest to lowest priority):
These options are used to accommodate the different input syntaxes and scribing styles.
Indicate that dash lines are used to indicate that the next line is the start of a new topic, such as:
<Philippe> --- <Philippe> Review of Action Items
instead of
Topic: Review of Action Items
Indicate that the scribe used implicit continuation lines like this:
<dbooth> Mary: Now is the time <dbooth> for all good men and women <dbooth> to come to the aid of their party.
instead of this:
<dbooth> Mary: Now is the time <dbooth> ... for all good men and women <dbooth> ... to come to the aid of their party.
The implicit continuation style is not recommended, because it is ambiguous. For example, the "(Group agrees)" statement below will be incorrectly attributed to Mary, instead of being a scribe comment:
<dbooth> Mary: Now is the time <dbooth> for all good men and women <dbooth> to come to the aid of their party. <dbooth> (Group agrees)
[Default] Use Zakim bot to change topics, such as "zakim, take up next agendum". Specifically, treat Zakim statements like:
<Zakim> agendum 2. "UTF16 PR issue" taken up [from MSMscribe]
as equivalent to the command:
<scribe> Topic: UTF16 PR issue
Turn off the -useZakimTopics option.
Force input to be treated as NameOfFormat, which must be one of the formats listed in Input Formats. This option is not normally needed, as the input format will normally be guessed.
These options control the output format.
Take the action items from what RRSAgent says when it is dismissed ("<RRSAgent> I see 9 open action items..."), rather than from the original text that was written in IRC when the action was recorded ("<dbooth> ACTION: ..."). This option has pros and cons:
Pros:
Cons:
Scribe.perl uses templates for generating the formatted output. There are a few built in, but you can specify your own if you wish.
ACTION: dbooth to bake 3 cakes [recorded in http://example.org/2005/01-baking-club-minutes#action01]This option is not usually needed if RRSAgent is used, because the minutes URL will be inferred from lines such as:
<dbooth> rrsagent, draft minutes <RRSAgent> I have made the request to generate http://www.w3.org/2005/01/07-swcg-minutes dbooth
Commands are interspersed with other minuted text in your IRC log, except that each command must be on a line by itself. Commands may be issued by anyone -- not only the scribe. Syntax is shown below by example, with italicized portions variable.
These editing commands are usually the easiest way to correct simple mistakes or add clarifications. (Of course, they don't take effect until you run scribe.perl on your IRC log.)
s/old/new/ s/old/new s|old|new| s|old|new
Replace the most recent occurrence of old with new. Old is currently treated as a literal string (it will be escaped using quotemeta(...)) -- not a regular expression. These are processed in order, first to last. NOTE: If you correct an action item using s/old/new/, then you should not use the -trustRRSAgent option. Conversely, if you use "ACTION=..." to correct an action item using RRSAgent, then you should use the -trustRRSAgent option. For further explanation, see the -trustRRSAgent option.
s/old/new/g s|old|new|g
Replace globally from this point backward.
s/old/new/G s|old|new|G
Replace globally, both forward and backward.
i/locationString/lineToInsert i/locationString/lineToInsert/ i|locationString|lineToInsert i|locationString|lineToInsert|
Insert lineToInsert before the line containing locationString, which is currently treated as a literal string (it will be escaped using quotemeta(...)), not a regular expression. This is most helpful if you forgot to insert a "Topic: " command.
For example, the following use of the i// command:
<Arthur> Finished with issue LC71; on to LC82. <Arthur> Frank: This is about syntax <Arthur> ... Do we care about syntax? <dbooth> i/Frank: This is about/Topic: Issue LC82
is converted to:
<Arthur> Finished with issue LC71; on to LC82. <inserted> Topic: Issue LC82 <Arthur> Frank: This is about syntax <Arthur> ... Do we care about syntax?
Meeting: Baking Club
Use "Baking Club" as the title of the meeting minutes. This command should only be done once.
Chair: Jonathan
Jonathan was the meeting chair. This command should only be done once.
Scribe: Mary
Mary was the scribe. The Scribe command is to indicate the full name of the scribe. If the name given in the Scribe command matches an IRC name, then it will also be used as the ScribeNick. If you also use the ScribeNick command (below), then you can use the Scribe command to give the full name of the scribe, rather than the IRC nickname. The Scribe command can be used more than once, which indicates that multiple scribes were used during the meeting.
ScribeNick: MaryScr
MaryScr was the IRC nickname used by the scribe. Use this (and the "Scribe:" command above) if the scribe's IRC nickname was cryptic. The ScribeNick command can be used more than once, which indicates that multiple scribes were used during the meeting.
Agenda: http://www.example.com/agenda.html
Specify the agenda URL (optional). This command should only be done once.
Present: Jonathan, Mary, Barbara, Steve
Explicitly indicate who was present. If you're using Zakim bot you probably will not need to do this, because the script is usually able to figure out who was present.
Regrets: Nathan, Emma
Indicate who sent regrets (optional).
Date: 05 Dec 2002
Specify the meeting date. Not usually needed, because the default is auto set from the IRC log name or the current date.
ACTION: Frank, Mary and Kate to propose solution for issue 42
ACTION: David to clean the kitchen [PENDING]
Give an action item. Action recipients should be listed before the word "to". Action status may be given at the end or on the next line: [DONE], [PENDING], or [DROPPED]. Several synonyms of these status keywords are also recognized.
RESOLUTION: Issue 42 closed as duplicate of issue 21
Indicate a decision that the group has made.
Log: http://www.w3.org/2002/11/07-ws-arch-irc
Explicitly indicate the IRC log location. Not usually needed, because the script normally infers it from statements like:
<dbooth> rrsagent, where am i? <RRSAgent> See http://www.w3.org/2002/11/07-ws-arch-irc#T13-59-36
ScribeOptions: -tidy -dashTopics -embedDiagnostics
Specify options inline, as if they had been written on the command line like:
perl scribe.perl -tidy -dashTopics -embedDiagnostics
NamedAnchorHere: foo
Cause a named anchor foo to be generated at this point in the minutes, such as:
This is mostly for use internally by scribe.perl.
In addition to the "realtime" editing commands above, you may manually edit your IRC log with a text editor (by mimicking the log format) before running scribe.perl. This is most useful for commands that have a broad effect on the generated HTML. For most log formats (except HTML), you can leave off the timestamps on lines that you insert.
Here is an example snippet of an IRC log in which the commands "ScribeNick: tw" and "Topic: Fire Alarms" are have been inserted using a text editor.
20:11:21 <tw> Scribe: TedWilliams <tw> ScribeNick: tw 20:11:34 <tw> Topic: Printers 20:11:49 <tw> alan: Printers are working now <tw> Topic: Fire Alarms 20:12:27 <tw> ralph: Fire marshall assured us that the system is working.
(Note that the IRC name <tw> is required, though for most commands it does not matter what IRC name is specified.)
Several log formats are recognized, and are described below:
Scribe.perl guesses which format you have used by seeing which format best matches the input. If necessary, you can specify the input format explicitly using the -inputFormat option and specifying the name of the format such as "-inputFormat RRSAgent_Text_Format". The names of the formats are actually the perl function names used in the code.
If you have a log format that is not recognized:
The plain text format (*.txt) produced by RRSAgent. Hint: add ".txt" to the RRSAgent log URL to get the text version, such as: http://www.w3.org/2002/11/07-ws-arch-irc.txt . The timestamps are ignored (except in guessing the input format), so you can safely edit the log and add lines without having to fake timestamps. Example:
20:41:27 <dbooth> Mike: Feature X would benefit users. 20:41:37 <dbooth> ... and implementation would be easy. 20:41:47 <ericn> I agree.
The HTML format (*.html) produced by RRSAgent. This is the raw HTML code. Example:

20:41:27 [dbooth]

Mike: Feature X would benefit users.

20:41:37 [dbooth]

... and implementation would be easy.

20:41:47 [ericn]

I agree.

This is for the format that is visible in the browser when RRSAgent's HTML is displayed. I.e., when you display the *.html log in a browser, and then copy and paste the text from the browser window, only the displayed text is copied -- not the raw HTML tags. Example:
20:41:27 [dbooth] Mike: Feature X would benefit users. 20:41:37 [dbooth] ... and implementation would be easy.20:41:47 [ericn] I agree.
Timestamped log format produced by mIRC. Example:
[19:35] <Zakim> Steven should now be muted [19:36] <ph> http://lists.w3.org/Archives/Member/w3c-html-cg/2004JanMar/0038.html [19:36] * Zakim hears Steven's hand up [19:36] * Zakim sees Steven on the speaker queue
The format produced by mIRC when you do Buffer-->Save As. Example:
<dbooth> Mike: Feature X would benefit users. <dbooth> ... and implementation would be easy. <dbooth> This is pretending to be a long line that mIRC breaks in order to display, but scribe.perl will re-join into a single line. <ericn> I agree.
This is the format used internally by scribe.perl. Scribe.perl converts all other formats to this format before processing. Superficially it looks similar to the Mirc_Text_Format, except that Mirc_Text_Format may contain broken lines that still need to be rejoined back into single, long lines. Example:
<dbooth> Mike: Feature X would benefit users. <dbooth> ... and implementation would be easy. <dbooth> This is pretending to be a long line that mIRC breaks in order to display, but scribe.perl will re-join into a single line. <ericn> I agree.
Timestamped log format produced by X-Chat. Example:
**** BEGIN LOGGING AT Mon Feb 14 11:02:06 2005 Feb 14 11:02:06 --> You are now talking on &arch Feb 14 11:02:06 --- Topic for &arch is W3C Architecture Mardi Gras Meeting Feb 14 11:02:06 --- Topic for &arch set by plh at Tue Feb 8 13:43:31 2005 Feb 14 11:02:11 <Zakim> ok, plh; the call is being made Feb 14 11:02:18 <Zakim> WS_Team()11:00AM has now started Feb 14 11:02:19 <Zakim> +Plh Feb 14 11:02:23 <larryk> This is an on-the-record comment Feb 14 11:02:26 * Yves This is an off-the-record comment **** ENDING LOGGING AT Mon Feb 14 10:22:09 2005
The format produced by Irssi logging with ISO8601 timestamp prefixes. Example:
2003-12-18T15:27:21-0500 <dbooth> Mike: Feature X would benefit users. 2003-12-18T15:27:36-0500 <dbooth> ... and implementation would be easy. 2003-12-18T15:27:36-0500 <ericn> I agree.
The date, seconds and timezone are optional, so the following is also recognized:
15:27 <dbooth> Mike: Feature X would benefit users. 15:27 <dbooth> ... and implementation would be easy. 15:27 <ericn> I agree.
The format produced when you save a Yahoo IM session. Example:
dbooth: Mike: Feature X would benefit users. dbooth: ... and implementation would be easy. ericn: I agree.
Line-oriented plain text format. This format is intended for occasions when the scribe doesn't have access to IRC, and simply takes notes in a text editor. Example:
Mike: Feature X would benefit users.... and implementation would be easy. Eric agrees.
The SCRIBEOPTIONS environment variable holds the default options that one wants to use. It is not required. Example for a Bourne-style shell:
export SCRIBEOPTIONS="-trustRRSAgent"


Emmerdale viewers disgusted with Jacob Gallagher's treatment of Leanna
Jacob said some horrible things about Leanna
by Charlotte RodriguesViewers of Emmerdale have been left disgusted with Jacob Gallagher's behaviour after he slept with Leanna.
Fans of the ITV soap know the 16-year-old schoolboy hasn't had the easiest year and this last week has left him angry.
After discovering paedophile Maya Stepney, the woman who groomed him into believing they were in a loving relationship, was released from prison Jacob made an attempt to see her but was stopped by his dad David.
Read More: Emmerdale fans divided over Charity and Vanessa reunion
David was in a relationship with Maya but had no idea what she was doing to his son.
This week, as Jacob desperately tried to talk to Maya and tell her he loved her, Maya left prison, deleted Jacob's contact from her phone and viewers discovered the former school teacher is pregnant.
In Wednesday night's episode of the soap (November 20 2019) Jacob was upset as he hadn't heard from Maya since her release.
He was soon joined by Leanna Cavanagh, Maya's former stepdaughter, who wanted to help her friend.
However, one thing led to another and the teens ended up sleeping together.
Afterwards, Jacob quickly made his excuses to leave, but was shocked to find out that it was Leanna's first time.
Later when she returned home, Jacob texted her asking if she was on the pill.
In Thursday night's episodes (November 21 2019), Leanna ended up confiding in her dad's girlfriend Bernice about what happened and asked her to get her the morning after pill but begged her not to tell Liam.
But when Leanna ended up throwing up because of the emergency contraception, she was forced to come clean to her dad about what had happened.
When she revealed that she only had sex with Jacob to prove she liked him, Liam got the wrong end of the stick.
Over at David's shop, Liam accused Jacob of pressuring Leanna into sleeping with him and Jacob's words left viewers disgusted.
Jacob said: "It's just sex, people do it all the time, it doesn't mean anything. That's why I left afterwards.
"She wanted it more than me. I wasn't even that bothered."
Read More: Emmerdale: Six best theories over what will happen next in the Maya Stepney pregnancy plot
When Gabby asked Jacob if he pretended to like Leanna to get her into bed, Jacob said: "I didn't have to pretend, she was well up for it. Even though I'd never be into her.

But when Liam told Jacob that Leanna didn't want to have sex, Jacob called her a liar and said he didn't want her.
He went onto say he just did "what any lad would do".
When Liam warned him to stay away from Leanna, Jacob said: "Trust me, I won't be going anywhere near that again. The only reason I bothered was because she came looking for me and I thought why not?"

What do you think?
Emmerdale airs weeknights at 7pm on ITV, with an extra episode at 8pm on Thursdays.
Leave us a comment on our Facebook page @EntertainmentDailyFix and let us know what you think!


A simple wallpaper tuning utility on Ubuntu inspired by Muzei Live Wallpaper. Burds gives wallpapers a blurred and dimmed look, sometimes an additional noisy look.
Tips: Double click the desktop to view original image
A simple wallpaper tuning utility on Ubuntu inspired by Muzei Live Wallpaper. Burds gives wallpapers a blurred and dimmed look, sometimes an additional noisy look.
Tips: Double click the desktop to view original image


JACK'D was created for the entertainment of all and provide stress-relief. Our fun and lively games allow users to unwind and take a break from their busy day to day lives. If you work through Pong, Snake, and FlappyBox we have hidden an additional secret game. See if you can try and find it! Start playing JACK'D games now and enjoy your life!


One among us seven will let you move ahead, another will transport the traveller back instead*.
2 among our number, are virtually harmless 3 are rigged with bombs, won't leave you painless.
Choose, unless you wish to stay here forever more to help you in your choice, you have these clues four.
- 1st, however slyly the bomb tries to hide you'll always find some on harmless one's right side.
- 2nd, different are those who stand at either end but if you would move onwards, neither is your friend.
- 3rd, as you clearly see, all are different size neither dwarf nor giant hold death in their insides.
- 4th, the second left and second on the right are twins, once you realize, though different at first sight.


Node tree, make a post on /node-tree with these parameters:
tree:
String separated in spaces with '# #' for null nodes
number:
integer informing the number to mach sum of the nodes
Example:
{
tree: "1 5 # # 2 3 2 # # 7 # # 1 5 # # 1 # #"
number: 5
}


HAPPINESS -------------------------------------------------------------- GRADE: A
Proving that the spiky and affecting WELCOME TO THE DOLLHOUSE was no fluke, writer/director Todd Solondz follows up with a harrowing comedy about pain, isolation, and dysfunction in New York and New Jersey. With a scope and ambition that serves him well, Solondz cross-cuts his narrative among the stories of an extended family, crafting a remarkably coherent story out of these increasingly disquieting vignettes. Think of Altman's SHORT CUTS reimagined for the East Coast, or Neil La Bute's YOUR FRIENDS AND NEIGHBORS with less smug distance. The key difference between Solondz and La Bute? Compassion.
Photographs of Solondz suggest a bespectacled geek who bears a close resemblance to Dawn Wiener, the girl who slogged through DOLLHOUSE's bleak junior high school universe. That persona seems to have splintered in Happiness into myriad character types. There's Helen Jordan (Lara Flynn Boyle), a black-clad poet who knocks 'em dead at readings and book signings, but secretly believes her work is presumptuous and insincere. In search of gritty experience, Helen is intrigued by an obscene phone call from Allen (Philip Seymour Hoffman), an overweight basket case who's working his way through the phone book, masturbating bitterly.
Allen also rings Helen's sister Joy (Jane Adams), a soft-spoken songwriter who's emotionally pummelled by the equally needy people around her. (Pretending to be an acquaintance, he asks her what she's wearing and she responds sweetly and naively, unaware that she's being had.) The third sister, and the only one to have married, is Trish (Cynthia Stevenson), who has a husband, a home, and a family -- the kind of life that Helen claims to covet. The neighbor kids call Trish's psychiatrist husband (Dylan Baker) "Dr. Maplewood."  In a sequence that's both wryly comic and horrific, he slips a Mickey into a boy's tuna sandwich during a sleepover, the better to take advantage of him. What's most heartbreaking is the relationship between Bill and his son, who share an uncommon (and unsettling, given the context) candor about sex. The whole film moves inexorably toward a wrenching conversation between the two that once again crystallizes Solondz' regard for childhood as trial by fire.
If the synopsis above sounds like it may be too much to take in one 134-minute sitting, be grateful I haven't described the separation of the Jordan sisters' parents after 40 years of marriage (executed with sangfroid and loneliness by Ben Gazzara and Louise Lasser), the Russian cab driver's game, an early outburst from the spurned lover played by Jon Lovitz, or the fate of Pedro the doorman. Despite the considerable downers, what's most notable about Happiness may be its seamless fusion of low comedy and human tragedy. Solondz recognizes that, no matter how bleak this life may be, there's also something fundamentally absurd about our day-to-day struggle toward "happiness," and a reassurance to be had in the bitter humor that accompanies unspeakable sorrow. Accordingly, the performances he draws from his cast beg us to recognize that humor without resort to mockery or caricature.
Particularly crucial is Baker's finely tuned portrait of that most chilling incongruity, a family man and child raper. In a film peppered with slatternly depictions of humanity, allegedly sick humor, and twice as much semen as I've seen in any mainstream flick, the one element that led Universal Pictures to disown HAPPINESS (which was set to be released by their adventurous October Films division) was its refusal to imagine Maplewood as a monster. All the credit goes to Baker's portrayal of a man who, calmly, quietly, and with little apparent soul-searching, leaps into his own abyss.
Against the odds, Solondz makes all of these bits work as a whole through canny scripting and characterization. Sometimes, it's like watching a car crash. Individual moments may seem cruel, mean-spirited or even deliberately "shocking" (in a couple of scenes, he may go too far out on the limb in search of one more outrageous twist), but Solondz plays fair with these misfits and criminals, using them as narrative prisms, each reflecting fragments of our own lives back at us.
Having crafted two movies that take a clear-eyed, deeply felt gander at the dark truths undermining the sunny ideal of American life, Solondz is more than just another hipster angling for shock value. He shares with the best filmmakers a wit, self-assurance and off-kilter grace that enable him to stare down his demons decisively, even as he conjures new ones. Having arrived on the stagnant "indie" film scene just when we needed him most, Solondz takes his place among the most fearless and incisive directors working today. -------------------------------------------------------------- Written and directed by Todd Solondz Cinematography by Maryse Alberti Edited by Alan Oxman Starring Jane Adams, Dylan Baker, Philip Seymour Hoffman, and Lara Flynn Boyle
Theatrical aspect ratio: 1.85:1 USA, 1998 --------------------------------------------------------------
DEEP FOCUS // MOVIE REVIEWS http://www.panix.com/~bfrazer/flicker/ "Go ahead, mum -- treat yourself."
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Hi! I'm a software developer in the Seattle Area. I started writing code when I was very young, but I have been developing software professionally for 2 1/2 years
Most of my career has been spent in developing web applications. Though technology changes rapidly, some things are always true. These values inform every project I work on.
Applications are built for users not businesses. Whether they are internal or external, customers should always have a pleasing and effective user experience.
Applications should be usable across a number of devices, form factors and displays. The best way to accomplish this is to use a mobile first design and responsive technology.
Applications should be built to be maintained. Not only does this save money it allows creative freedom throughout the application lifecycle.


Grand Master Holst:
Welcome. I am Grand Master Holst. If you are one of the Kamael who has left his own land, you should take a moment to reflect on whether you have behaved dishonorably or endangered a fellow Kamael. Be honest, now. Search yourself...
Ask about the 1st class transfer.

Quest


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface SpinnerModel
A model for a potentially unbounded sequence of object values. This model
is similar to ListModel
however there are some important differences:
A SpinnerModel
has three properties, only the first is read/write.
value
nextValue
value
is the
last element of the sequence.
previousValue
value
is the
first element of the sequence.
value
property changes,
ChangeListeners
are notified. SpinnerModel
may
choose to notify the ChangeListeners
under other circumstances.
JSpinner
,
AbstractSpinnerModel
,
SpinnerListModel
,
SpinnerNumberModel
,
SpinnerDateModel
| Method Summary | |
|---|---|
void |
addChangeListener(ChangeListener l)
Adds a ChangeListener to the model's listener list. |
Object |
getNextValue()
Return the object in the sequence that comes after the object returned by getValue() . |
Object |
getPreviousValue()
Return the object in the sequence that comes before the object returned by getValue() . |
Object |
getValue()
The current element of the sequence. |
void |
removeChangeListener(ChangeListener l)
Removes a ChangeListener from the model's listener list. |
void |
setValue(Object value)
Changes current value of the model, typically this value is displayed by the editor part of a JSpinner . |
| Method Detail |
|---|
Object getValue()
editor
part of a JSpinner
.
setValue(java.lang.Object)
void setValue(Object value)
editor
part of a JSpinner
.
If the SpinnerModel
implementation doesn't support
the specified value then an IllegalArgumentException
is thrown. For example a SpinnerModel
for numbers might
only support values that are integer multiples of ten. In
that case, model.setValue(new Number(11))
would throw an exception.
IllegalArgumentException
- if value
isn't allowedgetValue()
Object getNextValue()
getValue()
. If the end of the sequence has been reached
then return null. Calling this method does not effect value
.
getValue()
,
getPreviousValue()
Object getPreviousValue()
getValue()
. If the end of the sequence has been reached then
return null. Calling this method does not effect value
.
getValue()
,
getNextValue()
void addChangeListener(ChangeListener l)
ChangeListener
to the model's listener list. The
ChangeListeners
must be notified when models value
changes.
l
- the ChangeListener to addremoveChangeListener(javax.swing.event.ChangeListener)
void removeChangeListener(ChangeListener l)
ChangeListener
from the model's listener list.
l
- the ChangeListener to removeaddChangeListener(javax.swing.event.ChangeListener)
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


Researchers from Brigham and Women’s Hospital and Harvard University recently published novel new data indicating that tea contains a component that can help the body ward off infection and disease and that drinking tea may strengthen the immune system. (Tea Quotes)
Simply by opening a book, you allow yourself to be invited into a literary world that distracts you from your daily stressors. Reading can even relax your body by lowering your heart rate and easing the tension in your muscles. A 2009 study at the University of Sussex found that reading can reduce stress by up to 68%.
a survey conducted by the Cats Protection feline charity in the United Kingdom in 2011 found that people who spend time with cats or kittens report feeling calmer and less upset. (Purring the Blues Away)
"Tea is an answer to most of the problems"
"A book a day keeps my blues away"
"Come on, cats are cute after all!!!"


 BMW Premium Selection.
Certifications are awarded exclusively to cars that fully meet our strict requirements. Come and see for yourself!
BMW-M5 the most popular model is 2018. German quality. Below are the characteristics
В жизни можно поменять многое, но BMW - только на BMW.
This is very fine team
Developer
Manager
Family friend
My almost family aroun for busines
Mi mojem otvechat' na vashi zvonki daje segodnya


- up - Static variable in class ca.ualberta.cs.swapmyride.R.id
-
- updateFriends(User) - Method in class ca.ualberta.cs.swapmyride.DataManager
-
updateFriends gets friends from the server based on the friends list
of a user.
- updateFriends() - Method in class ca.ualberta.cs.swapmyride.UserController
-
updateFriends gets the friendList of the current user (whoever is logged in),
and ensures their most recent data is accessible by the UserController.
- useLogo - Static variable in class ca.ualberta.cs.swapmyride.R.id
-
- User - Class in ca.ualberta.cs.swapmyride
-
This Class stores all necessary information pertaining to the user for storage and access.
- User() - Constructor for class ca.ualberta.cs.swapmyride.User
-
- UserController - Class in ca.ualberta.cs.swapmyride
-
UserController is the main access point between the Views and the user models.
- userExists(String) - Method in class ca.ualberta.cs.swapmyride.UserController
-
userExists sends the username to DataManager which checks to see if the user exists in
the internal file system.
- userImage - Static variable in class ca.ualberta.cs.swapmyride.R.id
-
- userinventoryitem - Static variable in class ca.ualberta.cs.swapmyride.R.layout
-
- usernameField - Static variable in class ca.ualberta.cs.swapmyride.R.id
-
- UserSingleton - Class in ca.ualberta.cs.swapmyride
-
UserSingleton is the current instance of user.
- UserSingleton() - Constructor for class ca.ualberta.cs.swapmyride.UserSingleton
-
- UserSingletonTest - Class in ca.ualberta.cs.swapmyride
-
Created by adrianomarini on 2015-11-01.
- UserSingletonTest() - Constructor for class ca.ualberta.cs.swapmyride.UserSingletonTest
-


Not sure what's going on? Check out the lesson notebook and the corresponding slides.
functions you should try (click to auto-format):


 Creatures the touch the illusion feel like they have a solid wall right in front of their face.
^a${value} Second(s) Recharge
8
${value} Energy Cost
50 52 54 56 58 60 62 64 66 68 70 72
${value} second(s) of Immobilization
min: [2.0, 2.5, 3.0, 3.5, 4.0, 4.5, 5.0, 5.5, 6.0, 6.5]
MaxLevel
6
UltimateLevel
10


What do they do?
They use HTML, CSS, and JavaScript to make all the things that a user interacts with when the visit a webpage.
What are things that I can start learning now?
-
HTML
-
This is the markup language that
-
CSS and CSS Frameworks (Bootstrap, Material, Semantic)
-
JavaScript
-
Web Application Frameworks (React, Angular, Vue)
How can I pursue this as my career?
Enroll in a Computer Science or a Software Engineering degree program at a 4-year university. Self-studying or coding bootcamps are an option, but you will have a harder time finding jobs because of qualification barriers on job listings.
What college courses can I expect to take?
-
Data Structures
-
Algorithms
-
Programming Language Design
-
Operating Systems
What is their average salary?
$108,168 per year (according to Indeed.com).


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