diff --git a/Logbook.md b/Logbook.md index 91766dab1..ea1fe7ee2 100644 --- a/Logbook.md +++ b/Logbook.md @@ -1,8 +1,20 @@ # Leios logbook +## 2025-02-06 + +### Enhancements to online cost calculator + +In response to queries and suggestions, the [online Leios cost calculator]() has been enhanced: + +- Users can select costs for either hyperscale providers (like AWS, Azure, and GCP) or discount providers (Hetzner, OVH Cloud, etc.). +- Costs default to that of a discount provider. +- Users can optionally amortize ledger storage costs perpetually vs compute a first-month snapshot of storage costs. +- Deployments default to a single relay instead of two. +- The disk compression default was reduced to a conservative 50%. + ## 2025-01-31 -## Formal Methods +### Formal Methods - Finalizing executable specifications for Simplified and Short Leios - Short Leios spec extracted to Haskell for conformance testing diff --git a/cost-dashboard/index.html b/cost-dashboard/index.html index 9ad75e70a..54c1d4b1c 100644 --- a/cost-dashboard/index.html +++ b/cost-dashboard/index.html @@ -214,29 +214,33 @@

v0.3, Costs + Costs
+
ⓘ +
ⓘ + vCPU ⓘ USD/vCPU/month Storage ⓘ - + USD/GB/month IOPS ⓘ - + USD/(IO/s)/month Network egress ⓘ - + USD/GB - Discount rate ⓘ - + Discount rate ⓘ + Amortize? ⓘ + %/year @@ -247,7 +251,7 @@

v0.3, Relays ⓘ - + nodes @@ -294,7 +298,7 @@

v0.3, Storage compression ⓘ - + % @@ -344,7 +348,7 @@

v0.3, ⓘ + Disk (amortized) ⓘ ? USD/month diff --git a/cost-dashboard/src/controller.js b/cost-dashboard/src/controller.js index f58b5fcfc..03acb7094 100644 --- a/cost-dashboard/src/controller.js +++ b/cost-dashboard/src/controller.js @@ -142,8 +142,9 @@ export async function calculate() { const costVcpu = vcpu * getFloat(uiVcpu) uiCostVcpu.innerText = costVcpu.toFixed(2) + uiAmortized.style.textDecoration = uiAmortize.checked ? "none" : "line-through" const discount = getFloat(uiDiscount) / 100 / 12 // 1/month - const perpetual = (1 + discount) / discount // 1 + const perpetual = uiAmortize.checked ? (1 + discount) / discount : 1 // 1 const compression = 1 - getFloat(uiCompression) / 100 // 1 const storage = nodes * compression * (getFloat(uiRbLedger) + resources.disk / gigabyte * month) // GB/month uiTotalStorage.innerText = storage.toFixed(2) @@ -186,9 +187,26 @@ export async function calculate() { } +export async function hyperscaleCosts() { + uiVcpu.value = "20" + uiStorage.value = "0.12" + uiIops.value = "0.05" + uiEgress.value = "0.09" + calculate() +} + +export async function discountCosts() { + uiVcpu.value = "20" + uiStorage.value = "0.10" + uiIops.value = "0.00" + uiEgress.value = "0.00" + calculate() +} + export async function initialize() { [ uiAda + , uiAmortize , uiCertBuild , uiCertIo , uiCertRate diff --git a/cost-dashboard/view.css b/cost-dashboard/view.css index a8f57e4d1..71ae5c731 100644 --- a/cost-dashboard/view.css +++ b/cost-dashboard/view.css @@ -38,12 +38,26 @@ text-align: left; } -input { +#uiAmortized { + text-decoration: line-through; +} + +input[type="text"] { width: 75px; text-align: right; font-family: monospace; } +input[type="number"] { + width: 75px; + text-align: right; + font-family: monospace; +} + +input[type="button"] { + width: 75%; +} + table { width: fit-content; border-collapse: collapse; diff --git a/site/static/cost-estimator/controller.js b/site/static/cost-estimator/controller.js index 147fd6b67..dde94f633 100644 --- a/site/static/cost-estimator/controller.js +++ b/site/static/cost-estimator/controller.js @@ -17,7 +17,7 @@ var Controller; \***************************/ /***/ ((__unused_webpack_module, __webpack_exports__, __webpack_require__) => { -eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ calculate: () => (/* binding */ calculate),\n/* harmony export */ initialize: () => (/* binding */ initialize)\n/* harmony export */ });\n/* harmony import */ var d3__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! d3 */ \"./node_modules/d3/src/index.js\");\n\n\n\n\n;\n\n\nconst millisecond = 0.001 // s/ms\nconst bit = 1 / 8 // B/b\nconst kilobyte = 1024 // B/kB\nconst gigabyte = 1024 * 1024 * 1024 // B/GB\nconst month = 365.24 / 12 * 24 * 60 * 60 // s/month\n\n\nfunction getFloat(ui) {\n return parseFloat(ui.value)\n}\n\nfunction sumResources(resources) {\n return {\n throughput : resources.reduce((sum, resource) => sum + resource.throughput , 0)\n , disk : resources.reduce((sum, resource) => sum + resource.disk , 0)\n , producerVcpu : resources.reduce((sum, resource) => sum + resource.producerVcpu, 0)\n , relayVcpu : resources.reduce((sum, resource) => sum + resource.relayVcpu , 0)\n , io : resources.reduce((sum, resource) => sum + resource.io , 0)\n }\n}\n\n\nfunction calculateResources(rate /* item/slot */, elSize, elIo, elBuild, elVerify, persistent) {\n\n const slot = getFloat(uiSlotRate) // slot/s\n const size = getFloat(elSize) // kB/item\n const io = getFloat(elIo) // IO/item\n const build = getFloat(elBuild) // vCPU*ms/item\n const verify = getFloat(elVerify) // vCPU*ms/item\n const bps = size * rate * slot * kilobyte // B/s\n\n return {\n throughput : bps // B/s\n , disk : persistent ? bps : 0 // B/s\n , producerVcpu : Math.max(build, verify) * rate * slot * millisecond // vCPU\n , relayVcpu : verify * rate * slot * millisecond // vCPU\n , io : io * rate * slot // IO/s\n }\n\n}\n\nfunction ibResources() {\n const rate = getFloat(uiIbRate) // IB/slot\n return calculateResources(rate, uiIbSize, uiIbIo, uiIbBuild, uiIbVerify, true)\n}\n\nfunction ebResources() {\n const ebRate = getFloat(uiEbRate) // EB/pipline\n const pipeline = getFloat(uiPhase) // slot/pipeline\n const rate = ebRate / pipeline // EB/slot\n return calculateResources(rate, uiEbSize, uiEbIo, uiEbBuild, uiEbVerify, true)\n}\n\nfunction voteResources() {\n const voteRate = getFloat(uiVoteRate) // vote/pipline\n const pipeline = getFloat(uiPhase) // slot/pipeline\n const rate = voteRate / pipeline // vote/slot\n return calculateResources(rate, uiVoteSize, uiVoteIo, uiVoteBuild, uiVoteVerify, false)\n}\n\nfunction certResources() {\n const certRate = getFloat(uiCertRate) // cert/pipline\n const pipeline = getFloat(uiPhase) // slot/pipeline\n const rate = certRate / pipeline // cert/slot\n return calculateResources(rate, uiCertSize, uiCertIo, uiCertBuild, uiCertVerify, false)\n}\n\nfunction rbResources() {\n const rate = getFloat(uiRbRate) // RB/slot\n return calculateResources(rate, uiRbSize, uiRbIo, uiRbBuild, uiRbVerify, true)\n}\n\nfunction txResources() {\n\n const rate = getFloat(uiPraosTx) + getFloat(uiLeiosTx) // tx/s\n const size = getFloat(uiTxSize) // kB/tx\n const verify = getFloat(uiTxVerify) // vCPU*ms/tx\n const vcpu = rate * verify * millisecond // vCPU\n const mempool = rate * size * kilobyte // B/s\n\n return {\n throughput : mempool\n , disk : 0\n , producerVcpu : vcpu\n , relayVcpu : vcpu\n , io : 0\n }\n\n}\n\n\nasync function calculate() {\n\n // The variable names and units are awkard here: Because of Leios\n // parallelism, the number of slots per pipeline equals the number\n // of phases per pipeline.\n\n const slot = getFloat(uiSlotRate) // slot/s\n const phases = getFloat(uiPhases) // phase/pipeline\n const pipeline = getFloat(uiPhase) // slot/pipeline\n\n const ibRate = getFloat(uiIbRate) // IB/slot\n const ebRate = getFloat(uiEbRate) // EB/pipeline\n const certRate = getFloat(uiCertRate) // cert/pipeline\n const rbRate = getFloat(uiRbRate) // RB/slot\n\n const praosTxRate = getFloat(uiPraosTx) // tx/s\n const leiosTxRate = getFloat(uiLeiosTx) // tx/s\n\n const txSize = getFloat(uiTxSize) // kB/tx\n const ibRefSize = getFloat(uiIbRef) // kB/IBref\n const certSize = getFloat(uiCertSize) // kB/cert\n\n uiRbSize.value = ((praosTxRate * txSize / slot + certRate * certSize / pipeline) / rbRate).toFixed(2) // kB/RB\n uiIbSize.value = (leiosTxRate == 0 && ibRate == 0 ? 0 : leiosTxRate * txSize / ibRate / slot).toFixed(2) // kB/IB\n uiEbSize.value = (leiosTxRate == 0 && ibRate == 0 ? 0 : ibRate * pipeline / ebRate * ibRefSize).toFixed(2) // kB/EB\n\n const resources = sumResources([\n ibResources()\n , ebResources()\n , voteResources()\n , certResources()\n , rbResources()\n , txResources()\n ])\n\n const spike = getFloat(uiSpike)\n const producers = getFloat(uiProducers)\n const relays = getFloat(uiRelays)\n const nodes = producers + relays\n\n const vcpu = producers * Math.max(2, Math.ceil(spike * resources.producerVcpu))\n + relays * Math.max(2, Math.ceil(spike * resources.relayVcpu ))\n uiTotalVcpu.innerText = vcpu\n const costVcpu = vcpu * getFloat(uiVcpu)\n uiCostVcpu.innerText = costVcpu.toFixed(2)\n\n const discount = getFloat(uiDiscount) / 100 / 12 // 1/month\n const perpetual = (1 + discount) / discount // 1\n const compression = 1 - getFloat(uiCompression) / 100 // 1\n const storage = nodes * compression * (getFloat(uiRbLedger) + resources.disk / gigabyte * month) // GB/month\n uiTotalStorage.innerText = storage.toFixed(2)\n const costStorage = storage * perpetual * getFloat(uiStorage)\n uiCostStorage.innerText = costStorage.toFixed(2)\n\n const throughput = resources.throughput // B/s\n const downstream = getFloat(uiDownsteam) * throughput // B/s\n const upstream = getFloat(uiUpstream) * throughput // B/S\n const network = (downstream + upstream) / gigabyte * month // GB/month\n uiTotalEgress.innerText = network.toFixed(2)\n const costEgress = network * getFloat(uiEgress)\n uiCostEgress.innerText = costEgress.toFixed(2)\n\n uiNic.innerText = Math.max(1, Math.round(Math.pow(10, Math.ceil(Math.log(spike * Math.max(upstream, downstream) / gigabyte / bit) / Math.log(10))))) // Gb/s\n\n const io = spike * nodes * resources.io // IO/s\n uiTotalIops.innerText = io.toFixed(2)\n const costIops = io * getFloat(uiIops)\n uiCostIops.innerText = costIops.toFixed(2)\n\n const cost = costVcpu + costStorage + costIops + costEgress\n uiCost.innerText = cost.toFixed(2)\n\n const txRate = praosTxRate + leiosTxRate // tx/s\n const txFee = getFloat(uiTxFee) * getFloat(uiTxSize) // ADA/tx\n const price = getFloat(uiAda) // USD/ADA\n const totalFees = txRate * txFee * price * month // USD/month\n const fraction = getFloat(uiStake) / 100 * getFloat(uiRetained) / 100 // %/100\n const retained = fraction * totalFees // USD/month\n\n uiFees.innerText = retained.toFixed(2)\n uiProfit.innerText = (retained - cost).toFixed(2)\n uiReturn.innerText = (100 * retained / cost).toFixed(2)\n\n const txCostUSD = cost / fraction / txRate / month // USD/tx\n const txCostADA = txCostUSD / price // ADA/tx\n uiCostTxUsd.innerText = txCostUSD.toFixed(2)\n uiCostTxAda.innerText = txCostADA.toFixed(2)\n \n}\n\nasync function initialize() {\n [\n uiAda\n , uiCertBuild\n , uiCertIo\n , uiCertRate\n , uiCertSize\n , uiCertVerify\n , uiCompression\n , uiDiscount\n , uiDownsteam\n , uiEbBuild\n , uiEbIo\n , uiEbRate\n//, uiEbSize\n , uiEbVerify\n , uiEgress\n , uiIbBuild\n , uiIbIo\n , uiIbRate\n , uiIbRef\n//, uiIbSize\n , uiIbVerify\n , uiIops\n , uiLeiosTx\n , uiPhase\n//, uiPhases\n , uiPraosTx\n , uiProducers\n , uiRbBuild\n , uiRbLedger\n , uiRbRate\n//, uiRbSize\n , uiRbIo\n , uiRbVerify\n , uiRelays\n , uiRetained\n , uiSlotRate\n , uiSpike\n , uiStake\n , uiStorage\n , uiTxFee\n , uiTxSize\n , uiTxVerify\n , uiUpstream\n//, uiVariant\n , uiVcpu\n , uiVoteBuild\n , uiVoteIo\n , uiVoteRate\n , uiVoteSize\n , uiVoteVerify\n ].forEach(el => el.addEventListener(\"input\", calculate))\n\n calculate()\n}\n\n\n//# sourceURL=webpack://Controller/./src/controller.js?"); +eval("__webpack_require__.r(__webpack_exports__);\n/* harmony export */ __webpack_require__.d(__webpack_exports__, {\n/* harmony export */ calculate: () => (/* binding */ calculate),\n/* harmony export */ discountCosts: () => (/* binding */ discountCosts),\n/* harmony export */ hyperscaleCosts: () => (/* binding */ hyperscaleCosts),\n/* harmony export */ initialize: () => (/* binding */ initialize)\n/* harmony export */ });\n/* harmony import */ var d3__WEBPACK_IMPORTED_MODULE_0__ = __webpack_require__(/*! d3 */ \"./node_modules/d3/src/index.js\");\n\n\n\n\n;\n\n\nconst millisecond = 0.001 // s/ms\nconst bit = 1 / 8 // B/b\nconst kilobyte = 1024 // B/kB\nconst gigabyte = 1024 * 1024 * 1024 // B/GB\nconst month = 365.24 / 12 * 24 * 60 * 60 // s/month\n\n\nfunction getFloat(ui) {\n return parseFloat(ui.value)\n}\n\nfunction sumResources(resources) {\n return {\n throughput : resources.reduce((sum, resource) => sum + resource.throughput , 0)\n , disk : resources.reduce((sum, resource) => sum + resource.disk , 0)\n , producerVcpu : resources.reduce((sum, resource) => sum + resource.producerVcpu, 0)\n , relayVcpu : resources.reduce((sum, resource) => sum + resource.relayVcpu , 0)\n , io : resources.reduce((sum, resource) => sum + resource.io , 0)\n }\n}\n\n\nfunction calculateResources(rate /* item/slot */, elSize, elIo, elBuild, elVerify, persistent) {\n\n const slot = getFloat(uiSlotRate) // slot/s\n const size = getFloat(elSize) // kB/item\n const io = getFloat(elIo) // IO/item\n const build = getFloat(elBuild) // vCPU*ms/item\n const verify = getFloat(elVerify) // vCPU*ms/item\n const bps = size * rate * slot * kilobyte // B/s\n\n return {\n throughput : bps // B/s\n , disk : persistent ? bps : 0 // B/s\n , producerVcpu : Math.max(build, verify) * rate * slot * millisecond // vCPU\n , relayVcpu : verify * rate * slot * millisecond // vCPU\n , io : io * rate * slot // IO/s\n }\n\n}\n\nfunction ibResources() {\n const rate = getFloat(uiIbRate) // IB/slot\n return calculateResources(rate, uiIbSize, uiIbIo, uiIbBuild, uiIbVerify, true)\n}\n\nfunction ebResources() {\n const ebRate = getFloat(uiEbRate) // EB/pipline\n const pipeline = getFloat(uiPhase) // slot/pipeline\n const rate = ebRate / pipeline // EB/slot\n return calculateResources(rate, uiEbSize, uiEbIo, uiEbBuild, uiEbVerify, true)\n}\n\nfunction voteResources() {\n const voteRate = getFloat(uiVoteRate) // vote/pipline\n const pipeline = getFloat(uiPhase) // slot/pipeline\n const rate = voteRate / pipeline // vote/slot\n return calculateResources(rate, uiVoteSize, uiVoteIo, uiVoteBuild, uiVoteVerify, false)\n}\n\nfunction certResources() {\n const certRate = getFloat(uiCertRate) // cert/pipline\n const pipeline = getFloat(uiPhase) // slot/pipeline\n const rate = certRate / pipeline // cert/slot\n return calculateResources(rate, uiCertSize, uiCertIo, uiCertBuild, uiCertVerify, false)\n}\n\nfunction rbResources() {\n const rate = getFloat(uiRbRate) // RB/slot\n return calculateResources(rate, uiRbSize, uiRbIo, uiRbBuild, uiRbVerify, true)\n}\n\nfunction txResources() {\n\n const rate = getFloat(uiPraosTx) + getFloat(uiLeiosTx) // tx/s\n const size = getFloat(uiTxSize) // kB/tx\n const verify = getFloat(uiTxVerify) // vCPU*ms/tx\n const vcpu = rate * verify * millisecond // vCPU\n const mempool = rate * size * kilobyte // B/s\n\n return {\n throughput : mempool\n , disk : 0\n , producerVcpu : vcpu\n , relayVcpu : vcpu\n , io : 0\n }\n\n}\n\n\nasync function calculate() {\n\n // The variable names and units are awkard here: Because of Leios\n // parallelism, the number of slots per pipeline equals the number\n // of phases per pipeline.\n\n const slot = getFloat(uiSlotRate) // slot/s\n const phases = getFloat(uiPhases) // phase/pipeline\n const pipeline = getFloat(uiPhase) // slot/pipeline\n\n const ibRate = getFloat(uiIbRate) // IB/slot\n const ebRate = getFloat(uiEbRate) // EB/pipeline\n const certRate = getFloat(uiCertRate) // cert/pipeline\n const rbRate = getFloat(uiRbRate) // RB/slot\n\n const praosTxRate = getFloat(uiPraosTx) // tx/s\n const leiosTxRate = getFloat(uiLeiosTx) // tx/s\n\n const txSize = getFloat(uiTxSize) // kB/tx\n const ibRefSize = getFloat(uiIbRef) // kB/IBref\n const certSize = getFloat(uiCertSize) // kB/cert\n\n uiRbSize.value = ((praosTxRate * txSize / slot + certRate * certSize / pipeline) / rbRate).toFixed(2) // kB/RB\n uiIbSize.value = (leiosTxRate == 0 && ibRate == 0 ? 0 : leiosTxRate * txSize / ibRate / slot).toFixed(2) // kB/IB\n uiEbSize.value = (leiosTxRate == 0 && ibRate == 0 ? 0 : ibRate * pipeline / ebRate * ibRefSize).toFixed(2) // kB/EB\n\n const resources = sumResources([\n ibResources()\n , ebResources()\n , voteResources()\n , certResources()\n , rbResources()\n , txResources()\n ])\n\n const spike = getFloat(uiSpike)\n const producers = getFloat(uiProducers)\n const relays = getFloat(uiRelays)\n const nodes = producers + relays\n\n const vcpu = producers * Math.max(2, Math.ceil(spike * resources.producerVcpu))\n + relays * Math.max(2, Math.ceil(spike * resources.relayVcpu ))\n uiTotalVcpu.innerText = vcpu\n const costVcpu = vcpu * getFloat(uiVcpu)\n uiCostVcpu.innerText = costVcpu.toFixed(2)\n\n uiAmortized.style.textDecoration = uiAmortize.checked ? \"none\" : \"line-through\"\n const discount = getFloat(uiDiscount) / 100 / 12 // 1/month\n const perpetual = uiAmortize.checked ? (1 + discount) / discount : 1 // 1\n const compression = 1 - getFloat(uiCompression) / 100 // 1\n const storage = nodes * compression * (getFloat(uiRbLedger) + resources.disk / gigabyte * month) // GB/month\n uiTotalStorage.innerText = storage.toFixed(2)\n const costStorage = storage * perpetual * getFloat(uiStorage)\n uiCostStorage.innerText = costStorage.toFixed(2)\n\n const throughput = resources.throughput // B/s\n const downstream = getFloat(uiDownsteam) * throughput // B/s\n const upstream = getFloat(uiUpstream) * throughput // B/S\n const network = (downstream + upstream) / gigabyte * month // GB/month\n uiTotalEgress.innerText = network.toFixed(2)\n const costEgress = network * getFloat(uiEgress)\n uiCostEgress.innerText = costEgress.toFixed(2)\n\n uiNic.innerText = Math.max(1, Math.round(Math.pow(10, Math.ceil(Math.log(spike * Math.max(upstream, downstream) / gigabyte / bit) / Math.log(10))))) // Gb/s\n\n const io = spike * nodes * resources.io // IO/s\n uiTotalIops.innerText = io.toFixed(2)\n const costIops = io * getFloat(uiIops)\n uiCostIops.innerText = costIops.toFixed(2)\n\n const cost = costVcpu + costStorage + costIops + costEgress\n uiCost.innerText = cost.toFixed(2)\n\n const txRate = praosTxRate + leiosTxRate // tx/s\n const txFee = getFloat(uiTxFee) * getFloat(uiTxSize) // ADA/tx\n const price = getFloat(uiAda) // USD/ADA\n const totalFees = txRate * txFee * price * month // USD/month\n const fraction = getFloat(uiStake) / 100 * getFloat(uiRetained) / 100 // %/100\n const retained = fraction * totalFees // USD/month\n\n uiFees.innerText = retained.toFixed(2)\n uiProfit.innerText = (retained - cost).toFixed(2)\n uiReturn.innerText = (100 * retained / cost).toFixed(2)\n\n const txCostUSD = cost / fraction / txRate / month // USD/tx\n const txCostADA = txCostUSD / price // ADA/tx\n uiCostTxUsd.innerText = txCostUSD.toFixed(2)\n uiCostTxAda.innerText = txCostADA.toFixed(2)\n \n}\n\nasync function hyperscaleCosts() {\n uiVcpu.value = \"20\"\n uiStorage.value = \"0.12\"\n uiIops.value = \"0.05\"\n uiEgress.value = \"0.09\"\n calculate()\n}\n\nasync function discountCosts() {\n uiVcpu.value = \"20\"\n uiStorage.value = \"0.10\"\n uiIops.value = \"0.00\"\n uiEgress.value = \"0.00\"\n calculate()\n}\n\nasync function initialize() {\n [\n uiAda\n , uiAmortize\n , uiCertBuild\n , uiCertIo\n , uiCertRate\n , uiCertSize\n , uiCertVerify\n , uiCompression\n , uiDiscount\n , uiDownsteam\n , uiEbBuild\n , uiEbIo\n , uiEbRate\n//, uiEbSize\n , uiEbVerify\n , uiEgress\n , uiIbBuild\n , uiIbIo\n , uiIbRate\n , uiIbRef\n//, uiIbSize\n , uiIbVerify\n , uiIops\n , uiLeiosTx\n , uiPhase\n//, uiPhases\n , uiPraosTx\n , uiProducers\n , uiRbBuild\n , uiRbLedger\n , uiRbRate\n//, uiRbSize\n , uiRbIo\n , uiRbVerify\n , uiRelays\n , uiRetained\n , uiSlotRate\n , uiSpike\n , uiStake\n , uiStorage\n , uiTxFee\n , uiTxSize\n , uiTxVerify\n , uiUpstream\n//, uiVariant\n , uiVcpu\n , uiVoteBuild\n , uiVoteIo\n , uiVoteRate\n , uiVoteSize\n , uiVoteVerify\n ].forEach(el => el.addEventListener(\"input\", calculate))\n\n calculate()\n}\n\n\n//# sourceURL=webpack://Controller/./src/controller.js?"); /***/ }), diff --git a/site/static/cost-estimator/index.html b/site/static/cost-estimator/index.html index 9ad75e70a..54c1d4b1c 100644 --- a/site/static/cost-estimator/index.html +++ b/site/static/cost-estimator/index.html @@ -214,29 +214,33 @@

v0.3, Costs + Costs
+
ⓘ +
ⓘ + vCPU ⓘ USD/vCPU/month Storage ⓘ - + USD/GB/month IOPS ⓘ - + USD/(IO/s)/month Network egress ⓘ - + USD/GB - Discount rate ⓘ - + Discount rate ⓘ + Amortize? ⓘ + %/year @@ -247,7 +251,7 @@

v0.3, Relays ⓘ - + nodes @@ -294,7 +298,7 @@

v0.3, Storage compression ⓘ - + % @@ -344,7 +348,7 @@

v0.3, ⓘ + Disk (amortized) ⓘ ? USD/month diff --git a/site/static/cost-estimator/view.css b/site/static/cost-estimator/view.css index a8f57e4d1..71ae5c731 100644 --- a/site/static/cost-estimator/view.css +++ b/site/static/cost-estimator/view.css @@ -38,12 +38,26 @@ text-align: left; } -input { +#uiAmortized { + text-decoration: line-through; +} + +input[type="text"] { width: 75px; text-align: right; font-family: monospace; } +input[type="number"] { + width: 75px; + text-align: right; + font-family: monospace; +} + +input[type="button"] { + width: 75%; +} + table { width: fit-content; border-collapse: collapse;