Desperate search for missing autistic East Kilbride schoolboy
Aiden Lochrie has not been seen since leaving Duncanrig Secondary yesterday afternoon.
by Fraser N Wilson, https://www.dailyrecord.co.uk/authors/fraser-n-wilson/A frantic search is on to trace a missing East Kilbride schoolboy.
Aiden Lochrie, who is believed to have autism, left Duncanrig Secondary around 1.45pm on Friday afternoon and has not been seen since 2.45pm on Friday afternoon.
At that time he was seen leaving EK, East Kilbride, heading towards an underpass at Telford Road in the town.
Family and friends of the 14-year-old have taken to social media in a desperate plea for information.
Now Police Scotland have issued an appeal and are asking for anyone with any help to step forward.
Inspector Mark McLachlan of East Kilbride Office said: “Aiden’s current whereabouts is unknown and our concern is growing due to his age and the passage of time as he has not been in contact with family.
“I would appeal to anyone who may have seen Aiden to contact us. Any small piece of information could help us find them.”
Aiden is described as white Scottish, 4ft 7in tall and of slim build, with short light brown hair, brown eyes and wears glasses.
He was last seen wearing school uniform which is all black and a black puffer jacket with a small ‘McKenzie’ logo on the top left of the jacket.
A desperate post for information online by a friend of the family said: “Guys, please share this.
“Aiden is autistic and is scared of the dark. The more shares the better chance of finding him.”
Anyone with any information about Aiden’s whereabouts is asked to call Police Scotland on 101.
Information can also be left anonymously by calling Crimestoppers on 0800 555 111.


A holiday town about 80km North of Sydney. It is also the main commercial centre for the Central Coast area.
Location 33° 26' 05" S 151° 20' 23" E
The harbour area is known as Brisbane Water and lies on the western side of the town.
There are very many places to anchor in this huge area of sheltered water.
In addition to the Sailing Club marina, there is a wharf to the north of it where yachts can med-moor.
Last updated August 2013.


#include <GrMaterialPass.h>
Definition at line 111 of file GrMaterialPass.h.
| GrMaterialPass::GrMaterialPass | ( | unsigned int | passNumber, | |
| const SMaterialPassInfo & | passInfo | |||
| ) |
initialization.
overdraw test.
class GrMaterialPass ctor & dtor
initialize the pass.
Definition at line 80 of file GrMaterialPass.cpp.
| GrMaterialPass::~GrMaterialPass | ( | ) |
Definition at line 100 of file GrMaterialPass.cpp.
| bool GrMaterialPass::AlphaTest | ( | ) | const [inline] |
texgen flags enable/disable.
does this material pass use alpha testing?
Definition at line 136 of file GrMaterialPass.h.
| void GrMaterialPass::ApplyAmbientBlendStates | ( | unsigned int | stateMask | ) | const |
| void GrMaterialPass::ApplyLightBlendStates | ( | unsigned int | stateMask | ) | const |
Definition at line 261 of file GrMaterialPass.cpp.
| void GrMaterialPass::ApplyShader | ( | EGRQUALITY | quality | ) | const |
Definition at line 312 of file GrMaterialPass.cpp.
| void GrMaterialPass::ApplyStates | ( | unsigned int | stateMask, | |
| unsigned int | writeMask | |||
| ) | const |
calculate valid render states.
enable/disable states.
if we're handling alpha test...
if we're handling depth test... do we care about this?
if we're handling culling...
enable write masks.
Definition at line 268 of file GrMaterialPass.cpp.
| void GrMaterialPass::ApplyVertexParams | ( | GrShader * | shaderOverride = 0 |
) | const |
applies the vertex color modulate/add.
upload vertex color params.
Definition at line 301 of file GrMaterialPass.cpp.
| bool GrMaterialPass::CastShadow | ( | ) | const [inline] |
Definition at line 137 of file GrMaterialPass.h.
| GrMaterialPass * GrMaterialPass::Clone | ( | ) | const |
creates a clone of this material pass.
it just so happens we can use the copy constructor. It is recommended that this function is used instead of the default copy constructor since there is no way to make the default copy constructor private.
return the new material pass.
Definition at line 160 of file GrMaterialPass.cpp.
| EGRALPHATESTMODE GrMaterialPass::GetAlphaTestMode | ( | ) | const [inline] |
Definition at line 150 of file GrMaterialPass.h.
Definition at line 151 of file GrMaterialPass.h.
| const SMaterialPassBlendStates& GrMaterialPass::GetAmbientBlendStates | ( | ) | const [inline] |
Definition at line 158 of file GrMaterialPass.h.
| GrShader* GrMaterialPass::GetAmbientShader | ( | ) | const [inline] |
Definition at line 229 of file GrMaterialPass.h.
| float GrMaterialPass::GetConstDepthBias | ( | ) | const [inline] |
Definition at line 154 of file GrMaterialPass.h.
| EGRCULLMODE GrMaterialPass::GetCullMode | ( | ) | const [inline] |
Definition at line 149 of file GrMaterialPass.h.
| const SMaterialPassBlendStates& GrMaterialPass::GetLightBlendStates | ( | ) | const [inline] |
Definition at line 159 of file GrMaterialPass.h.
| const GrColor& GrMaterialPass::GetMaxLightResponse | ( | ) | const [inline] |
Definition at line 235 of file GrMaterialPass.h.
| const GrColor& GrMaterialPass::GetMinLightResponse | ( | ) | const [inline] |
| const tstring& GrMaterialPass::GetName | ( | ) | const [inline] |
Definition at line 123 of file GrMaterialPass.h.
Definition at line 152 of file GrMaterialPass.h.
| GrShader* GrMaterialPass::GetShader | ( | ) | const [inline] |
Definition at line 228 of file GrMaterialPass.h.
| float GrMaterialPass::GetSlopeDepthBias | ( | ) | const [inline] |
Definition at line 153 of file GrMaterialPass.h.
| const GrTextureStage& GrMaterialPass::GetStage | ( | ESTAGE | stage | ) | const [inline] |
| unsigned int GrMaterialPass::GetStates | ( | ) | const [inline] |
| const GrTextureSet& GrMaterialPass::GetTextureSet | ( | ) | const [inline] |
Definition at line 188 of file GrMaterialPass.h.
| const GrMaterialUserParams& GrMaterialPass::GetUserParams | ( | ) | const [inline] |
Definition at line 180 of file GrMaterialPass.h.
| GrMaterialUserParams& GrMaterialPass::GetUserParams | ( | ) | [inline] |
| const GrColor& GrMaterialPass::GetVertexColorAdd | ( | ) | const [inline] |
Definition at line 156 of file GrMaterialPass.h.
| const GrColor& GrMaterialPass::GetVertexColorMod | ( | ) | const [inline] |
Definition at line 155 of file GrMaterialPass.h.
| unsigned int GrMaterialPass::GetWriteMask | ( | ) | const [inline] |
Definition at line 148 of file GrMaterialPass.h.
| void GrMaterialPass::Init | ( | unsigned int | passNumber, | |
| const SMaterialPassInfo & | passInfo | |||
| ) |
for array initialization or material rebuilding.
public methods
initialize the pass.
create a new user param block.
determine what states we need to enable/disable for rendering.
make sure we don't have any overlapping states. This shouldn't be possible given the intended logic.
Definition at line 112 of file GrMaterialPass.cpp.
| bool GrMaterialPass::IsEnabled | ( | ) | const [inline] |
Definition at line 143 of file GrMaterialPass.h.
| bool GrMaterialPass::IsFirstPass | ( | ) | const [inline] |
Definition at line 144 of file GrMaterialPass.h.
| bool GrMaterialPass::ReceiveShadow | ( | ) | const [inline] |
Definition at line 138 of file GrMaterialPass.h.
| void GrMaterialPass::SetAlphaTestMode | ( | EGRALPHATESTMODE | mode | ) | [inline] |
Definition at line 165 of file GrMaterialPass.h.
Definition at line 166 of file GrMaterialPass.h.
| void GrMaterialPass::SetAmbientBlendStates | ( | const SMaterialPassBlendStates & | states | ) | [inline] |
Definition at line 173 of file GrMaterialPass.h.
Definition at line 129 of file GrMaterialPass.h.
| void GrMaterialPass::SetCastShadow | ( | bool | castShadow | ) | [inline] |
Definition at line 140 of file GrMaterialPass.h.
| void GrMaterialPass::SetConstDepthBias | ( | float | bias | ) | [inline] |
Definition at line 168 of file GrMaterialPass.h.
| void GrMaterialPass::SetCullMode | ( | EGRCULLMODE | mode | ) | [inline] |
Definition at line 164 of file GrMaterialPass.h.
| void GrMaterialPass::SetLightBlendStates | ( | const SMaterialPassBlendStates & | states | ) | [inline] |
Definition at line 174 of file GrMaterialPass.h.
| void GrMaterialPass::SetMaxLightResponse | ( | const GrColor & | color | ) | [inline] |
Definition at line 237 of file GrMaterialPass.h.
| void GrMaterialPass::SetMinLightResponse | ( | const GrColor & | color | ) | [inline] |
Definition at line 236 of file GrMaterialPass.h.
Definition at line 169 of file GrMaterialPass.h.
| void GrMaterialPass::SetReceiveShadow | ( | bool | receiveShadow | ) | [inline] |
Definition at line 141 of file GrMaterialPass.h.
Definition at line 128 of file GrMaterialPass.h.
| void GrMaterialPass::SetSlopeDepthBias | ( | float | bias | ) | [inline] |
Definition at line 167 of file GrMaterialPass.h.
| void GrMaterialPass::SetStage | ( | ESTAGE | stage, | |
| GrTextureStage & | s | |||
| ) | [inline] |
Definition at line 186 of file GrMaterialPass.h.
| void GrMaterialPass::SetStageAddressMode | ( | ESTAGE | stage, | |
| GrTextureStage::EADDRESSMODE | s, | |||
| GrTextureStage::EADDRESSMODE | t | |||
| ) |
Definition at line 180 of file GrMaterialPass.cpp.
| void GrMaterialPass::SetStageFilterMode | ( | ESTAGE | stage, | |
| GrTextureStage::EFILTERMODE | filterMode | |||
| ) |
Definition at line 187 of file GrMaterialPass.cpp.
| void GrMaterialPass::SetStageGenTextureFlag | ( | ESTAGE | stage, | |
| GrTextureStage::GenTextureFlag | flags | |||
| ) |
Definition at line 208 of file GrMaterialPass.cpp.
| void GrMaterialPass::SetStageMaxAnisotropy | ( | ESTAGE | stage, | |
| float | maxAnisotropy | |||
| ) |
Definition at line 194 of file GrMaterialPass.cpp.
| void GrMaterialPass::SetStageMipMapEnable | ( | ESTAGE | stage, | |
| bool | mipMapEnable | |||
| ) |
Definition at line 201 of file GrMaterialPass.cpp.
Definition at line 222 of file GrMaterialPass.cpp.
Definition at line 215 of file GrMaterialPass.cpp.
| void GrMaterialPass::SetStageTexture | ( | ESTAGE | stage, | |
| URef< GrTextureBase > | texture | |||
| ) |
Definition at line 173 of file GrMaterialPass.cpp.
| void GrMaterialPass::SetStates | ( | unsigned int | states | ) |
Definition at line 193 of file GrMaterialPass.h.
Definition at line 194 of file GrMaterialPass.h.
Definition at line 195 of file GrMaterialPass.h.
Definition at line 191 of file GrMaterialPass.h.
Definition at line 192 of file GrMaterialPass.h.
| void GrMaterialPass::SetTextureSet | ( | const GrTextureSet & | textures | ) | [inline] |
Definition at line 189 of file GrMaterialPass.h.
Definition at line 196 of file GrMaterialPass.h.
Definition at line 197 of file GrMaterialPass.h.
| void GrMaterialPass::SetVertexColorAdd | ( | const GrColor & | color | ) | [inline] |
Definition at line 171 of file GrMaterialPass.h.
| void GrMaterialPass::SetVertexColorMod | ( | const GrColor & | color | ) | [inline] |
Definition at line 170 of file GrMaterialPass.h.
| void GrMaterialPass::SetWriteMask | ( | unsigned int | mask | ) | [inline] |
Definition at line 163 of file GrMaterialPass.h.
| void GrMaterialPass::Update | ( | ) |
update
updates dynamic parameters and texture stages.
update parameters.
update the textures.
update the alpha test reference value.
Definition at line 239 of file GrMaterialPass.cpp.


|
| | Channel (const std::string &name, const std::string &alias, const FLAG access) |
| |
|
virtual void | SetName (const std::string &name) |
| |
|
virtual std::string | GetName () const |
| |
|
virtual void | SetAlias (const std::string &alias) |
| |
|
virtual std::string | GetAlias () const |
| |
|
virtual void | SetPattern (const std::string &pattern) |
| |
|
virtual std::string | GetPattern () const |
| |
|
virtual void | SetAccess (const FLAG access) |
| |
|
virtual FLAG | GetAccess () const |
| |
|
virtual std::list< HistoryNode * > * | GetHistory () |
| |
|
virtual void | AddListener (Player *subscriber, bool quiet=false) |
| |
|
virtual void | RemoveListener (Player *subscriber, bool quiet=false) |
| |
|
virtual bool | HasListener (Player *mobile) |
| |
|
virtual bool | CanBroadcastWithoutListening (Player *mobile) const |
| |
|
virtual void | Broadcast (Player *caller, const std::string &message, bool access=true) |
| |
Channels enable communication between players.
Handles add and removal of users (listeners), and channel-specific patterns for broadcasting. Also handles an ACL-type interface for a minimum broadcast. Contains the information used for each channel (ID, history, listeners, access, and pattern. The only concept that must be explained is pattern. The pattern is what defines how messages are shown to players. Below is a list of modifiers; I have only used lowercase, but capitalizing the letter of the modifier will capitalize the first letter of it's translated value. p: The player name. m: The message. n: The channel name.


Check for semicolon before CTE (Common Table Expression).
SELECT 1
// There semicolon forgotten WITH T AS (SELECT 1 AS A)
SELECT *
FROM T


This program will equip students with the knowledge and skills required to succeed as technicians in the modern biotechnology environment and provide QCC graduates with seamless transfer to the BS program at York College.
Chemistry matters. It’s the study of matter—how it interacts, transforms and changes. If you’re looking to learn about the very substance of the world, find a great job and help improve society, explore chemistry at Queensborough!
Graduates of the Associate in Science degree program in Computer Science and Information Security are prepared for transfer to John Jay College of Criminal Justice to complete a Bachelor of Science (B.S.) degree in Computer Science and Information Security.
Everywhere you look, you see engineering at work – bridges, buildings, space ships, cell phones, and more.
Graduates of the Associate in Science degree program in Environmental Science are prepared for transfer to a four-year college to complete a Bachelor of Science (B.S.) degree that is essential for most types of employment in this field.
Recent advances in chemistry, biology and computer science have created new opportunities in fields such as forensic science and criminalistics.
The AS degree prepares you to transfer with advanced standing to baccalaureate in science programs (BS), leading to careers in science, mathematics, education, computer science, and the health sciences.
This program is essential for most types of employment in this field. Graduates can pursue a wide range of career options including psychology, human services, and social services.
This innovative program, the only one of its kind in CUNY, integrates computer, electronic, musical, midi, and "hands-on" recording studio training with classes conducted in technology labs and multi-track recording studios. All students complete a required cooperative internship in a professional recording studio.


The graph above has no axis - it's simply a quick reference so a user can determine general trends. Although this is helpful, the alt text is difficult to effectively and concisely convey the same meaning. Click the above graph to hear the charted points for those that may have visual impairments.


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This video demonstrates launching autoscale group in CFT using catalyst and basic behavior.
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This video demonstrates integration of Azure as provider with Catalyst.
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This video demonstrates integration of HPHelion as provider with Catalyst.
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This video demonstrates the new design for Blueprint creation page.
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Heng Guo
郭亨
Specially Appointed Assistant Professor (特任助教)
Matsushita lab
Graduate School of Information Science and Technology
Osaka University
Email: heng.guo [at] osaka-u.ac.jp
[GITHUB]
[CV]
[Google Scholar]
|
|
About Me
I received my Ph.D. (Oct. 2018 - Mar. 2022) from Osaka University under the supervision of Prof. Yasuyuki Matsushita. Previously I obtained my Master and Bachelor degree in 2018 and 2015, both from University of Electronic Science and Technology of China (UESTC), under the supervision of Prof. Bing Zeng and Prof. Shuaicheng Liu.
My research interest includes computational photograpy and computer vision.
News
[2022/03] Obtain my Ph.D degree!
[2021/10] One paper accepted as TPAMI 2021!
[2021/03] One paper accepted as CVPR 2021!
[2020/03] One paper accepted as Best Student Paper of MIRU 2020!
[2018/10] Come to Matsusita lab in Osaka University, as a PhD student supervised by Prof. Yasuyuki Matsushita.
[2018/08] Come to Peking University, as a reserach assitant of Prof. Boxin Shi.
Publications
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Edge-preserving Near-light Photometric Stereo with Neural Surfaces
Heng Guo, Hiroaki Santo, Boxin Shi, Yasuyuki Matsushita.
Pre-print
[Paper]
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Multispectral Photometric Stereo for Spatially-Varying Spectral Reflectances
Heng Guo, Fumio Okura, Boxin Shi, Takuya Funatomi, Yasuhiro Mukaigawa, Yasuyuki Matsushita.
In International Journal of Computer Vision (IJCV 2022).
[Paper] [Video] [MPS data]
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Patch-based Uncalibrated Photometric Stereo under Natural Illumination
Heng Guo, Zhipeng Mo, Boxin Shi, Feng Lu, Sai-Kit Yeung, Ping Tan, Yasuyuki Matsushita.
In IEEE Transactions on Pattern Analysis and Machine Intelligence (TPAMI 2021).
[Paper]
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Multispectral Photometric Stereo for Spatially-Varying Spectral Reflectances: A well posed probelm?
Heng Guo, Fumio Okura, Boxin Shi, Takuya Funatomi, Yasuhiro Mukaigawa, Yasuyuki Matsushita.
In IEEE Conference on Computer Vision and Pattern Recognition (CVPR 2021).
[Paper]
[Video]
[Slide]
[Poster]
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Self-calibrating Near-light Photometric Stereo under Anisotropic Light Emission
Heng Guo, Boxin Shi, Michael Waechter, Yasuyuki Matsushita.
In Meeting on Image Recognition and Understanding (MIRU 2020). (Best Student Paper)
[Paper] [Reward]
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View-Consistent MeshFlow for Stereoscopic Video Stabilization
Heng Guo, Shuaicheng Liu, Shuyuan Zhu, Heng Tao Shen, Bing Zeng.
In IEEE Transactions on Computational Imaging (TCI 2018).
[Paper]
[Video]
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Joint Bundled Camera Paths for StereoScopic Video Stabilization
Heng Guo, Shuaicheng Liu, Shuyuan Zhu, Bing Zeng
In International Conference on Image Processing (ICIP 2016) (Oral)
[Paper] [Website]
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Joint Video Stitching and Stabilization from Moving Cameras
Heng Guo, Shuaicheng Liu, Tong He, Shuyuan Zhu, Bing Zeng, Moncef Gabbouj.
In IEEE Transactions on Image Processing (TIP 2016)
[Paper] [Website] |
|


USC robotics researchers engage in numerous outreach activities, both collectively and as individual labs.
Annual USC Robotics Open House
RASC hosts the annual USC Robotics Open House during the US National Robotics Week. The event has taken place annually since 2010 and draws between 1000 to 2000 visitors from the local area. Our visitors are primarily K-12 students and their families, as well as representatives from businesses and members of the general public. Information about the upcoming Robotics Open House can be found here. To avoid crowding, school groups should sign up as per the posted procedure.
RASC Robotics Lab Tours
Currently, tours are not centrally coordinated. To arrange for a tour of one or more of the RASC labs, please contact the lab PIs directly. For a list of RASC labs, please look here.
Interaction Lab Outreach
The Interaction Lab has its own outreach program, including curriculum materials for K-12 teachers, which can be found here.


| Home | Messages | Class XRef | The Collection Classes | The Date Class | Using TimeSeries |
TimeSeries objects are used to track information for a particular data item over time. Some items, such as company sales and earnings may be tracked at regular intervals. Other information, such as ratings, will change at irregular intervals over time. The TimeSeries class has been designed to work effectively in all these cases.
The TimeSeries class is an indirect subclass of the Collection class which is also a superclass of the classes List and IndexedList. Instances of the class TimeSeries consist of a collection of objects that are accessed either by date or as a set. A TimeSeries is updated by adding date-object pairs.
The TimeSeries class has been optimized to organize and query large sets of data. A large number of the messages defined for this class have been written in Vision and can therefore be modified and expanded as needed. As always, you can define any number of new messages for the class.
The TimeSeries class is a direct subclass of IndexedCollection:
Object
|
Function
|
EnumeratedFunction
|
Collection
|
IndexedCollection
|-- IndexedList
|-- TimeSeries
A TimeSeries is similar to an IndexedList that is always indexed by a date. TimeSeries objects are available in two distinct forms in Vision:
The expression:
Currency define: 'tsProperty' ;creates a new time series property for the class Currency. The expression:
Named Currency USD :tsPropertyretrieves this property for the US currency as a TimeSeries object. The expression:
!newTS <- TimeSeries new ;creates a stand-alone TimeSeries object. The expression:
newTSretrieves this object.
These two forms of TimeSeries object respond identically to the same set of messages. They differ only in the manner in which they are accessed. Recall that you need to place the : character in front of the property name to access the full TimeSeries object associated with the property. In this case the message :tsProperty returns the TimeSeries object. Stand-alone TimeSeries objects do not require the initial : character. This difference is described further in a later section.
The message count returns the number of points in a time series. For example:
Named Currency USD :tsProperty count printNL ; newTS count printNL ;Initially a TimeSeries contains 0 elements. The asOf:put: message is used to update a TimeSeries:
Named Currency USD :tsProperty asOf: 9501 put: 10.1 ; Named Currency USD :tsProperty asOf: 9502 put: 12.3 ; Named Currency USD :tsProperty asOf: 9503 put: 9.7 ; Named Currency USD :tsProperty count printNL ; or newTS asOf: 960515 put: 3.4 ; newTS count printNL ;
The property tsProperty for the US currency contains 3 points. The variable newTS now refers to a TimeSeries containing 1 point.
The value of the "put:" parameter can be any object. If desired, you can store objects from different classes within a single TimeSeries. The dates in a time series can be regular or irregular. Each instance in a class can have different points represented in a time varying property.
When you ask for the value of a time series property, by default you access the value that was most recently updated on or before the current date. For example:
Named Currency USD tsProperty printNL ;returns the value 9.7 which represents the most recent value in the time series. The asOf: message is used to access a specific point in the TimeSeries. For example:
Named Currency USD :tsProperty asOf: 9502 . printNL ;retrieves and displays the value 12.3. A TimeSeries responds to the asOf: message by accessing the value of the series that was in effect on or before the date supplied as the parameter. The parameter should be a Date object or an integer equivalent.
Pictorially, the tsProperty time series for the US currency can be viewed as a time line of three values:
10.1 12.3 9.7 ___|_____|_____|__________|__________|___ | | | | | 1/31/95 | 2/28/95 3/31/95 4/30/95 | 2/15/95If you request data as of a date that is not in the time series, the value on or before that date will be returned. For example:
Named Currency USD :tsProperty asOf: 950215 . printNL ;returns the value 10.1. Since no value is explicitly stored on February 15, 1995, the first value prior to this date is returned. In this case, the value is the value as of 1/31/95, the first value to the left of 2/15/96 in the time line. If your "as of" date is earlier than the first available date, the value NA will be returned. For example:
Named Currency USD :tsProperty asOf: 94 . printNL ;returns the value NA, since there is no time point on or before this date. If your "as of" date is later than the last available date, the value of the last point in the time series is returned.
The message displayAll can be sent to a a TimeSeries to display all its points. For example:
Named Currency USD :tsProperty displayAll ; displays: 1/31/1995 10.10 2/28/1995 12.30 3/31/1995 9.70If you send this message to the Canadian currency:
Named Currency CAD :tsProperty displayAll ;you should not see any values since this property has not been updated for this currency.
The firstDate and lastDate messages are used to determine the first and last dates for which information has been stored in a TimeSeries. For example:
Named Currency USD :tsProperty firstDate printNL ; Named Currency USD :tsProperty lastDate printNL ;
When you store a value into a time series as of a specific date, the value is assumed to go into effect on that date. It remains in effect until a value is stored at a later date. The messages effectiveDateAsOf: and nextDateAsOf: are used to determine the interval over which a value is in effect. For example:
Named Currency USD :tsProperty effectiveDateAsOf: 950215 .returns the date 1/31/95 and:
Named Currency USD :tsProperty nextDateAsOf: 950215 .returns the date 2/28/95. This indicates that the value you are retrieving for February 15, 1995 was really stored on January 31, 1995 and next updated on February 28, 1995.
The on: message provides an alternative to the asOf: message which only returns a value if the value is actually stored on the date supplied as a parameter. If no value is stored on the date, the value NA is returned.
The delete: message is used to delete a value as of a specific date. For example:
Named Currency USD :tsProperty delete: 9503 .deletes this point from the time series, leaving a time series with 2 points.
Since the TimeSeries class is a subclass of Collection, messages such as do:, send:, select:, groupedBy:, sortUp:, decileDown:, and extendBy: are available to TimeSeries objects as well. Within the block supplied as the parameter, all messages are sent to each element in the recipient time series. When the recipient is a TimeSeries object, the magic word ^date is rebound to the specific date being analyzed. For example:
Named Currency USD :tsProperty do: [ ^date print: 15 ; #- display date of element printNL ; #- print value of element ] ; displays: 1/31/1995 10.10 2/28/1995 12.30 3/31/1995 9.70
The toList message can be used to convert a TimeSeries into a standard List object. For example:
Named Currency USD :tsProperty toList at: 1 .returns the value 10.1 which is the first value positionally after the TimeSeries has been converted to a List. Note that once the time series has been converted to a list, the specific ^date values are not available.
Date objects play an important role in accessing and updating time-series data. Dates (or integer equivalents) are the parameters for the asOf: and asOf:put: messages define for the TimeSeries class.
When a message retrieves data stored in a time-varying property, it accesses the data as of a specific date. By default, this date is the current date. The evaluate: message is sent to a Date or an Integer that can be converted to a date and is used to change the default date. The parameter to this message is a block. All messages within the block that access time series properties will access the values as of this date. For example:
950315 evaluate: [ Named Currency CAD usExchange printNL ] ;In this case, the exchange rate is accessed as of March 15, 1995. The magic word ^date refers to this evaluation date. For example:
950315 evaluate: [ ^date print: 15 ; Named Currency CAD usExchange printNL ; ] ;This example displays the date 3/15/1995 followed by the exchange rate as of that date.
The "as of" logic is used to retrieve time varying data within a ^date evaluate: block. If the evaluation date is earlier than the first available date for a time varying item, the value NA is returned. If there is no explicit data available for the evaluation date, the most recent value before that date is retrieved.
You can change the default date within the evaluate: block. For example:
950315 evaluate: [ ^date print: 15 ; Named Currency CAD usExchange printNL ; ^date + 5 businessDays evaluate: [ ^date print: 15 ; Named Currency CAD usExchange printNL ] ; ] ;This example displays the date 3/15/1995 followed by the exchange rate for that date. It then displays the date and exchange rate for the date 5 business days later than the original date.
If you do not explicitly override it, Vision uses the current date as the default date. The message ^today can be used to specify the current date. For example, the expressions:
Named Currency CAD usExchange print; Named Currency CAD :usExchange asOf: ^today . print; and ^today evaluate: [ Named Currency CAD usExchange print; ] ;are all equivalent and return the Canadian exchange rate as of the current date.
Note: The evaluate: message changes the time context of the block but does not change the recipient object like the do: message. In other words, the magic word ^date is rebound by the evaluate: message but the magic word ^self is not.
Several of the TimeSeries messages have variations designed to use the default date including:
| General Message | Default Date Equivalent |
| asOf: put: | put: |
| effectiveDateAsOf: | effectiveDate |
| nextDateAsOf: | nextDate |
Instead of supplying an explicit date as a parameter, the messages in the second column use the current value of ^date as the date. For example:
9511 evaluate: [ Named Currency CAD :usExchange put: 2.1 ] ; is equivalent to: Named Currency CAD :usExchange asOf: 9511 put: 2.1 ;
The evaluate: message works with DateRange objects as well as with Dates. For example, to access the Canadian exchange rate for each month-end date in 1995, use:
9501 to: 9512 by: 1 monthEnds . evaluate: [ ^date print: 15 ; Named Currency CAD usExchange printNL ; ] ;The supplied block prints the evaluation date and the exchange rate for each date in the date range. Starting with the initial date, Vision increments the evaluation date by the date range's offset until the ending date is crossed. When the starting date is earlier than the ending date, Vision decrements the evaluation date by the offset provided. Any time varying data accessed within the block will be retrieved "as of" the current evaluation date in the range.
The lag: message is used to return the value of the recipient time series as of a date derived relative to the current evaluation date. This derived date is defined as: ^date - offset, where offset is the DateOffset object supplied as the parameter to the lag: message. For example:
Currency define: 'tsProperty' ; Named Currency USD :tsProperty asOf: 9501 put: 10.1 ; Named Currency USD :tsProperty asOf: 9502 put: 12.3 ; Named Currency USD :tsProperty asOf: 9503 put: 9.7 ; 9502 evaluate: [ Named Currency USD :tsProperty lag: 1 monthEnds . printNL ; ] ;In this example, the evaluation date is 9502. Sending the lag: 1 monthEnds message to the time series is a request to access the data as of the prior month-end date. In this case, the January 31, 1995 value of 10.1 is retrieved and displayed.
The lead: message is used to return the value of the recipient time series as of a date derived relative to the current evaluation date. This derived date is defined as: ^date + offset.
Suppose you wanted to compute the change in value between two points in time. For example:
Named Currency USD do: [ (:tsProperty asOf: 9503) - (:tsProperty asOf: 9502) printNL:10 ; ] ;The message changeLag: provides a more streamlined way for requesting the same information. The expression could be rewritten using:
9503 evaluate: [ Named Currency USD :tsProperty changeLag: 1 monthEnds . printNL ; ] ;The messages pctChangeLag:, changeLead:, and pctChangeLead: work in a similar fashion.
Since the TimeSeries class is a subclass of Collection, you can use the select: message to restrict the time series to dates within a specific range. For example:
Currency define: 'tsProperty' ; Named Currency USD :tsProperty asOf: 9501 put: 10.1 ; Named Currency USD :tsProperty asOf: 9502 put: 12.3 ; Named Currency USD :tsProperty asOf: 9503 put: 9.7 ; Named Currency USD :tsProperty select: [ ^date > 9501 asDate ] . do: [ ^date print: 15 ; printNL ] ;The messages from:to:, from:, and to: have been defined to return a new TimeSeries object which is the subset of the recipient:
#-- Retrieve data from 9502 on Named Currency USD :tsProperty from: 9502 . do: [ ^date print: 15 ; printNL ] ; #-- Retrieve data before 9503 on Named Currency USD :tsProperty to: 9502 . do: [ ^date print: 15 ; printNL ] ; #-- Retrieve data between two dates Named Currency USD :tsProperty from: 9501 to: 9502 . do: [ ^date print: 15 ; printNL ] ;
The message extractForDateRange: returns a new TimeSeries object that contains a point for each value in the DateRange supplied as the parameter. For example:
!dr <- 9412 to: 9504 by: 1 monthEnds ; !extract <- Named Currency USD :tsProperty extractForDateRange: dr ; extract displayAll ; displays: 12/31/1994 NA 01/31/1995 10.10 02/28/1995 12.30 03/31/1995 9.70 04/30/1995 9.70The variable extract contains a TimeSeries object with a point for each date in dr. Since there was no data prior to 1/31/95, an NA value is returned for 12/31/94. Since there was no data after 3/31/95, the 3/31 value is returned for 4/30.
Since the TimeSeries class is a subclass of Collection, all messages defined for the Collection class are available to TimeSeries objects as well. A subset of these messages are documented in Vision Class: Collection and are summarized below.
You can redefine Collection messages and define new messages directly for the TimeSeries class. You can define any number of new methods and constants. You cannot define and update properties for TimeSeries objects.
The following messages are used to update TimeSeries objects:
| Message | Definition | Sample |
| asOf:put: | Update recipient as of date in parameter1 with object in parameter2, inserting a new date if necessary | ts asOf: 95 put: 10 . |
| put: | Update recipient as of ^date with object in parameter, inserting a new date if necessary | ts put: 10 . |
| asOf:assign: | Change recipient as of date in parameter1 with object in parameter2 | ts asOf: 95 assign: 10 . |
| <- | Change recipient as of ^date with object in parameter | ts <- 10 |
| updateWith: | Update recipient as of ^date if parameter is different from current value | ts updateWith: 10 . |
| delete: | Delete parameter date from recipient | ts delete: 95 asDate |
| deleteAllPoints | Delete all points from recipient | ts deleteAllPoints |
| deleteColumnForDate: | Delete all points for all instances in recipient's cluster as of parameter | ts deleteColumnForDate: 95 asDate . |
| deleteColumn | Delete all points for all instances in recipient's cluster as of ^date | ts deleteColumn |
The following messages retrieve basic characteristics about TimeSeries objects:
| Message | Definition | Sample |
| count | Number of points in recipient | ts count |
| firstDate | Date of first point in recipient | ts firstDate |
| lastDate | Date of last point in recipient | ts lastDate |
| effectiveDate | Effective date as of ^date in recipient | ts effectiveDate |
| effectiveDateAsOf: | Effective date as of parameter date in recpient | ts effectiveDateAsOf: 95 asDate . |
| nextDate | Next date after ^date in recipient | ts nextDate |
| nextDateAsOf: | Next date after parameter date in recpient | ts nextDateAsOf: 95 asDate . |
| displayAll | Display all date-value pairs in recipient | ts displayAll |
| displayAllChanges | Display all date-value pairs in recipient that represent a change in value | ts displayAllChanges |
The following messages are used to retrieve specific values from TimeSeries objects:
| Message | Definition | Sample |
| asOf: | Return value in recipient as of parameter date | ts asOf: 95 . |
| on: | Return value in recipient stored exactly on parameter date | ts on: 95 . |
| lag: | Return value in recipient as of ^date - parameter | ts lag: 3 days . |
| lead: | Return value in recipient as of ^date + parameter | ts lead: 3 days . |
| value | Return value in recipient as of ^date | ts value |
| latest | Return value in recipient as of ^today | ts latest |
| firstObservation | Return first value in recipient | ts firstObservation |
| lastObservation | Return last value in recipient | ts lastObservation |
The following messages are used to extract specific subsets from TimeSeries objects:
| Message | Definition | Sample |
| from:to: | Return new time series with date-values from recipient corresponding the dates between parameters | ts from: 94 to: 95 . |
| from: | Return new time series with date-values from recipient corresponding the dates on or after parameter | ts from: 95 . |
| to: | Return new time series with date-values from recipient corresponding the dates on or before parameter | ts to: 95 . |
| extractForDateRange: | Return new time series with date-values from recipient for each date in parameter | ts extractForDateRange: drange . |
| extractExactValuesForDateRange: | Return new time series with date-values from recipient for each date in parameter; if value does not exist on exact date, return default value for that date | ts extractExactValuesForDateRange: drange . |
The following messages are used to perform computations with TimeSeries objects:
| Message | Definition | Sample |
| + | Add parameter to recipient | ts1 + ts2 |
| - | Subtract parameter from recipient | ts - 3 |
| * | Multiple recipient by parameter | ts * ts |
| / | Divide recipient by parameter | ts / 3 |
| aveForDateRange: | Extract date range indicated by parameter from recipient and compute average | ts aveForDateRange: drange . |
| cGrow | Compute compound growth for recipient's values | ts cGrow |
| cGrowForDateRange: | Extract date range indicated by parameter from recipient and compute compound growth | ts cGrowForDateRange: drange . |
| changeLag: | Compute change in value between ^date and ^date - parameter | ts changeLag: 1 months . |
| changeLead: | Compute change in value between ^date and ^date + parameter | ts changeLead: 3 days . |
| gMeanForDateRange: | Extract date range indicated by parameter from recipient and compute geometric mean | ts gMeanForDateRange: drange . |
| lsGrow | Compute least squares growth of recipient's values | ts lsGrow |
| lsGrowForDateRange: | Extract date range indicated by parameter from recipient and compute least squares growth | ts lsGrowForDateRange: drange . |
| maxForDateRange: | Extract date range indicated by parameter from recipient and compute maximum | ts maxForDateRange: drange . |
| medianForDateRange: | Extract date range indicated by parameter from recipient and compute median | ts medianForDateRange: drange . |
| minForDateRange: | Extract date range indicated by parameter from recipient and compute minimum | ts minForDateRange: drange . |
| modeForDateRange: | Extract date range indicated by parameter from recipient and compute mode | ts modeForDateRange: drange . |
| pctChangeLag: | Compute percent change in value between ^date and ^date - parameter | ts pctChangeLag: 5 days . |
| pctChangeLead: | Compute percent change in value between ^date and ^date + parameter | ts pctChangeLead: 3 months . |
| productForDateRange: | Extract date range indicated by parameter from recipient and compute product | ts productForDateRange: drange . |
| stdDevForDateRange: | Extract date range indicated by parameter from recipient and compute standard deviation | stdDevForDateRange: |
| totalForDateRange: | Extract date range indicated by parameter from recipient and compute total | ts totalForDateRange: drange . |
As you have seen, time varying properties are evaluated relative to a default date represented by the magic word ^date. Methods that directly or indirectly reference time varying properties will also evaluate as of the current evaluation date. For example,, suppose you define a time varying property representing a currency's exchange rate and a method that doubles this value:
#-- Define a time varying property Currency define: 'exchangeRate' ; #-- Define a method to double the value Currency defineMethod: [ | doubleIt | exchangeRate * 2 ] ; #-- Populate some values Named Currency USD :exchangeRate asOf: 93 put: 1.2 ; Named Currency USD :exchangeRate asOf: 94 put: 2.3 ; Named Currency USD :exchangeRate asOf: 95 put: 3.4 ; #-- Display data over range of dates Named Currency USD do: [ 93 to: 95 by: 1 yearEnds . evaluate: [ ^date print: 15 ; #-- print the evaluation date exchangeRate print ; #-- print value of ts doubleIt printNL ; #-- print value of calculation ] ; ] ;You should see the result:
12/31/1993 1.20 2.40 12/31/1994 2.30 4.60 12/31/1995 3.40 6.80Notice that both the time series property and the method that references this property are both automatically evaluated as of each date in the range. In this program, there is no obvious difference between the exchangeRate message and the doubleIt message even though one refers to a time series property and the other refers to a method. When Vision evaluates a method as of a date, all data required by the method is accessed as of that date. As a result, you usually do not need to know whether the message being sent is a method or a property.
Messages such as asOf: also work with methods. For example:
Named Currency USD :doubleIt asOf: 94 .In this case, all data required by the doubleIt method is accessed as of 12/94. Many messages work interchangeably with time series and methods including: asOf:, lag:, changeLag:, pctChangeLag, extractForDateRange: and aveForDateRange:. Certain operations are only meaningful in conjunction with pure time series data. For example:
Named Currency USD :doubleIt displayAll displays: *** Message Is Not A Time Series *** Defined As: ===> [|doubleIt| exchangeRate * 2 ]Since doubleIt is not really a time series and can be evaluated as of any point in time, you cannot display all its values. Instead, the displayAll message displays the definition of the method.
A method is a program that can be evaluated as of any date. Actual data is stored in a time series, whereas no data is actually stored in a method. Therefore messages such as asOf:put: are only meaningful for time series. For example:
Named Currency USD :doubleIt asOf: 93 put: 1000 ;generates the warning:
>>> Selector 'asOf:put:' Not Found <<<Similarly the messages count, firstDate, lastDate, effectiveDate, and nextDate are only meaningful for actual TimeSeries objects.
To determine if an object is a method or time series, print out its value. If it is a method, Vision will display the method definition; otherwise the message aTimeSeries will be displayed. For example:
"---> exchangeRate" printNL ; Named Currency USD :exchangeRate printNL ; "---> doubleIt" printNL ; Named Currency USD :doubleIt printNL ;
The message extractForDateRange: can be used to convert a method into a time series with values for each point in the date range. For example:
!dr <- 94 to: 95 by: 1 yearEnds ; Named Currency USD :doubleIt extractForDateRange: dr . displayAll ;The message extract:for: is used to evaluate a block for an object over a date range, returning a TimeSeries object. For example:
94 to: 95 by: 1 yearEnds . extract: [ usExchange ] for: Named Currency CADreturns a time series of two year-end exchange rates for the Canadian currency.
TimeSeries objects are available in two distinct forms in Vision:
The expression:
Currency define: 'tsProperty' ;creates a new time series property for the class Currency. The expression:
Named Currency USD :tsPropertyretrieves this property for the US currency as a TimeSeries object. The expressions:
!newTS <- TimeSeries new ; and !newTS <- Named Currency USD :tsPropety extractForDateRange: (88 to: 90 by 1 years) ;both create stand-alone TimeSeries objects. The expression:
newTSretrieves this object. These two forms of TimeSeries object respond identically to the same set of messages. They differ only in the manner in which they are accessed.
By default, a property is evaluated as of the current date. To access the time series itself, you need to place the : character in front of the property name. In this case the message :tsProperty returns the TimeSeries object which respond to all the time series messages. The stand-alone TimeSeries objects respond to time series messages by default. In other words, they do not require the initial : character. The value message is sent to a time series to evaluate it as of the current date. This message is automatically sent when you access a property without the initial :. It is required if you want a stand-alone time series to return one of its values.
Some examples should help clarify these distinctions:
#-- define property and stand-alone time series Currency define: 'tsProperty' ; !newTS <- TimeSeries new ; #-- populate values Named Currency USD :tsProperty asOf: 88 put: 880 ; Named Currency USD :tsProperty asOf: 89 put: 890 ; Named Currency USD :tsProperty asOf: 90 put: 900 ; newTS asOf: 9501 put: 1 ; newTS asOf: 9502 put: 2 ; #-- Print the most recent value Named Currency USD tsProperty print ; newTS value printNL ; #- need value #--- Print the 1989 value Named Currency USD :tsProperty asOf: 89 . print ; #- need : 89 evaluate: [ Named Currency USD tsProperty print ] ; newTS asOf: 89 . print ; #- no : 89 evaluate: [ newTS value printNL ] ; #- need value #-- Count the elements in the time series Named Currency USD :tsProperty count print ; #- need : newTS count printNL ; #- no :
Prior to release 6 of Vision, only values of the class Date could be used to index a TimeSeries object. This constraint was relaxed in release 6 which has been provided to new users and available as an upgrade since January 1998.
A new abstract class, Time, containing the two subclasses LowResolutionTime and HighResolutionTime have been added to the database to support higher resolution time indexing. Instances of LowResolutionTime can record timestamps to the micro-second (i.e., 1e-6, 0.000001 seconds) and instances of HighResolutionTime can record timestamps to the femto-second (i.e., 1e-15, 0.000000000000001 seconds).
Creating a high frequency time series requires that you supply an
extra parameter indicating the resolution you wish when you create
the property. For example, to define a property for tracking real-time
prices at security, you could use the expression:
Security define: 'rtPrice' withTimeIndex: LowResolutionTime ;
You can continue to use the asOf:put: message to update high frequency
time series. The first parameter can be supplied in the form:
yyyymmdd.hhmmssssto include both the date and time components. For example, to update IBM's price as of 3:03 pm on April 14, 2000, use:
Named Security IBM :rtPrice asOf: 20000414.1503 put: 102.25 ;You can continue to use the asOf: message to access a high frequency time series. For example:
#-- get the most recent price Named Security IBM rtPrice printNL ; #-- get the price as of 4pm on 4/14/2000 Named Security IBM :rtPrice asOf: 20000414.16 . printNL ; #-- get the end of date price on 4/14/2000 Named Security IBM :rtPrice asOf: 20000414 . printNL ;You can continue to use the standard Collection messages such as do: to access the entire time series:
Named Security IBM :rtPrice do: [ ^date print ; printNL ; ] ;
When a time series object is indexed by time, it responds to the messages hours, minutes, and seconds as well as the messages year, month, and day. For example:
Named Security IBM :rtPrice do: [ ^date asDate print: 12 ; ^date hours print ; ^date minutes print; ^date seconds print ; printNL ; ] ;
The asNumber message can be sent to a Time object to convert it into a decimal number where the integer portion of the number represents the date in YYYYMMDD format and the decimal portion of the number represents the time component in HHMMSSSS format. The message formatAsTimeStamp can be sent to a Time object to format the date and time components in a standard way.
The messages countSecondsTo:, countMinutesTo:, and countHoursTo: can be used to compute the nubmer of seconds, minutes, or hours between two time points.
For additional information see:
| Copyright © 1997 Innovative Systems Techniques, Inc. | Updated June 19, 1997 |


Watch Thom Yorke perform haunting new ballad ‘Daily Battles’ on ‘Colbert’
The track is taken from Edward Norton's new movie
Thom Yorke has performed a new song, ‘Daily Battles’, on The Late Show With Stephen Colbert.
The Radiohead frontman performed the song yesterday (November 14) during his second appearance of 2019 on the nighttime show. ‘Daily Battles’ is taken from Motherless Brooklyn, a new film written, produced and directed by Edward Norton.
Yorke recently appeared on Jimmy Kimmel to perform three songs from his new album ANIMA. He also released the music video for album single ‘Last I Heard (…He Was Circling the Drain)’.
Last month (October 18), Yorke added new US dates to his originally planned 2020 UK and Europe solo tour.
As well as adding a second Manchester date to the UK leg of the tour last month, the musician revealed additional shows in New York City for March and April. He’ll also stop by Mexico in late April.
Further dates are scheduled in the UK and Europe beginning in June, including appearances at Poland’s Open’er Festival and Denmark’s Roskilde Festival.
Yorke’s upcoming tour dates are below. Tickets to UK shows are on sale now, and you can get them here.
MARCH 2020
28 – Fairfax, VA, EagleBank Arena
30 – New York, NY, Radio City Music Hall
31 – New York, NY, Hammerstein Ballroom
APRIL 2020
01 – New York, NY, Hammerstein Ballroom
04 – Chicago, IL, United Center
05 – St. Paul, MN, Xcel Energy Center
08 – Denver, CO, Mission Ballroom
22 – Monterrey, MX, Showcenter Complex
24 – Guadalajara, MX, Terraza Vallarata
JUNE 2020
19 – Glasgow, UK. SEC
20 – Manchester, UK, O2 Warehouse
23 – London, UK, Eventim Apollo
24 – London, UK, Eventim Apollo
JULY 2020
01 – Gdynia, PL. Open’er Festival
02-04 – Roskilde, DK. Roskilde Festival
06 – Amsterdam, NL, AFAS Live
09 – Milan, IT, Ippodromo del Galoppo di San Siro
11 – Trencin, SL, Pohoda Festival
12 – Prague, CZ, Karlin Hall
13 – Berlin, DE, RMax-Schmeling-Halle
In other Radiohead news, bandmate Ed O’Brien recently aired his first solo work with ‘Santa Teresa’. Radiohead last released an album with 2016’s ‘A Moon Shaped Pool’, and O’Brien said that “we’ve got some stuff that we were talking about,” regarding the band’s next steps.


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@* * Copyright 2017 Jan Bessai * * 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. *@ @import org.combinators.cls.inhabitation.Tree @import org.combinators.cls.types.Type @import shapeless.feat.Enumeration @(path: String, webJars: org.webjars.play.WebJarsUtil, combinators: Map[String, (Type, String)], targets: Seq[(Type, Option[BigInt])], rawTerms: Enumeration[Seq[Tree]], computedVariations: Set[Long], infinite: Boolean, incomplete: Boolean)
@for((ty, count) <- targets) { Γ ⊢ ? : @ty (@{count.map(_.toString).getOrElse("∞")}) }
@Html(targets.collect { case (ty, Some(n)) if n == BigInt(0) => s"Γ ⊢ ? : ${ty.toString}" }.mkString("\n"))
@Html(targets.collect { case (ty, None) => s"Γ ⊢ ? : ${ty.toString}" }.mkString("\n"))
Γ = {
@for((name, (ty, position)) <- combinators) {
@name : @ty
}
}


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| Classes in com.parse used by com.parse | |
|---|---|
| CountCallback
A CountCallback is used to run code after a ParseQuery is used to count objects matching
a query in a background thread. |
|
| DeleteCallback
A DeleteCallback is used to run code after saving a ParseObject in a background thread. |
|
| FindCallback
A FindCallback is used to run code after a ParseQuery is used to fetch a list of
ParseObject s in a background thread. |
|
| FunctionCallback
A FunctionCallback is used to run code after ParseCloud.callFunction(java.lang.String, java.util.Map is used to run a
Cloud Function in a background thread. |
|
| GetCallback
A GetCallback is used to run code after a ParseQuery is used to fetch a
ParseObject in a background thread. |
|
| GetDataCallback
A GetDataCallback is used to run code after a ParseFile fetches its data on a background
thread. |
|
| LocationCallback
A LocationCallback is used to run code after a Location has been fetched by some LocationProvider. |
|
| LogInCallback
A LogInCallback is used to run code after logging in a user. |
|
| ParseACL
A ParseACL is used to control which users can access or modify a particular object. |
|
| ParseClassName
Associates a class name for a subclass of ParseObject. |
|
| ParseException
A ParseException gets raised whenever a ParseObject issues an invalid request, such as
deleting or editing an object that no longer exists on the server, or when there is a network
failure preventing communication with the Parse server. |
|
| ParseFile
ParseFile is a local representation of a file that is saved to the Parse cloud. |
|
| ParseGeoPoint
ParseGeoPoint represents a latitude / longitude point that may be associated with a key in a ParseObject or used as a reference point for geo queries. |
|
| ParseInstallation
|
|
| ParseObject
The ParseObject is a local representation of data that can be saved and retrieved from the Parse cloud. |
|
| ParseQuery
The ParseQuery class defines a query that is used to fetch ParseObjects. |
|
| ParseQuery.CachePolicy
|
|
| ParseQueryAdapter.OnQueryLoadListener
Implement with logic that is called before and after objects are fetched from Parse by the adapter. |
|
| ParseQueryAdapter.QueryFactory
Implement to construct your own custom ParseQuery for fetching objects. |
|
| ParseRelation
A class that is used to access all of the children of a many-to-many relationship. |
|
| ParseRole
Represents a Role on the Parse server. |
|
| ParseUser
|
|
| ProgressCallback
A ProgressCallback is used to get progress of an operation. |
|
| RefreshCallback
A RefreshCallback is used to run code after refresh is used to update a ParseObject in a
background thread. |
|
| RequestPasswordResetCallback
A RequestPasswordResetCallback is used to run code requesting a password reset for a user. |
|
| SaveCallback
A SaveCallback is used to run code after saving a ParseObject in a background thread. |
|
| SendCallback
A SendCallback is used to run code after sending a ParsePush in a background thread. |
|
| SignUpCallback
A SignUpCallback is used to run code after signing up a ParseUser in a background thread. |
|
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As an occasional lucid dreamer who has had many deep and profound dream experiences (linking with loved ones in dreams mainly), Calea drew my attention a long time back. I finally procured some from a friend recently, and I have smoked a bowl of it each night since then. I add a few drops of water to the herb before I place it in the bowl, as it is rather dry and I'm not trying to smoke fast. It isn't a harsh or particularly unpleasant smoke, remniscent of salvia in many ways to me but ultimately I've been told I come back smelling like I've smoked Prince Alberts. I smoke it reverently, under the stars, calmly, breathing deeply. The only things I leave for afterwards are brushing teeth and a short yoga/stretching session before bed (less than 5 mins). Then it's off to the world where dreams never cease.
I have not missed one night of dreaming in this week since I've had the calea. The first night I must have had at least 10, no exaggeration. I cannot remember all the details because many times I will slip back into another dream before jotting it down in my dream journal. But the dreams have always been numerous, and intense. Calea is definitely an ally of mine. Perhaps my best. Of course, opinions vary. But I recommend it for anyone inclined to making use of these states. If you're looking for the latest, greatest high, keep looking. Calea does very little, besides a *MILD* relaxation, while awake. But when you wake up.. you'll know.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


{% extends "_layouts/base.html" %} {% block content %}
AppsCake is an easy to use web app capable of deploying AppScale, the open source app engine, over various infrastructures. AppsCake currently supports deployment strategies over Amazon EC2, Eucalyptus Private Cloud and Virtualbox.


Abstract Query
Abstract query, providing for client-side optimisation of queries.
Example
let query = Query
.from({
course: 'javascript 101',
student: { age : [21,] },
grade: [,'C']
}).or({
course: 'medieval French poetry',
student: { age: [40,65]},
grade: [,'C']
})
let expr = query.toExpression();
and expression should equal:
grade<"C" and (course="javascript 101" and student.age>=21 or course="medieval French poetry" and student.age>=40 and student.age<65)
Note that the common expression grade<"C"
has been factored out of the 'or'. Plainly that's not all that much use in this simple example but when programatically constructing complex queries it is extremely useful to ensure that the query that ultimately sent to the data store is reasonably concise.
Expression Formatters
The toExpression
method takes a formatter object so that query objects can be used to create any kind of output. For example:
const formatter = {
andExpr(...ands) { return ands.join(' && ') },
orExpr(...ors) { return "(" + ors.join(' || ') + ")"},
operExpr(dimension, operator, value, context) {
return (operator === 'contains')
? dimension"[" + value + "]"
: dimension + operator +value
}
let expr = query.toExpression(formatter)
Will result in an expr like:
grade<"C" && (course="javascript 101" && student[age>="21"] || course="medieval French poetry" && student[age>="40" && age<"65"])
The objective is to provide several different expression formatters, to support (at a minumum) constructing suitable expressions for IndexedDB, MongoDB, and MySQL. These formatters will be provided in separate packages so that a code can be written to the abstract-query API without creating a dependency on any given back-end store. The following are currently available:
| Target Language | Package |
|---|---|
| MongoDB | mongo-query-format |
Filtering Arrays and Iterables
Abstract Query itself provides a simple 'predicate' property that can be used to filter arrays. For example:
let data = [
{ name: 'jonathan', age: 12},
{ name: 'cindy', age: 18},
{ name: 'ada', age: 21}
];
let query = Query.from({ age: [,18]});
let result = data.filter(query.predicate);
Will filter all the items with age less than 18 from the given data array. While the query API offers little advantage over an anonymous predicate function in this simple example, the ability to compose, optimise, and parametrize queries is a significant benefit in more complex cases. As more expression formatters are built, the ability to use a single query format across native data structures, front-end data stores, and back-end data stores will provide significant benefits to code readability and portability.
Parameters
Of course, abstract query also supports parametrized queries.
let query = Query
.from({ course: 'javascript 101', student: { age : [$.min_age,] }, grade: [,'C']})
.or({ course: 'medieval French poetry', student: { age: [$.min_age, 65]}, grade: [,'C']})
let expr = query.toExpression();
Will result in an expr like:
grade<"C" and (course="javascript 101" and student.age>=$min_age or course="medieval French poetry" and student.age>=$min_age and student.age<65)
Parameters can be bound to create a new query, thus given the query above:
let expr2 = query
.bind({min_age: 27})
.toExpression();
Will result in an expr like:
grade<"C" and (course="javascript 101" and student.age>=27 or course="medieval French poetry" and student.age>=27 and student.age<65)
The library re-optimises the query when parameters are bound, and also tries quite hard to indentify redundant or mutually exclusive criteria even if a query is parametrised.
Subqueries and Child Objects
Subqueries can be used to put conditions on sub-properties. In the below example, the subquery 'expertise_query' is used to pick items in the data array which have an object in 'expertise' which has a language property of 'java'.
let data = [
{ name: 'jonathan',
age: 45
expertise: [
{ language:'java', level:'expert' },
{ language:'javascript', level:'novice' }
]
}, ...other entries...
];
let expertise_query = Query.from({ language: 'java' });
let result = data.filter(Query
.from({ age: [,50], expertise: { $has : expertise_query })
.predicate
);
Note that it is not necessary to create a subquery as a separate object, the final query could have been written Query.from({ age: [,50], expertise: { $has: { language:'java' } } })
with identical effect. Subquery syntax can also be used to filter on properties that are not arrays:
let data = [
{ name: 'jonathan',
age: 45
expertise: { language:'java', level:'expert' }
}, ...other entries...
];
let result = data.filter(Query
.from({ age: [,50], expertise: { language: 'java' })
.predicate
);
Caching
Abstract query will also aid in building any kind of caching layer. Because abstract-query actually stores the query in an internal canoncial form, two queries can be compared for equality even if they are outwardly somewhat different. Thus:
let query1 = Query.from({x: [,2], y: { alpha: [2,6], beta: { nuts: 'brazil' }}});
let query2 = Query.from({y: { beta: { nuts: 'brazil' }, alpha: [2,6]}, x: [,2]});
let query3 = query1.and(query2);
let query4 = query2.and(query1);
query1.equals(query2) // true
query3.equals(query4) // true
Even better, query.contains allows you to detect whether one query is a subset of another; thus data can be potentially be retrieved by just filtering an existing cached result set rather than requerying the data store for data we already have.
For the latest API documentation see The Software Plumbers Site
Project Status
Beta. The API is stabilising, and although unit test coverage could be better it seems broadly functional. We are building downstream code (the above-mentioned formatters, for example).


This is a web server for Hazel Project
usr directory
hello directory
find directory
call directory
drop directory


ACCT_USERS
Section: FreeRADIUS user accounting file (5)
Updated: 05 August 2000
Index
Return to Main Contents
NAME
acct_users - user accounting file for the FreeRADIUS server
DESCRIPTION
The acct_users file resides in the radius database directory, by
default /etc/raddb. It contains a series of configuration
directives which are used by the files module to decide how to
log accounting messages.
The format of this file is identical to that of the users file,
except that it controls the response to accounting requests, not
authentication requests.
FILES
/etc/raddb/acct_users
SEE ALSO
radclient(1),
radiusd(8),
dictionary(5),
users(5)
AUTHOR
Alan DeKok<EMAIL_ADDRESS>Index
- NAME
-
- DESCRIPTION
-
- FILES
-
- SEE ALSO
-
- AUTHOR
-
This document was created by
man2html,
using the manual pages.
Time: 22:43:21 GMT, June 03, 2002


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Assembly Simulator
Tutorial
(current)
Features
(current)
Program Editor
Open
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; Testing branching ; Sums the numbers from 1-100 and stores result in R3 SET $101, R0 SET $0x1, R1 SET $0x1, R2 SET $0x0, R3 .COMPARE CMP R0 , R1 BRGE .DONE ADD R1, R3 ADD R2, R1 BRA .COMPARE .DONE STP
Register Table
Decimal
Hex
Registers
R0
R1
R2
R3
Values
00000
00000
00000
00000
Registers
PC
SP
ZCNO
Values
0000
0511
0000
Main Memory
No delay
1 Hz
2 Hz
4 Hz
8 Hz
Address
Value
Byte Code
Label


Trailblazer provides abstractions for code that doesn’t belong in Models, Views, or Controllers.
Previously, we discussed how dumb templates help Mexico Insurance Online provide resellers with hyper-customized versions of our application. Now, we’ll discuss a way of compartmentalizing code, which extends this flexibility by compartmentalizing operations with Trailblazer.
The basic constructs in Rails are Models, Views, and Controllers (MVC). Each of these has a specific purpose which they excel at. Models are great at storing data in a database. Controllers are great at routing web requests to ruby code. Views are great at presenting the data and overall User eXperience (UX). These constructs from Rails are the basics constructs of any simple CRUD (Create, Read, Update, Delete, the four basic actions taken on data) application.
In business applications, however, we have more complex logic that may not fit into the MVC “buckets”. As an example, consider the following, to charge a credit card (completely made up):
def charge_card(cc_info, amount)
transaction = Braintree.new_transaction(cc_num: cc_info.account_number)
if transaction.authorize(amount)
transaction.charge(amount)
else
raise "Unable to charge credit card."
end
end
The credit card info will never be saved to the database, used directly inside a view, and is not a part of a web request, so doesn’t belong in MVC. This is where Trailblazer steps in and offers a new abstraction called an Operation. Each operation encompasses a specific workflow. As an example, the above code could be written as an operation:
class Payment::Charge::CreditCard < Trailblazer::Operation
step :model!
step :authorize!
failure :error!
step :charge!
failure :error!
private
def model!(options, params:, **)
options['model'] = params['gateway'].new_transaction(
cc_num: params['cc_info'].account_number
)
end
def authorize!(options, params:, **)
options['model'].authorize(params['amount'])
end
def charge!(options, params:, **)
options['model'].charge(params['amount'])
end
def error!
raise "Unable to charge credit card."
end
end
Even writing this out now, I find myself thinking, “That’s a lot more code to do the same thing”, but let’s break the operation down. The calls to step
and failure
outline the process. Simple and readable definition of the steps required to charge a credit card. Each step is a method, and by appending !
, we tell Trailblazer that the return value of the method is important. A ‘falsey’ return will cause the Operation to trigger the next failure
step, stopping the operation. Also notice that steps are reusable, in the case of error!
The operation can be easily called from anywhere in the application with Payment::Charge::CreditCard.call()
. This means that if you are creating both a web interface, and an API, the same Operation can be called, and be safe in assuming it will work the same either way. In fact, Trailblazer doesn’t even require Rails, so this same Operation could be used in Rails, Sinatra, or even in a command line tool.
As icing on the cake, this Operation is also much easier to test compared to the same code in a Controller. Because the Operation does not rely on Rails (or even ActiveRecord), it can be tested in isolation of the rest of the system, making for faster tests, and easier isolation.
Trailblazer is not a silver bullet for development, but it does add useful abstractions to help keep code DRY, and help maintain the Single Responsibility Principle.


| OLD line(s): 188,189
<!-- Address of Related Party --> <xsd:element name="RelatedPartyAddress" type="USAddressType" minOccurs="0"> | NEW line(s): 188,191
<!-- Address of Related Party: choice between U.S. or foreign address --> <xsd:choice minOccurs="0"> <!-- US Address of Related Party --> <xsd:element name="USRelatedPartyAddress" type="USAddressType"> |
| OLD line(s): 192
<Description>Address of related party</Description> | NEW line(s): 194
<Description>US address of related party</Description> |
| OLD line(s): 197
| NEW line(s): 200,210
<!-- Foreign Address of Related Party --> <xsd:element name="ForeignRelatedPartyAddress" type="ForeignAddressType"> <xsd:annotation> <xsd:documentation> <Description>Foreign address of related party</Description> <LineNumber>Part II Line 8</LineNumber> </xsd:documentation> </xsd:annotation> </xsd:element> </xsd:choice> |


What is it?eSCAPE is a scalable parallelised Python-based numerical model built to simulate landscapes and basins evolution at high resolution. |
For what purpose?eSCAPE can address problems related to Earth surface dynamics such as geomorphology, hydrology, and stratigraphy, it can also be used in related fields. |
Tristan Salles |
Follow @tristan-salles | Follow @salles_tristan |


193_Gambler147.py
class Solution:
def countSubTrees(self, n: int, edges: List[List[int]], labels: str) -> List[int]:
# construct links
links = collections.defaultdict(list)
for a,b in edges:
links[a].append(b)
links[b].append(a)
# start from root, use dfs to find result
res = [None for _ in range(n)]
def dfs(node, visited):
# node, int 0 - n-1
# visited, set of visited nodes
# modify a global counter directly
visited.add(node)
counter = collections.Counter()
for child in links[node]:
if child not in visited:
counter.update(dfs(child, visited))
counter[labels[node]] += 1
res[node] = counter[labels[node]]
return counter
dfs(0, set())
return res


Andra Menu
The menu is given below.
Bellam paramannam
This is a longer card with supporting text below .
Dosakaya Pachadi
This is a longer card with supporting text below .
Sorakaya Palu posi Koora
This is a longer card with supporting text below .
Aratikaya Fry
This is a longer card with supporting text below .
Tomato Pappu
This is a longer card with supporting text below .
Pulihora/ Mango Pulihora
This is a longer card with supporting text below .
Mukkala Pulusu/ Majjiga Pulusu
This is a longer card with supporting text below .
Moonagakaya Sambar/Pappu Charu
This is a longer card with supporting text below .
Avakaya Pachadi
This is a longer card with supporting text below .
Pergu
This is a longer card with supporting text below .
Challa Merapakayalu
This is a longer card with supporting text below .
Merapakaya Bajji
This is a longer card with supporting text below .
Appadalu
This is a longer card with supporting text below .
Poornalu
This is a longer card with supporting text below .


- getAddress() - Method in class goplaces.models.Place
-
- getCellBounds_(int[]) - Method in class lib.RouteBoxer
-
Obtain the LatLng of the origin of a cell on the grid
- getCellCoords_(RouteBoxer.LatLng) - Method in class lib.RouteBoxer
-
Find the cell a path vertex is in by brute force iteration over the grid
- getCenter() - Method in class lib.RouteBoxer.LatLngBounds
-
- getCustomRoute(CustomRouteParameters, HttpServletResponse) - Method in class goplaces.resources.CustomRoute
-
- getCustomRoute(Place, Place, Place[]) - Static method in class lib.GoogleMap
-
Method to get a custom route between origin and destination via some waypoints.
- getDestination() - Method in class goplaces.models.Route
-
- getDirections(Place, Place) - Static method in class lib.GoogleMap
-
Method to get directions between origin and destination.
- getDistance() - Method in class goplaces.models.Route
-
- getDuration() - Method in class goplaces.models.Route
-
- getFinalRoute(String, HttpServletResponse) - Method in class goplaces.resources.CustomRoute
-
- getFlag() - Method in class lib.RouteBoxer
-
- getGooglePlaceId() - Method in class goplaces.models.Place
-
- getGooglePlaceIDFromAddress() - Method in class goplaces.models.Place
-
- getGooglePlaceIDFromCoordinates() - Method in class goplaces.models.Place
-
- getGridCoordsFromHint_(RouteBoxer.LatLng, RouteBoxer.LatLng, int[]) - Method in class lib.RouteBoxer
-
Find the cell a path vertex is in based on the known location of a nearby
vertex.
- getGridIntersect_(RouteBoxer.LatLng, double, double) - Method in class lib.RouteBoxer
-
Find the latlng at which a path segment intersects with a given
line of latitude
- getGridIntersects_(RouteBoxer.LatLng, RouteBoxer.LatLng, int[], int[]) - Method in class lib.RouteBoxer
-
Identify the grid squares that a path segment between two vertices
intersects with by:
1.
- getId() - Method in class goplaces.models.Route
-
- getKeyword() - Method in class goplaces.models.Waypoint
-
- getKeywords() - Method in class goplaces.models.CustomizeRouteQuery
-
- getLatitude() - Method in class goplaces.models.Place
-
- getLats() - Method in class lib.RouteBoxer
-
- getLngs() - Method in class lib.RouteBoxer
-
- getLongitude() - Method in class goplaces.models.Place
-
- getMapJsonAsText() - Method in class goplaces.models.Route
-
- getMode() - Method in class goplaces.models.Route
-
- getName() - Method in class goplaces.models.Place
-
- getNorthEast() - Method in class lib.RouteBoxer.LatLngBounds
-
- getOrigin() - Method in class goplaces.models.Route
-
- getPlace(String) - Method in class goplaces.apis.BoxRouteWorkerAPI
-
- getPlace(String) - Method in class goplaces.apis.PlacesAPI
-
- getPlace(String) - Method in class goplaces.apis.PlacesMemcacheAPI
-
- getPlace(String) - Method in class goplaces.apis.RoutesAPI
-
- getPlace(String) - Method in class goplaces.apis.RoutesMemcacheAPI
-
- getPlace(String) - Method in class goplaces.apis.WaypointsReviewAPI
-
- getPlace() - Method in class goplaces.models.Waypoint
-
- getPlace_ids() - Method in class goplaces.models.PlaceIDS
-
- getPlaceDetails(String, HttpServletResponse) - Method in class goplaces.resources.PlaceDetailsResource
-
- getPlaceDetails(String) - Static method in class lib.GoogleMap
-
Method to get place details for a given place.
- getPlaces(String, HttpServletResponse) - Method in class goplaces.resources.SelectWaypointsResource
-
- getPlacesAroundLocation(Double, Double, int, String) - Static method in class lib.GoogleMap
-
Method to get places matching a keyword around a given location
- getPlaceStringForDirectionQuery(Place) - Static method in class lib.GoogleMap
-
- getRadius() - Method in class goplaces.models.CustomizeRouteQuery
-
- getRating() - Method in class goplaces.models.Place
-
- getReviews() - Method in class goplaces.models.Place
-
- getRouteID() - Method in class goplaces.models.CustomizeRouteQuery
-
- getRouteID() - Method in class goplaces.models.CustomRouteParameters
-
- getSouthWest() - Method in class lib.RouteBoxer.LatLngBounds
-
- getTestAction() - Method in class goplaces.resources.FakeTestResource
-
- getWaypoints() - Method in class goplaces.models.CustomRouteParameters
-
- getWaypoints() - Method in class goplaces.models.Route
-
- GoogleMap - Class in lib
-
This class implements methods for accessing various Google APIs.
- GoogleMap() - Constructor for class lib.GoogleMap
-
- googlePlaceId - Variable in class goplaces.models.Place
-
- goplaces.apis - package goplaces.apis
-
- goplaces.models - package goplaces.models
-
- goplaces.resources - package goplaces.resources
-
- goplaces.workers - package goplaces.workers
-
- grid_ - Variable in class lib.RouteBoxer
-


There are many possibilities for modal overlays to appear. Here are some modern ways of showing them using CSS transitions and animations.
There are many possibilities for modal overlays to appear. Here are some modern ways of showing them using CSS transitions and animations.


How the social network aims to overcome trust issues to make people use its cryptocurrency.
It has been much hyped, but could blockchain really be as significant and disruptive as the internet?
The blockchain offers greater security and anonymity, and e-retail platforms built on the technology offer a number of consumer protections.
For Trust.
 Built for both public and private use cases, GPE is customizable to suit a wide range of business needs across industries with rich role-based security permissions, industry-leading speeds and secure application processing. Building on GPE follows familiar development patterns and programming languages used by existing non-blockchain applications so developers can create a seamless user experience using development tools they already know and love.
People describe blockchain technology in different ways, but at heart a blockchain is a public digital ledger that records all the transactions inside a given network in a publicly verifiable and cryptographically secure way.
Consortium Blockchain is a type of private chain. The biggest difference is that the private chain is mainly referred to as a single service of 100 million companies. The consortium chain is mainly focused on the services between multiple corporate organizations and industries.
How to formulate the manage of chain and the transparency of participant are depended on user's requirement.


In America today over 15 million people face the problem of trying to find food with a dietary restriction. This page is to help spread the awareness of these problems.
Over 18 million people in America suffer from a gluten allergy. Gluten refers to the proteins found in wheat, rye and barley which cause an adverse reaction in people with gluten-related disorders. On a gluten-free diet, these grains and any foods or ingredients derived from them must be removed from the diet.
Over 7.3 million people are vegetarians in America today. A vegetarian is someone who lives on a diet of grains, pulses, nuts, seeds, vegetables and fruits with, the use of dairy products and eggs.


Reports an implicit conversion among the predefined XPath-types STRING
, NUMBER
, BOOLEAN
,
and NODESET
. Helps to write XSLT scripts that are more expressive about types and prevents subtle bugs:
Example:
<xsl:if test="foo" />
is not the same as <xsl:if test="string(foo)" />
The first test checks whether the element "foo" exists (count(foo) > 0)
; the latter one however is only
true if the element actually contains any text (string-length(foo) > 0
). Suggests making
the type conversion more explicit.
Use the controls below to customize the inspection.
<xsl:if test="number(foo)" />
NODESET
to BOOLEAN
by using the string()
function as a shortcut for writing string-length() > 0
.


This package implements the graph component, represented by the Graph
class. The graph holds an GraphModel which contains Cells and caches the
state of the cells in GraphView. The cells are painted using a canvas from
the canvas package. The style of the graph is represented by the Stylesheet
class.


Plants Make Glucose from CO2¶
Glucose is among the most common sugars in the biosphere because plants make most of the sugars in the biosphere and glucose is the most abundant sugar in plant matter (Buchanan et al., 2015). Plants make glucose by reducing atmospheric CO2. In other words, plants close the cycle of glucose oxidation performed by heterotrophs (like humans and octopi and yeast and E. coli). If we examine the reduction of CO2 to glucose using eQuilibrator
6 CO2 + 6 H2O ⇌ Glucose + 6 O2
It’s clear that the reaction is extremely unfavorable, with a positive ΔrG’ of roughly 2900 kJ / mol. In fact, it has to be unfavorable because it is the reverse of glucose oxidation (see here) and we know that the complete oxidation of glucose is highly thermodynamically favorable. In plants, this reaction is coupled to light energy that is absorbed by chlorophyll (Nelson et al., 2008; Buchanan et al., 2015). Chlorophyll can absorb photons best when they have a wavelength of about 700 nm, which corresponds to a per-photon energy of [1]
As a result, we expect that plants need at least 16 moles of photons to make 1 mole of glucose from CO2. In fact, estimates indicate that the carbon fixation pathways of contemporary plants are much less efficient than our lower-bound, using about 10 photons energy per CO2 or 60 photons per glucose. As we saw above, biological processes often leave a bunch of energy “on the table.” It is often suggested that this excess energy or “overpotential” is used to drive reactions in the forward direction more quickly (Milo, 2009).
| [1] | Try to verify this calculation yourself, remembering that “h” is Planck’s constant, c is the speed of light in a vacuum and λ is the photonic wavelength. |


Simon: Light sequence at end
New code
...
# Play correct sequence fast
for i in play_order:
lights[i].on()
notes[i].play(0.1).wait()
lights[i].off()
time.sleep(0.05)
prev | next


The goal of the club is to take over the world. We already have members in key government positions.
Another goal is to improve the image of liars. To this end, we have infiltrated many advertising agencies.


Hello, welcome to my portfolio web page.
I am a young man passionate about life and learning new ideas. We live in a world that is contantly evolving and therefore I believe that life is a continuos learning process. Consequently, I strive to learn new ideas with each new day so that I can make a difference in improving the status of my being and that of the people around me. The image below highlights my road map to success.
I went to Huduma school for my primary school education from the year 2002-2009. Afterwards, I went to Aquinas high school,Nairobi for my secondary school education for four years from 2010 to 2013. I Excelled and joined Maseno University,Kisumu to pursue a degree in Mathematics and Economics with IT. I am now in my final year awaiting graduation come the end of the year. I recently joined moringa school for my professional course in programming.
I worked at four points by Sheraton Nairobi, formerly Best western premier Nairobi, for four months as from May 2016 up to August 2016. During this period I worked as a trainee at the finance and the IT departments.
At the finance department my duties were as follows:
At the IT departments my duties were:
I enjoy watching football, listening to music, watching movies and visiting new places. My skills include; solving mathematical problems, handling data, playing football and sprinting sports.
I decided to take this programming course because I have always been facinated by computers and how they run. The course provides me with a chance to study software development and be part of the technology world.Most importantly I took the course because it gives me a great opportunity to generate income as a software developer.
The following is a list of programming projects that I have done so far;
This project was about creating my first web page ever. I used HTML programming language to create the web page
This project was about practising the use of HTML programming language. It involved correcting indentation,spacing and tag placement errors made in the original project. The programming language I used was HTML.
This project was about styling a webpage using CSS programming language.The project was done in collaboration with my mates. We used CSS and HTML programming languages.


There was a man of a venerable way of life, Blessed in grace and name, who bore an ancient heart from the time he was a child. Passing his lifetime morally in all ways, he gave his soul to no pleasure so long as he was on this earth, where it was possible to freely make use of this world, which he already disdained, as if it were a blossom in a waterless world. And he, a gentleman by birth risen from the province of Nursia, had been delivered to Rome by a liberal zeal for letters.
But when he discerned in them that many men walk along precipices of faults, it set him as if on the threshold of the world, and he drew his foot back for fear that if he acheived anything of this knowledge, he himself would, in time, go tumbling head over heels down the cliff as well.
And so, disdaining the studies of literature, he abandoned his father's home and affairs. Desiring only to please God, he sought the garb of a holy monastic life.
I didn't find out about all of his deeds, but I'm relating a few that I learned from four of his pupils: namely, the most reverent Constantine, who succeeded him in the command of the monastery; Valentine as well, who was in charge of the Lateranian monastery for many years; Simplicius, who was the third to govern the brotherhood after him; and also Honoratus, who is in charge of the cell that he'd lived in until now.


DisCoTec 07
Federated Conferences: Coordination 07 DAIS 07 FMOODS 07 Invited speakers Satellite events Location Registration Contact us
Coordination 07
Call for papers pdf txt Committees Past conferences Contact Submission Program


Welkin is a graph-based RDF visualizer.
The easiest way is to run Welkin thru Java WebStart.
If the application doesn't start when you click the link above, you don't have Java WebStart installed in your machine. You can get it when you installed the latest version of the Java Runtime Environment from the official Java web site.
Welkin visualizes RDF models. If you want to test it with some data, you can start with these graph fragments taken from our digital library collection.
A word of warning: above 1000 nodes, real-time drawing performance degrades dramatically even on beefy machines. We suggest you not to load more than 1Mb of RDF; if you have more, consider splitting it up for now. In future versions, we'll be targeting ways to allow you to work on much bigger graphs.
The best way is to read the Welkin User Guide.
You can obtain Welkin in two different ways:
On MacOSX only, you can download Welkin as a prepackaged standalone java application. Download the file with a ".dmg" extension.
In case you want to download the files from the repository (for example, if you want to have the latest and greatest development snapshot), you need to have a Subversion client installed. At this point, just type
svn co http://simile.mit.edu/repository/welkin/trunk/ welkin
at the command line and the latest welkin distribution will appear in the "welkin" directory.
Welkin is open source software and is licensed under the BSD license located in the LICENSE.txt file located in the root of the distribution.
Note however, that this software ships with libraries that are not released under the same license, that we are redistributing them untouched and each of them are licensed according to the terms of the license files located in the ./legal subdirectory of the distribution.
This software was created by the SIMILE project and originally written by:


|
clibs
Tiny but handy utility libraries for C
|
Platform-specific data. More...
Go to the source code of this file.
Macros | |
| #define | END_OF_LINE "\n" |
| End of line of specific host. More... | |
| #define | DIRECTORY_SEPARATOR "/" |
| Directory separator of specific host. More... | |
| #define | SEARCH_PATH_SEPARATOR ":" |
| Search path separator of specific host. More... | |
Platform-specific data.
The macro definitions seen in this document represent the platform data of Unix.
| #define DIRECTORY_SEPARATOR "/" |
Directory separator of specific host.
Currently, DIRECTORY_SEPARATOR works on Windows and Unix.
| #define END_OF_LINE "\n" |
End of line of specific host.
C will handle platform-specific end of line automatically. Hence, we always set END_OF_LINE the same value.
| #define SEARCH_PATH_SEPARATOR ":" |
Search path separator of specific host.
Currently, SEARCH_PATH_SEPARATOR works on Windows and Unix.


Instagram test of hiding 'likes' spreads to Indonesia
by News DeskBeginning on Friday, some Instagram users in Indonesia won’t be able to view the like counts on other users’ posts.
The social media company is testing a plan to omit like counts and encourage users to focus on posts instead of their number of likes.
Users who are part of the test were picked randomly and won’t be able to see how many likes posts appearing on their feed have.
Read also
However, they will still be able to see how many likes they have received by tapping the “like” option under their posts.
“We have heard positive reviews from users that are part of this test, therefore we’d like to hear from our users in other countries as well,” Adam Mosseri, head of Instagram, said in a statement.
The test was previously conducted in countries like Australia, Brazil and Canada for several months before reaching Indonesia. (vel/wng)


Number Guessing Game
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Before Change
// the set of arguments that are passed as placeholders to the graph
// on each call, and can change without constructing a new graph
feedable = dict(
(k, v) for k, v in kwargs.items() if k in self.feedable_kwargs)
for key in kwargs:
if key not in fixed and key not in feedable:
raise ValueError("Undeclared argument: " + key)
After Change
"for each received type."
"Using a dict may become an error on or after "
"2019-04-18.")
feedable_names = tuple(sorted(self.feedable_kwargs.keys()))
else:
feedable_names = self.feedable_kwargs
assert isinstance(feedable_names, tuple)
// the set of arguments that are structural properties of the attack
// if these arguments are different, we must construct a new graph
fixed = dict(
(k, v) for k, v in kwargs.items() if k in self.structural_kwargs)
// the set of arguments that are passed as placeholders to the graph
// on each call, and can change without constructing a new graph
feedable = {k: v for k, v in kwargs.items() if k in feedable_names}
for key in kwargs:
if key not in fixed and key not in feedable:
raise ValueError("Undeclared argument: " + key)
feed_arg_type = arg_type(feedable_names, feedable)
if not all(isinstance(value, collections.Hashable)
for value in fixed.values()):
// we have received a fixed value that isn"t hashable


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