"Childhood should be carefree, playing in the sun; not living a nightmare in the darkness of the soul."
Welcome!
The Children's Advocacy Center is a facility dedicated to pursuing the truth in child abuse investigations.  Designed as a safe and welcoming place for children to be heard, the CAC ensures that children are not further victimized by the systems intended to protect them. The Children's Advocacy Center facilitates investigations, makes medical and treatment referrals, and assists with any consequent legal proceedings in order to protect and support the children it serves and their families. We also provide comprehensive case management and crisis intervention services for all children referred to the center and their non-offending family members.
Whether you are someone we can help or someone who just wants to know how to do their part in dealing with child abuse in your community, we hope you find the resources on this site useful. If you have any questions or would like to support us and what we do, please contact us at<PHONE_NUMBER>.


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Terms of Service
Last Updated: July 19th, 2018.
Dear User,
Thank you for choosing Universal Labs. This Universal Labs Terms of Service (“Agreement”) is made between you (“User”) and Universal Labs (a company incorporated in [Hong Kong] having its registered address at [Suite 603, 6/F, Laws Commercial Plaza, 788 Cheung She Wan Road, Kowloon, Hong Kong] and its Registration Number of [61497982], “Ulabs”) and is legally binding between you and Ulabs. In this Agreement (a) “we” and “us” refer to Ulabs and “our” shall be construed accordingly; and (b) “you” refers to User and “your” shall be construed accordingly. Each of you and Ulabs shall hereinafter be referred to as a “Party”, and collectively, you and Ulabs shall hereinafter be referred to as the “Parties”.
Ulabs hereby reminds you that you must carefully read the full content of this Agreement and other documents mentioned in this Agreement before using our hardware Ubbey Box (“Ubbey Box” or “Box”) and mobile application “Ubbey” available on various mobile platforms including but not limited to Google Play and Apple App Store (“Ubbey” or “App”). In particular, you must carefully read the section of “Disclaimer and Limitation of Liability” and other sections which are displayed in bold in this Agreement. You must make sure that you fully understand the whole Agreement and evaluate the risks of using Ubbey on your own.
1. Confirmation and Acceptance of this Agreement
1.1. You understand that this Agreement and other relevant documents apply to Ubbey and the Decentralized Applications (“DApps”) which are developed and owned independently by Ulabs on Ubbey (excluding DApps developed by third parties).
1.2. After you download Ubbey and start to create, recover Identity (defined as below) or import wallet, you are deemed as having read and accepted this Agreement, which shall cause this Agreement to become effective and legally binding on both you and Ulabs immediately. IF UBBEY DO NOT AGREE TO THE TERMS IN THIS AGREEMENT, UBBEY SHALL CEASE USAGE OF Ubbey IMMEDIATELY AND IF UBBEY HAVE DOWNLOADED Ubbey, PROCEED TO DELETE Ubbey IMMEDIATELY.
1.3. In accessing or using Ubbey, you agree:
1.3.1. to be bound by the latest version of this Agreement without variation or modification;
1.3.2. that in the jurisdiction to which you are subject, you are of legal age to use Ubbey and to create binding legal and financial obligations for any liability you may incur as a result of the use of Ubbey; and
1.3.3. you are not an Excluded Person (as defined in Section 2.2).
1.4. Ulabs may, at its sole discretion, modify or replace this Agreement at any time. The modified Agreement will automatically take effect once it is posted on Ubbey and you will not be notified separately. If you do not agree with the modifications, you shall cease to use Ubbey immediately. Use of Ubbey by you after any modification to this Agreement constitutes your acceptance of this Agreement as modified.
2. Definition
2.1. Ubbey or Ubbey App: is the application developed by Universal Labs for the convenience of Ubbey Box users to manage their Ubbex box through mobile devices.
2.2. Ubbey Box: Ubbey Box is a hardware device designed by Universal Labs. It can be used as a personal cloud storage for individuals or enterprises. Ubbey Box is also a full node for the Ubbey Network.
2.3. Ubbey Network: Ubbey Network is a decentralized network powered by Ubbey Box and the Ownership Protocol (OWP), which enables ownership exchange of digital & physical assets in peer-to-peer way. Ubbey Box acts as a full node (or connection point) for the Ubbey Network. Owning a Ubbey Box means you are part of the Ubbey Network.
2.4. Ubbey Cloud: The cloud storage system for Ubbey box users.
2.5. The Ownership Protocol (OWP): OWP is a decentralized public ownership registry that not only records the ownership of digital asset such as token but also tangible physical asset such as house and land. OWP solves the replicability and double-spending problems of digital asset ownership, bringing the authentic and un-tampered ownership record to life.
2.6. Excluded Person:
2.6.1. a person other than a natural person who possesses legal and mental capacity to enter into this Agreement; or
2.6.2. a User who is prohibited, restricted, unauthorized or ineligible in any form or manner whether in full or in part under this Agreement, laws, regulatory requirements, or rules in the jurisdiction applicable to such User, to use the Services (as defined below).
2.7. Create or import wallet: means your use of Ubbey to create or import wallet after your acceptance of this Agreement.
2.8. Wallet Password: means the password determined by you when you create the wallet. The Wallet Password will be used to encrypt and protect your wallet. Ubbey, as a decentralized application, will not store your Wallet Password on our servers, nor will your Wallet Password be stored in your own mobile devices. If you lose or forget your Wallet Password, you will have to reset the Wallet Password with your providing email.
2.9. Alert/Reminder: means the messages displayed on Ubbey’s operation interface which provides suggestions for Users on subsequent operations.
2.10. Specific Users: means Users who should cooperate with Ulabs and disclose Personal Information in order to comply with the laws, regulations and policies of [Hong Kong] and other countries/areas.
2.11. Private Key: consists of 256 random bits. Private Key is the core for the User to hold and use the Tokens.
2.12. Public Key: is derived from the Private Key based on cryptography and is used to generate wallet addresses. A wallet address is a public address for receipt of Tokens.
2.13. Keystore: means Private Key in the format of a file which is encrypted and protected by the User’s Wallet Password. Keystore is stored only in your mobile device and will not be synchronized to Ulabs’ servers.
2.14. UBBEY Tokens: means the cryptographic tokens associated with kUbbey Network.
2.15. Notification Center: means the inbox where the Users may receive messages or notices from Ulabs.
2.16. Personal Information: means information recorded in electronic or any other form which may identify a natural person when used alone or in combination with other information, including but not limited to name, date of birth, identification card number, personal biological identification information, address, telephone number, bank card number, e-mail address, wallet address, mobile device information, operation record, transaction record, but excluding Wallet Password, Private Key, and Keystore.
2.17. Mining: Cryptocurrency mining, or mining, is a process in which transactions for various forms of cryptocurrency are verified and added to the blockchain digital ledger.
2.18. Reward: Ubbey Box will give UBBEY token as reward to the users who share spare storage to the Ubbey Network.
3. Ubbey Services (collectively, the “Services”)
3.1. Create or Recover Account. You may use the “Create account”, “Recover account” button on Ubbey to create or recover your account and manage Ubbey Box and blockchain wallets under one account.
3.2. Import Wallet. You may use Ubbey to create a new wallet or import wallets generated by other wallet application.
3.3. Mining. You may mine UBBEY token through sharing spare storage to the Ubbey Network.
3.4. Manage Device. You may manage your binding Ubbey Box through Ubbey App.
3.5. Manage Wallet. You may choose which wallet is assigned reward recipients.
3.6. Share Storage. You may share spare storage to the Ubbey Network.
3.7. Download. You may download the stored files from Ubbey Cloud.
3.8. Upload. You may upload supported formats of files and documents to Ubbey Cloud.
3.9. Bind Device. You may bind Ubbey Box to your account.
3.10. Reward History. You may check your account’s reward history.
3.11. Other services that Ulabs would like to provide.
4. Users who use Ubbey acknowledges and accepts that:
4.1. In order to keep the decentralization feature of blockchain and to protect the security of your digital Tokens, Ulabs offers decentralized service which is largely different from the banking and financial institutions. Users acknowledge and accept that Ulabs SHALL NOT have any responsibility to:
4.1.1. store Users’ Wallet Password (the password Users set when creating or importing wallets) or Keystore;
4.1.2. recover Users’ Wallet Password or Keystore;
4.1.3. freeze the wallet;
4.1.4. report the loss of wallet;
4.1.5. recover the wallet; or
4.1.6. rollback transactions.
4.2. You shall bear sole responsibility to take care of your mobile devices, back up the Ubbey App, and back up the Wallet Password, and Keystore. In the event that your mobile device is lost, your Ubbey App or your wallet is deleted and not backed up, your wallet is stolen or you forget your Wallet Password or Keystore, Ulabs will not be able to recover the wallet or recover Wallet Password or Keystore. Ulabs may not be able to cancel transactions for the mishandling of Users (such as typing in wrong addresses for reward recipients, wrong amounts of storage to be contributed) and Ulabs shall not be responsible in any way in respect of the same.
5. Your Rights and Obligations
5.1. Create or Import Wallet
5.1.1. Create or import wallet: you are entitled to use Ubbey on your mobile device to create and/or import wallet, set Wallet Password and use your wallet on Ubbey to receive UBBEY Tokens on blockchain.
5.1.2. Identification verification: Specific Users will be asked to complete identification verification before using Ubbey to comply with related laws and regulations, according to the notification of Ubbey. Specific Users may be asked to provide Personal Information including but not limited to name, identification card number, cell phone number, bank card information, etc., without which the Specific Users will not be able to use certain services and the Specific Users alone shall be responsible for the loss caused by their delay in completing the verification.
5.1.3. Ulabs may develop different versions of Ubbey for different terminal devices. You shall download and install applicable version. If you download and install Ubbey or other application with the same name as “Ubbey” from any unauthorized third party, Ulabs cannot guarantee the normal operation or security of such application. Any loss caused by using such application shall be borne solely by you.
5.1.4. A previous version of Ubbey may stop to operate after a new version is released. Ulabs cannot guarantee the security, continuous operation or customer services for the previous version. Users shall download and use the latest version.
5.2. Use of Ubbey
5.2.1. You shall bear sole responsibility to take care of your mobile devices, Wallet Password, Private Key and Keystore. Ulabs does not store or hold the above information for Users. You shall be solely responsible for any risks, liabilities, losses and expenses which result from frauds, you losing your mobile device, disclosing (whether actively or passively) or forgetting Wallet Password, Private Key or Keystore, or your wallet being attacked.
5.2.2. Ubbey Alerts. You understand and agree to comply with the Alert(s) published by Ulabs on Ubbey. You shall be responsible for any risks, liabilities, losses and expenses which result from your failure to comply with any Alert(s).
5.2.3. You understand that Ubbey undertakes no responsibility to conduct due diligence on the services or transactions provided by third-party-developed DApps or Smart Contracts. You shall assess carefully and assume all risks in connection with the use of Ubbey.
5.2.4. Provision of information and documents. To the extent that Ulabs determines, in its sole discretion, that it is necessary to obtain certain information about User in order to comply with any applicable law or regulation in connection with the use or operation of Ubbey, User shall provide Ulabs with such information promptly upon such request, and acknowledges and accepts that Ulabs may restrict, suspend or terminate your use of Ubbey until such requested information has been provided to the satisfaction of Ulabs. User undertakes to notify Ulabs of any change in the documents and information provided by User to Ulabs pursuant to this Agreement and in the absence of any notification in writing notifying of any change, Ulabs is entitled to assume that the documents and information provided by User remain true, correct, not misleading and unchanged.
5.2.5. Complete identification verification. If Ulabs reasonably deems your operation or transactions to be abnormal, or considers your identification to be doubtful, or Ulabs considers it necessary to verify your identification documents or other necessary documents, you shall cooperate with Ulabs and provide your valid identification documents or other necessary documents and complete the identification verification in time.
5.2.6. Receive Reward
<IP_ADDRESS>. You understand that you may receive UBBEY token as reward, when you share your storage to the Ubbey Network.
<IP_ADDRESS>. You understand that the reward from sharing spare storage is not consistent. The amount of reward will change depends on the total nodes and total storage contributed to the Ubbey Network.
5.2.7. Compliance. You understand that you shall abide by applicable laws, regulations and policies when you use Ubbey App or Ubbey Box or the Smart Contracts on Ubbey.
5.2.8. Notifications. Ubbey may send notifications to you by web announcements, e-mails, text messages, phone calls, Notification Centre information, popup tips or client-end notices (e.g., information about your transfer or suggestions on certain operations) which you shall be aware of timely.
5.2.9. Service fees and taxes.
<IP_ADDRESS>. Ulabs may charge you UBBEY as service fees, and may reach an agreement with you or announce rules regarding service fees in the future; 取
<IP_ADDRESS>. You shall bear all the applicable taxes and other expenses occurred due to your reward on Ubbey.
6. Risks
6.1. You understand and acknowledge that the blockchain technology is a field of innovation where the laws and regulations are not fully established. You may be faced with material risks including instability of technology or failure for fiat-token exchange. You also understand that Tokens have much higher volatility comparing to other financial assets. You shall hold or dispose of the Tokens in a reasonable way and corresponding to your financial status and risk preferences.
6.2. You understand that after you create or import wallet on Ubbey, your Keystore are only stored on your mobile device and will not be stored in Ubbey or on the servers of Ulabs. You may change another mobile device to use Ubbey after you follow the instructions on Ubbey to back up your wallet. If you lose your mobile device before you could write down or backup your Wallet Password or Keystore, you may lose your Tokens and Ulabs will not be able to recover them. If your Wallet Password or Keystore is disclosed or the device which stores or holds your Wallet Password or Keystore is hacked or attacked, you may lose your Tokens and Ulabs will not be able to recover them. Any and all losses arising in connection with the foregoing shall be borne solely by you.
6.3. We suggest you backup your Wallet Password and Keystore when you create or import wallet by writing them down on papers or backup them in password management apps. Please do not use electronic methods such as screenshots, e-mails, note-taking apps in cell phones, text messages, WeChat or QQ to backup any of the foregoing information.
6.4. In order to avoid potential security risks, we suggest you use Ubbey in a secured network environment. Please do not use a jailbreak or rooted mobile device.
6.5. Please be alert to frauds when you use Ubbey. If you find any suspicious activity, we encourage you to inform us immediately.
7. Change, Suspension, Termination of Ulabs Service
7.1. You acknowledge and accept that Ulabs may, at its sole discretion, provide only a part of the Services for the time being, suspend certain Services or provide new Services in the future. When we change our Services, your continuous use of Ubbey is deemed as your acceptance of this Agreement and revisions of this Agreement.
7.2. In order to avoid (to the extent possible) any mishandling of Ubbey or any risk to the security of your Tokens, you shall not use Ubbey if you do not possess the basic knowledge of blockchain. For Users who do not possess basic knowledge of blockchain, Ulabs may refuse to provide all or part of the Services on Ubbey to such Users.
7.3. You understand that Ulabs may suspend the Services under the following circumstances (or may completely terminate the Services in connection with any of the following circumstances):
7.3.1. maintenance, upgrading, failure of equipment and blockchain system and the interruption of communications etc., which lead to the suspension of the operation of Ubbey;
7.3.2. force majeure events including but not limited to typhoon, earthquake, tsunami, flood, power outage, war, or terrorist attacks, or computer viruses, trojan horse, hacker attacks, system instability or government behaviors and other reasons, which result in Ulabs’s inability to provide Services or if in Ulabs’s reasonable opinion, continuous provision of Services would result in significant risks;
7.3.3. material adverse change of applicable laws or policies; or
7.3.4. any other event(s) which Ulabs cannot control or reasonably predict.
7.4. Ulabs reserves the right to unilaterally suspend or terminate all or part of the Services or any function of Ubbey under the following circumstances:
7.4.1. death of Users;
7.4.2. if you steal others’ wallets information or mobile devices;
7.4.3. if you provide false Personal Information on Ubbey;
7.4.4. if you refuse to allow mandatory update of Ubbey;
7.4.5. if you use Ubbey to commit illegal or criminal activities;
7.4.6. if you hinder the normal use of Ubbey by other Users;
7.4.7. if you pretend to be staff or management personnel of Ulabs;
7.4.8. if you threaten the normal operation of Ulabs computer system by attack, invasion, alternation or any other means;
7.4.9. if you use Ubbey to send spam; or
7.4.10. if you spread rumours which endanger the goodwill of Ulabs and Ubbey;
7.4.11. if you conduct any illegal activities, breach this Agreement etc. or other circumstances under which Ulabs reasonably considers necessary to suspend Services.
7.5. You are entitled to export your wallets within a reasonable amount of time if Ulabs changes, suspends or terminates its Services.
8. Your Representations and Warranties
8.1.  You shall not use Ubbey for any unlawful purposes or by any unlawful means.
8.2. You shall not use Ubbey to commit any illegal or unlawful activities, including but not limited to:
8.2.1. activities endangering national security of the country or area you reside in, disclosing state secrets, overturning the government or undermining national unity;
8.2.2. any illegal conducts, such as money laundering, illegal fund raising etc.;
8.2.3. accessing Ulabs services, collecting or processing the content provided by Ulabs, intervening or attempting to intervene any Users, by the employment of any automated programs, software, network engines, web crawlers, web analytics tools, data mining tools or similar tools etc.;
8.2.4. providing gambling information or inducing others to engage in gambling;
8.2.5. invading into others’ Ubbey wallets to steal Tokens;
8.2.6. engaging in any inaccurate or false transactions with the counterparty;
8.2.7. committing any activities which harms or attempts to harm Ubbey service system and data;
8.2.8. other activities which Ulabs has reason to believe are inappropriate.
8.3. You understand and accept that you shall be responsible for any violation of law (including but not limited to the customs and/or tax regulations) or for breach of this Agreement by you and shall indemnify Ulabs against the losses, the third-party claims or administrative penalties against Ulabs incurred by such violation or breach, including reasonable attorney’s fees.
8.4. You confirm that you will pay the service fees charged by Ulabs in time (if applicable). Ulabs reserves the right to suspend the services when the User fails to pay service fees (if applicable).
9. Privacy Policy
Any personal data or information which you provide to us is also subject to our privacy policy (“Ubbey Privacy Policy”), which is incorporated by reference into this Agreement.
10. Disclaimer and Limitation of Liability
10.1. Ulabs only undertakes obligations expressly set forth in this Agreement.
10.2.  Ulabs shall not be held liable for malfunction of Ubbey which results from any of the following reasons:
10.2.1. system maintenance or upgrading of Ubbey;
10.2.2. force majeure, such as typhoon, earthquake, flood, lightning or terrorist attack etc.
10.2.3. malfunction of your mobile device hardware and software, and failure of telecommunication lines and power supply lines;
10.2.4. your improper, unauthorized or unrecognized use of the Services;
10.2.5. computer viruses, trojan horse, malicious program attacks, network congestion, system instability, system or equipment failure, telecommunication failure, power failure, banking issues, government acts etc.;
10.2.6. any other reasons not imputed to Ulabs.
10.3. Ulabs shall not be held liable due to any of the following circumstances:
10.3.1. you losing your mobile devices, deleting Ubbey applications and wallets without back-up, forgetting Wallet Passwords, Private Keys, Mnemonic Words, Keystores without back-up, which result in the loss of such User’s Tokens;
10.3.2. you disclosing your Wallet Passwords, Private Keys, Mnemonic Words, Keystores, or lending or transfering your Ubbey wallets to others, or authorizing others to use your mobile devices or Ubbey wallets, or downloading Ubbey applications through unofficial channels, or using Ubbey applications by other insecure means, which result in the loss of your Tokens;
10.3.3. you mishandling Ubbey (including but not limited to wrong address, failure of the node servers selected by you) , which result in the loss of Tokens;
10.3.4. you being unfamiliar with the lack of knowledge in relation to blockchain technology and your mishandling of Ubbey resulting in loss of your Tokens;
10.3.5. Ubbey being unable to copy accurate transaction records due to system delay or blockchain instability etc.
10.4. You acknowledge that Ulabs may provide services to you and your counterparty simultaneously or may have affiliation or other interest relationship with foregoing parties, and you agree to waive any actual or potential conflicts of interests and will not claim against Ulabs on such base or burden Ulabs with more responsibilities or duty of care.
10.5. Ulabs does not warrant that:
10.5.1. services provided by Ulabs would satisfy all your needs;
10.5.2. all techniques, products, services, information or other materials from Ulabs would meet your expectations;
10.5.3. all the transaction information in digital Tokens markets captured from the third-party exchanges are prompt, accurate, complete, and reliable;
10.5.4. your counterparties on Ubbey will perform their obligations in the transaction agreements with you timely.
10.6. In any case, the total liability for Ulabs under this Agreement shall not exceed the greater of:
10.6.1. the market value of 0.1 ETH; or
10.6.2. 100 Hong Kong Dollars.）
10.7. You understand that we may change our entry standards, limit the range and ways to provide services for specific Users etc. at any time in accordance with applicable laws and regulations.
11. Miscellaneous
11.1. No Assignment
Subject to this Agreement, only you and no other person shall have the right to any claim against us in connection with use of the Services. You shall not assign, trade or transfer, or attempt to assign, trade or transfer, your right to any such claim. Any such assignment or transfer shall be void and shall not impose any obligation or liability on or against us to the assignee or transferee.
11.2. Intellectual Property Rights
Ubbey is an application developed and owned by Ulabs. The intellectual property rights of any contents displayed in Ubbey (including this Agreement, announcements, articles, videos, audios, images, archives, information, materials, trademarks or logos) are owned by Ulabs or the third-party licensors. Users can only use the Ubbey applications and its contents for the purpose of storing and managing their storage and mining reward. In particular, without prior written consent from Ulabs or the third-party licensors, no one shall use, modify, decompile, reproduce, publicly disseminate, alter, distribute, issue or publicly publish the abovementioned applications and contents. This Agreement shall not entitle you to any intellectual property rights, including the rights in relation to the use, for any purpose, of any information, image, user interface, logos, trademarks, trade names, internet domain names or copyright in connection with us or the Services.
11.3. No Waiver
Any failure by us to enforce this Agreement or to assert any right(s), claim(s) or causes of action against you under this Agreement shall not be construed as a waiver of our right to assert any right(s), claim(s) or causes of action against you.
11.4. Entire Agreement
This Agreement includes this Ubbey Terms of Service, Ubbey Privacy Policy, and other rules (including contents in the “Support” column) posted by Ulabs from time to time. Save for Ubbey Terms of Service, Ubbey Privacy Policy which are incorporated in this Agreement, this Agreement contains the entire agreement and the understanding between us and supersedes all prior agreements, understandings or arrangements (both oral and written) in relation to the use of Ubbey and the services in connection thereto.
11.5. Taxes
11.5.1. The use of Services shall be exclusive of all taxes that are applicable to, arising from, or in connection to your use of the Services in any jurisdiction (“Payable Tax”).
11.5.2. You shall be responsible for determining any Payable Tax and declaring, withholding, collecting, reporting and remitting the correct amount of Payable Tax to the appropriate tax authorities. You shall be solely liable for all penalties, claims, fines, punishments, or other liabilities arising from the non-fulfilment or non-performance to any extent of any of your obligations in relation to the Payable Tax.
11.5.3. We shall not be responsible for determining any Payable Tax and declaring, withholding, collecting, reporting and remitting the correct amount of Payable Tax to the appropriate tax authorities.
11.6. Governing Law and Dispute Resolution
This Agreement shall be governed by and construed in accordance with the laws of [Hong Kong].
In the event of any dispute arising out of or in connection with this Agreement, including any question regarding its existence, validity or termination, the Parties shall first seek settlement of that dispute. In the event that such dispute is not resolved within a period of 30 days from the commencement of such settlement process, such dispute shall be referred to and finally be resolved by arbitration in [Hong Kong] in accordance with the rules of the Hong Kong International Arbitration Centre (“HKIAC”)认 for the time being in force, which rules are deemed to be incorporated by reference in this clause. The tribunal shall consist of a sole arbitrator to be appointed by the Chairman of the HKIAC. The language of the arbitration shall be English.
11.7. A person who is not a Party shall not have any rights whatsoever under this Agreement or to enforce this Agreement.
11.8. Severance and Partial Invalidity
11.8.1. If any of part of this Agreement is rendered void, illegal or unenforceable by any legislation to which it is subject, it shall be rendered void, illegal or unenforceable to that extent and no further and, for the avoidance of doubt, the rest of this Agreement shall continue to be valid and in full force and effect.
11.8.2. The illegality, invalidity or unenforceability of any provision of this Agreement under the law of any jurisdiction shall not affect its legality, validity or enforceability under the law of any other jurisdiction nor the legality, validity or enforceability of any other provision.
11.9. Translated versions of this Agreement
Translated versions of this Agreement (if any) are provided for the convenience of Users, and are not intended to revise the English version of this Agreement. If there is any discrepancy between the English version and non-English version of this Agreement, the English version shall prevail.
12. Others
12.1. You shall fully understand and conform to the laws, regulations and rules in your jurisdictions which are relevant to use of the Services.
12.2. During your use of the Services, if you come across any problems, you can contact us through the submission of your feedbacks on Ubbey.
12.3. This Agreement is accessible for all Users on Ubbey. We encourage you to read this Agreement each time you log onto Ubbey.
12.4. This Agreement shall become effective on [*], 2018.
As for any issues not covered in this Agreement, you shall comply with the announcements and relevant rules as updated by Ulabs from time to time.
[Universal Labs]
(Company Registration Number: [*])


species insects Entomol. host insect aphids changes Ecol. aphid using Insect especially Loxdale USA populations H.D. traps ./j.-...x Harrington aphid, including population {border-style Biol. Soc. ed. light px;} #ffffff;} Aphididae) forms J.A. hybridization pheromone Sci. Woiwod genetic hosts resistance winged (e.g., Aphids Chapter Crop London, M.S. Proc. e.g., species, terms I.P. Myzus Rothamsted Sitobion aphids, climate different effects insecticide insects, persicae plant range suction trap European Press R.L. Res. behaviour change control i.e., markers mutant natural new parasitoid variation (cf. Diuraphis Emden H.F. Insects J.L. Pests Thomas cf. ecological evidence example, fitness flying male males normal noxia resistant selection temporal years (Hemiptera: ./j.-..tb.x Aphid Blackman British Bull. CABI D.R. Ecological Evolution asexual avenae course direct field migration moths parasitoids result studies C.P. DNA Foster Genetic J.R. New Nice Science butterflies cereal females flight global leading mating noise parental px; spatial speciation spring sympatric van {font-family (i.e., ... ./S ./rspb.. Europe Fox J.K. Lushai Rev. Russian S.P. Society University aerial affect butterfly decline evolution feeding flies font-size grain hybrid hybrids known mutation nature pollution recent sampling sex spread trapping use whilst (Homoptera: (Hymenoptera: ./science. Appl. Available Brookes C.A. C.C. Chapman Feder Fordyce G.L. Haynes K.F. Linnean M.L. Mol. North Pest Rhagoletis Roy Smith UK, Van Wallingford/Oxford, York, ]). article double; examples fragariae hymenopterous individuals influence involving levels likely lineages local long-term overwintering pest related sexual study successful time, true weather woody (Lepidoptera: (accessed ./journal.pone. ./pnas. Acad. According Anim. Aphidius Bush C.D. Claridge Conserv. D.J. Denholm England Fenton G.M. Halbert Hall Hill However, Johnson L.K. Lond. M.F. M.J. Malloch Natl. October Oxford, Reynolds Spatial Tatchell Thus, Trichoplusia Wallingford, Wheat White Williams abundance affecting and, areas assumed avenae, biological border-color border-width cereals changes, collected costs cryptic diversity ecology effect factors foraging für genetically high highly hosts, include infection initially invasive laboratory migrating molecular monitoring moth necessarily online: patterns pea peach phenology plants potato potential production races rapid response solid; summer trapped turn various widespread {font-style {font-weight (F.) (L.) ./-. ./S-()- A.D. A.F.G. A.M. Am. America Ann. Annu. Artificial Basky Berlocher Biological C.B. C.E. Climate D.B. DC, Drosophila Effects Entomological Forister G.R. Gompert Great International L.R. Linn Long-term Lucas Lycaeides M.E. M.R. Model NY, Physiol. Powell Publications R.G. Robinson Roelofs Royal S.E. S.H. S.J. Sampling Species Survey W.L. Walton Warren ]), adaptation adapted adult apparently appears aspects associated assortative autumn available bearing behavioural below). biodiversity bold butterfly, cabbage case cases, certain cicadas clonal colony compared consequence consequences considered continuing courier; differences discovery early efficiency egg em; expansion female fields form fruit fungal fungi gene generation generations genus geographic habitat habituation host/s, importance increase infected isolated issues large large-scale late life locusts looper mate moth, muscle night nocturnal novel numbers particular pathogens pesticides pheromones pollinators possibility possible predators predominantly pt;} radar region relate secondary sensu short small survival tend terrestrial traps, trends wild


|
T3Vtech
|
#include <object3d.hpp>
Public Member Functions | |
| object3d () | |
| ~object3d () | |
| void | use_vertices (t3v::vertex *vertices_in, const int num_vertices) |
| void | use_texture (t3v::texture *texture_in) |
| void | rotate (glm::vec3 axis, float rotation_degrees) |
| void | position (glm::vec3 position) |
| void | render () |
Public Attributes | |
| glm::vec3 | pos ={0,0,0} |
Definition at line 6 of file object3d.hpp.
| t3v::object3d::object3d | ( | ) |
Definition at line 4 of file object3d.cpp.
| t3v::object3d::~object3d | ( | ) |
Definition at line 9 of file object3d.cpp.
| void t3v::object3d::position | ( | glm::vec3 | position | ) |
Definition at line 36 of file object3d.cpp.
| void t3v::object3d::render | ( | ) |
Definition at line 30 of file object3d.cpp.
| void t3v::object3d::rotate | ( | glm::vec3 | axis, |
| float | rotation_degrees | ||
| ) |
Definition at line 25 of file object3d.cpp.
| void t3v::object3d::use_texture | ( | t3v::texture * | texture_in | ) |
Definition at line 20 of file object3d.cpp.
| void t3v::object3d::use_vertices | ( | t3v::vertex * | vertices_in, |
| const int | num_vertices | ||
| ) |
Definition at line 14 of file object3d.cpp.
| glm::vec3 t3v::object3d::pos ={0,0,0} |
Definition at line 15 of file object3d.hpp.


{% extends "layout.html" %} {% block page_title %} Standing and sitting {% endblock %} {% block content %} {% include "../includes/phase_banner_alpha.html" %} Back Standing and sitting Do you need help to stand or sit comfortably? Yes No Explain what help you need Can you sit comfortably for more than an hour at a time? Yes No You need to take a break from sitting roughly every minutes. Why do you need to take a break? Tiredness Pain Something else Could you move from one seat to the one next to it? Yes Yes, but you’d need help Why do you need help? No Explain more about the difficulty you have standing or sitting. {% include "../includes/help.html" %} {% endblock %}


Search Other Library Catalogs and Databases
Combined Search of the Following Remote Libraries via Z39.50
:
Article First
ERIC
Readers Guide Abstracts
Wilson Business Abstracts
Other Resources:
Univ of Calif Melvyl Full Catalog
Choose many other libraries to search


Inspired by angular ui bootstrap. Make angularJs support multi transclude.
There are already several module which support multi transclude. However, This module has following advantage:
more semantic writing, allow you to create your own directives which could transclude to everywhere you want in the template.
(you could use the serivce makeMultiTransclusionDirective
to easily create)
for example:
<your-button>
<your-button-icon></your-button-icon>
this is your button label
</your-button>
multiple transclude at the template.(see example below)
ng-transclude
. see example below)


“AngularJS is a framework for client-side Model–View–Controller (MVC) and Model–View–ViewModel (MVVM) architectures. The framework adapts and extends traditional HTML to present dynamic content through two-way data-binding that allows for the automatic synchronization of models and views."
"AngularJS is a framework for client-side Model–View–Controller (MVC) and Model–View–ViewModel (MVVM) architectures. The framework adapts and extends traditional HTML to present dynamic content through two-way data-binding that allows for the automatic synchronization of models and views."
View - What the user sees.
Model - The data shown to the user in the view and with which the user interacts
Controller - Logic behind the view.
"AngularJS is a framework for client-side Model–View–Controller (MVC) and Model–View–ViewModel (MVVM) architectures. The framework adapts and extends traditional HTML to present dynamic content through two-way data-binding that allows for the automatic synchronization of models and views."
Directive - extend HTML with custom attributes and elements
Two-way Data Binding...
One-Way Data Binding
Two-Way Data Binding


Lembra Welcome to Lembra. This application is a flashcard app that allows you to create an account, login and create decks that you can add cards to. Each card has two sides, one front for the question and back for the answer. You're also able to mark the card as learnt once you have memorised the answer.
Usage You can view Lembra in action by heading to example.
Development After cloning the repo, run bundle install then run shotgun to open up a browser.
Contributing Bug reports and pull requests are welcome on GitHub at github.com/[USERNAME]/lembra. This project is intended to be a safe, welcoming space for collaboration, and contributors are expected to adhere to the Contributor Covenant code of conduct.
License The repo is available as open source under the terms of the MIT License.
Code of Conduct Everyone interacting in lembra project’s codebases, issue trackers, chat rooms and mailing lists is expected to follow the code of conduct.


Developer Mode on the NOOK Color
Firstly, obtain the 'provison.cmd' file from the "Developer Mode" section of the NOOK Developer Portal. You can find that by clicking here.
We have attached two required files to this article for you.
In order to test and debug your application on devices we provide to you a facility where you can unlock up to 8 devices per user. The unlocking application will provide a provisioning file to place onto your device that will enable adb.
The file will unlock the device for 180 days from the date of the request.
The unlocking file provided will be named liked so:
provision.cmd
PLEASE NOTE : DO NOT RENAME THE FILE
To unlock the device perform the following operation:
1. Connect your device to your computer
2. Copy the provision.cmd to the root level of your device
3. Eject the device
4. Disconnect the USB cable
5. Reconnect the device to your computer
Once your device is unlocked, you will be able to access it via adb then install your application directly from Eclipse IDE. Or you can use the adb command line to install.
If you are on a Windows system -
You will need to associate the Google USB driver (which is included in the Android SDK) with your device. You may need to delete the Mass Storage Device associated with the NOOK Color when it is initially connected.
Also you will then want to do the following
1. Place the android_winusb.inf file into your ~/.android directory.
2. Place the manifest.ini into the root of your Android SDK directory.
3. Add the string 0x2080 to your ~/.android/adb_usb.ini file.
Windows7 is super agressive with auto-associating drivers.
You have to go into the system settings (Right Click on My Computer -> Properties -> Advanced System Settings - >Hardware
Then click on Device Installation Settings and tell it 'No, Let me choose what to do'
Then go back into device manager, yank out the mass storage device, unmount/remount the device and you should get into a state where the device manager now has an 'other device' with Nook Color under that heading.
If the drivers that come with the Google USB Driver Package r4 (which you get from the Android Device Manager) don't want to play nice with you, you can revert to the driver package you find here: http://www.mediafire.com/?p0wst4eow9qe94w
If you are using a MAC -
1. Add the string 0x2080 to your ~/.android/adb_usb.ini file.
[Developer Mode on the NOOK Color^manifest.ini.zip]
[Developer Mode on the NOOK Color^android_winusb.inf.zip]


Lost and Found
Lost
Treasure?
Finding Treasure Report
Treasure No
Owner? Donate
Treasure
Status
Find your lost treasure by simply searching your possession and answering basic questions about it!
Head on to Find Object
If you find an object, help the owner find the object
Even after your earnest effort, what if you do not find an owner?Don't worry we got you covered. Head on to our donation policy for more details With a no owner situation, the best way to utilize the lost object is to donate it to someone in need


Although tDOM has excellent parsing capabilities, the internal representation of XML Nodes is hidden in C language structures. Additionally, accessing these structures creates commands which pollute the global namespace. The XML Standard itself recommends something called an XML Infoset. As the name implies, this is a data structure, so that everything should be accessible as a named variable, instead of as an object.method.
Tcl has something called a Namespace which allows developers to organize data and commands into a hierarchical structure similar to an XML Document. The limitations on possible XML Element and Attribute names makes it easy to guarantee that any XML Document can be represented as a hierarchical Tcl Namespace.
# API Signature: (this is a recursive procedure) ::wsdl::instance::new instanceNS xmlList {isDoc 0} # For isntance: ::wsdl::instance::new ::mytns {addressBook {} { {card {type simple} { {name {type full} {{#text {John Smith}}}} { email {} {{#text<EMAIL_ADDRESS>{ card {} {{name {} {{#text {Fred Bloggs}}}} { email {} {{#text<EMAIL_ADDRESS>1 # This corresponds to the XML Document: <!DOCTYPE addressBook SYSTEM "simple.dtd"> <addressBook> <card type="simple"> <name type="full">John Smith</name><EMAIL_ADDRESS></card> <card> <name>Fred Bloggs</name><EMAIL_ADDRESS></card> </addressBook>
namespace eval ::wsdl::instance::x::a:addresses { set .PARTS {address::0 address::1 notes owner} # Address is array, so dummy: namespace eval address {} namespace eval address::0 { set .ATTR(name) address1 set .ATTR(location) home namespace eval street { set .PARTS {.TEXT(0)} set .TEXT(0) "3812 155th Ave. SE" } namespace eval city { set .PARTS {.TEXT(0)} set .TEXT(0) "Bellevue" } namespace eval state { set .PARTS {.TEXT(0)} set .TEXT(0) "WA" } namespace eval zip { set .PARTS {.TEXT(0)} set .TEXT(0) "98006" } set .PARTS {street city state zip} } namespace eval address::1 { set .ATTR(name) address2 set .ATTR(location) work namespace eval street { set .PARTS {.TEXT(0)} set .TEXT(0) "4321 1st Ave. N" } namespace eval city { set .PARTS {.TEXT(0)} set .TEXT(0) "Seattle" } namespace eval state { set .PARTS {.TEXT(0)} set .TEXT(0) "WA" } namespace eval zip { set .PARTS {.TEXT(0)} set .TEXT(0) "98102" } set .PARTS {street city state zip} } namespace eval notes { set .PARTS {.TEXT(0) b .TEXT(1)} set .TEXT(0) " This is a " set .TEXT(1) " idea " namespace eval b { set .PARTS {.TEXT(0)} set .TEXT(0) Great } } namespace eval owner { set .PARTS {} set .ATTR(name) "Tom Jackson" } }
Note that there are many ways to build up the above representation, the one shown being very verbose. The serializing API would be called like this:
::wsdl::instance::toXML ::wsdl::instance::x::a:addresses
Producing the following XML:
<a:addresses> <address location="home" name="address1"> <street>3812 155th Ave. SE</street> <city>Bellevue</city> <state>WA</state> <zip>98006</zip> </address> <address location="work" name="address2"> <street>4321 1st Ave. N</street> <city>Seattle</city> <state>WA</state> <zip>98102</zip> </address> <notes> This is a <b>Great</b> idea </notes> <owner name="Tom Jackson"/> </a:addresses>
The ::wsdl::instance::toXML API highlights the simplicity of passing a complex data structure when it is packaged as a Tcl Namespace. This simplicity will be exploited throughout the tWSDL Package. The Tcl Namespace representation relies on the fact that no XML Element may start with a punctuation mark, in this case a dot ".". Also notice that multiple elements of the same name are represented something like an array.


About Us
"Headquartered in Ahmedabad, Gujarat, Jinisha Group is an established business conglomerate which is trusted and respected for over four decades, Jinisha Group has consistently maintained its leadership position in the distributorship field. Jinisha Group has diversified businesses in five strategic firms:"


IsSound()
Syntax
Result = IsSound(#Sound)Description
Tests if the specified number is a valid and correctly initialized sound.
Parameters
#Sound The sound to use.
Return value
Nonzero if the specified number is a valid sound, zero otherwise.
Remarks
This function is bulletproof and can be used with any value. This is the correct way to ensure a sound is ready to use.
Example
If IsSound(0) = 0 MessageRequester("Info", "The sound is not valid.") EndIf
See Also
FreeSound()
Supported OS
All


Inquire the Phamily? +65 9369 3752<EMAIL_ADDRESS>Street #unit-no building, zip code
+65 9369 3752<EMAIL_ADDRESS>Street #unit-no building, zip code


WITNESS LIST Judicial Affairs Committee April 30, 1997-2:00P HB 391 For: Rep. Anna Mowery (self) Registering, but not testifying: For: Suzy Woodford (Common Cause) HB 881 For: Rep. Art Reyna (self) Registering, but not testifying: For: Karen W. McMurry (Bexar Hosp. Dist./UHS) HB 928 For: Judge L. Dee Shipman (self) Judge Lee Gabriel (Denton Co. Dist. Courts) Rep. Mary Denny (self) HB 949 For: Rep. Robert Puente (self) HB 1175 Registering, but not testifying: For: Keely R. Collier (NAACP) HB 1352 Registering, but not testifying: For: Bill Tryon (TX Civil Justice League) HB 2697 For: Rep. Pete Gallego (himself) HB 2698 For: Rep. Pete Gallego (self) HB 2698 Committee Substitute (by Thompson) For: Judge Patricia Ott (TX JP & Constable Ass'n) Rep. Pete Gallego (self) Against: Jim Allison (Cty Jdgs & Cmsnrs Ass'n) On: Hon. Thomas R. Phillip (self/Judicial Dep't) Jerry Benedict (Ofc of Court Adm'n) Registering, but not testifying: For: Keely Collier (NAACP) Tris Castaneda, Jr. (Tex. Ass'n State Judges) Against: Betty Armstrong (TX Co. Jdgs & Cmsnrs) Bobby Smith (N & E TX County Jdgs) Donald Lee (Conf. of Urban Counties) HJR 75 Registering, but not testifying: For: Bill Tryon (TX Civil Justice League)


Enter Your Account Information
Enter your email address in the field above, and we will send you a temporary password to access your account.
A temporary password has been sent to: <%=em%>.
New to My App? Create an account.
Enter Your Account Information
Enter your email address in the field above, and we will send you a temporary password to access your account.
A temporary password has been sent to: <%=em%>.
New to My App? Create an account.


cz-page-router test
/Home
/view-1
/view-2
/view-3 (ad-hoc)
/scroll-view
/scroll-view#top
/scroll-view#middle
/scroll-view#bottom


Javascript Programming Example
Enter 1 number into each field. We will calculate which one is the smallest:


Upgrade WordPress Shell Script
Now that I’ve found my new best friend (the sourcecode short-code), I want to put it to good use now.
Here’s a quick Unix shell script that I use to upgrade my WordPress installations:
#!/bin/sh
# WordPress Update Script
# Written by: Lee Kelleher
# Released: 2008-04-23
# Email: lee # at # vertino # dot # net
# Released under GPL
echo "Downloading current version of WordPress..."
wget http://wordpress.org/latest.tar.gz
echo "Uncompressing WordPress archive..."
tar -zxvf latest.tar.gz
echo "Removing downloaded archive..."
rm -f latest.tar.gz
echo "WordPress Upgrade complete!"
It’s a very very basic script… if you’re looking for something more user-friendly, (with back-ups), then either take a read of the WordPress Codex article, or download a better Unix shell script.
My version suits my purposes nicely.


Copyright Bruce Wilcox<EMAIL_ADDRESS>www.brilligunderstanding.com
Revision 2/18/2018 cs8.1
’‘’There’s more than one way to skin a cat’’’. A problem often has more than one solution. This is certainly true with ChatScript. The purpose of the Practicum series is to show you how to think about features of ChatScript and what guidelines to follow in designing and coding your bot.
Responders and rejoinders are the workhorses of an intelligent-appearing bot. They react to what the user says. Making them work requires skill in writing rule patterns and skill in designing a control script. Clever patterns are needed to detect the user’s intent. A clever control script is needed to handle cases where users input more than one sentence in a volley. But we’re not going to talk about either of those important areas in this practicum.
We’re going to talk about rejoinders and how they can be modified or enhanced with other engine functions.
Of responders and rejoinders, rejoinders are the best and easiest. Though they can follow any rule, generally they follow a gambit and react on the user’s immediately following input. A well-crafted gambit allows you a strong ability to predict what the user will say and therefore the rejoinder pattern can often be trivial.
Simple bots try to tightly constrain the user by asking a yes-no question, for which ChatScript has useful concept sets.
t: Do you like pineapple?
a: (~yes) Yup, it's sweet and yummy
a: (~no) Too acidic for you, I guess.
a: (~dunno) How can you not know?
Note that I indent rejoinders. This creates an easy visual structure for understanding what is happening in script.
But yes-no questions get boring and obvious. The next level of rejoinders works with a constrained set of possibilities. For example:
t: What natural disaster do you find most interesting?
a: (earthquake) It is exciting to feel everything moving.
a: (flood) Best to have a boat on standby.
a: (fire) They get a lot of fires in California.
While these rejoinders would never work safely as a responder because the pattern is too prone to false matches, given the context they are very safe.
Note also that when a rejoinder matches, it completes the rule and no other rejoinders will fire, whether or not any output is generated. This may mean you want to order your rejoinders in a particular way to get the best result, just as you would with any rules in a topic.
You can change the behavior of a rejoinder block by putting ^refine on the main rule. This changes things so that instead of waiting for the user’s next input, they act immediately on the current input. There are a lot of useful characteristics from this. First, they can allow you to speed up processing and make debugging easier by reducing tracing or stepping. Consider the following sequence of gambits where the user has clicked on some Google keyword about disasters and that data has been passed into a bot:
t: (!$started $keyword==earthquakes) Hi. You like earthquakes? $started = 1
t: (!$started $keyword==floods) Hi. You like floods? $started = 1
t: (!$started $keyword==fires) Hi. You like fires? $started = 1
t: (!$started) Hi. What disaster are you interested in? $started = 1
As given above, each rule will be checked to see if it matches. When one matches that rule erases. But all the other rules will try to fire on any future input (failing because $started matches). If you’ve got a lot of these, the system will waste time trying to match the rule (which generally won’t matter because CS is fast). But if you are tracing or stepping thru your code, you get a lot of noise. This is the perfect use of a ^refine():
t: () ^refine()
a: ($keyword==earthquakes) Hi. What do you want to know about earthquakes?
a: ($keyword==floods) Hi. What do you want to know about floods?
a: ($keyword==fires) Hi. What do you want to know about fires?
a: () Hi. What kind of disaster are you interested in?
This code is smaller and faster. Rejoinders are not rules that are separately erased. They automatically disappear as the rule above it erases. So when the gambit fires, it will call on some rejoinder and erase itself. We don’t need $started to block the unused choices. The gambit, once erased, will not clog up tracing or stepping.
[Actually the engine never erases the code of a rule. It is merely marked as disabled for that user and its code can even be reused by other rules]
Similarly, you can do common subexpression on patterns if you want. Imagine you have a hundred responders built to answer the question ‘who is xxx’ where xxx is a famous person. The efficient way to write that is:
?: ( < who be) ^keep() ^refine()
a: (Mary Poppins) A babysitter
a: (Mickey Mouse) A Disney icon
...
Here we want to be able to ask the same question about different persons, so we add ^keep() to keep the top rule from erasing or we add this to the topic flags so no responders in the topic erase themselves.
But the ultimate in gambits with the user will involve totally free-form questions. They are trickier to script and typically hunt for keywords and affect words.
t: Why are you a vegetarian?
a: ([ethical ethics moral principle]) That is very noble. But I like beef.
a: ([treatment pain]) Our current animal practices are not ideal.
a: (environment) Cows are environmentally good, when grazed properly.
a: (~badness) I understand your complaint, I just don't agree.
a: (~goodness) That benefit is generally overrated.
One is tempted to put rejoinders on rejoinders. And if you could realistically predict the user at each step you would have a great conversation. But I’ve found it rarely pays to have a b: level rejoinder (unless you asked a yes-no question on the a: level.
When you write a bot, you probably need to both detect the intent (what the user is inquiring about) and entities, which are specific relevant information. For example for a weather bot, you need to detect that the user wants a weather report, but you also probably need to detect the location and the time involved.
Now imagine you are writing a medical bot, which needs to detect all instances of blood (an entity) in a sentence. You can ask a rule to repeat itself by using ^retry(RULE). The clever bit is that once a rule matches, it remembers where the match starts, and a retry request will execute the rule starting the pattern match after the prior match’s start word.
u: (_blood) ...do something with the match ... ^retry(RULE)
If the input is ‘My blood is redder than your blood’, this rule will first find blood at word 2, then restart the rule at word 3 and detect the next blood at word 7.
But some references to blood may not actually about blood itself. This use of refine combines sophisticated pattern matching with a ^refine block to only deal with the valid instances.
u: (_blood) ^refine() ^retry(RULE)
a: (@_0+ pressure)
a: (@_0- red @_0+cell)
a: () ...do something with the match ...
The fancy @_0+ and _0- say: ’go to where the match _0 happened, and start matching either backwards (@_0-) and then forwards((@_0+). So the first a: pattern jumps to word 2 and starts matching forward at word 3, detecting ‘blood pressure’. The rejoinder fires and does nothing, because we don’t care about this reference. Similarly the second rejoinder hunts first immediately backward and then immediately forwards, looking for ‘red blood cell’ and again not being interested. The third rule accepts all other blood references and handles the data. THEN, note that when ^refine completes, control returns to the top rule and it then executes ^retry(RULE) to hunt for the next match. When, eventually, no matches are found, the top rule fails and control moves on. So here, the ^refine acts as a filter to decide which references are important and which are not.
Notice that I put the ^retry(RULE) on the top rule. If I wanted some rejoinders to retry the main rule and others not, I would put the ^retry on the rejoinder itself and say ^retry(TOPRULE). Or I can put ^retry(RULE) on a rejoinder and have it try itself multiple times locally and then to retry the main rule when it returns.
Also note that any rule whose pattern begins with a fixed location element, like < or @_0+ cannot be successfully retried because the start location cannot be moved past the match. The pattern explicitly says start here.
Sometimes you want to share rejoinders across multiple rules. You can do that easily enough by placing the rejoinders under one of the rules, and having all other rules use ^setrejoinder and naming that rule.
u: RULE1 (...)
a: (...)
a: (...)
u: RULE2 (...) ^setrejoinder(OUTPUT RULE1)
RULE2 simply shares RULE1’s rejoinders. It doesn’t even matter if RULE1 has been erased already. The rejoinders are still available.
Correspondingly there is a trick to create a common dummy area to be reused…
u: RULE1 (...) ^setrejoinder(OUTPUT RULE3)
u: RULE2 (...) ^setrejoinder(OUTPUT RULE3)
s: RULE3(?)
a: (...)
a: (...)
Here, RULE3 holds the common rejoinders, but itself can never possibly fire because it is a contradiction. It will only be considered for firing if the input is a statement (s:) but the pattern requires it be a question.
Yet another function can modify the effects of a responder block. ^sequence is similar to ^refine, in that it matches on the current user input rather than the next. But ^sequence differs in that it will try every single rejoinder. Those that fire do their thing and the system will keep testing them until all are tried.
u: (I *~2 like _*1) ^sequence() ^retry(RULE)
a: (_0?~fruit) ... note fact about fruit ...
a: (_0?~yellowitems) ... note fact about yellow items...
a: (_0==banana) I love bananas.
a: (_0==grapefruit) I love grapefruit
In the above we are detecting the user likes something in sample
sentence I like bananas
. We want to record information and
sometimes react to it. So by executing in sequence every rejoinder, we
can capture that they like fruit, they like something yellow, and we can
react and comment about bananas. Grapefruit is not detected. And because
the user might say I like bananas but I also like peaches
,
we can capture data about all this. If we only care about one occurrence
in the sentence then we just omit ^retry(RULE).
The thing about simple rejoinders is that you can only match one of them. But suppose you can anticipate the user asking more than one question about your gambit.
t: I lived in SF.
a: (when) 2 years ago.
a: (where) In the Presidio.
In the above we have two likely questions a user might ask. But we can only answer one of them. The other will fall to a responder. How do we manage this? We use ^incontext().
t: LIVEDSF() I lived in SF.
a: WHENSF (when) 2 years ago.
a: WHERESF (where) In the Presidio.
u: (when ^incontext(LIVEDSF) ^reuse(WHENSF)
u: (where ^incontext(LIVEDSF) ^reuse(WHERESF)
^incontext returns true when a rule by the name supplied has executed within the last 4 volleys. We could even skip the rejoinder code and put the answers on the responders like this:
t: LIVEDSF() I lived in SF.
u: (when ^incontext(LIVEDSF) 2 years ago.
u: (where ^incontext(LIVEDSF) ^ In the Presidio
Note that you can have any number of rules with the same label. This means we might even extend the life of the ^incontext by naming each the same.
t: LIVEDSF() I lived in SF.
u: LIVEDSF (when ^incontext(LIVEDSF) 2 years ago.
u: LIVEDSF (where ^incontext(LIVEDSF) ^ In the Presidio
So here, if we execute the gambit, the user can ask us when and we can catch that. And maybe they spend a couple of volleys talking about the time 2 years ago. But they can still return to saying and where and we still have context to reply about the Presidio.
Sometimes you want to try to use a rejoinder area to cover multiple sentence input. Suppose your gambit asks ‘do you like fruit’. Someone might answer ‘yes’, someone else might answer ‘I like bananas’, and someone else might answer ‘yes. I like bananas’. And you start to write a rejoinder to detect those cases maybe like this:
t: Do you like fruit?
a: (~yes !%more) What kind of fruit?
a: (banana) I love bananas.
Your first rejoinder detects yes
. And using %more can
tell that there is no more input from the user in this volley, so it’s
safe to follow up with what kind of fruit. Your second rejoinder detects
the case where they simply reply I like bananas
. But what
do you do for the third case which combines the two?
You can use ^next(input) to slide along to their second input, and then try to match that against the rejoinders. I.e.,
t: FRUIT() Do you like fruit?
a: (~yes !%more) What kind of fruit?
a: (banana) I love bananas.
a: (%more) ^next(INPUT) ^refine(FRUIT)
The third rejoinder says since there is more input and we already
have handled anything the chatbot could want about the yes input, change
the system at this moment to be using the next input. So suddenly
everything is set up to process rules on I like bananas
.
And then we simple tell the system to take that current input and run
^refine() on the block of rejoinders. So it can detect banana and
respond. And if it can’t detect anything, you just drop out of the
rejoinders and continue with normal script execution.
Actually, that third rule is faulty. Can you figure out why?
If there are 3 inputs, the first of which is yes and the second of
which doesnt match bananas
, then it will execute again,
lose the second input and move on to the third. That seems bad. You can
easily add a flag into the pattern and the output so that it will only
execute once, regardless.
A control script typically tests for out-of-band inputs before anything else. They are treated by CS as a separate sentence in the user’s input and the control script will process it and ^end(SENTENCE). So it never gets to ^rejoinder() processing for that. But normal user sentences will typically go to rejoinders before trying to do responders or gambits anywhere. So what does it mean if your rejoinder fails to fire?
It could mean, of course that your rule pattern didn’t match. Or it could mean you messed up the control script before the rejoinder call (assuming you changed the control script). One way to fail is to have a bug such that the script fails and so ends prematurely. You can protect against some of that using ^nofail(RULE). Another way to fail is to actually generate user output from earlier in your control script. After all, CS normally stops when it gets some user output.
The other thing to note is that the engine api ^rejoinder() is not something sacred. One can write script to perform custom behaviors that either use it or replace it. Remember this example?
t: FRUIT() Do you like fruit?
a: (~yes !%more) What kind of fruit?
a: (banana) I love bananas.
a: (%more) ^next(INPUT) ^refine(FRUIT)
While it’s clever, one has to write that %more rule on every rejoinder block you want it to happen. Makes for ugly code. So in my chatbot I have custom rejoinder script that does that automatically. It allows me to write simpler cleaner code like this:
t: FRUIT() Do you like fruit?
a: (~yes) What kind of fruit?
a: (banana) I love bananas.
It gets the rule tag for where the rejoinder is, it walks the rules of the rejoinder block and retrieves their pattern code. If the user input is yes, it sees if the block has a ~yes handler and if it does, performs the ^next and then tests the result against all the rejoinder choices. If there’s a match it performs the output of that rule. All in script, never calling the system’s ^rejoinder() code. I leave it to your research to find the appropriate engine calls for this.
As a general rule, reducing rule count to improve speed is a waste of time (ChatScript is too fast). But moving rules into rejoinder areas attached to a rule pays off in debugging time (tracing and stepping) and often makes the code intent clearer.
And there are all these other interesting uses that rejoinders can be put to.


Owning Palette: String Classes, Controls, and VIs
Requires: Labstache
Creates a new String Writer object.
| Before Write is a block of text that should be prepended to the destination before writing begins. | |
| String Writer is a writer of a rendered Mustache template to a LabVIEW string. |


Template Controller
What is a template controller?
A Template Controller is an extension of the Base Controller which has template support built in using some pre-defined before() and after() methods. Basically it can be used to wrap your view in a layout with a header, footer, sidebar, etc.
Using the template controller
Like all Controllers you create a class in the fuel/app/classes/controller directory. They need to extend the Controller_Template class and are prefixed by default by "Controller_". Below is an example of the controller "example":
Please note: by default, all methods of a class that extends Controller_Template will use the template.
However, it is possible to omit methods from the template.
class Controller_Example extends Controller_Template
{
public function action_index()
{
$data = array();
$this->template->title = 'Example Page';
$this->template->content = View::forge('test/index', $data);
}
}
Using the template controller with before() and/or after()
Please note: if you have a before() method in your template controller extension you must add parent::before(); to that method or the $this->template will not be available. Make after() compatible with that of the Controller_Template: use after($response) instead of just after().
class Controller_Example extends Controller_Template
{
/**
* Your before method
*/
public function before()
{
parent::before(); // Without this line, templating won't work!
// do stuff
}
/**
* Make after() compatible with Controller_Template by adding $response as a parameter
*/
public function after($response)
{
$response = parent::after($response); // not needed if you create your own response object
// do stuff
return $response; // make sure after() returns the response object
}
public function action_index()
{
$data = array();
$this->template->title = 'Example Page';
$this->template->content = View::forge('test/index', $data);
}
}
Example template
The template file is a great place to call up your JS, CSS, etc, structure your HTML and call view partials. It allows you to give your output structure. It is just a view file, by default the Template Controller will look here: fuel/app/views/template.php.
<!DOCTYPE html>

<meta charset="utf-8">
<title><?php echo $title; ?></title>
<?php echo Asset::css('main.css'); ?>

<?php echo $title; ?>

<?php echo $content; ?>

Changing the default template file
You can easily change the default APPPATH/views/template.php file to something different.
You must set the public variable $template (note: you don't need .php extension here) to something different, example:
class Controller_Example extends Controller_Template
{
public $template = 'template_admin';
public function action_index()
{
$this->template->title = 'Example Page';
$this->template->content = View::forge('test/index', $data);
}
}
Omit methods from the Template Controller
By default, all methods of a class that extends Controller_Template will use the template.
If you want to omit methods from the template, you can do this by returning something else in a
Response object. That will overwrite the default template output.
class Controller_Example extends Controller_Template
{
public $template = 'template_admin';
public function action_index()
{
$this->template->title = 'Example Page';
$this->template->content = View::forge('test/index', $data);
// this will show content in template
}
public function action_example()
{
$data['title'] = "Example Page";
$data['content'] = "Don't show me in the template";
// returned Response object takes precedence and will show content without template
return new Response(View::forge('index/test', $data));
}
}


{% extends 'registration/base.html'%} {% load bootstrap4%} {% block content%} {% include 'registration/navbar.html'%} {{block.super}}


public class ProductSegmentation
extends java.lang.Object
implements java.io.Serializable
For example, a product with 3 segmentations with only
1 segment for each will produce
1 x 1 x 1 = 1
product.
A product with 3 segmentations with 2 segments for each
will produce 2 x 2 x 2 = 8
products.
| Constructor and Description |
|---|
ProductSegmentation() |
ProductSegmentation(GeoTargeting geoSegment,
AdUnitTargeting[] adUnitSegments,
PlacementTargeting placementSegment,
UserDomainTargeting userDomainSegment,
BandwidthGroupTargeting bandwidthSegment,
BrowserTargeting browserSegment,
BrowserLanguageTargeting browserLanguageSegment,
OperatingSystemTargeting operatingSystemSegment) |
| Modifier and Type | Method and Description |
|---|---|
boolean |
equals(java.lang.Object obj) |
AdUnitTargeting[] |
getAdUnitSegments()
Gets the adUnitSegments value for this ProductSegmentation.
|
AdUnitTargeting |
getAdUnitSegments(int i) |
BandwidthGroupTargeting |
getBandwidthSegment()
Gets the bandwidthSegment value for this ProductSegmentation.
|
BrowserLanguageTargeting |
getBrowserLanguageSegment()
Gets the browserLanguageSegment value for this ProductSegmentation.
|
BrowserTargeting |
getBrowserSegment()
Gets the browserSegment value for this ProductSegmentation.
|
static org.apache.axis.encoding.Deserializer |
getDeserializer(java.lang.String mechType,
java.lang.Class _javaType,
javax.xml.namespace.QName _xmlType)
Get Custom Deserializer
|
GeoTargeting |
getGeoSegment()
Gets the geoSegment value for this ProductSegmentation.
|
OperatingSystemTargeting |
getOperatingSystemSegment()
Gets the operatingSystemSegment value for this ProductSegmentation.
|
PlacementTargeting |
getPlacementSegment()
Gets the placementSegment value for this ProductSegmentation.
|
static org.apache.axis.encoding.Serializer |
getSerializer(java.lang.String mechType,
java.lang.Class _javaType,
javax.xml.namespace.QName _xmlType)
Get Custom Serializer
|
static org.apache.axis.description.TypeDesc |
getTypeDesc()
Return type metadata object
|
UserDomainTargeting |
getUserDomainSegment()
Gets the userDomainSegment value for this ProductSegmentation.
|
int |
hashCode() |
void |
setAdUnitSegments(AdUnitTargeting[] adUnitSegments)
Sets the adUnitSegments value for this ProductSegmentation.
|
void |
setAdUnitSegments(int i,
AdUnitTargeting _value) |
void |
setBandwidthSegment(BandwidthGroupTargeting bandwidthSegment)
Sets the bandwidthSegment value for this ProductSegmentation.
|
void |
setBrowserLanguageSegment(BrowserLanguageTargeting browserLanguageSegment)
Sets the browserLanguageSegment value for this ProductSegmentation.
|
void |
setBrowserSegment(BrowserTargeting browserSegment)
Sets the browserSegment value for this ProductSegmentation.
|
void |
setGeoSegment(GeoTargeting geoSegment)
Sets the geoSegment value for this ProductSegmentation.
|
void |
setOperatingSystemSegment(OperatingSystemTargeting operatingSystemSegment)
Sets the operatingSystemSegment value for this ProductSegmentation.
|
void |
setPlacementSegment(PlacementTargeting placementSegment)
Sets the placementSegment value for this ProductSegmentation.
|
void |
setUserDomainSegment(UserDomainTargeting userDomainSegment)
Sets the userDomainSegment value for this ProductSegmentation.
|
public ProductSegmentation()
public ProductSegmentation(GeoTargeting geoSegment, AdUnitTargeting[] adUnitSegments, PlacementTargeting placementSegment, UserDomainTargeting userDomainSegment, BandwidthGroupTargeting bandwidthSegment, BrowserTargeting browserSegment, BrowserLanguageTargeting browserLanguageSegment, OperatingSystemTargeting operatingSystemSegment)
public GeoTargeting getGeoSegment()
GeoTargeting.targetedLocations
field.
This attribute is optional.public void setGeoSegment(GeoTargeting geoSegment)
geoSegment
- * The geographic segmentation. Segments should be set on the
GeoTargeting.targetedLocations
field.
This attribute is optional.public AdUnitTargeting[] getAdUnitSegments()
AdUnitTargeting.includeDescendants
must be true.
This attribute is optional.public void setAdUnitSegments(AdUnitTargeting[] adUnitSegments)
adUnitSegments
- * The ad unit targeting segmentation. For each ad unit segment,
AdUnitTargeting.includeDescendants
must be true.
This attribute is optional.public AdUnitTargeting getAdUnitSegments(int i)
public void setAdUnitSegments(int i, AdUnitTargeting _value)
public PlacementTargeting getPlacementSegment()
public void setPlacementSegment(PlacementTargeting placementSegment)
placementSegment
- * The placement targeting segmentation.
This attribute is optional.public UserDomainTargeting getUserDomainSegment()
UserDomainTargeting#isTargeted
must be true
.
This attribute is optional.public void setUserDomainSegment(UserDomainTargeting userDomainSegment)
userDomainSegment
- * The user domain segmentation. UserDomainTargeting#isTargeted
must be true
.
This attribute is optional.public BandwidthGroupTargeting getBandwidthSegment()
BandwidthGroupTargeting.isTargeted
must be true
.
This attribute is optional.public void setBandwidthSegment(BandwidthGroupTargeting bandwidthSegment)
bandwidthSegment
- * The bandwidth segmentation. BandwidthGroupTargeting.isTargeted
must be true
.
This attribute is optional.public BrowserTargeting getBrowserSegment()
BrowserTargeting.isTargeted
must be true
.
This attribute is optional.public void setBrowserSegment(BrowserTargeting browserSegment)
browserSegment
- * The browser segmentation. BrowserTargeting.isTargeted
must be true
.
This attribute is optional.public BrowserLanguageTargeting getBrowserLanguageSegment()
BrowserLanguageTargeting.isTargeted
must be true
.
This attribute is optional.public void setBrowserLanguageSegment(BrowserLanguageTargeting browserLanguageSegment)
browserLanguageSegment
- * The browser language segmentation. BrowserLanguageTargeting.isTargeted
must be true
.
This attribute is optional.public OperatingSystemTargeting getOperatingSystemSegment()
BrowserLanguageTargeting.isTargeted
must be true
.
We only allow segment by Operating_System, not Operating_System_Version
(will be ignored).
This attribute is optional.public void setOperatingSystemSegment(OperatingSystemTargeting operatingSystemSegment)
operatingSystemSegment
- * The operating system segmentation. BrowserLanguageTargeting.isTargeted
must be true
.
We only allow segment by Operating_System, not Operating_System_Version
(will be ignored).
This attribute is optional.public boolean equals(java.lang.Object obj)
equals
in class java.lang.Object
public int hashCode()
hashCode
in class java.lang.Object
public static org.apache.axis.description.TypeDesc getTypeDesc()
public static org.apache.axis.encoding.Serializer getSerializer(java.lang.String mechType, java.lang.Class _javaType, javax.xml.namespace.QName _xmlType)
public static org.apache.axis.encoding.Deserializer getDeserializer(java.lang.String mechType, java.lang.Class _javaType, javax.xml.namespace.QName _xmlType)


T4 enables intelligent analytics over real-time and historical trajectories from vehicles. At the front end, we visualize the current traffic flow and result trajectories of different types of queries. At the back end, T4 is able to support multiple types of common queries over trajectories, with compact storage, efficient index and pruning algorithms [SIGIR'18].
Reinforcement learning-based traffic light controller learns by itself effectively to reduce traffic jams. We train the deep models for traffic flow prediction and traffic signal control to reduce traffic congestion.
TISP enables users’ interactive exploration of POIs and trajectories in their incremental trip planning. At the back end, TISP is able to support seven types of common queries over spatial-only, spatial-textual and textual-only data, based on our proposed unified indexing and search paradigm [WSDM'18]. At the front end, we propose novel visualization designs to present the result of different types of queries.
Sheng Wang, Yunzhuang Shen, Zhifeng Bao, Xiaolin Qin. Intelligent Traffic Analytics: From Monitoring to Controlling. ACM WSDM Demo 2019, pp 778-781 Melbourne, Australia. Dataset Poster
Sheng Wang, Mingzhao Li, Yipeng Zhang, Zhifeng Bao, David Alexander Tedjopurnomoy, Xiaolin Qin. Trip Planning by an Integrated Search Paradigm. ACM SIGMOD 2018 Demo, pp 1673-1676, Houston, U.S.A. (ERA/CORE A*). Demo Poster
Sheng Wang, Zhifeng Bao, J. Shane Culpepper, Zizhe Xie, Qizhi Liu, Xiaolin Qin. Torch: A Search Engine for Trajectory Data. ACM SIGIR 2018, pp 535-544, Ann Arbor Michigan, U.S.A. (ERA/CORE A*) Slides Code System.
Sheng Wang, Zhifeng Bao, Shixun Huang, and Rui Zhang. A Unified Processing Paradigm for Interactive Location-based Web Search. ACM WSDM 2018, pp 601-609, Los Angeles, U.S.A. (ERA/CORE A*). System
Sheng Wang, Zhifeng Bao, J. Shane Culpepper, Timos Sellis, and Gao Cong. Reverse k Nearest Neighbor Search over Trajectories. IEEE Transactions on Knowledge and Data Engineering (TKDE), 30(4): pp 757-771, 2018. (ERA/CORE A). Dataset Poster
Sheng Wang, Zhifeng Bao, J. Shane Culpepper, Timos Sellis, Mark Sanderson, and Xiaolin Qin. Answering Top-k Exemplar Trajectory Queries. IEEE ICDE 2017, pp 597-608, San Diego, U.S.A.(ERA/CORE A*). Slides


My App is working
Test_1
API test:
Users
API test (environment variable):
Environment variable MONGO


57% of the raster cells in the aquifers had a moderate recharge potential, 24% poor recharge potential, and 17% good recharge potential (Table 5). Both very poor and very good recharge potential have significantly smaller numbers, with 1 cell and 131 cells respectively.
The Grand Forks aquifer displays a mostly moderate recharge potential (84%), good recharge potential was much less (12%) and poor recharge potential was the least present (3.44%). Most of the Grand Forks area aquifers are overlaid by agricultural and range land use.
The Winlaw and Slocan aquifers display a range between poor(34%), moderate(35%), and good (31%) recharge potential. Furthermore, most of the aquifer from Winlaw to Lemon Creek is overlaid with agricultural use.
The Creston aquifers show a mix of good to poor recharge (Figure 14) with a higher count of moderate (40%), and similar counts of poor and good recharge (29.27% and 29.79%).
The Cranbrook aquifers show a mix of moderate to poor recharge (Figure 14). This aquifer has the highest variability of potential from the 4 aquifers highlighted in these results.
The resulting website and webmap work as intended, and I believe it creates a useful place for people to learn more about aquifer recharge, groundwater, agriculture, and climate change. Thoughts?