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import { SvgProps } from 'react-native-svg'; import Logo1Inch from '../../assets/cryptos/1inch.svg'; import LogoAave from '../../assets/cryptos/aave.svg'; import LogoAch from '../../assets/cryptos/ach.svg'; import LogoAda from '../../assets/cryptos/ada.svg'; import LogoAgld from '../../assets/cryptos/agld.svg'; import LogoAlgo from '../../assets/cryptos/algo.svg'; import LogoAmp from '../../assets/cryptos/amp.svg'; import LogoAnkr from '../../assets/cryptos/ankr.svg'; import LogoArpa from '../../assets/cryptos/arpa.svg'; import LogoAsm from '../../assets/cryptos/asm.svg'; import LogoAtom from '../../assets/cryptos/atom.svg'; import LogoAuction from '../../assets/cryptos/auction.svg'; import LogoAvax from '../../assets/cryptos/avax.svg'; import LogoAxs from '../../assets/cryptos/axs.svg'; import LogoBadger from '../../assets/cryptos/badger.svg'; import LogoBal from '../../assets/cryptos/bal.svg'; import LogoBand from '../../assets/cryptos/band.svg'; import LogoBat from '../../assets/cryptos/bat.svg'; import LogoBch from '../../assets/cryptos/bch.svg'; import LogoBnt from '../../assets/cryptos/bnt.svg'; import LogoBond from '../../assets/cryptos/bond.svg'; import LogoBtc from '../../assets/cryptos/btc.svg'; import LogoBtrst from '../../assets/cryptos/btrst.svg'; import LogoCgld from '../../assets/cryptos/cgld.svg'; import LogoChz from '../../assets/cryptos/chz.svg'; import LogoClv from '../../assets/cryptos/clv.svg'; import LogoComp from '../../assets/cryptos/comp.svg'; import LogoCoti from '../../assets/cryptos/coti.svg'; import LogoCro from '../../assets/cryptos/cro.svg'; import LogoCrv from '../../assets/cryptos/crv.svg'; import LogoCtsi from '../../assets/cryptos/ctsi.svg'; import LogoCvc from '../../assets/cryptos/cvc.svg'; import LogoDai from '../../assets/cryptos/dai.svg'; import LogoDash from '../../assets/cryptos/dash.svg'; import LogoDdx from '../../assets/cryptos/ddx.svg'; import LogoDnt from '../../assets/cryptos/dnt.svg'; import LogoDoge from '../../assets/cryptos/doge.svg'; import LogoDot from '../../assets/cryptos/dot.svg'; import LogoEnj from '../../assets/cryptos/enj.svg'; import LogoEos from '../../assets/cryptos/eos.svg'; import LogoEtc from '../../assets/cryptos/etc.svg'; import LogoEth from '../../assets/cryptos/eth.svg'; import LogoFarm from '../../assets/cryptos/farm.svg'; import LogoFet from '../../assets/cryptos/fet.svg'; import LogoFil from '../../assets/cryptos/fil.svg'; import LogoForth from '../../assets/cryptos/forth.svg'; import LogoFx from '../../assets/cryptos/fx.svg'; import LogoGnt from '../../assets/cryptos/gnt.svg'; import LogoGrt from '../../assets/cryptos/grt.svg'; import LogoGtc from '../../assets/cryptos/gtc.svg'; import LogoGyen from '../../assets/cryptos/gyen.svg'; import LogoIcp from '../../assets/cryptos/icp.svg'; import LogoIotx from '../../assets/cryptos/iotx.svg'; import LogoJasmy from '../../assets/cryptos/jasmy.svg'; import LogoKeep from '../../assets/cryptos/keep.svg'; import LogoKnc from '../../assets/cryptos/knc.svg'; import LogoKrl from '../../assets/cryptos/krl.svg'; import LogoLcx from '../../assets/cryptos/lcx.svg'; import LogoLink from '../../assets/cryptos/link.svg'; import LogoLoom from '../../assets/cryptos/loom.svg'; import LogoLpt from '../../assets/cryptos/lpt.svg'; import LogoLrc from '../../assets/cryptos/lrc.svg'; import LogoLtc from '../../assets/cryptos/ltc.svg'; import LogoMana from '../../assets/cryptos/mana.svg'; import LogoMask from '../../assets/cryptos/mask.svg'; import LogoMatic from '../../assets/cryptos/matic.svg'; import LogoMir from '../../assets/cryptos/mir.svg'; import LogoMkr from '../../assets/cryptos/mkr.svg'; import LogoMln from '../../assets/cryptos/mln.svg'; import LogoNkn from '../../assets/cryptos/nkn.svg'; import LogoNmr from '../../assets/cryptos/nmr.svg'; import LogoNu from '../../assets/cryptos/nu.svg'; import LogoOgn from '../../assets/cryptos/ogn.svg'; import LogoOmg from '../../assets/cryptos/omg.svg'; import LogoOrn from '../../assets/cryptos/orn.svg'; import LogoOxt from '../../assets/cryptos/oxt.svg'; import LogoPax from '../../assets/cryptos/pax.svg'; import LogoPerp from '../../assets/cryptos/perp.svg'; import LogoPla from '../../assets/cryptos/pla.svg'; import LogoPoly from '../../assets/cryptos/poly.svg'; import LogoQnt from '../../assets/cryptos/qnt.svg'; import LogoQuick from '../../assets/cryptos/quick.svg'; import LogoRad from '../../assets/cryptos/rad.svg'; import LogoRai from '../../assets/cryptos/rai.svg'; import LogoRari from '../../assets/cryptos/rari.svg'; import LogoRen from '../../assets/cryptos/ren.svg'; import LogoRep from '../../assets/cryptos/rep.svg'; import LogoReq from '../../assets/cryptos/req.svg'; import LogoRgt from '../../assets/cryptos/rgt.svg'; import LogoRlc from '../../assets/cryptos/rlc.svg'; import LogoRly from '../../assets/cryptos/rly.svg'; import LogoShib from '../../assets/cryptos/shib.svg'; import LogoSkl from '../../assets/cryptos/skl.svg'; import LogoSnx from '../../assets/cryptos/snx.svg'; import LogoSol from '../../assets/cryptos/sol.svg'; import LogoStorj from '../../assets/cryptos/storj.svg'; import LogoSuku from '../../assets/cryptos/suku.svg'; import LogoSushi from '../../assets/cryptos/sushi.svg'; import LogoTbtc from '../../assets/cryptos/tbtc.svg'; import LogoTrac from '../../assets/cryptos/trac.svg'; import LogoTrb from '../../assets/cryptos/trb.svg'; import LogoTribe from '../../assets/cryptos/tribe.svg'; import LogoTru from '../../assets/cryptos/tru.svg'; import LogoUma from '../../assets/cryptos/uma.svg'; import LogoUni from '../../assets/cryptos/uni.svg'; import LogoUsdc from '../../assets/cryptos/usdc.svg'; import LogoUsdt from '../../assets/cryptos/usdt.svg'; import LogoUst from '../../assets/cryptos/ust.svg'; import LogoWbtc from '../../assets/cryptos/wbtc.svg'; import LogoWcfg from '../../assets/cryptos/wcfg.svg'; import LogoWluna from '../../assets/cryptos/wluna.svg'; import LogoXlm from '../../assets/cryptos/xlm.svg'; import LogoXrp from '../../assets/cryptos/xrp.svg'; import LogoXtz from '../../assets/cryptos/xtz.svg'; import LogoXyo from '../../assets/cryptos/xyo.svg'; import LogoYfi from '../../assets/cryptos/yfi.svg'; import LogoYfii from '../../assets/cryptos/yfii.svg'; import LogoZec from '../../assets/cryptos/zec.svg'; import LogoZen from '../../assets/cryptos/zen.svg'; import LogoZrx from '../../assets/cryptos/zrx.svg'; /* eslint-disable global-require */ const CryptoCurrenciesIconMap: Record<string, { icon: FC<SvgProps>, color: string, description: string, website: string, }> = { '1inch': { icon: Logo1Inch, color: '#1B314F', description: '1INCH is an Ethereum token that powers 1inch, a decentralized exchange that aims to offer the “best rates by discovering the most efficient swapping routes across all leading DEXes.” Decentralized exchanges (a.k.a. DEXes) like 1inch enable users to transact tokens without an intermediary. 1inch aggregates token prices across decentralized exchanges in order to find the best prices for users.', website: 'https://1inch.exchange/', }, aave: { icon: LogoAave, color: '#B6509E', description: 'Aave (AAVE) is an Ethereum token that powers Aave, a decentralized non-custodial money market protocol where users can participate as depositors or borrowers. Depositors provide liquidity to the market to earn a passive income, while borrowers are able to borrow cryptocurrencies in exchange for paying a variable interest rate.', website: 'https://aave.com/', }, ach: { icon: LogoAch, color: '#2E3567', description: 'ACH is an Ethereum token that powers Alchemy Pay, a platform that enables payments using a wide variety of fiat and cryptocurrencies. Fees are paid using the ACH token and users can earn ACH rewards for purchases.', website: 'https://www.alchemytech.io/', }, ada: { icon: LogoAda, color: '#0D1E30', description: 'Cardano (ADA) is a blockchain platform built on a proof-of-stake consensus protocol (called Ouroboros) that validates transactions without high energy costs. Development on Cardano uses the Haskell programming language, which is described as enabling Cardano “to pursue evidence-based development for unparalleled security and stability.” The blockchain’s native token, ADA, is named after the 19th century mathematician, Ada Lovelace.', website: 'https://cardano.org/', }, agld: { icon: LogoAgld, color: '#000000', description: 'Adventure Gold (AGLD) is an Ethereum token that was airdropped to owners of Loot Project NFTs. Loot is a project that generated randomized adventure gear stored on-chain that can serve as the foundation for games built in the future. AGLD can potentially be used as an in-game currency for similar games and projects eventually built on top of the Loot Project.', website: 'https://www.lootproject.com/', }, algo: { icon: LogoAlgo, color: '#000000', description: 'Algorand is a cryptocurrency and blockchain protocol that aims to be simultaneously scalable, secure, and decentralized. It uses a consensus algorithm called pure proof-of-stake.', website: 'https://www.algorand.com/', }, amp: { icon: LogoAmp, color: '#E42E95', description: 'Amp is an Ethereum token that aims to “collateralize payments on the Flexa Network, making them instant and secure.” If a BTC or ETH payment fails due to unconfirmed or long transaction times “the Amp collateral can instead be liquidated to cover losses” while the vendor receives payment in fiat, potentially providing greater assurances to both parties.', website: 'https://amptoken.org/', }, ankr: { icon: LogoAnkr, color: '#579BF0', description: 'Ankr (ANKR) is an Ethereum token that powers Ankr, a distributed computing platform that aims to make it easy and affordable for developers to deploy and use a variety of blockchains. The ANKR token can be used to pay for services on Ankr, such as node deployment, and also acts as an incentive for network participants.', website: 'https://www.ankr.com/', }, arpa: { icon: LogoArpa, color: '#263145', description: 'ARPA is an Ethereum token that powers ARPA Chain, a computation network that enables privacy-preserving smart contracts, data storage, and scalable off-chain transactions. The ARPA token can be used to pay for data and computation in addition to governing the future of the network.', website: 'https://arpachain.io/', }, asm: { icon: LogoAsm, color: '#0085FE', description: 'ASM is an Ethereum token that powers Assemble, a platform where users and merchants can aggregate, manage, and spend reward points. On Assemble, point providers and retailers can run special events or promotions, providing benefits like discounts for ASM holders.', website: 'https://assembleprotocol.io/', }, atom: { icon: LogoAtom, color: '#2F3148', description: 'Cosmos (ATOM) is a cryptocurrency that powers an ecosystem of blockchains designed to scale and interoperate with each other. The team aims to "create an Internet of Blockchains, a network of blockchains able to communicate with each other in a decentralized way." Cosmos is a proof-of-stake chain. ATOM holders can stake their tokens in order to maintain the network and receive more ATOM as a reward.', website: 'https://cosmos.network/', }, auction: { icon: LogoAuction, color: '#212121', description: 'AUCTION is an Ethereum token that powers Bounce, a decentralized auction protocol for token and NFT sales. AUCTION supports incentives on the protocol, provides benefits and governance rights for holders, and is used to pay for certified listings.', website: 'https://bounce.finance/', }, avax: { icon: LogoAvax, color: '#E84142', description: 'Avalanche describes itself as an open, programmable smart contracts platform for decentralized applications. AVAX is used to pay transaction fees and can be staked to secure the network. Avalanche is compatible with Solidity, Ethereum’s programming language, and can be used to deploy custom private or public blockchains as “subnets.”', website: 'https://www.avax.network/', }, axs: { icon: LogoAxs, color: '#0055D5', description: 'AXS is an Ethereum token that powers Axie Infinity, a blockchain-based game where players can battle, collect, and build a digital kingdom for their pets. AXS holders can claim rewards for staking their tokens, playing the game, and participating in key governance votes.', website: 'https://axieinfinity.com/', }, badger: { icon: LogoBadger, color: '#F1A23F', description: 'BADGER is an Ethereum token that powers Badger DAO, a decentralized autonomous organization (DAO) focused on bringing Bitcoin into the decentralized finance (DeFi) ecosystem on Ethereum and other blockchains. BADGER is primarily used to govern the direction of Badger DAO and its products.', website: 'https://badger.com/', }, bal: { icon: LogoBal, color: '#1E1E1E', description: 'Balancer (BAL) is an Ethereum token that powers the Balancer protocol, an automated market maker that lets anyone create or add liquidity to trading pools while earning customizable trading fees. Balancer pools can have up to 8 tokens and each token can be individually weighted within the pool, such that one token can make up as little as 2% of the total.', website: 'https://balancer.finance/', }, band: { icon: LogoBand, color: '#516BFF', description: 'Band is a cryptocurrency that describes itself as “a cross-chain data oracle platform that aggregates and connects real-world data and APIs to smart contracts.” Band allows blockchains to access data, such as stock prices and weather, that are available via API. Note: Coinbase only supports the Band token running on Ethereum (ERC-20).', website: 'https://bandprotocol.com/', }, bat: { icon: LogoBat, color: '#FF5000', description: 'BAT is an Ethereum token that powers Brave Software\'s blockchain-based digital advertising platform. Internet users who browse the web using Brave\'s free web browser (available at Brave.com) can choose to replace the ads they see with ads on Brave\'s ad network. Users then receive BAT from advertisers as compensation for their attention.', website: 'https://basicattentiontoken.org/', }, bch: { icon: LogoBch, color: '#8DC351', description: 'Bitcoin Cash is a fork of Bitcoin that seeks to add more transaction capacity to the network in order to be useful for everyday transactions.', website: 'http://bch.info/', }, bnt: { icon: LogoBnt, color: '#000E2B', description: 'Bancor Network Token (BNT) is an Ethereum token that powers the Bancor protocol. The protocol describes itself as “a fully on-chain liquidity protocol that can be implemented on any smart contract-enabled blockchain.”', website: 'https://bancor.network/', }, bond: { icon: LogoBond, color: '#FF4339', description: 'BOND is an Ethereum token that governs BarnBridge, a protocol that enables users to hedge against DeFi yield sensitivity and price volatility. Its first application, SMART Yield, allows users to choose between risk profiles for lending on DeFi protocols such as Aave and Compound. By using SMART Yield, senior bond investors can receive fixed rates at potentially lower risk while junior bond investors can receive higher rates at higher risk.', website: 'https://barnbridge.com/', }, btc: { icon: LogoBtc, color: '#F7931B', description: 'The world’s first cryptocurrency, Bitcoin is stored and exchanged securely on the internet through a digital ledger known as a blockchain. Bitcoins are divisible into smaller units known as satoshis — each satoshi is worth 0.00000001 bitcoin.', website: 'https://bitcoin.org/', }, btrst: { icon: LogoBtrst, color: '#0E0E11', description: 'BTRST is an Ethereum token that powers Braintrust, a decentralized talent network connecting freelancers with organizations. BTRST is used to govern the network and also as an incentive to refer new users.', website: 'https://www.usebraintrust.com/', }, cgld: { icon: LogoCgld, color: '#FBCC5C', description: 'Celo is the core utility, reserve, staking, and governance asset for the Celo platform. The platform aims to make financial tools borderless, easy to use, and accessible for anyone with a mobile phone.', website: 'https://celo.org/', }, chz: { icon: LogoChz, color: '#B02728', description: 'Chiliz (CHZ) is an Ethereum token that powers Socios.com, a platform that lets users trade tokens to show their support for professional sports teams. The tokens on Socios.com — called Fan Tokens — make users eligible for rewards and promotions and can also be used to influence team decisions by popular voting on the Chiliz blockchain.', website: 'https://www.chiliz.com/', }, clv: { icon: LogoClv, color: '#42C37B', description: 'Clover Finance is a blockchain infrastructure platform that’s focused on cross-chain compatibility for DeFi applications. The CLV token is used to pay for Clover transactions and to vote for network upgrades. Clover also aims to enable interoperability between Bitcoin and other blockchains. Note: Coinbase currently supports CLV running on Ethereum (ERC-20).', website: 'https://clover.finance/', }, comp: { icon: LogoComp, color: '#01D396', description: 'Compound (COMP) is an Ethereum token that enables community governance of the Compound protocol. The protocol is a series of decentralized interest rate markets that allow users to supply and borrow Ethereum tokens at variable interest rates. COMP token holders and their delegates can also debate, propose, and vote on changes to the protocol.', website: 'https://compound.finance/', }, coti: { icon: LogoCoti, color: '#229FD0', description: 'COTI is a token that powers Coti, a project that describes itself as a “DAG (directed acyclic graph) protocol optimized for creating decentralized payment networks and stable coins.” Coti uses Trustchain, a decentralized ledger that can process over 100,000 transactions per second, to power online and offline payments, loyalty payments, stablecoins, and more. Note: Coinbase currently only supports COTI running on the Ethereum blockchain (ERC-20).', website: 'https://coti.io/', }, cro: { icon: LogoCro, color: '#103F68', description: 'Crypto.com Chain is an Ethereum token that powers Crypto.com Pay, a service that aims to allow users to pay for goods and services with cryptocurrency while receiving cashback rewards.', website: 'https://crypto.org/', }, crv: { icon: LogoCrv, color: '#721BFF', description: 'Curve (CRV) is an Ethereum token that powers Curve.fi, a decentralized exchange and automated market maker protocol. The protocol is designed to make it easy to swap between similar ERC-20 tokens, primarily stablecoins (like USDC and DAI) and Ethereum-based Bitcoin tokens (like WBTC and renBTC). In order to minimize impermanent loss, the protocol only hosts pools of similar assets. This means you can provide USDC-DAI-USDT liquidity on Curve, but not, for example, USDC-WBTC. The CRV token can be locked for various periods of time (up to 4 years) in order to vote on governance and claim protocol fees as a reward.', website: 'https://resources.curve.fi/', }, ctsi: { icon: LogoCtsi, color: '#1A1B1D', description: 'CTSI is a utility token that powers the Cartesi network, which aims to solve blockchain scalability and high fees using a technology called Optimistic Rollups. CTSI can be used for staking and fees for processing data on the network. Notably, Cartesi enables smart contract creation using mainstream programming languages.', website: 'https://cartesi.io/', }, cvc: { icon: LogoCvc, color: '#3AB03E', description: 'Civic (CVC) is an Ethereum token used to power Civic’s identity verification protocol. Users who verify their information through Civic can then securely share both their info and the verification with service providers, reducing the need to constantly re-verify their identity. In return for this convenience, service providers may provide users and verifiers with CVC.', website: 'https://www.civic.com/', }, dai: { icon: LogoDai, color: '#F3B732', description: 'Dai (DAI) is a decentralized stablecoin running on Ethereum (ETH) that attempts to maintain a value of $1.00 USD. Unlike centralized stablecoins, Dai isn\'t backed by US dollars in a bank account. Instead, it’s backed by collateral on the Maker platform. Note: if the Dai credit system is upgraded or shutdown, Dai holders may need to convert their Dai to Ethereum through the Maker platform. Read more at makerdao.com/whitepaper.', website: 'https://www.makerdao.com/', }, dash: { icon: LogoDash, color: '#018CE7', description: 'Dash is a cryptocurrency with optional speed and privacy features. Its unique network architecture consists of both regular miners and privileged machines called Masternodes.', website: 'https://www.dash.org/', }, ddx: { icon: LogoDdx, color: '#EF88AA', description: 'DDX is an Ethereum token that powers DerivaDEX, a decentralized exchange for derivative contracts. The DDX token allows users to participate in the governance and operation of the exchange.', website: 'https://derivadex.com/', }, dnt: { icon: LogoDnt, color: '#2D398F', description: 'District0x is an Ethereum token that powers a network of decentralized marketplaces and communities called districts. The token is required for application to the District Registry and is used to signal support or disapproval for proposals made by network participants.', website: 'https://district0x.io/', }, doge: { icon: LogoDoge, color: '#C4A634', description: 'Dogecoin (DOGE) was created in 2013 as a lighthearted alternative to traditional cryptocurrencies like Bitcoin. The Dogecoin name and Shiba Inu logo are based on a meme. Unlike Bitcoin, which is designed to be scarce, Dogecoin is intentionally abundant — 10,000 new coins are mined every minute and there is no maximum supply.', website: 'https://dogecoin.com/', }, dot: { icon: LogoDot, color: '#E6007A', description: 'Polkadot is a protocol that enables cross-blockchain transfers of any type of data or asset. By uniting multiple blockchains, Polkadot aims to achieve high degrees of security and scalability. DOT serves as the protocol’s governance token and can be used for staking to secure the network or to connect (“bond”) new chains.', website: 'https://polkadot.network/', }, enj: { icon: LogoEnj, color: '#614DBE', description: 'Enjin Coin (ENJ) is an Ethereum token that aims to “make it easy for individuals, businesses, and brands to use non-fungible tokens (NFTs).” ENJ is used to directly back the value of NFTs minted within the Enjin ecosystem.', website: 'https://enjin.io/', }, eos: { icon: LogoEos, color: '#000000', description: 'EOS is a cryptocurrency designed to support large-scale applications. There are no fees to send or receive EOS. Instead, the protocol rewards the entities that run the network periodically with new EOS, effectively substituting inflation for transaction fees.', website: 'https://eos.io/', }, etc: { icon: LogoEtc, color: '#328432', description: 'Ethereum Classic is a cryptocurrency with a special focus on immutability, popularly expressed as “code is law.”', website: 'https://ethereumclassic.org/', }, eth: { icon: LogoEth, color: '#627EEB', description: 'Ethereum is a decentralized computing platform that uses ETH (also called Ether) to pay transaction fees (or “gas”). Developers can use Ethereum to run decentralized applications (dApps) and issue new crypto assets, known as Ethereum tokens.', website: 'https://ethereum.org/', }, farm: { icon: LogoFarm, color: '#FECF00', description: 'FARM is an Ethereum token that powers Harvest Finance, a yield optimizer that moves funds around the decentralized finance (DeFi) ecosystem in an effort to generate yields. FARM can be used for staking and yield farming on Harvest Finance.', website: 'https://harvest.finance/', }, fet: { icon: LogoFet, color: '#1D2743', description: 'FET is an Ethereum token that powers Fetch.ai, a decentralized machine learning platform for applications such as asset trading, gig economy work, and energy grid optimization. Fetch.ai’s first decentralized finance application helps Uniswap users automate trading according to predefined conditions.', website: 'https://fetch.ai/', }, fil: { icon: LogoFil, color: '#42C1CA', description: 'Filecoin (FIL) is a cryptocurrency that powers the Filecoin network, a decentralized peer-to-peer file storage network that aims to let anyone store, retrieve, and host digital information. FIL tokens are used as payment for these services and as an economic incentive to ensure files are stored reliably over time.', website: 'https://filecoin.io/', }, forth: { icon: LogoForth, color: '#4712B0', description: 'FORTH is a cryptocurrency that powers Ampleforth, a protocol that automatically adjusts the supply of its native token, AMPL, in response to demand. FORTH is Ampleforth’s governance token. FORTH holders can vote on proposed changes to the Ampleforth protocol or delegate their votes to representatives who vote on their behalf.', website: 'https://www.ampleforth.org/', }, fx: { icon: LogoFx, color: '#F7D509', description: 'FX is an Ethereum token that powers Function X, which comprises a core blockchain, cross-chain protocol, and platform for decentralized applications. FX can be used to pay for services such as smart contract creation and data storage, to vote for network upgrades, and for staking on the network.', website: 'https://functionx.io/', }, gnt: { icon: LogoGnt, color: '#001D57', description: 'Golem is an Ethereum token that allows users to pay or receive payment for resources via the Golem protocol. The protocol aims to allow participants in the network to loan out their computer’s spare processing power to others.', website: 'https://golem.network/', }, grt: { icon: LogoGrt, color: '#6747ED', description: 'The Graph (GRT) is an Ethereum token that powers The Graph, a decentralized protocol for indexing and querying data from blockchains. Just as Google indexes the web, The Graph indexes blockchain data from networks like Ethereum and Filecoin. This data is grouped into open APIs called subgraphs that anyone can query.', website: 'https://thegraph.com/', }, gtc: { icon: LogoGtc, color: '#02E2AC', description: 'Gitcoin (GTC) is an Ethereum token that enables community governance of the Gitcoin platform. The platform is designed to fund and coordinate open source development by novel means such as quadratic funding. As of June 2021, Gitcoin has facilitated over $21 million in grants and bounties for open source developers.', website: 'https://gitcoin.co/', }, gyen: { icon: LogoGyen, color: '#005BAC', description: 'GYEN is a stablecoin running on Ethereum that’s intended to maintain a value of one Japanese Yen. The company behind GYEN, GMO-Z.com Trust Company, claims to hold reserves that fully back each GYEN.', website: 'https://stablecoin.z.com/gyen/', }, icp: { icon: LogoIcp, color: '#29ABE2', description: 'Internet Computer (ICP) is a utility token that allows users to participate in and govern the Internet Computer blockchain network. The network aims to help developers create websites, enterprise IT systems, internet services, and DeFi applications by "installing their code directly on the public Internet." ICP can also be staked or "converted into cycles" that can be used to power computation for dApps and traditional applications.', website: 'https://dfinity.org/', }, iotx: { icon: LogoIotx, color: '#30D5A5', description: 'IOTX is an Ethereum token that powers IoTeX, a platform that aims to connect IoT devices (such as cameras and sensors) and decentralized applications. IOTX can be used to pay for transactions, for staking and governance, and to register new devices on the IoTeX network.', website: 'https://iotex.io/', }, jasmy: { icon: LogoJasmy, color: '#F7941C', description: 'JASMY is an Ethereum token that powers Jasmy, an organization that develops IoT (“Internet of Things”) platforms. Rather than coordinating networks of devices and data through centralized servers, Jasmy aims to decentralize the process via edge computing and storing data on IPFS, a decentralized storage network. JASMY can be used to transfer tokens between devices and payment for network services.', website: 'https://www.jasmy.co.jp', }, keep: { icon: LogoKeep, color: '#000000', description: 'KEEP is an Ethereum token that powers the Keep Network, a platform that aims to bridge public blockchains and private data. One of Keep Network’s first products is an Ethereum token that represents 1 Bitcoin, called tBTC. Keep Network enables users to deposit Bitcoin and redeem tokenized tBTC, which can then be used in the Ethereum ecosystem without centralized intermediaries.', website: 'https://keep.network/', }, knc: { icon: LogoKnc, color: '#31CB9E', description: 'KNC is an Ethereum token used for paying fees on the Kyber Network, a protocol that aims to make swapping digital assets and cryptocurrencies simple and efficient.', website: 'https://kyber.network/', }, krl: { icon: LogoKrl, color: '#822077', description: 'KRL is an Ethereum token that powers Kryll, a platform for automated trading strategies. Kryll users can browse, create, and backtest trading strategies while using KRL to pay for their activity on the platform.', website: 'https://kryll.io/', }, lcx: { icon: LogoLcx, color: '#1D357C', description: 'LCX is an Ethereum token used to pay for fees on LCX Exchange, a centralized exchange for security tokens, token sales, and cryptocurrencies. LCX is also used to power other LCX products such as the LCX Terminal, which lets users trade across multiple exchanges, and the DeFi Terminal, which offers advanced charting and limit orders built on top of Uniswap.', website: 'https://www.lcx.com/', }, link: { icon: LogoLink, color: '#2A5ADA', description: 'Chainlink (LINK) is an Ethereum token that powers the Chainlink decentralized oracle network. This network allows smart contracts on Ethereum to securely connect to external data sources, APIs, and payment systems.', website: 'https://chain.link/', }, loom: { icon: LogoLoom, color: '#48BEFE', description: 'Loom Network (LOOM) is an Ethereum token that powers a network of delegated proof of stake sidechains (a system that Loom dubs “EOS on Ethereum”). This allows for highly-scalable games and user-facing dApps backed by the security of Ethereum.', website: 'https://loomx.io/', }, lpt: { icon: LogoLpt, color: '#40D094', description: 'LPT is an Ethereum token that powers the Livepeer network, a platform for decentralized video streaming. LPT is required to perform the work of transcoding and distributing video on the network while also incentivizing peers to ensure that the network is cost-effective and secure.', website: 'https://livepeer.org/primer', }, lrc: { icon: LogoLrc, color: '#2AB5F6', description: 'Loopring is an Ethereum token that describes itself as “an open-sourced, audited, and non-custodial exchange protocol.” It aims to allow anyone to build non-custodial, order book-based exchanges on Ethereum by leveraging zero-knowledge proofs.', website: 'https://loopring.org/', }, ltc: { icon: LogoLtc, color: '#BFBBBB', description: 'Litecoin is a cryptocurrency that uses a faster payment confirmation schedule and a different cryptographic algorithm than Bitcoin.', website: 'https://litecoin.org/', }, mana: { icon: LogoMana, color: '#FF2C55', description: 'Decentraland (MANA) is an Ethereum token that powers the Decentraland virtual reality platform. MANA can be used to pay for virtual plots of land in Decentraland as well as in-world goods and services.', website: 'https://decentraland.org/', }, mask: { icon: LogoMask, color: '#1C68F3', description: 'Mask Network enables users of popular social media platforms to send cryptocurrency, interact with decentralized applications, and share encrypted content. MASK token holders can vote on ecosystem initiatives via a decentralized autonomous organization called MaskDAO.', website: 'https://mask.io/', }, matic: { icon: LogoMatic, color: '#8247E5', description: 'Polygon was formerly called Matic Network. Polygon (MATIC) is an Ethereum token that powers the Polygon Network, a scaling solution for Ethereum. Polygon aims to provide faster and cheaper transactions on Ethereum using Layer 2 sidechains, which are blockchains that run alongside the Ethereum main chain. Users can deposit Ethereum tokens to a Polygon smart contract, interact with them within Polygon, and then later withdraw them back to the Ethereum main chain. The MATIC token is used to pay transaction fees and participate in proof-of-stake consensus.', website: 'https://polygon.technology/', }, mir: { icon: LogoMir, color: '#232C45', description: 'MIR is an Ethereum token that governs the Mirror Protocol which “allows the creation of fungible assets, that track the price of real world assets.” The project aims to enable 24/7 equities trading by minting “synthetic” versions of the real thing. MIR tokens can be used to propose and vote on important changes to the protocol.', website: 'https://mirror.finance/', }, mkr: { icon: LogoMkr, color: '#1AAB9B', description: 'Maker is an Ethereum token that describes itself as “a utility token, governance token, and recapitalization resource of the Maker system.” The purpose of the Maker system is to generate another Ethereum token, called Dai, that seeks to trade on exchanges at a value of exactly US$1.00.', website: 'https://makerdao.com/', }, mln: { icon: LogoMln, color: '#3B82F6', description: 'MLN is an Ethereum token that powers Enzyme (formerly known as Melon Protocol), a protocol that aims to facilitate on-chain asset management for the DeFi ecosystem. MLN allows users to build, share, and explore DeFi investment strategies (called “vaults”) while filtering by historical performance and risk profiles. MLN is used to pay for various functions throughout the vault creation process and investment lifecycle.', website: 'https://enzyme.finance/', }, nkn: { icon: LogoNkn, color: '#253A7E', description: 'New Kind of Network (NKN) is a public blockchain that aims to use economic incentives to motivate Internet users to share network connections and utilize unused bandwidth. NKN aims to be a network for building decentralized applications in a way that enhances peer-to-peer data transmission and connectivity.', website: 'https://nkn.org/', }, nmr: { icon: LogoNmr, color: '#000000', description: 'Numeraire is an Ethereum token that powers Numerai, a San Francisco-based hedge fund that crowdsources artificial intelligence to make investments in major stock markets around the world. Numeraire (NMR) holders can stake their NMR tokens every week on specific predictions. Successful predictions are rewarded with more NMR.', website: 'https://numer.ai/', }, nu: { icon: LogoNu, color: '#1D64FA', description: 'NuCypher (NU) is an Ethereum token that can be staked to run a node on the NuCypher network. NuCypher describes itself as a threshold cryptography network that provides data privacy and key management for decentralized applications and protocols.', website: 'https://www.nucypher.com/', }, ogn: { icon: LogoOgn, color: '#2087FB', description: 'Origin Token (OGN) is an Ethereum token that powers the Origin platform, which aims to power decentralized and peer-to-peer marketplaces. OGN can be used for staking, governance, and advertising on the Origin platform.', website: 'https://www.originprotocol.com/', }, omg: { icon: LogoOmg, color: '#101010', description: 'The OMG Network (formerly OmiseGO) is a value transfer network for Ethereum and any ERC-20 token. It describes itself as the first production-grade layer-2 Ethereum scaling solution and aims to let people move money and a variety of digital values on the blockchain faster, cheaper, and without compromising on security.', website: 'https://omg.network/', }, orn: { icon: LogoOrn, color: '#313151', description: 'ORN is an Ethereum token that powers Orion Protocol, which aims to aggregate liquidity from centralized and decentralized exchanges into one platform. ORN can be used to receive discounted trading fees, for staking, and to access advanced features within the Orion Protocol.', website: 'https://www.orionprotocol.io/orn', }, oxt: { icon: LogoOxt, color: '#5E45BA', description: 'Orchid (OXT) is an Ethereum token that powers the Orchid network, a peer-to-peer privacy tool that includes a decentralized VPN and other features designed to give users more control over their Internet connection. OXT can be used to pay for bandwidth or staked by bandwidth providers in order to operate a node.', website: 'https://www.orchid.com/', }, pax: { icon: LogoPax, color: '#0293D6', description: 'The Paxos Standard Token is a stablecoin running on Ethereum. For stablecoins like PAX, the company behind the protocol is responsible for holding reserves that fully back each token. The company behind PAX, Paxos Trust Company, claims to hold reserves that fully back each PAX.', website: 'https://paxos.com/', }, perp: { icon: LogoPerp, color: '#3CEAAA', description: 'PERP is an Ethereum token that powers Perpetual Protocol, a decentralized exchange for perpetual contracts. Using perpetual contracts, users can open leveraged long or short trading positions for a variety of assets.', website: 'https://www.perp.fi/', }, pla: { icon: LogoPla, color: '#02D6B4', description: 'PLA is an Ethereum token that powers PlayDapp, a blockchain gaming platform and non-fungible token (NFT) marketplace. PLA acts as the primary token for processing transactions on PlayDapp. Game developers can also receive PLA when users make in-game purchases.', website: 'https://playdapp.io/', }, poly: { icon: LogoPoly, color: '#1348E4', description: 'POLY is an Ethereum token that aims to facilitate digital securities trading on the Polymath platform. By creating a compliance-focused standard (ST-20) to issue and manage security tokens, Polymath seeks to tokenize and support the trading of traditional and new classes of assets.', website: 'https://polymath.network/', }, qnt: { icon: LogoQnt, color: '#EF4F1F', description: 'QNT is an Ethereum token that is used to power Quant Network’s Overledger brand of enterprise software solutions, which aim to connect public blockchains and private networks. Quant Network allows the creation of so-called mDapps that enable decentralized applications to operate on multiple blockchains at once.', website: 'https://www.quant.network/', }, quick: { icon: LogoQuick, color: '#418AC9', description: 'QUICK is an Ethereum token that powers QuickSwap, a decentralized exchange that runs on the Polygon Network in order to provide faster and cheaper transactions on Ethereum. QUICK can be used to create and vote on proposals governing QuickSwap and can be staked to earn a portion of trading fees.', website: 'https://quickswap.exchange/', }, rad: { icon: LogoRad, color: '#53D855', description: 'RAD is an Ethereum token that powers Radicle, a project that describes itself as an “open-source, community-led, and self-sustaining network for software collaboration.” The RAD token can enable reduced or zero fees when interacting with Radicle smart contracts in addition to governance through voting and proposals.', website: 'https://radicle.xyz/', }, rai: { icon: LogoRai, color: '#1FC8A7', description: 'RAI is an Ethereum token that aims to maintain a stable value. The RAI-USD exchange rate is determined by supply and demand while the protocol that issues RAI tries to stabilize its price by constantly de- or re-valuing it. The supply and demand mechanic plays out between two parties: SAFE users (those who generate RAI with their ETH) and RAI holders (those who hold, speculate on or use RAI in other protocols and apps).', website: 'https://reflexer.finance/', }, rari: { icon: LogoRari, color: '#FEDA03', description: 'RARI is an Ethereum token that powers Rarible, a community-owned marketplace for creating, selling, or collecting NFTs. RARI can be earned by using the platform and can be used to curate content and vote on platform upgrades.', website: 'https://rarible.com/', }, ren: { icon: LogoRen, color: '#001E3D', description: 'Ren (REN) is an Ethereum token that powers Ren’s open protocol for transferring cryptocurrencies between blockchains. Ren aims to bring popular assets like Bitcoin and Zcash to blockchains including Ethereum, making it possible for these assets to participate in a multi-chain decentralized finance ecosystem.', website: 'https://renproject.io/', }, rep: { icon: LogoRep, color: '#612A52', description: 'Augur’s Reputation token (REP) is an Ethereum token designed for reporting and disputing the outcome of events on online prediction markets. Reporters are rewarded for reporting the outcome of events correctly.', website: 'https://www.augur.net/', }, req: { icon: LogoReq, color: '#00E6A0', description: 'REQ is an Ethereum token that powers the Request Network, a protocol for creating and requesting payments. Transactions on Request Network are immutably recorded and requests are processed without an intermediary.', website: 'https://request.network/en/', }, rgt: { icon: LogoRgt, color: '#000000', description: 'RGT is an Ethereum token that powers Rari Capital, a decentralized protocol for lending and borrowing. The Rari Governance Token is used for fee discounts and protocol governance.', website: 'https://rari.capital/', }, rlc: { icon: LogoRlc, color: '#FFD800', description: 'RLC is an Ethereum token for the iExec cloud platform in which users can monetize and rent computing power and data. iExec enables developers to power applications on what is described as “a decentralized marketplace for cloud resources."', website: 'https://iex.ec/', }, rly: { icon: LogoRly, color: '#FF8A03', description: 'RLY is an Ethereum token that powers the Rally network. Rally enables creators and online communities to launch their own cryptocurrencies. By creating these so-called “social tokens,” fans can gain access to benefits like unreleased content or merch, while creators can unlock new forms of revenue.', website: 'https://rally.io/', }, shib: { icon: LogoShib, color: '#1C2951', description: 'Shiba Inu (SHIB) is a token that aspires to be an Ethereum-based alternative to Dogecoin (DOGE), the popular memecoin. Unlike Bitcoin, which is designed to be scarce, SHIB is intentionally abundant — with a circulating supply of one quadrillion. The Shiba Inu Token ecosystem supports projects such as an NFT art incubator and the development of a decentralized exchange called Shibaswap.', website: 'https://shibatoken.com/', }, skl: { icon: LogoSkl, color: '#000000', description: 'SKALE (SKL) is an Ethereum token that powers the Skale Network, which describes itself as “an Ethereum-compatible network with a leaderless consensus designed to run on an uncapped number of independent nodes.” Nodes on the Skale Network provide resources to multiple decentralized elastic blockchains. The SKL token grants a right to participate as a network validator, stake as a delegator, or access a share of the network’s resources as a developer.', website: 'https://skale.network/', }, snx: { icon: LogoSnx, color: '#090220', description: 'Synthetix Network Token(SNX) is an Ethereum token that powers Synthetix, a decentralised synthetic asset issuance protocol. Synthetic assets are minted when token holders stake their SNX as collateral using Mintr, a decentralised application for interacting with the Synthetix contracts. The protocol currently supports synthetic fiat currencies, cryptocurrencies, and commodities.', website: 'https://www.synthetix.io/', }, sol: { icon: LogoSol, color: '#00FFBD', description: 'Solana is a decentralized computing platform that uses SOL to pay for transactions. Solana aims to improve blockchain scalability by using a combination of proof of stake consensus and so-called proof of history. As a result, Solana claims to be able to support 50,000 transactions per second without sacrificing decentralization.', website: 'https://solana.com/', }, storj: { icon: LogoStorj, color: '#2683FF', description: 'Storj (STORJ) is an Ethereum token that powers a decentralized cloud storage network for developers called Storj DCS (Decentralized Cloud Storage). After a customer uploads a file to Storj DCS, pieces of each file are distributed to a global network of independent nodes. When someone requests the file, it is then recompiled securely and made available for download. This means that anyone can store files on Storj DCS without having to trust a centralized data center. Developers can purchase cloud storage services with STORJ. Network participants earn STORJ in return for providing unused hard drive space and bandwidth to the network.', website: 'https://storj.io/', }, suku: { icon: LogoSuku, color: '#000000', description: 'SUKU is an Ethereum token that powers the SUKU Platform, a blockchain-based ecosystem that aims to make supply chains more transparent. SUKU tokens can be used for platform governance and to reward users and SUKU node operators. SUKU Platform is also developing applications for DeFi lending and NFT marketplaces.', website: 'https://www.suku.world/', }, sushi: { icon: LogoSushi, color: '#F056A3', description: 'SushiSwap (SUSHI) is an Ethereum token that powers SushiSwap, a decentralized cryptocurrency exchange and automated market maker built on Ethereum. Holders of SUSHI can participate in community governance and stake their tokens to receive a portion of SushiSwap’s transaction fees.', website: 'https://sushi.com/', }, tbtc: { icon: LogoTbtc, color: '#000000', description: 'tBTC is an Ethereum token that’s intended to represent Bitcoin (BTC) on the Ethereum blockchain. It is not Bitcoin, but rather a separate ERC-20 token that’s designed to track Bitcoin’s value. tBTC is powered by the Keep Network. Keep Network enables users to deposit Bitcoin and redeem tokenized tBTC, which can then be used across the Ethereum ecosystem.', website: 'https://keep.network/', }, trac: { icon: LogoTrac, color: '#6344DF', description: 'TRAC is an Ethereum token that powers OriginTrail, which describes itself as a “decentralized knowledge graph.” OriginTrail is used to discover, manage, and store data for everything from supply chain tracking to verifying art, diplomas, and business certifications. TRAC token is used to pay for data processing and storage on the network.', website: 'https://origintrail.io/', }, trb: { icon: LogoTrb, color: '#000000', description: 'Tellor is a decentralized oracle network that allows smart contracts on Ethereum to securely connect to external data sources. TRB (a.k.a. “Tributes”) is an Ethereum token that powers the Tellor network and incentivizes honest reporting of external data.', website: 'https://tellor.io/', }, tribe: { icon: LogoTribe, color: '#178DD0', description: 'TRIBE is an Ethereum token that governs Fei Protocol, which issues a separate, decentralized stablecoin called FEI that attempts to maintain a value of US$1.00. TRIBE can be used to vote for Fei Protocol upgrades and to adjust FEI stablecoin monetary policy.', website: 'https://fei.money/', }, tru: { icon: LogoTru, color: '#1A5AFF', description: 'TRU is an Ethereum token that powers TrueFi, a decentralized finance protocol for uncollateralized lending using on-chain credit scores. TRU can be used for staking (i.e. to approve or reject new loans) and governance on the TrueFi protocol.', website: 'https://truefi.io/', }, uma: { icon: LogoUma, color: '#FF4A49', description: 'UMA is an Ethereum token that describes itself as “an open-source protocol that allows developers to design and create their own financial contracts and synthetic assets.” The protocol’s name comes from the team’s goal of creating universal market access (UMA).', website: 'https://umaproject.org/', }, uni: { icon: LogoUni, color: '#FF007A', description: 'Uniswap (UNI) is an Ethereum token that powers Uniswap, an automated liquidity provider that’s designed to make it easy to exchange Ethereum (ERC-20) tokens. There is no orderbook or central facilitator on Uniswap. Instead, tokens are exchanged through liquidity pools that are defined by smart contracts.', website: 'https://uniswap.org/', }, usdc: { icon: LogoUsdc, color: '#2775C9', description: 'USD Coin (USDC) is a stablecoin fully backed by the US dollar and developed by the CENTRE consortium. Coinbase customers with US dollar accounts may exchange 1 USDC for US$1.00 (and vice versa) on Coinbase in jurisdictions where USDC support is available. The graph above reflects USDC’s current and historical redemption value of US$1.00, which may not match the price of USDC on other exchanges. USDC is an Ethereum token and is the only fiat-backed stablecoin currently supported by Coinbase. Note: Coinbase only supports USDC running on Ethereum (ERC-20).', website: 'https://www.coinbase.com/usdc/', }, usdt: { icon: LogoUsdt, color: '#27A17C', description: 'Tether (USDT) is an Ethereum token that is pegged to the value of a U.S. dollar (also known as a stablecoin). Tether’s issuer claims that USDT is backed by bank reserves and loans which match or exceed the value of USDT in circulation. Important note: at this time, Coinbase only supports USDT on the Ethereum blockchain (ERC-20). Do not send USDT on any other blockchain to Coinbase.', website: 'https://tether.to/', }, ust: { icon: LogoUst, color: '#5493F7', description: 'TerraUSD is a decentralized stablecoin running on Ethereum that attempts to maintain a value of US$1.00. Unlike centralized stablecoins, UST isn’t backed by US dollars in a bank account. Instead, in order to mint 1 TerraUSD, US$1.00 worth of TerraUSD’s reserve asset (LUNA) must be burned.', website: 'https://www.terra.money/', }, wbtc: { icon: LogoWbtc, color: '#1F1B2C', description: 'Wrapped Bitcoin (WBTC) is an Ethereum token that is intended to represent Bitcoin (BTC) on the Ethereum blockchain. It is not Bitcoin, but rather a separate ERC-20 token that’s designed to track Bitcoin’s value. WBTC was created to allow Bitcoin holders to participate in decentralized finance (“DeFi”) apps that are popular on Ethereum. Through a WBTC partner, 1 Bitcoin can be exchanged for 1 Wrapped Bitcoin, and vice-versa. The BTC that backs WBTC is verifiable through a “proof of reserve” system that verifies the 1:1 backing between minted WBTC tokens and Bitcoin stored by custodians. WBTC is maintained by a group called the WBTC DAO that consists of over 30 members. It was originally started by BitGo, Ren, and Kyber.', website: 'https://wbtc.network/', }, wcfg: { icon: LogoWcfg, color: '#000000', description: 'Wrapped Centrifuge (WCFG) is an Ethereum token that’s intended to represent Centrifuge (CFG) on the Ethereum blockchain. WCFG is not CFG, but rather a separate ERC-20 token that’s designed to track CFG’s price. CFG is the native asset of the Polkadot-based Centrifuge Chain and can be used for staking and on-chain governance.', website: 'https://centrifuge.io/', }, wluna: { icon: LogoWluna, color: '#F9D85E', description: 'Wrapped Luna (WLUNA) is an Ethereum token that’s intended to represent Terra (LUNA) on the Ethereum blockchain. It is not LUNA, but rather a separate ERC-20 token that’s designed to track LUNA’s value. WLUNA was created to allow LUNA holders to trade, hold, and participate in decentralized finance (“DeFi”) apps on Ethereum. Through a WLUNA partner, 1 LUNA can be exchanged for 1 WLUNA, and vice-versa.', website: 'https://www.terra.money/', }, xlm: { icon: LogoXlm, color: '#000000', description: 'Stellar’s cryptocurrency, the Stellar Lumen (XLM), powers the Stellar payment network. Stellar aims to connect banks, payment systems, and individuals quickly and reliably.', website: 'https://www.stellar.org/', }, xrp: { icon: LogoXrp, color: '#24292F', description: 'In light of the SEC’s action against Ripple Labs, Inc., trading in XRP has been suspended as of January 19, 2021. XRP is the cryptocurrency used by the Ripple payment network. Built for enterprise use, XRP aims to be a fast, cost-efficient cryptocurrency for cross-border payments.', website: 'https://ripple.com/xrp/', }, xtz: { icon: LogoXtz, color: '#A6E000', description: 'Tezos is a cryptocurrency and decentralized computing platform. Its features include proof of stake consensus, formal verification (which lets developers verify the correctness of their code), and the ability to let stakeholders vote on changes to the protocol. Tezos\'s block creation process is called "baking" — Tezos holders who stake their tokens can receive Tezos tokens as a reward for creating and verifying blocks.', website: 'https://www.tezos.com/', }, xyo: { icon: LogoXyo, color: '#7A8DA8', description: 'XYO is an Ethereum token that powers XYO Network, a decentralized network of devices that anonymously collect and validate geospatial data. On the XYO World platform, XYO tokens can be traded for and staked against unique ERC-721 tokens representing real-world locations.', website: 'https://xyo.network/', }, yfi: { icon: LogoYfi, color: '#006AE2', description: 'Yearn.finance (YFI) is an Ethereum token that governs the Yearn.finance platform. The platform is a yield optimizer that moves funds around the decentralized finance (“defi”) ecosystem in an effort to generate a high return.', website: 'https://yearn.finance/', }, yfii: { icon: LogoYfii, color: '#FA2978', description: 'DFI.Money (YFII) is an Ethereum token that governs the DFI.Money platform. The platform is a fork of Yearn.finance and acts as a yield optimizer for tokens deposited to the platform.', website: 'https://dfi.money/', }, zec: { icon: LogoZec, color: '#ECB244', description: 'Zcash is a cryptocurrency that offers two types of addresses: transparent addresses that are publicly visible on the Zcash blockchain and shielded addresses that are more private. Coinbase customers can receive Zcash from both transparent and shielded addresses and send Zcash to transparent addresses. Sending to shielded addresses is not supported at this time.', website: 'https://z.cash/', }, zen: { icon: LogoZen, color: '#20CBA3', description: 'Horizen is a blockchain ecosystem that enables privacy-preserving decentralized applications. Using ZEN as its native asset, Horizen has both a main blockchain and a sidechain platform that enables developers to build custom private or public blockchains and decentralized applications.', website: 'https://www.horizen.io/', }, zrx: { icon: LogoZrx, color: '#302C2B', description: 'ZRX is an Ethereum token that is used to power the 0x protocol. The protocol itself is designed to allow Ethereum tokens to be traded at a low cost directly from your wallet.', website: 'https://0x.org/', }, }; export default CryptoCurrenciesIconMap; |


Home | GitHub | node.js version of the TreeElement
To test please open this branch and update the web page.
Some element inside the tree, but not a tree branch


skaarjik wrote:Is it possible to add to the flame radar authors of posts where the text begins with a certain text??


At the risk of getting myself involved in a highly charged political issue, I have some thoughts about the new SpringSource maintenance policy that I wanted to share. Not sure that I know what I’m talking about, but I have no doubt that others will let me know if I’m totally off-base.
Initially I was a little disappointed when I heard the news about the change. I don’t have anything against capitalism, and I think that the Spring developers absolutely ought to benefit financially from all the good work that they’ve been doing over the years. The disappointment was really just a function of my being a bit of a cheapskate: I’m happy to contribute on the forums, contribute JIRA issues, even the occasional code patch, but I suppose I’ve grown too used to being able to download the latest and greatest for free.
But I found out that I misinterpreted the part about “major” releases in an important way, and now I feel a lot better about things.
I thought that SpringSource was saying that the community would be able to download binaries for 3.0, 4.0, 5.0 etc. for free, as well as 3.x (x > 0) releases as long as the 3.x releases were released within the first three months of the 3.0 release.
I’m happy to report that that’s totally wrong.
It turns out that the community will have access to binaries for 3.0, 3.1, 3.2, 3.3, etc., as they appear. The for-pay releases will be the 3.1.x (x > 0) releases that come out three months after the initial 3.1 release. Don’t take my word for it though. It’s right here and here too.
I can definitely live with that. Sure, I’d prefer to download 3.1.5 for free, but it’s not going to kill me to wait for 3.2. I think that there are probably a lot of developers who would feel the same way.
I have to wonder, though, whether SpringSource might do a better job explaining the change. It’s pretty easy to read
After a new major version of Spring is released, community maintenance updates will be issued for three months to address initial stability issues. Subsequent maintenance releases will be available to SpringSource Enterprise customers. Bug fixes will be folded into the open source development trunk and will be made available in the next major community release of the software.
and think that you’re going to have to wait a year for an update. I interpret “major version” as meaning Spring 2, Spring 3, etc. Maybe that’s not the way SpringSource thinks of major versions (though that’s news to me), but it doesn’t really matter what SpringSource thinks – what matters is what the Spring community thinks, and I can’t be the only one who read the above passage thinking that we’d have to pay for version 3.3.
My understanding is that this change is about getting enterprises to start paying for Spring while letting smaller shops and individual developers still have access to pretty recent stuff. Enterprises are slower about upgrading versions. So say you’re an enterprise and you built an app against version Spring 3.0.2. It’s more painful for you to upgrade to version 3.1 than it is to just buy the enterprise license and get your 3.0.x upgrades, so you buy the license. On the other hand, smaller organizations are in many cases fine with going from 3.0.2 to 3.1, as are many individual developers (indeed, I think a lot of individual developers eagerly await new releases), so they can still use it for free without too much inconvenience. No doubt some smaller organizations and developers will be inconvenienced though.
If my understanding is correct, I think SpringSource ought to consider explaining it in roughly that way instead of this:
“The maintenance policy provides IT teams responsible for building and running mission-critical production systems with the quality, assurance and peace of mind that comes from reliable, predictable and guaranteed support direct from the source,” said Mark Brewer, vice president of enterprise delivery for SpringSource. “And, the policy will always give the developer community access to the same cutting-edge innovations they have come to expect with Spring.”
When developers read the above, they hear “blah blah blah.” Developers hate that kind of explanation. I assume that since Brewer is VP of enterprise delivery he’s addressing enterprise customers more than he is the community, but (1) it’s important to address the community since you don’t want people defecting from the platform, and (2) there’s a way to present the explanation so that it’s palatable to enterprises. I am myself in corporate IT leadership, and if somebody told me that the enterprise license allows you to get bugfixes without having to upgrade from 3.0.x to 3.1, I would be able to see value in that.
Anyway, I’m glad to discover that the situation is not what I had originally thought, and to my mind SpringSource is striking a reasonable balance between their desire (and right) to build a profitable business around Spring vs. their desire to maintain a supportive developer community. They just need to work on the communication. :–)


Admission prices revealed for Plymouth Argyle's FA Cup clash at Bristol Rovers
Tickets have gone on sale for the second round tie at the Memorial Stadium on December 1
by Chris ErringtonTickets for Plymouth Argyle’s FA Cup second round tie away to Bristol Rovers have gone on sale to season ticket holders.
Ryan Lowe’s Pilgrims will travel to the Memorial Stadium on Sunday, December 1 for a 2pm kick-off.
That follows Rovers’ 1-0 first round replay win at National League high-fliers Bromley on Tuesday night.
The priority one selling period for Argyle season ticket holders began at 9.15am this morning.
Under-16s will be admitted for £1 for the FA Cup clash, which will be all-ticket for the Green Army.
Reserved seating in the away south stand at the Memorial Stadium costs £15 for adults and £7 for over-65s.
Tickets for the uncovered away terrace are priced at £10 for adults and £5 for over-65s.
The sale dates are as follows:
Priority One (Season ticket holders) 9.15am Thursday, November 21
Priority Two (Flexi-Ticket Holders, 1886 Members and Big Green Lottery Members) 9.15am Monday, November 25
General Sale: 9.15am Wednesday, November 27.
Supporters’ coaches will leave from outside the Devonport End at 9.30am on the day of the match.
The cost is £18 for 1886 adult members, £15 for 1886 junior members, and £23 for non-members.


Author: Paul Robinson
Level: Intermediate
Technologies: EJB, EAR
Summary: The ejb-in-ear
quickstart demonstrates how to deploy an EAR archive that contains a JSF WAR and an EJB JAR.
Target Product: JBoss EAP
Source: https://github.com/jboss-developer/jboss-eap-quickstarts/
The ejb-in-ear
quickstart demonstrates the deployment of an EAR artifact to Red Hat JBoss Enterprise Application Platform. The EAR contains: JSF WAR and an EJB JAR.
The example is composed of three Maven projects, each with a shared parent. The projects are as follows:
ejb
: This project contains the EJB code and can be built independently to produce the JAR archive.
web
: This project contains the JSF pages and the managed bean.
ear
: This project builds the EAR artifact and pulls in the EJB and Web artifacts.
The root pom.xml
builds each of the subprojects in the above order and deploys the EAR archive to the server.
The example follows the common "Hello World" pattern. These are the steps that occur:
Greeter
.Greeter
invokes the GreeterEJB
, which was injected to the managed bean. Notice the field annotated with @EJB
.GreeterEJB
is stored in a field (message) of the managed bean.@SessionScoped
, so the same managed bean instance is used for the entire session. This ensures that the message is available when the page reloads and is displayed to the user.The application this project produces is designed to be run on Red Hat JBoss Enterprise Application Platform 7.1 or later.
All you need to build this project is Java 8.0 (Java SDK 1.8) or later and Maven 3.3.1 or later. See Configure Maven for JBoss EAP 7.1 to make sure you are configured correctly for testing the quickstarts.
In the following instructions, replace EAP7_HOME
with the actual path to your JBoss EAP installation. The installation path is described in detail here: Use of EAP7_HOME and JBOSS_HOME Variables.
For Linux: EAP7_HOME/bin/standalone.sh
For Windows: EAP7_HOME\bin\standalone.bat
mvn clean install wildfly:deploy
This will deploy ear/target/ejb-in-ear.ear
to the running instance of the server.
The application will be running at the following URL http://localhost:8080/ejb-in-ear/.
Enter a name in the input field and click the Greet button to see the response.
mvn wildfly:undeploy
You can also start the server and deploy the quickstarts or run the Arquillian tests from Eclipse using JBoss tools. For general information about how to import a quickstart, add a JBoss EAP server, and build and deploy a quickstart, see Use JBoss Developer Studio or Eclipse to Run the Quickstarts.
For this quickstart, follow the special instructions to build Quickstarts Containing an EAR.
ejb-in-ear-ear
subproject, and choose Run As
--> Run on Server
.Finish
.ejb-in-ear-ear
project and choose Run As
--> Maven build
. Enter wildfly:undeploy
for the Goals
and click Run
.If you want to debug the source code of any library in the project, run the following command to pull the source into your local repository. The IDE should then detect it.
mvn dependency:sources


--- title: "CONTAINERS FOR FALL GARDENS" date: "2000-01-01 20:09:19 -06:00" categories: - adult subtitle: "" layout: "events" event-image: "fall-container-gardening.jpg" event-dates: "SATURDAY, SEPTEMBER 19" event-location: "Online via Zoom" button-type: "register" tickets-link: "https://55218.blackbaudhosting.com/55218/Containers-for-Fall-Gardening" registration-info: "Students will be sent a material list in order to follow along with instructor" instructor-info: "Scott Mower, Red Butte Garden Designer and Horticulturist" member-cost: "$30" public-cost: "$35" event-notes: "online" tickets-button: "" published: false ---
REGISTRATION REQUIRED
Online class registration includes one free admission pass to Red Butte Garden.
SATURDAY, SEPTEMBER 19 @ 10AM - NOON
Spend a morning creating a striking fall container planting. After reviewing plants suitable for fall container gardening, including cool-season annuals, perennials, shrubs, and trees, we will each create a container masterpiece that will hold up through Thanksgiving, and potentially through winter.


Honey Bee Genes with Highest
Occurance of Each Nucleotide
Necleotide
Code
gi(Gene ID)
Highest Relative Frequency
Adenine
A
%s
%s
Cytosine
C
%s
%s
Guanine
G
%s
%s
Thymine
T
%s
%s
Last updated by Yan Gao


The European Union Songbook
162 Songs
6 Categories
Nominations per Country
Press
Press Releases
Media Coverage
Partners
Local Partners
Translators
About Us
Mission Statement
Who We Are
Statutes
Contact Us
Donate


B
- Type of object relationship is for.@Deprecated
public interface RoleSelector<B extends DataObject>
Selector
| Modifier and Type | Method and Description |
|---|---|
DataObjectItemInput<B> |
getInput(java.lang.String role,
SessionService user)
Deprecated.
Get the Input where the AppUser has the specified role with
respect to the Inputs Target
|
DataObjectFactory<B> |
getTargetFactory()
Deprecated.
get the
DataObjectFactory for the target type |
boolean |
hasRole(SessionService sess,
B target,
java.lang.String role)
Deprecated.
Does this sesssion have the desired role on the target
|
boolean |
hasRole(java.lang.String role,
SessionService user)
Deprecated.
Are there any target objects where the user has the target role.
|
DataObjectItemInput<B> getInput(java.lang.String role, SessionService user)
role
- String specifying the roleuser
- person making requestboolean hasRole(java.lang.String role, SessionService user)
role
- user
- boolean hasRole(SessionService sess, B target, java.lang.String role)
sess
- target
- role
- DataObjectFactory<B> getTargetFactory()
DataObjectFactory
for the target typeDataObjectFactory


stk.calculators.ga.plotters module¶
Defines plotters.
Plotters are calculators which produce graphs. They generally do this
by decorating other calculators to hook into them, collect data from
them and then plot the results. To see examples of how to use plotters
look at the documentation of the individual plotters. For example
SelectionPlotter
and ProgressPlotter
.
Extending stk: Making new plotters.¶
New plotters should inherit Plotter
and define a
plot()
method. Note that plotters do no necessarily have
to make a plot when plot()
is made. For example,
SelectionPlotter
plots every time the
Selector
it is used with becomes exhausted and it’s
plot()
does nothing..
-
class
stk.calculators.ga.plotters.
Plotter
¶ Bases:
object
A base class for plotters.
-
plot
(progress)¶ Plots a graph.
Parameters: progress ( Population
) – APopulation
where each generation of the GA is a subpopulation.Returns: None Return type: NoneType
-
-
class
stk.calculators.ga.plotters.
ProgressPlotter
(filename, attr, y_label, default)¶ Bases:
stk.calculators.ga.plotters.Plotter
Plots how an attribute changes during a GA.
The produced plot will show the GA generations on the x axis and the min, mean and max values of an attribute on the y axis.
-
filename
¶ The basename of the files. This means it should exclude file extensions.
Type: str
-
attr
¶ The name of the attribute which is plotted. It must be an attribute on the
Molecule
objects made by the GA.Type: str
-
y_label
¶ The y label for the produced graph.
Type: str
-
default
¶ When a molecule in the population does not have attribute
attr
, this is the default value to use for it.Type: float
Examples
Plot how fitness value changes with GA generations.
# progress has subpopulations where each subpopulation is a # generation of a GA. progress = Population(...) # Make the plotter which plots the fitness change across # generations. plotter = ProgressPlotter(filename='fitness_plot', attr='fitness', y_label='Fitness', default=1e-4) plotter.plot(progress)
Plot how the number of atoms changes with GA generations.
# progress has subpopulations where each subpopulation is a # generation of a GA. progress = Population(...) # Make the plotter which plots the number of atoms across # generations. Note that the GA must create the num_atoms # attribute on the molecules. This can be done in the fitness # function, for example. plotter = ProgressPlotter(filename='atom_plot', attr='num_atoms', y_label='Number of Atoms', default=0) plotter.plot(progress)
-
plot
(progress)¶ Plots a progress plot.
Parameters: progress ( Population
) – APopulation
where each generation of the GA is a subpopulation.Returns: None Return type: NoneType
-
-
class
stk.calculators.ga.plotters.
SelectionPlotter
(filename, selector)¶ Bases:
stk.calculators.ga.plotters.Plotter
Plots which molecules a
Selector
selects.-
filename
¶ The basename of the files. This means it should not include file extensions.
Type: str
Examples
# Make a population of molecules. pop = Population(...) # Make a selector. roulette = Roulette(num=10) # Make a plotter. SelectionPlotter('roulette_counter', roulette) # Select the molecules. selected = list(roulette.select(pop)) # There should now be a file called "roulette_counter_1.png" # which shows a graph of all the selected molecules. # Make another population. pop2 = Population(...) # Select molecules from this other population. selected2 = list(roulette.select(pop2)) # There should now be a file called "roulette_counter_2.png" # which shows a graph of all the selected molecules. # Select from the original population again. selected3 = list(roulette.select(pop)) # There should now be a file called "roulette_counter_3.png" # which shows a graph of all the selected molecules. # And so on every time you use "roulette.select()".
-
_plot
(counter)¶ Plots a selection counter.
Parameters: counter ( Counter
) – A counter specifying which molecules were selected and how many times.Returns: None Return type: NoneType
-
plot
(progress)¶ Does nothing.
This
Plotter
creates a plot each timeselector
is finished selecting molecules.Parameters: progress ( Population
) – APopulation
where each generation of the GA is a subpopulation.Returns: None Return type: NoneType
-
update_counter
(select)¶ Decorates
Selector.select()
.This is a decorator which makes sure that every time
Selector.select()
selects aMolecule
a counter keeping track of selected molecules is updated.Parameters: select ( function
) – TheSelector.select()
method to decorate.Returns: The decorated Selector.select()
method.Return type: function
-


Before Change
t = self.iterations + 1
lr_t = self.lr / (1. - K.pow(self.beta_1, t))
shapes = [x.shape for x in K.batch_get_value(params)]
// zero init of 1st moment
ms = [K.zeros(shape) for shape in shapes]
// zero init of exponentially weighted infinity norm
us = [K.zeros(shape) for shape in shapes]
self.weights = [self.iterations] + ms + us
for p, g, m, u in zip(params, grads, ms, us):
After Change
t = self.iterations + 1
lr_t = self.lr / (1. - K.pow(self.beta_1, t))
shapes = [K.get_variable_shape(p) for p in params]
// zero init of 1st moment
ms = [K.zeros(shape) for shape in shapes]
// zero init of exponentially weighted infinity norm
us = [K.zeros(shape) for shape in shapes]
self.weights = [self.iterations] + ms + us
for p, g, m, u in zip(params, grads, ms, us):


Margins v. Borders v. Padding
Every object (e.g. 'div', 'p', 'section') has four attributes that can be modified that will affect size and spacing of the object. They are margin, borders, padding, and the content itself. Below is a diagram:
You have the content (in blue) with the padding wrapped around it, followed by the border wrapped around the padding, followed by the margin wrapped around the border. You can adjust the size of all of these idividually as well as adjusting a single side of each part.
I personally like to group the four together as content-border and padding-margin. You can manipulate the color of the content and the border while padding and margin create space between their surroundings (padding creates space between the content and the border while while margin creates space between the border and another object).
Manipulating each of these is extremely easy in CSS. Within the code for your given selector, you can use "margin: 20px;" to give the entire margin a size of 20 pixels. If you wanted to only assign a size of the left margin you would use "margin-left: 20px;". You can replace "left" with "right", "top", or "bottom" to adjust each of those individually. Adjust the padding of any object by replacing "margin" with "padding" in any of the previous examples.
You can adjust many attributes of the content. Use "color: red;" to change the text color of the object to red.
To change the background color of the object to gray, use "background-color: gray;"
Use "width: 200px; height: 450px" to make the content of the object 200 pixels wide by 450 pixels high. However sometimes you want to make the object a dynamic size that adjusts to the size of the browser window and an example of that would be "width: 50%;"
Borders are another attribute of an object that can appear so you can change such things about them as color, size, dashed/solid, etc. To create a solid, orange, 5 pixel wide border around your object, you would use "border: 5px solid orange". You can replace "solid" with "dashed" and "orange" with many color names or, alternatively, their hex code (e.g. #00ffa3).
Similar to margins and padding, you can alter a single side of a border by using "border-left", "border-right", "border-top", or "border-bottom".


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👑This Saturday. The Biggest Midwest College Party in The History of UIUC aka. The Money Night🍾🥂💵🔥🔥🔥🔥For ticket and table info, DM us🔥🔥🔥 https://www.facebook.com/events/1035680276642836/Video credit to 신하진
Posted by Heartland Music on Monday, April 8, 2019
LAUCHING THIS FRIDAY 10PM.
Posted by Heartland Music on Monday, January 21, 2019
Heartland Music © 2020


| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
AND |
5 |
public static final int |
BETWEEN |
8 |
public static final int |
DEFAULT |
0 |
public static final int |
DOUBLE_QUOTED_STRING |
15 |
public static final int |
EOF |
0 |
public static final int |
IN |
9 |
public static final int |
IS |
10 |
public static final int |
LIKE |
11 |
public static final int |
NOT |
7 |
public static final int |
NULL |
12 |
public static final int |
OR |
6 |
public static final int |
SINGLE_QUOTED_STRING |
14 |
public static final int |
UNQUOTED_STRING |
13 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
PAGE_SIZE |
2500 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final boolean |
staticFlag |
false |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
INVALID_LEXICAL_STATE |
2 |
public static final int |
LEXICAL_ERROR |
0 |
public static final int |
LOOP_DETECTED |
3 |
public static final int |
STATIC_LEXER_ERROR |
1 |
Copyright © 2017. All rights reserved.


{include file='publics/head'}
{include file='publics/header'}
{include file='publics/sidebar'}
{block name="bodycontent"}{/block}
{include file='publics/footer'}
{include file='publics/script'} {block name="inc"}{/block}


{{ctrl.serviceToBind}} has been bound to {{ctrl.target.metadata.name}} successfully
The binding operation created the secret
{{ctrl.generatedSecretName}}{{ctrl.generatedSecretName}}
that you may need to reference in your application.
Its data will be available to your application as environment variables.
Info
The binding secret will only be available to new pods. You will need to redeploy your application.
Binding Failed
{{ctrl.error.data.message | upperFirst}}
An error occurred creating the binding.


--- layout: page-fullwidth meta_teaser: teaser: "" header: image: rumbleatmedrano.jpg background-color: "#262930" caption: Mobile Learning Lab in Action caption_url: image: thumb: rumbleatmedrano.jpg homepage: caption: caption_url: "" categories: - community title: Mobile Learning Lab in Action tags: [outreach,connect,motivate] section: team personhours: 66 rollcall: [Max,Caitlin, Tycho] ---
The RV has been fully remodeled and set up with netbooks and 3D printers, so we have been making the rounds and teaching at camps and events. We try to limit the number of kids on board to under 15 or 12 for safety reasons. It'd be nearly impossible to fit more kids and be able to effectively teach.
When we first drove up to one deployment of the RV there were a lot of kids staring, because honestly who wouldn't; the RV is huge and bright. We couldn't set up fast enough before people wanted to come inside. We split the group into modelling and robotics and got started. In the back, robotics kits were scattered on the floor, and groups of two or three were following a video to build a 5 minute bot (it generally took them longer though). When the bots were built, Tycho let us through crash course in the EV3 programming environment and helped them think analytically about how they wanted the robots to behave when on different sections of the sumo. We didn't give them a program to use, they told us what to put. The result? An exciting free for all complete with screaming cheers and flipping of bots (video above).
Caitlin and I led the modelling with the basic "build a house" tutorial below. After they got the hang of that we set the software sizing up so they could make a keychain and print it. Some people got really into their house and ended up emailing the file to themselves to continue later.


public class Generator
extends java.lang.Object
| Constructor and Description |
|---|
Generator() |
| Modifier and Type | Method and Description |
|---|---|
static Deck |
generateBlueDeck(int numberOfPlayers)
Generates a Deck to be used when picking a Blue Card whenever you land on Blue Space
|
static Path[] |
generateBoard()
Generates the Board (of Paths).
|
static Deck |
generateCareerDeck()
Generates a Deck composed of CareerCard to let the users
draw a random career from a Deck
|
static Path |
generateCareerPath(Path path1,
Path path2)
Generates a Career Path
|
static Path |
generateChangeCareerPath(Path path1,
Path path2)
Generates a Change a Career Path
|
static Path |
generateCollegePath(Path path1,
Path path2)
Generates a College Path
|
static Deck |
generateHouseDeck()
Generate the HouseDeck composed of House Card
|
static DeckWithUsed |
generateOrangeDeck()
Generates a Deck for Orange Space composed of ActionCards
|
static java.util.ArrayList<Player> |
generatePlayers(int nPlayers,
int startingMoney) |
static Path |
generateRetirementPath() |
static Deck |
generateSalaryDeck()
Generates Salary Deck which consists of Salary Cards
with different salary value which is a multiple of 10000
|
static Path |
generateStartAFamilyPath(Path path1,
Path path2)
Generates a Start a Family Path
|
public static java.util.ArrayList<Player> generatePlayers(int nPlayers, int startingMoney)
public static DeckWithUsed generateOrangeDeck()
Deck
,
ActionCard
public static Deck generateCareerDeck()
Deck
,
CareerCard
public static Deck generateSalaryDeck()
Deck
,
SalaryCard
public static Deck generateBlueDeck(int numberOfPlayers)
public static Deck generateHouseDeck()
public static Path[] generateBoard()
Generates the Board (of Paths). A path can be generated with left and right nodes (path1 and path2) or none.
Note: the Path has to be generated from the End of the Board to the Start
Link to UMLpublic static Path generateCareerPath(Path path1, Path path2)
path1
- path1/left node to be passed unto the Career Pathpath2
- path2/right node to be passed unto the Career Pathpublic static Path generateCollegePath(Path path1, Path path2)
path1
- path1/left node to be passed unto the College Pathpath2
- path2/right node to be passed unto the College Pathpublic static Path generateChangeCareerPath(Path path1, Path path2)
path1
- path1/left node to be passed unto the Change a Career Pathpath2
- path2/right node to be passed unto the Change a Career Pathpublic static Path generateStartAFamilyPath(Path path1, Path path2)
path1
- path1/left node to be passed unto the Start a Family Pathpath2
- path2/right node to be passed unto the Start a Family Pathpublic static Path generateRetirementPath()


Id = 46
Nombre Capitulo = Zigerion's Base
Tipo = Space station
Dimension = Dimension C-137
Personaje = ['https://rickandmortyapi.com/api/character/87', 'https://rickandmortyapi.com/api/character/191', 'https://rickandmortyapi.com/api/character/270', 'https://rickandmortyapi.com/api/character/337']
Numero Personaje = ['87', '191', '270', '337']
URL Locacion = https://rickandmortyapi.com/api/location/46


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Black to Play 63
b4-w2/5
pips Black=89 White=73
(CorrectAnswer= 0/0, ErrorScore= 0)
1. 7/1 7/4* eq:-0.003 55.78% (G:5.23% B:0.06%) 44.22% (G: 5.94% B:0.18%) 2. 13/4* eq:-0.101 (-0.097) 56.40% (G:5.85% B:0.11%) 43.60% (G:11.43% B:0.55%) 3. 8/5 8/2 eq:-0.198 (-0.194) 41.57% (G:0.47% B:0.00%) 58.43% (G: 1.45% B:0.06%) 4. 13/10 13/7 eq:-0.267 (-0.263) 39.83% (G:0.80% B:0.01%) 60.17% (G: 3.16% B:0.10%) 5. 8/2 7/4* eq:-0.308 (-0.305) 52.29% (G:5.27% B:0.06%) 47.71% (G:17.68% B:0.56%)


Module: Queryable
- Defined in:
- lib/queryable.rb
Overview
Mixin that adds Queryable functionality to a plain ruby object. A Queryable manages an internal query object, and defines chainable methods that interact with the query object, modifying its value. It's designed to work well with both Mongoid and ActiveRecord.
Defined Under Namespace
Modules: ClassMethods
Class Method Summary (collapse)
-
+ (Object) included(base)
private
Adds class methods, a query accessor, and method delegation.
Instance Method Summary (collapse)
-
- (Object) define_query { ... }
Convenience setter for the internal query that returns self.
-
- (Object) initialize(query)
Initialize a Queryable with a query.
Class Method Details
+ (Object) included(base)
This method is part of a private API. You should avoid using this method if possible, as it may be removed or be changed in the future.
Adds class methods, a query accessor, and method delegation.
16 17 18 19 20 21 22 23 24 25 26 |
# File 'lib/queryable.rb', line 16 def self.included(base) base.extend ClassMethods base.extend Forwardable base.class_eval do # Public: Gets/Sets the internal query. attr_accessor :query def_delegators :@query, *delegated_methods end end |
Instance Method Details
- (Object) define_query { ... }
Convenience setter for the internal query that returns self. The query is set to the value returned by the block. Useful when you need to access the context of the Queryable in addition to the query.
67 68 69 70 |
# File 'lib/queryable.rb', line 67 def define_query @query = yield(query) self end |
- (Object) initialize(query)
Initialize a Queryable with a query.
31 32 33 |
# File 'lib/queryable.rb', line 31 def initialize(query) @query = query.all end |


There’s a demon in this world and I plan to get him out
He slithers through my fingertips and climbs up the water spout
He swims in the air, traverses worlds
And opens his mouth, striking with words
He opens the door of temptation and leaves it ajar
People drunk with indulgence forget who they are
As he passes through forever, collecting his due
We writhe in agony; those who are left are few
While he boasts of his triumph and supremacy
We scramble for our hearts and humanity
Lost in a land of strife and upheaval
Why are we quick to sort out ethical and evil?
Where is this demon and why does he feed
On our egos , our desires and our need?
Perhaps his greatest weapon to put up a fuss
Is that we’re so sure he’s not one of us
There’s a demon in this world and I don’t know where he lies
But when I see my reflection there’s the demon in my eyes


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LEARNING MATERIAL FOR SPECIAL CHILDREN
We have made available different books for different subjects which would help in the learning process of the special children


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We are Code Troopers
The Coding Community of SMVITM
About Us
Devolpers & Designers
Add Description of the club here
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Description
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President
President testimony
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Tereasurer's testimony
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Tech lead testimony
If You Have Any Project In Your Mind ?


|
The
Call
(Backstreet Boys) |
|
Phone
rings girl picks up
Girl: "Hello?" AJ: (lot's of people talking in background)"Hi it's me what's up baby? I'm sorry listen I'm gonna be late tonight so don't stay up and wait for me ok?" Girl: "Where are you?" AJ:(people get louder):"Wait wait say that again?" Girl: "Hello?" AJ: "You're coming in and out I think my battery must be low. Listen if you can hear me we're goin to a place nearby, alright?


WIKI UNDER DEVELOPMENT
TechEmpower Framework Benchmarks is a performance comparison of many web application frameworks executing fundamental tasks such as JSON serialization, database access, and server-side template composition. Each framework is operating in a realistic production configuration. Results are captured on Amazon EC2 and on physical hardware. The project is still evolving, and as it does so, the GitHub repository for the project is turning into a showcase of sorts for each framework's best-practices.
Note: We're using the word "framework" loosely to refer to platforms, micro-frameworks, and full-stack frameworks.
Read more and see the latest results of our tests on Amazon EC2 and physical hardware.
TechEmpower Framework Benchmarks
About
Project Information
Development
- Contributing Guide
- Getting Started
- Software Installation Guide
- Add Frameworks or Tests
- Testing and Debugging


Belize City is the largest city in Belize and is located at the mouth of the Belize River on the coast of the Caribbean. The city is the country's principal port and its financial and industrial hub and is continually frequented by cruise ships. The city was almost entirely destroyed in 1961 when Hurricane Hattie swept ashore on 31 October.
Position 17° 28'10"N, 088°14'47"W (entrance channel to Cucumber Beach marina)
Recent reports indicate that yachts have had good experiences clearing in at Belize City. Clearance can be accomplished more rapidly if the Belize port captain is called in advance of arrival on VHF Channel 16. Flying the Q flag, one can either anchor off or use the dock at the Holiday Inn Hotel.
Officials will come to the dock and complete clearance there, without boarding the yacht, with formalities taking about 15 minutes. Fees total US$50 - $10 for the Sanitation department, and $10 each "taxi fare" for 4 officials. If anchored, a customs boat will usually come alongside and the officials will board the boat, but if not, the captain should go ashore to the customs office. In this case the captain is usually accompanied back to the boat by a customs official for the necessary paperwork. The next office to be visited is immigration, which is in town north of the police station. Customs Tel. 011-501-2-73510, immigration Tel. 011-501-8-22423. The Immigration office is open on a Sunday but there is a 40USD/hour overtime charge.
For clearing out at Belize City it is necessary to purchase two special clearance forms available from Angelus Press near the police station. The first office to be visited is the port authority, which is quite far and requires a taxi ride. A charge will be made depending on the tonnage of the yacht. Customs must be cleared next, and finally immigration.
For 2014 information about clearing in in Old Belize, at the Cucumber Beach Marina, see this report.
The anchorage at Belize City is an open roadstead, often rolly with very poor holding.
Cucumber Beach Marina is a full-service marina off the Western Highway, just south of the town. Whilst services at the marina are good, it is rather isolated. Entrance to the marina should only be attempted at high tide (see http://www.tide-forecast.com/locations/Belize-City-Belize/tides/latest).
The other marinas arround the city (Holiday Inn, Raddison and Princess) are all shallow, and are relatively unprotected from the dangerous long rolling fetch. Although The Radisson Fort George Marina is useful for a short stop for supplies etc.
Belize City is quite safe by day, although keep an eye out for pickpockets. Hold-ups and theft are regular events after dark, so use a taxi, even to travel short distances (make sure you confirm the price with the driver before you get in the car).
Last updated June 2014.


Apple’s extended holiday return policy now live in Canada in-store and online
If you're on the fence about a specific Apple product, now is a great time to check it out
by Patrick O'RourkeApple has once again increased the holiday return policy on Apple.ca and in its physical stores beyond the standard two weeks it typically offers.
Apple.ca doesn’t yet list the return policy increase, but according to iPhone in Canada, which spoke to an Apple Store employee, the extended returns have been in effect since last week. Instead of two weeks, customers now have six weeks before returning or exchanging an Apple product.
The extended return policy is valid from November 15th, 2019 to Wednesday, January 8th, 2020.
It’s unclear if Apple plans to soon reveal 2019 gift guides like it did last year when its extended holiday return policy launched.
Via: iPhone in Canada


| 041:041 Khan | : |
Verily, those who disbelieved in the Reminder (i.e. the Qur'an) when it came to them (shall receive the punishment). And verily, it is an honourable respected Book (because it is Allah's Speech, and He has protected it from corruption, etc.). (See V.15:9] |
| 041:041 Maulana | : |
Those who disbelieve in the Reminder when it comes to them, and surely it is an Invincible Book: |
| 041:041 Pickthal | : |
Lo! those who disbelieve in the Reminder when it cometh unto them (are guilty), for lo! it is an unassailable Scripture. |
| 041:041 Rashad | : |
Those who have rejected the Quran's proof when it came to them, have also rejected an Honorable book. |
| 041:041 Sarwar | : |
The disbelievers (do not know) that the Quran which was sent to them is certainly a glorious Book. |
| 041:041 Shakir | : |
Surely those who disbelieve in the reminder when it comes to them, and most surely it is a Mighty Book: |
| 041:041 Sherali | : |
Those who disbelieve in the Reminder - the Qur'an - when it has come to them are the losers. And truly, it is a mighty Book, |
| 041:041 Yusufali | : |
Those who reject the Message when it comes to them (are not hidden from Us). And indeed it is a Book of exalted power. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > الوعيد Pillars of Islam> Islamic> Oneness of Allah> The Threat أركان الإسلام > التوحيد > الكافرون > الجاحدون من الكفار Pillars of Islam> Islamic> The Disbelievers> The Deniers of the Disbelievers القرآن الكريم > حقيقته وتصديقه للكتب الأوائل The Holy Quran> The Quran's Reality and its confirmation of the Previous Books القرآن الكريم > وصفه ووجوب الإيمان به The Holy Quran> The Description and the Necessity to Believe it
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Welcome to Module 8 Exercise 2
This exercise challenges you to bring together your D3 skills for defining scales, building charts, and positioning axes. In your js/main.js
file, do the following:
- Read in your
data/prepped_data.csv
file using the d3.csv
function
- Define scales to position GDP in a horizontal direction, and Life Expectancy in a vertical direction. You should use log and linear scales (respectively)
- Add circle elements to your screen for each element in your dataset by performing a data-join. Note, you should bind data to the
g
element insdie your SVG to better facilitate arranging your elements
- Define axes and append them to your DOM
- Append
text
elements to your DOM to represent axis labels.
- Bonus: Color each point by region, and add a legend (remember, a legend is just a set of HTML elements that look like a legend)
- Bonus: Size each point by fertility, and add a legend (remember, a legend is just a set of HTML elements that look like a legend)
Gross Domestic Product v.s. Life Expectancy in 2014


pydrake.systems.pyplot_visualizer¶
-
class
pydrake.systems.pyplot_visualizer.
PyPlotVisualizer
(draw_period=0.03333333333333333, facecolor=[1, 1, 1], figsize=None, ax=None, show=None)¶ Bases:
pydrake.systems.framework.LeafSystem_[float]
Base class from planar visualization that relies on pyplot.
In the configuration set up here, this visualizer provides one visualization window (self.fig) with axes (self.ax). The axes can optionally be supplied externally to allow other visualizers to overlay additional information.
Subclasses must: - During initialization, set up the figure bounds and register input port with the appropriate message type. - Override the draw method to parse the input and draw the robot in the appropriate state.
-
__init__
(draw_period=0.03333333333333333, facecolor=[1, 1, 1], figsize=None, ax=None, show=None)¶
-
animate
(log, resample=True, **kwargs)¶ Parameters: - log – A reference to a pydrake.systems.primitives.SignalLogger or a pydrake.trajectories.Trajectory that contains the plant state after running a simulation.
- resample – Whether we should do a resampling operation to make the samples more consistent in time. This can be disabled if you know the draw_period passed into the constructor exactly matches the sample timestep of the log.
- kwargs are passed through to FuncAnimation. (Additional) –
-
DoPublish
(context, event)¶
-
draw
(context)¶ Draws a single frame. context can either be a Context object, or a raw vector (for ease of interpolation).
-
get_recording_as_animation
(**kwargs)¶
-
reset_recording
()¶
-
start_recording
()¶
-
stop_recording
()¶
-


--- creation_epoch:<PHONE_NUMBER> lastmod_epoch:<PHONE_NUMBER> categories: ['Tech Tricks'] title: How copy mixed-mode (DATA and Audio) CD to image --- cdrdao read-cd -v 2 --driver generic-mmc:0x20000 --read-raw --device /dev/dvd --datafile imagen.bin imagen.toc
This is a Linux tool.
Also http://www.dosbox.com/wiki/Cuesheet has a good reference for converting the .toc to .cue and making sure the audio comes through instead of being static.


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