Screen Time Accuracy Test

\n \n

${accuracy ? '✅ ACCURACY TEST PASSED' : '❌ ACCURACY TEST FAILED'}

Algorithm ${accuracy ? 'successfully hits' : 'failed to hit'} the exact screen time target.

\n\n

Key Metrics

\n \n \n \n \n \n \n \n \n \n \n

Metric	Value	Notes
Total Reported Screen Time	${totalRecorded} min	From latest record
Before 7:00 AM	${before7am.toFixed(1)} min	Outside grid window
After 11:40 PM	${after1140pm.toFixed(1)} min	Outside grid window
Expected in Grid	${expectedInGrid.toFixed(1)} min	Target for algorithm
Actual in Grid	${finalTotal.toFixed(1)} min	Algorithm result
Difference	${(finalTotal - expectedInGrid).toFixed(3)} min	${Math.abs(finalTotal - expectedInGrid) < 0.01 ? '✅ Perfect' : '⚠️ Off target'}
Active Blocks	${activeBlocks}	Blocks with >0.01 min usage
Adjustment Applied	${adjustment.toFixed(3)} min	Correction for accuracy

\n\n

Breakdown

\n Total Screen Time:\n ${totalRecorded} min\n

\n - Before 7:00 AM:\n -${before7am.toFixed(1)} min\n

\n - After 11:40 PM:\n -${after1140pm.toFixed(1)} min\n

\n = Should be in Grid:\n ${expectedInGrid.toFixed(1)} min\n

\n = Actually in Grid:\n ${finalTotal.toFixed(1)} min\n

\n\n

Algorithm Status

Accuracy: ${accuracy ? 'Perfect (±0.01 min)' : `Off by ${Math.abs(finalTotal - expectedInGrid).toFixed(3)} min`}

Grid Utilization: ${activeBlocks}/100 blocks active

Backfilled Usage: ${backfilledUsage.toFixed(1)} min

Remaining Overflow: ${backlog.toFixed(1)} min

\n\n`;\n\n return new Response(html, {\n headers: { \"Content-Type\": \"text/html; charset=utf-8\" },\n });\n}",[],[224,240],{"_103":249,"_95":250,"_152":251,"_154":225,"_155":137,"_156":252,"_158":159,"_105":253,"_100":161,"_162":244,"_164":254,"_165":22,"_166":-5,"_167":255,"_98":256},"b9feea64-c694-11f0-a44b-42dde27851f2","backfill-demo.ts","b815364a-c694-11f0-9e37-42dde27851f2",308,["D",1763700252631],"// Demo endpoint to show backfill algorithm in action\nexport default async function (req: Request): Promise {\n // Create sample data that demonstrates overflow scenarios\n const sampleData = [\n { minute: 420, value: 0 }, // 7:00 AM - 0 minutes\n { minute: 430, value: 0 }, // 7:10 AM - 0 minutes \n { minute: 440, value: 0 }, // 7:20 AM - 0 minutes\n { minute: 450, value: 0 }, // 7:30 AM - 0 minutes\n { minute: 460, value: 0 }, // 7:40 AM - 0 minutes\n { minute: 470, value: 0 }, // 7:50 AM - 0 minutes\n { minute: 480, value: 0 }, // 8:00 AM - 0 minutes\n { minute: 490, value: 0 }, // 8:10 AM - 0 minutes\n { minute: 500, value: 0 }, // 8:20 AM - 0 minutes\n { minute: 510, value: 100 }, // 8:30 AM - 100 minutes (OVERFLOW!)\n { minute: 520, value: 105 }, // 8:40 AM - 105 minutes\n { minute: 530, value: 110 }, // 8:50 AM - 110 minutes\n ];\n\n // Helper to interpolate value at any minute\n const getValueAt = (m: number) => {\n if (sampleData.length === 0) return 0;\n const idx = sampleData.findIndex(p => p.minute >= m);\n \n if (idx === -1) {\n return sampleData[sampleData.length - 1].value;\n }\n if (idx === 0) {\n const p = sampleData[0];\n if (p.minute === m) return p.value;\n return (m / p.minute) * p.value;\n }\n\n const p1 = sampleData[idx - 1];\n const p2 = sampleData[idx];\n if (p2.minute === p1.minute) return p1.value;\n \n const ratio = (m - p1.minute) / (p2.minute - p1.minute);\n return p1.value + (p2.value - p1.value) * ratio;\n };\n\n // Process first 20 blocks (7:00 AM - 10:20 AM) to show the algorithm\n const blockData = Array.from({ length: 20 }, (_, i) => {\n const startMin = 420 + i * 10;\n const endMin = startMin + 10;\n \n const startVal = getValueAt(startMin);\n const endVal = getValueAt(endMin);\n const rawUsage = Math.max(0, endVal - startVal);\n \n const hour = Math.floor(startMin / 60);\n const minute = startMin % 60;\n const timeLabel = `${hour}:${minute.toString().padStart(2, '0')}`;\n \n return {\n index: i,\n startMin,\n endMin,\n rawUsage,\n timeLabel,\n finalUsage: 0,\n isBackfilled: false\n };\n });\n\n // Apply backfill algorithm\n let backlog = 0;\n let totalBackfilled = 0;\n \n for (let i = 0; i < blockData.length; i++) {\n const block = blockData[i];\n const rawUsage = block.rawUsage;\n \n if (rawUsage <= 10) {\n block.finalUsage = rawUsage;\n } else {\n // Overflow case\n block.finalUsage = 10;\n const overflow = rawUsage - 10;\n backlog += overflow;\n }\n \n // Distribute backlog to previous empty blocks\n if (backlog > 0) {\n let remainingBacklog = backlog;\n \n for (let j = i - 1; j >= 0 && remainingBacklog > 0; j--) {\n const prevBlock = blockData[j];\n const availableSpace = 10 - prevBlock.finalUsage;\n \n if (availableSpace > 0) {\n const toBackfill = Math.min(remainingBacklog, availableSpace);\n prevBlock.finalUsage += toBackfill;\n if (prevBlock.rawUsage === 0) {\n prevBlock.isBackfilled = true;\n }\n remainingBacklog -= toBackfill;\n totalBackfilled += toBackfill;\n }\n }\n \n backlog = remainingBacklog;\n }\n }\n\n // Generate HTML table showing the results\n const tableRows = blockData.map(block => {\n const bgColor = block.finalUsage > 0.05 ? '#fca5a5' : '#f3f4f6';\n const textColor = block.isBackfilled ? '#3b82f6' : '#111827';\n const fontWeight = block.isBackfilled ? 'bold' : 'normal';\n \n return `\n \n ${block.timeLabel}\n ${block.rawUsage.toFixed(1)}\n ${block.finalUsage.toFixed(1)}\n ${block.isBackfilled ? 'Yes' : 'No'}\n \n `;\n }).join('');\n\n const html = `\n\n\n \n \n Backfill Algorithm Demo\n \n\n\n

Backfill Algorithm Demo

\n \n

Scenario:

At 8:30 AM, the cron job reports 100 minutes of screen time, but the previous reading at 8:20 AM was 0 minutes. This means 100 minutes of usage appeared in a 10-minute window - an overflow situation.

Solution: Instead of clamping to 10 minutes and losing 90 minutes, we backfill the previous empty blocks (7:00-8:20 AM) to distribute the usage.

\n\n \n \n \n \n \n \n \n \n \n \n ${tableRows}\n \n

Time Block	Raw Usage (min)	Final Usage (min)	Backfilled?

\n\n

${totalBackfilled.toFixed(1)}

Minutes Backfilled

${backlog.toFixed(1)}

Remaining Overflow

${blockData.filter(b => b.isBackfilled).length}

Blocks Backfilled

${blockData.filter(b => b.finalUsage > 0.05).length}

Total Active Blocks

\n\n

Result:

✅ Volume preserved: All 100 minutes are represented in the grid

✅ Timeline approximated: Usage is distributed backwards from the sync point

✅ Visual clarity: No single \"exploded\" block with impossible usage

\n\n`;\n\n return new Response(html, {\n headers: { \"Content-Type\": \"text/html; charset=utf-8\" },\n });\n}",[],[224,250],{"_103":258,"_95":259,"_152":260,"_154":225,"_155":137,"_156":261,"_158":159,"_105":262,"_100":161,"_162":244,"_164":263,"_165":22,"_166":-5,"_167":264,"_98":265},"bfc31112-c696-11f0-831e-42dde27851f2","block-count-test.ts","bdfa0f8e-c696-11f0-96ca-42dde27851f2",323,["D",1763701121300],"import { getLatestRecord, getRecordsByDateRange } from \"./clearspace-data-queries.ts\";\n\n// Simple test to verify block count matches expected value\nexport default async function (req: Request): Promise {\n const record = await getLatestRecord();\n const totalMinutes = record?.total_screen_time || 0;\n const expectedBlocks = Math.ceil(totalMinutes / 10);\n \n // Get timeline data using the same logic as main page\n const targetDate = record?.local_date || new Date().toISOString().split('T')[0];\n const dayRecords = await getRecordsByDateRange(targetDate, targetDate);\n \n if (!dayRecords.length) {\n return new Response(\"No records found\", { status: 404 });\n }\n\n // Sort by timestamp ascending\n const sorted = [...dayRecords].sort((a, b) => new Date(a.timestamp).getTime() - new Date(b.timestamp).getTime());\n const offset = sorted[0].utc_offset_minutes ?? 0;\n\n const points = sorted.map(r => {\n const d = new Date(r.timestamp);\n const localMs = d.getTime() + offset * 60000;\n const localDate = new Date(localMs);\n const minuteOfDay = localDate.getUTCHours() * 60 + localDate.getUTCMinutes();\n return { minute: minuteOfDay, value: r.total_screen_time };\n });\n\n const getValueAt = (m: number) => {\n if (points.length === 0) return 0;\n const idx = points.findIndex(p => p.minute >= m);\n \n if (idx === -1) return points[points.length - 1].value;\n if (idx === 0) {\n const p = points[0];\n if (p.minute === m) return p.value;\n return (m / p.minute) * p.value;\n }\n\n const p1 = points[idx - 1];\n const p2 = points[idx];\n if (p2.minute === p1.minute) return p1.value;\n \n const ratio = (m - p1.minute) / (p2.minute - p1.minute);\n return p1.value + (p2.value - p1.value) * ratio;\n };\n\n const before7am = getValueAt(420);\n const at1140pm = getValueAt(1420);\n const totalRecorded = points.length > 0 ? points[points.length - 1].value : 0;\n const after1140pm = Math.max(0, totalRecorded - at1140pm);\n const targetTotal = Math.max(0, totalRecorded - before7am - after1140pm);\n const targetBlocks = Math.ceil(targetTotal / 10);\n\n // Initialize blocks\n const blockData = Array.from({ length: 100 }, (_, i) => {\n const startMin = 420 + i * 10;\n const endMin = startMin + 10;\n const startVal = getValueAt(startMin);\n const endVal = getValueAt(endMin);\n const rawUsage = Math.max(0, endVal - startVal);\n const hour = Math.floor(startMin / 60);\n const minute = startMin % 60;\n const timeLabel = `${hour}:${minute.toString().padStart(2, '0')}`;\n \n return {\n index: i,\n rawUsage,\n timeLabel,\n finalUsage: 0,\n isBackfilled: false\n };\n });\n\n // Apply NEW algorithm: Fill blocks completely to hit exact target\n let remainingMinutes = targetTotal;\n let blocksToFill = Math.min(targetBlocks, 100);\n \n // Prioritize blocks with actual raw usage first, then by time order\n const blocksByPriority = [...blockData].sort((a, b) => {\n if (a.rawUsage > 0 && b.rawUsage === 0) return -1;\n if (b.rawUsage > 0 && a.rawUsage === 0) return 1;\n if (a.rawUsage !== b.rawUsage) return b.rawUsage - a.rawUsage;\n return a.index - b.index;\n });\n \n // Fill blocks in priority order\n for (let i = 0; i < blocksToFill && remainingMinutes > 0; i++) {\n const block = blocksByPriority[i];\n const toFill = Math.min(10, remainingMinutes);\n block.finalUsage = toFill;\n remainingMinutes -= toFill;\n \n if (block.rawUsage === 0) {\n block.isBackfilled = true;\n }\n }\n\n // Count actual active blocks\n const actualActiveBlocks = blockData.filter(b => b.finalUsage > 0.01).length;\n const actualTotal = blockData.reduce((sum, b) => sum + b.finalUsage, 0);\n \n const success = actualActiveBlocks === expectedBlocks && Math.abs(actualTotal - targetTotal) < 0.01;\n\n const html = `\n\n\n \n Block Count Test\n \n\n\n

Block Count Verification

\n \n

${success ? '✅ TEST PASSED' : '❌ TEST FAILED'}

${success ? 'Block count and total minutes are correct!' : 'Block count or total minutes are incorrect.'}

\n\n

Results

\n Total Screen Time:\n ${totalRecorded} min\n

\n Expected Blocks (${totalRecorded}÷10):\n ${expectedBlocks} blocks\n

\n Actual Active Blocks:\n ${actualActiveBlocks} blocks\n

\n Target Total in Grid:\n ${targetTotal.toFixed(1)} min\n

\n Actual Total in Grid:\n ${actualTotal.toFixed(1)} min\n

\n Backfilled Blocks:\n ${blockData.filter(b => b.isBackfilled).length} blocks\n

\n Remaining Minutes:\n ${remainingMinutes.toFixed(3)} min\n

\n\n

Algorithm Summary

Strategy: Fill exactly ${targetBlocks} blocks with ${targetTotal} minutes total

Priority: Blocks with raw usage first, then chronological order

Result: ${success ? 'Perfect match!' : 'Needs adjustment'}

\n\n`;\n\n return new Response(html, {\n headers: { \"Content-Type\": \"text/html; charset=utf-8\" },\n });\n}",[],[224,259],{"_103":267,"_95":268,"_152":269,"_154":225,"_155":137,"_156":270,"_158":159,"_105":271,"_100":272,"_162":244,"_164":273,"_165":22,"_166":-5,"_167":274,"_98":275},"8d0dbb22-c809-11f0-b9cd-42dde27851f2","clearspace-100-blocks.ts","5823165c-c5cd-11f0-bfbb-42dde27851f2",340,["D",1763860379515],28,"import { getLatestRecord, getRecordsByDateRange, ScreenTimeRecord } from \"./clearspace-data-queries.ts\";\n\nfunction renderExplanation() {\n return `\n

Most people sleep about seven or eight hours a night. That leaves 16 or 17 hours awake each day. Or about 1,000 minutes.

Let’s think about those 1,000 minutes as 100 10-minute blocks. That’s what you wake up with every day.

Throughout the day, you spend 10 minutes of your life on each block, until you eventually run out of blocks and it’s time to go to sleep.

It’s always good to step back and think about how we’re using those 100 blocks we get each day:

How many of them are put towards making your future better, and how many of them are just there to be enjoyed?
How many of them are spent with other people, and how many are for time by yourself?
How many are used to create something, and how many are used to consume something?
How many of the blocks are focused on your body, how many on your mind, and how many on neither one in particular?
Which are your favorite blocks of the day, and which are your least favorite?

\n Source: Wait But Why\n

`;\n}\n\nfunction getTimelineBlocks(records: ScreenTimeRecord[]) {\n if (!records.length) return \"\";\n\n // Sort by timestamp ascending\n const sorted = [...records].sort((a, b) => new Date(a.timestamp).getTime() - new Date(b.timestamp).getTime());\n const offset = sorted[0].utc_offset_minutes ?? 0;\n\n // Convert to simplified points: { minuteOfDay, cumulativeValue }\n const points = sorted.map(r => {\n const d = new Date(r.timestamp);\n const localMs = d.getTime() + offset * 60000;\n const localDate = new Date(localMs);\n const minuteOfDay = localDate.getUTCHours() * 60 + localDate.getUTCMinutes();\n return { minute: minuteOfDay, value: r.total_screen_time };\n });\n\n // Helper to interpolate value at any minute\n const getValueAt = (m: number) => {\n if (points.length === 0) return 0;\n // Find first point after m\n const idx = points.findIndex(p => p.minute >= m);\n \n if (idx === -1) {\n // m is after all records, use last known value\n return points[points.length - 1].value;\n }\n if (idx === 0) {\n // m is before first record. \n // Return 0 to treat first record as a step/jump.\n return 0;\n }\n\n // Step function: value remains constant at previous record's value\n // until the new record is reached. This creates a \"jump\" at the new record,\n // triggering the overflow/backfill logic.\n return points[idx - 1].value;\n };\n\n const before7am = getValueAt(420);\n const at1140pm = getValueAt(1420);\n const totalRecorded = points.length > 0 ? points[points.length - 1].value : 0;\n const after1140pm = Math.max(0, totalRecorded - at1140pm);\n\n let visibleUsage = 0;\n let hiddenUsage = 0;\n let burstUsage = 0;\n let visibleBlocksCount = 0;\n let backfilledUsage = 0;\n\n // First pass: Calculate raw usage for each block\n const blockData = Array.from({ length: 100 }, (_, i) => {\n const startMin = 420 + i * 10;\n const endMin = startMin + 10;\n \n const startVal = getValueAt(startMin);\n const endVal = getValueAt(endMin);\n const rawUsage = Math.max(0, endVal - startVal);\n \n const hour = Math.floor(startMin / 60);\n const minute = startMin % 60;\n const timeLabel = `${hour}:${minute.toString().padStart(2, '0')}`;\n \n return {\n index: i,\n startMin,\n endMin,\n rawUsage,\n timeLabel,\n finalUsage: 0, // Will be calculated in second pass\n isBackfilled: false\n };\n });\n\n // Second pass: Apply backfill algorithm\n let backlog = 0;\n \n for (let i = 0; i < blockData.length; i++) {\n const block = blockData[i];\n const rawUsage = block.rawUsage;\n \n if (rawUsage <= 10) {\n // Normal case: usage fits in block\n block.finalUsage = rawUsage;\n } else {\n // Overflow case: fill current block and backfill remainder\n block.finalUsage = 10;\n const overflow = rawUsage - 10;\n backlog += overflow;\n burstUsage += overflow;\n }\n \n // Distribute backlog to previous empty blocks\n if (backlog > 0) {\n let remainingBacklog = backlog;\n \n // Work backwards from current block\n for (let j = i - 1; j >= 0 && remainingBacklog > 0; j--) {\n const prevBlock = blockData[j];\n const availableSpace = 10 - prevBlock.finalUsage;\n \n if (availableSpace > 0) {\n const toBackfill = Math.min(remainingBacklog, availableSpace);\n prevBlock.finalUsage += toBackfill;\n prevBlock.isBackfilled = true;\n remainingBacklog -= toBackfill;\n backfilledUsage += toBackfill;\n }\n }\n \n backlog = remainingBacklog;\n }\n }\n\n // PRIORITY FIX: Ensure total usage exactly matches reported screen time AND correct block count\n const currentTotal = blockData.reduce((sum, block) => sum + block.finalUsage, 0);\n const targetTotal = Math.max(0, totalRecorded - before7am - after1140pm);\n const targetBlocks = Math.ceil(targetTotal / 10);\n \n // Capture priority from Second Pass for Rebuild Phase\n // This ensures we respect the \"backwards from overflow\" placement\n const backfillPriority = new Map();\n blockData.forEach(b => backfillPriority.set(b.index, b.finalUsage));\n\n // Reset and rebuild with correct block count priority\n blockData.forEach(block => block.finalUsage = 0);\n \n // Strategy: Fill blocks completely (10 min each) until we reach the target\n let remainingMinutes = targetTotal;\n let blocksToFill = Math.min(targetBlocks, 100);\n \n // First, identify which blocks should be active based on raw usage patterns\n const blocksWithUsage = blockData.filter(b => b.rawUsage > 0);\n const blocksWithoutUsage = blockData.filter(b => b.rawUsage === 0);\n \n // Sort blocks with usage by amount (descending)\n blocksWithUsage.sort((a, b) => b.rawUsage - a.rawUsage);\n \n // For backfill blocks, prioritize those CLOSEST to actual usage\n // Find the time range where actual usage occurs\n const firstUsageBlock = blocksWithUsage.length > 0 ? Math.min(...blocksWithUsage.map(b => b.index)) : 0;\n const lastUsageBlock = blocksWithUsage.length > 0 ? Math.max(...blocksWithUsage.map(b => b.index)) : 99;\n \n // Sort backfill candidates\n blocksWithoutUsage.sort((a, b) => {\n // Primary: Use backfill logic from Second Pass (explicit backwards distribution)\n const scoreA = backfillPriority.get(a.index) || 0;\n const scoreB = backfillPriority.get(b.index) || 0;\n if (scoreA !== scoreB) return scoreB - scoreA;\n\n // Secondary: Proximity to usage (fallback for fragmentation consolidation)\n const aDistance = Math.min(Math.abs(a.index - firstUsageBlock), Math.abs(a.index - lastUsageBlock));\n const bDistance = Math.min(Math.abs(b.index - firstUsageBlock), Math.abs(b.index - lastUsageBlock));\n \n if (aDistance !== bDistance) return aDistance - bDistance;\n \n // If same distance, prefer blocks between first and last usage\n const aInRange = a.index >= firstUsageBlock && a.index <= lastUsageBlock;\n const bInRange = b.index >= firstUsageBlock && b.index <= lastUsageBlock;\n \n if (aInRange && !bInRange) return -1;\n if (bInRange && !aInRange) return 1;\n \n // Finally, prefer earlier blocks\n return a.index - b.index;\n });\n \n // Combine: usage blocks first, then backfill by proximity\n const blocksByPriority = [...blocksWithUsage, ...blocksWithoutUsage];\n \n // Fill blocks in priority order\n for (let i = 0; i < blocksToFill && remainingMinutes > 0; i++) {\n const block = blocksByPriority[i];\n const toFill = Math.min(10, remainingMinutes);\n block.finalUsage = toFill;\n remainingMinutes -= toFill;\n \n // Mark as backfilled if it had no original usage\n if (block.rawUsage === 0) {\n block.isBackfilled = true;\n }\n }\n \n // Handle any remaining fractional minutes (should be minimal)\n if (remainingMinutes > 0.01) {\n // Add to the last partially filled block\n for (let i = blocksToFill - 1; i >= 0; i--) {\n const block = blocksByPriority[i];\n if (block.finalUsage < 10) {\n const canAdd = Math.min(remainingMinutes, 10 - block.finalUsage);\n block.finalUsage += canAdd;\n remainingMinutes -= canAdd;\n break;\n }\n }\n }\n\n // Third pass: Generate HTML and calculate stats\n const blocksHtml = blockData.map(block => {\n const usage = block.finalUsage;\n \n // Calculate time range string\n const formatTime = (m: number) => {\n const h = Math.floor(m / 60);\n const min = m % 60;\n const ampm = h >= 12 && h < 24 ? 'PM' : 'AM';\n const h12 = h % 12 || 12;\n return `${h12}:${min.toString().padStart(2, '0')} ${ampm}`;\n };\n\n const timeRange = `${formatTime(block.startMin)} - ${formatTime(block.endMin)}`;\n\n // Threshold: > 0.01 min to catch any meaningful usage (lowered for accuracy)\n const isFilled = usage > 0.01;\n \n if (isFilled) {\n visibleBlocksCount++;\n }\n \n const className = isFilled ? \"square filled\" : \"square\";\n \n // Enhanced tooltip with backfill information\n let titleAttr = `${block.timeLabel} - Usage: ${usage.toFixed(1)} min`;\n let infoAttr = \"\";\n\n if (block.rawUsage > 10) {\n titleAttr += ` (overflow from ${block.rawUsage.toFixed(1)} min)`;\n infoAttr = \"Overflow\";\n }\n if (block.isBackfilled && block.rawUsage === 0) {\n titleAttr += ` (backfilled)`;\n infoAttr = \"Backfilled\";\n }\n if (block.isBackfilled && block.rawUsage > 0) {\n titleAttr += ` (${block.rawUsage.toFixed(1)} direct + ${(usage - block.rawUsage).toFixed(1)} backfilled)`;\n infoAttr = \"Mixed\";\n }\n \n return `

`;\n }).join(\"\");\n\n // Recalculate final stats with corrected totals\n const finalTotal = blockData.reduce((sum, block) => sum + block.finalUsage, 0);\n const finalActiveBlocks = blockData.filter(b => b.finalUsage > 0.01).length;\n const finalBackfilledUsage = blockData.filter(b => b.isBackfilled).reduce((sum, b) => sum + b.finalUsage, 0);\n visibleUsage = finalTotal; // Use the exact corrected total\n visibleBlocksCount = finalActiveBlocks;\n\n return {\n html: blocksHtml,\n stats: {\n before7am,\n after1140pm,\n visibleUsage: finalTotal, // Guaranteed to match target\n hiddenUsage: 0, // Reset since we're prioritizing accuracy\n burstUsage: 0, // Should be zero with new approach\n backfilledUsage: finalBackfilledUsage,\n visibleBlocksCount: finalActiveBlocks,\n totalCalculated: finalTotal,\n totalTarget: targetTotal,\n targetBlocks: targetBlocks\n }\n };\n}\n\n// Helper to manipulate dates\nfunction addDays(dateStr: string, days: number): string {\n const date = new Date(dateStr);\n date.setDate(date.getDate() + days);\n return date.toISOString().split('T')[0];\n}\n\nexport default async function (req: Request): Promise {\n const url = new URL(req.url);\n const dateParam = url.searchParams.get('date');\n // Default to PT timezone for \"today\"\n const today = new Date().toLocaleDateString('en-CA', {\n timeZone: 'America/Los_Angeles'\n });\n \n // Default to today if no param provided\n const targetDate = dateParam || today;\n const prevDate = addDays(targetDate, -1);\n const nextDate = addDays(targetDate, 1);\n \n // Fetch records for the specific date\n const dayRecords = await getRecordsByDateRange(targetDate, targetDate);\n const latestRecord = dayRecords.length > 0 ? dayRecords[0] : null;\n \n const totalMinutes = latestRecord?.total_screen_time || 0;\n const hasData = dayRecords.length > 0;\n \n // 1. Volume Grid\n const numFilled = Math.ceil(totalMinutes / 10);\n \n // 2. Timeline Grid\n const timelineData = getTimelineBlocks(dayRecords);\n \n // Handle case where no records exist\n const timelineHtml = typeof timelineData === 'string' ? timelineData : timelineData.html;\n const timelineStats = typeof timelineData === 'string' ? null : timelineData.stats;\n\n // Volume Grid - Updated to match timeline active blocks\n const timelineActiveCount = timelineStats?.visibleBlocksCount || 0;\n const actualActiveBlocks = timelineActiveCount > 0 ? timelineActiveCount : numFilled;\n \n const volumeBlocks = Array.from({ length: 100 }, (_, i) => {\n const row = Math.floor(i / 10);\n const col = i % 10;\n const logicalIndex = (9 - row) * 10 + col;\n const isFilled = logicalIndex < actualActiveBlocks;\n const className = isFilled ? \"square filled\" : \"square\";\n const titleAttr = isFilled \n ? `Block ${logicalIndex + 1}` \n : `Block ${logicalIndex + 1}`;\n return `

`;\n }).join(\"\");\n\n const title = \"Clearspace 100 Blocks\";\n // Format date for display\n const dateObj = new Date(targetDate);\n const displayDate = dateObj.toLocaleDateString('en-US', { \n weekday: 'long', \n year: 'numeric', \n month: 'long', \n day: 'numeric',\n timeZone: 'UTC' // Ensure we display the date as is, without timezone shift\n });\n\n const html = `\n\n\n \n \n ${title}\n \n\n\n

${title}

\n ← Prev\n

${displayDate}

\n Next →\n

\n\n

\n ${!hasData ? `\n

No Data Available

There is no screen time data recorded for this date.

\n ` : `\n \n

Volume

${totalMinutes.toFixed(0)} min total

\n ${volumeBlocks}\n

Screen Time

${actualActiveBlocks} blocks

Remaining

${100 - actualActiveBlocks} blocks

\n\n \n

Timeline (7AM - 11:40PM)

Usage by 10min blocks

\n ${timelineHtml || '

No timeline data

'}\n

${timelineStats?.visibleBlocksCount ?? 0} blocks active

>3s usage

\n `}\n\n \n ${renderExplanation()}\n

\n \n \n\n`;\n return new Response(html, {\n headers: { \"Content-Type\": \"text/html; charset=utf-8\" },\n });\n}\n",[],[224,268],{"_103":277,"_95":278,"_152":279,"_154":225,"_155":137,"_156":280,"_158":159,"_105":281,"_100":282,"_162":244,"_164":283,"_165":22,"_166":-5,"_167":284,"_98":285},"1d19ee72-c808-11f0-b590-42dde27851f2","clearspace-10min-debug-http.ts","99eddd9a-c68d-11f0-907a-42dde27851f2",339,["D",1763859762194],4,"import { getRecordsByDateRange, ScreenTimeRecord } from \"./clearspace-data-queries.ts\";\n\nexport default async function (req: Request): Promise {\n try {\n const url = new URL(req.url);\n const queryDate = url.searchParams.get(\"date\");\n const today = new Date().toISOString().split(\"T\")[0];\n \n // Default to today if no date provided\n const targetDate = queryDate || today;\n \n const dayRecords = await getRecordsByDateRange(targetDate, targetDate);\n\n // Calculate previous and next dates for navigation\n const currentDateObj = new Date(targetDate);\n \n const prevDateObj = new Date(currentDateObj);\n prevDateObj.setDate(prevDateObj.getDate() - 1);\n const prevDate = prevDateObj.toISOString().split(\"T\")[0];\n \n const nextDateObj = new Date(currentDateObj);\n nextDateObj.setDate(nextDateObj.getDate() + 1);\n const nextDate = nextDateObj.toISOString().split(\"T\")[0];\n\n // Sort by timestamp ascending\n const sorted = [...dayRecords].sort((a, b) => new Date(a.timestamp).getTime() - new Date(b.timestamp).getTime());\n const offset = sorted[0]?.utc_offset_minutes ?? 0;\n\n // Process records to add incremental usage\n const tableData = sorted.map((record, index) => {\n const prev = index > 0 ? sorted[index - 1] : null;\n const incremental = prev \n ? record.total_screen_time - prev.total_screen_time \n : record.total_screen_time; // First record assumes diff from 0\n \n // Format timestamp to local time\n const d = new Date(record.timestamp);\n const localMs = d.getTime() + offset * 60000;\n const localDate = new Date(localMs);\n const timeStr = localDate.toLocaleTimeString(\"en-US\", { \n hour: \"numeric\", \n minute: \"2-digit\",\n hour12: true \n });\n\n return {\n timestamp: timeStr,\n cumulative: record.total_screen_time,\n incremental: Math.round(incremental * 100) / 100,\n raw: record\n };\n });\n\n const html = `\n\n\n \n \n Clearspace Raw Data Debug\n \n\n\n

Screen Time Data Log

\n Back to Today\n

\n\n

\n \n ← ${prevDate}\n \n \n

\n \n ${targetDate === today ? 'Today' : ''}\n

\n\n \n ${nextDate} →\n \n

\n\n

Showing ${tableData.length} records for ${targetDate}

\n \n

\n \n \n \n \n \n \n \n \n \n \n ${tableData.length === 0 ? `\n \n ` : tableData.map(row => `\n \n \n \n \n \n \n `).join('')}\n \n

Time	Cumulative (min)	Incremental (min)	Raw UTC
No data found for ${targetDate}
${row.timestamp}	${row.cumulative.toFixed(1)}	10 ? 'text-red-600 font-bold' : row.incremental < 0 ? 'text-orange-500' : 'text-gray-600'}\">\n ${row.incremental > 0 ? '+' : ''}${row.incremental.toFixed(1)}\n	${row.raw.timestamp}

\n ${dailyData.map(day => `\n

\n ${day.local_date} (${day.day_of_week})\n ${Math.round(day.avg_screen_time)} min avg\n ${day.data_points} readings\n

\n `).join('')}\n

\n \n

API Endpoints

/all - All records

/today - Today's records

/latest - Latest record

/daily?days=30 - Daily aggregated data

/hourly?date=2024-01-01 - Hourly data for date

/stats - Statistics summary

\n \n \n `;\n \n return new Response(html, {\n headers: { \"Content-Type\": \"text/html\" }\n });\n }\n \n // Default: show available endpoints\n const endpoints = {\n endpoints: {\n \"/\": \"All records\",\n \"/all\": \"All records\", \n \"/today\": \"Today's records\",\n \"/latest\": \"Latest record\",\n \"/daily?days=30\": \"Daily aggregated data (default 30 days)\",\n \"/hourly?date=YYYY-MM-DD\": \"Hourly data for specific date\",\n \"/stats\": \"Statistics summary\",\n \"/dashboard\": \"HTML dashboard view\"\n }\n };\n \n return new Response(JSON.stringify(endpoints, null, 2), {\n headers: { \"Content-Type\": \"application/json\" }\n });\n \n } catch (error) {\n console.error(\"Error in clearspace data viewer:\", error);\n return new Response(JSON.stringify({ error: error.message }), {\n status: 500,\n headers: { \"Content-Type\": \"application/json\" }\n });\n }\n}",[],[224,297],{"_103":305,"_95":306,"_152":307,"_154":225,"_155":137,"_156":308,"_158":159,"_105":309,"_100":310,"_162":244,"_164":311,"_165":22,"_166":-5,"_167":312,"_98":313},"96b7ac5a-c69c-11f0-916b-42dde27851f2","clearspace-graphs-http.ts","39530560-c5ba-11f0-b80c-42dde27851f2",338,["D",1763703629419],11,"// Learn more: https://docs.val.town/vals/http/\nimport { \n getRecordsByDateRange,\n getLatestRecord,\n ScreenTimeRecord\n} from \"./clearspace-data-queries.ts\";\n\ntype HourlyCumulativePoint = {\n hour: number; // 0-23, local hour\n minutes: number; // cumulative minutes\n};\n\nfunction toLocalDateFromTimestamp(timestamp: string, utcOffsetMinutes: number): Date {\n const utcMs = new Date(timestamp).getTime();\n return new Date(utcMs + utcOffsetMinutes * 60_000);\n}\n\nfunction computeCumulativeByHour(records: ScreenTimeRecord[]): HourlyCumulativePoint[] {\n if (!records.length) return [];\n \n // Use utc_offset_minutes from the most recent record (they should be consistent)\n const offset = records[0].utc_offset_minutes ?? 0;\n \n // Group by local hour: take the max cumulative within each hour\n const hourToMax: Map = new Map();\n for (const r of records) {\n const local = toLocalDateFromTimestamp(r.timestamp, r.utc_offset_minutes ?? offset);\n const hour = local.getHours();\n const prev = hourToMax.get(hour) ?? -Infinity;\n if (r.total_screen_time > prev) {\n hourToMax.set(hour, r.total_screen_time);\n }\n }\n \n // Return only the hours that have data; do NOT forward-fill\n const points: HourlyCumulativePoint[] = Array.from(hourToMax.entries())\n .sort((a, b) => a[0] - b[0])\n .map(([hour, minutes]) => ({ hour, minutes }));\n return points;\n}\n\ntype HourlyPoint = {\n hour: number; // 0-23, local hour\n minutes: number; // minutes during that hour (non-cumulative)\n};\n\n// Compute per-hour (non-cumulative) minutes by hour for the current local day.\n// We approximate by taking the max cumulative reading within each hour and\n// subtracting the max cumulative reading from the previous hour (or 0 for hour 0).\nfunction computeHourlyMinutesByHour(records: ScreenTimeRecord[]): HourlyPoint[] {\n if (!records.length) return [];\n const offset = records[0].utc_offset_minutes ?? 0;\n\n // Map of hour -> max cumulative minutes observed within that hour\n const endWithinHour: Map = new Map();\n for (const r of records) {\n const local = toLocalDateFromTimestamp(r.timestamp, r.utc_offset_minutes ?? offset);\n const hour = local.getHours();\n const prev = endWithinHour.get(hour) ?? -Infinity;\n if (r.total_screen_time > prev) {\n endWithinHour.set(hour, r.total_screen_time);\n }\n }\n\n // Sort hours and compute per-hour increments as differences of consecutive hour maxima\n const sortedHours = Array.from(endWithinHour.keys()).sort((a, b) => a - b);\n const points: HourlyPoint[] = [];\n let prevMax = 0;\n for (const h of sortedHours) {\n const maxThisHour = endWithinHour.get(h)!;\n const minutesThisHour = Math.max(0, Math.round(maxThisHour - prevMax));\n points.push({ hour: h, minutes: minutesThisHour });\n prevMax = Math.max(prevMax, maxThisHour);\n }\n return points;\n}\n\n// Helper to manipulate dates\nfunction addDays(dateStr: string, days: number): string {\n const date = new Date(dateStr);\n date.setDate(date.getDate() + days);\n return date.toISOString().split('T')[0];\n}\n\nexport default async function (req: Request): Promise {\n try {\n const url = new URL(req.url);\n const dateParam = url.searchParams.get('date');\n\n // Default to PT timezone for \"today\"\n const today = new Date().toLocaleDateString('en-CA', {\n timeZone: 'America/Los_Angeles'\n });\n\n // Default to today if no param provided\n const targetDate = dateParam || today;\n const prevDate = addDays(targetDate, -1);\n const nextDate = addDays(targetDate, 1);\n \n // Determine the target local date using the latest record (authoritative from API)\n // const latest = await getLatestRecord();\n // const targetDate = latest?.local_date || new Date().toISOString().split(\"T\")[0];\n \n // Load all records for that local date\n const dayRecords = await getRecordsByDateRange(targetDate, targetDate);\n // Sort ascending by timestamp to make computation deterministic\n dayRecords.sort((a, b) => new Date(a.timestamp).getTime() - new Date(b.timestamp).getTime());\n \n const cumulativeSeries = computeCumulativeByHour(dayRecords).map(p => ({\n ...p,\n hours: Math.round((p.minutes / 60) * 100) / 100\n }));\n const hourlySeries = computeHourlyMinutesByHour(dayRecords);\n \n const pageTitle = \"Clearspace Screen Time Graphs\";\n // Format date for display\n const dateObj = new Date(targetDate);\n const displayDate = dateObj.toLocaleDateString('en-US', { \n weekday: 'long', \n year: 'numeric', \n month: 'long', \n day: 'numeric',\n timeZone: 'UTC' // Ensure we display the date as is, without timezone shift\n });\n\n const graphTitle = `Cumulative Screen Time Today (by hour, bars) — ${displayDate}`;\n const hourlyGraphTitle = `Hourly Screen Time Today (per hour, bars) — ${displayDate}`;\n \n const html = `\n\n\n \n \n ${pageTitle}\n \n \n\n\n

${pageTitle}

\n \n

\n ← Prev\n

${displayDate}

\n Next →\n

\n \n

${graphTitle}

\n Minutes of screen time accumulated across the day; non-decreasing curve using the max reading per hour.\n

\n \n

${hourlyGraphTitle}

\n Estimated minutes of screen time within each hour. If an hour had no readings,\n its usage may be reflected in the next hour with data.\n

\n \n \n\n`;\n \n return new Response(html, {\n headers: { \"Content-Type\": \"text/html; charset=utf-8\" },\n });\n } catch (error) {\n console.error(\"Error rendering screen time graphs:\", error);\n return new Response(\"Internal Server Error\", { status: 500 });\n }\n}\n\n\n",[],[224,306],{"_103":315,"_95":316,"_152":317,"_154":225,"_155":137,"_156":318,"_158":159,"_105":319,"_100":320,"_162":176,"_164":321,"_165":22,"_166":-5,"_167":322,"_98":323},"fdc95c1e-c4fc-11f0-a93a-42dde27851f2","clearspace-today-cron.ts","7f3b81e8-c4fb-11f0-89bd-42dde27851f2",272,["D",1763525131702],14,"// Learn more: https://docs.val.town/vals/cron/\nimport { sqlite } from \"https://esm.town/v/stevekrouse/sqlite/main.tsx\";\nimport clearspace_screentime_today from \"./clearspace_screentime_today.ts\";\n\nconst TABLE_NAME = 'clearspace_screentime_data';\n\n// Initialize database table\nasync function initDatabase() {\n await sqlite.execute(`CREATE TABLE IF NOT EXISTS ${TABLE_NAME} (\n id INTEGER PRIMARY KEY AUTOINCREMENT,\n timestamp DATETIME DEFAULT CURRENT_TIMESTAMP,\n handle TEXT NOT NULL,\n total_screen_time INTEGER NOT NULL,\n last_seen INTEGER NOT NULL,\n local_date TEXT NOT NULL,\n day_of_week TEXT NOT NULL,\n utc_offset_minutes INTEGER NOT NULL,\n raw_response TEXT NOT NULL\n )`);\n}\n\nexport default async function (interval: Interval) {\n try {\n // Initialize database\n await initDatabase();\n \n // Pull data from clearspace\n const clearspace_screentime_response = await clearspace_screentime_today();\n console.log(\"Received response:\", clearspace_screentime_response);\n\n // Check if response is valid\n if (!clearspace_screentime_response?.data) {\n console.error(\"Invalid response structure:\", clearspace_screentime_response);\n return;\n }\n\n const data = clearspace_screentime_response.data;\n \n // Insert data into database\n await sqlite.execute(`\n INSERT INTO ${TABLE_NAME} (\n handle, \n total_screen_time, \n last_seen, \n local_date, \n day_of_week, \n utc_offset_minutes,\n raw_response\n ) VALUES (?, ?, ?, ?, ?, ?, ?)\n `, [\n data.handle,\n data.totalScreenTime,\n data.lastSeen,\n data.localDate,\n data.dayOfWeek,\n data.utcOffsetMinutes,\n JSON.stringify(clearspace_screentime_response)\n ]);\n\n console.log(`Successfully stored screen time data: ${data.totalScreenTime} minutes for ${data.localDate}`);\n \n } catch (error) {\n console.error(\"Error in clearspace cron:\", error);\n throw error; // Re-throw to see full stack trace\n }\n}\n\n//data: {\n// handle: \"shapedlines\",\n// totalScreenTime: 240,\n// lastSeen: 1763521786,\n// localDate: \"2025-11-18\",\n// dayOfWeek: \"Tuesday\",\n// utcOffsetMinutes: -480\n// }",[],[224,316],{"_103":325,"_95":326,"_152":327,"_154":225,"_155":137,"_156":328,"_158":159,"_105":329,"_100":310,"_162":187,"_164":330,"_165":22,"_166":-5,"_167":331,"_98":332},"9c813dcc-c4fd-11f0-9821-42dde27851f2","clearspace_screentime_today.ts","74baa8da-c4fa-11f0-9a57-42dde27851f2",279,["D",1763525397958],"export default async function clearspace_screentime_today() {\n const response = await fetch(\n \"https://api.thescreentimenetwork.com/v1/getScreenTimeToday?handle=shapedlines\",\n {\n headers: {\n \"x-api-key\": Deno.env.get(\"clearspace_api_key\"),\n },\n },\n );\n\n const data = await response.json();\n return data;\n}",[],[224,326],{"_103":334,"_95":335,"_152":336,"_154":225,"_155":137,"_156":337,"_158":159,"_105":338,"_100":339,"_162":187,"_164":340,"_165":22,"_166":-5,"_167":341,"_98":342},"4823a44e-c4fe-11f0-a5ff-42dde27851f2","cs-screen-time.ts","b46af9ba-bd9a-11f0-b212-42dde27851f2",280,["D",1763525685944],6,"// fetch(\n// \"https://api.thescreentimenetwork.com/v1/getScreenTimeToday?handle=shapedlines\",\n// {\n// headers: {\n// \"x-api-key\":\n// \"a093dea40372497d633fbcab6a0ed74a9098dd4ec8f0b69361865d9db233cfbb\",\n// },\n// },\n// )\n// .then((response) => response.json())\n// .then((data) => console.log(data));\n\nfetch(\n \"https://api.thescreentimenetwork.com/v1/getScreenTimeHistorical?handle=shapedlines\",\n {\n headers: {\n \"x-api-key\": Deno.env.get(\"clearspace_api_key\"),\n },\n },\n)\n .then((response) => response.json())\n .then((data) => console.log(data));",[],[224,335],{"_103":344,"_95":345,"_152":346,"_154":225,"_155":137,"_156":347,"_158":159,"_105":348,"_100":161,"_162":244,"_164":349,"_165":22,"_166":-5,"_167":350,"_98":351},"418ca732-c695-11f0-82b7-42dde27851f2","debug-mismatch.ts","14a2344e-c695-11f0-9a9c-42dde27851f2",311,["D",1763700480045],"import { getLatestRecord, getRecordsByDateRange, ScreenTimeRecord } from \"./clearspace-data-queries.ts\";\n\n// Debug endpoint to investigate volume vs timeline mismatch\nexport default async function (req: Request): Promise {\n const record = await getLatestRecord();\n const totalMinutes = record?.total_screen_time || 0;\n const volumeBlocks = Math.ceil(totalMinutes / 10);\n \n // Get timeline data\n const targetDate = record?.local_date || new Date().toISOString().split('T')[0];\n const dayRecords = await getRecordsByDateRange(targetDate, targetDate);\n \n if (!dayRecords.length) {\n return new Response(\"No records found\", { status: 404 });\n }\n\n // Sort by timestamp ascending\n const sorted = [...dayRecords].sort((a, b) => new Date(a.timestamp).getTime() - new Date(b.timestamp).getTime());\n const offset = sorted[0].utc_offset_minutes ?? 0;\n\n // Convert to simplified points\n const points = sorted.map(r => {\n const d = new Date(r.timestamp);\n const localMs = d.getTime() + offset * 60000;\n const localDate = new Date(localMs);\n const minuteOfDay = localDate.getUTCHours() * 60 + localDate.getUTCMinutes();\n return { minute: minuteOfDay, value: r.total_screen_time };\n });\n\n // Helper to interpolate value at any minute\n const getValueAt = (m: number) => {\n if (points.length === 0) return 0;\n const idx = points.findIndex(p => p.minute >= m);\n \n if (idx === -1) {\n return points[points.length - 1].value;\n }\n if (idx === 0) {\n const p = points[0];\n if (p.minute === m) return p.value;\n return (m / p.minute) * p.value;\n }\n\n const p1 = points[idx - 1];\n const p2 = points[idx];\n if (p2.minute === p1.minute) return p1.value;\n \n const ratio = (m - p1.minute) / (p2.minute - p1.minute);\n return p1.value + (p2.value - p1.value) * ratio;\n };\n\n // Process all 100 blocks with detailed logging\n const blockData = Array.from({ length: 100 }, (_, i) => {\n const startMin = 420 + i * 10;\n const endMin = startMin + 10;\n \n const startVal = getValueAt(startMin);\n const endVal = getValueAt(endMin);\n const rawUsage = Math.max(0, endVal - startVal);\n \n const hour = Math.floor(startMin / 60);\n const minute = startMin % 60;\n const timeLabel = `${hour}:${minute.toString().padStart(2, '0')}`;\n \n return {\n index: i,\n startMin,\n endMin,\n rawUsage,\n timeLabel,\n finalUsage: 0,\n isBackfilled: false,\n startVal,\n endVal\n };\n });\n\n // Apply backfill algorithm with detailed tracking\n let backlog = 0;\n let totalBackfilled = 0;\n const backfillLog = [];\n \n for (let i = 0; i < blockData.length; i++) {\n const block = blockData[i];\n const rawUsage = block.rawUsage;\n \n if (rawUsage <= 10) {\n block.finalUsage = rawUsage;\n } else {\n // Overflow case\n block.finalUsage = 10;\n const overflow = rawUsage - 10;\n backlog += overflow;\n backfillLog.push(`Block ${i} (${block.timeLabel}): ${rawUsage.toFixed(1)} min overflow, backlog now ${backlog.toFixed(1)}`);\n }\n \n // Distribute backlog to previous empty blocks\n if (backlog > 0) {\n let remainingBacklog = backlog;\n const backfillDetails = [];\n \n for (let j = i - 1; j >= 0 && remainingBacklog > 0; j--) {\n const prevBlock = blockData[j];\n const availableSpace = 10 - prevBlock.finalUsage;\n \n if (availableSpace > 0) {\n const toBackfill = Math.min(remainingBacklog, availableSpace);\n prevBlock.finalUsage += toBackfill;\n if (prevBlock.rawUsage === 0) {\n prevBlock.isBackfilled = true;\n }\n remainingBacklog -= toBackfill;\n totalBackfilled += toBackfill;\n backfillDetails.push(` → Block ${j} (${prevBlock.timeLabel}): +${toBackfill.toFixed(1)} min`);\n }\n }\n \n if (backfillDetails.length > 0) {\n backfillLog.push(...backfillDetails);\n }\n \n backlog = remainingBacklog;\n }\n }\n\n // Count active blocks\n const timelineActiveBlocks = blockData.filter(b => b.finalUsage > 0.05).length;\n \n // Generate detailed report\n const activeBlocksDetails = blockData\n .filter(b => b.finalUsage > 0.05)\n .map(b => ({\n time: b.timeLabel,\n rawUsage: b.rawUsage.toFixed(1),\n finalUsage: b.finalUsage.toFixed(1),\n isBackfilled: b.isBackfilled,\n startVal: b.startVal.toFixed(1),\n endVal: b.endVal.toFixed(1)\n }));\n\n const html = `\n\n\n \n Debug: Volume vs Timeline Mismatch\n \n\n\n

Debug: Volume vs Timeline Mismatch

\n \n

Summary

Total Screen Time: ${totalMinutes} minutes

Volume Blocks (${totalMinutes}/10): ${volumeBlocks} blocks

Timeline Active Blocks: ${timelineActiveBlocks} blocks

Data Points: ${points.length} records

Date: ${targetDate}

\n\n ${volumeBlocks !== timelineActiveBlocks ? `\n

⚠️ MISMATCH DETECTED

Difference: ${timelineActiveBlocks - volumeBlocks} blocks

Timeline has ${timelineActiveBlocks - volumeBlocks > 0 ? 'MORE' : 'FEWER'} active blocks than expected.

\n ` : '

✅ No Mismatch

Volume and timeline blocks match perfectly!

'}\n\n

Data Points (${points.length} records)

\n \n \n ${points.map(p => ``).join('')}\n

Time	Minute of Day	Cumulative Value
${new Date(p.minute * 60000 + offset * 60000).toISOString().substr(11, 5)}	${p.minute}	${p.value}

\n\n

Active Timeline Blocks (${timelineActiveBlocks} blocks)

\n \n \n ${activeBlocksDetails.map(b => `\n 10 ? 'overflow' : '')}\">\n \n \n \n \n \n \n \n `).join('')}\n

Time	Raw Usage	Final Usage	Start Val	End Val	Type
${b.time}	${b.rawUsage}	${b.finalUsage}	${b.startVal}	${b.endVal}	${b.isBackfilled ? 'Backfilled' : (parseFloat(b.rawUsage) > 10 ? 'Overflow' : 'Direct')}

\n\n ${backfillLog.length > 0 ? `\n

Backfill Log

${backfillLog.join('\\n')}

\n ` : ''}\n\n

Statistics

Total Backfilled: ${totalBackfilled.toFixed(1)} minutes
Remaining Backlog: ${backlog.toFixed(1)} minutes
Backfilled Blocks: ${blockData.filter(b => b.isBackfilled).length}
Overflow Blocks: ${blockData.filter(b => b.rawUsage > 10).length}

\n\n`;\n\n return new Response(html, {\n headers: { \"Content-Type\": \"text/html; charset=utf-8\" },\n });\n}",[],[224,345],{"_103":353,"_95":354,"_152":355,"_154":225,"_155":137,"_156":356,"_158":159,"_105":357,"_100":207,"_162":244,"_164":358,"_165":22,"_166":-5,"_167":359,"_98":360},"5052153e-c697-11f0-a6d1-42dde27851f2","timeline-debug.ts","371cc7ee-c697-11f0-9ced-42dde27851f2",328,["D",1763701363818],"import { getLatestRecord, getRecordsByDateRange } from \"./clearspace-data-queries.ts\";\n\n// Debug the timeline grid display to see what's happening with block ordering\nexport default async function (req: Request): Promise {\n const record = await getLatestRecord();\n const targetDate = record?.local_date || new Date().toISOString().split('T')[0];\n const dayRecords = await getRecordsByDateRange(targetDate, targetDate);\n \n if (!dayRecords.length) {\n return new Response(\"No records found\", { status: 404 });\n }\n\n // Sort by timestamp ascending\n const sorted = [...dayRecords].sort((a, b) => new Date(a.timestamp).getTime() - new Date(b.timestamp).getTime());\n const offset = sorted[0].utc_offset_minutes ?? 0;\n\n const points = sorted.map(r => {\n const d = new Date(r.timestamp);\n const localMs = d.getTime() + offset * 60000;\n const localDate = new Date(localMs);\n const minuteOfDay = localDate.getUTCHours() * 60 + localDate.getUTCMinutes();\n return { minute: minuteOfDay, value: r.total_screen_time };\n });\n\n const getValueAt = (m: number) => {\n if (points.length === 0) return 0;\n const idx = points.findIndex(p => p.minute >= m);\n \n if (idx === -1) return points[points.length - 1].value;\n if (idx === 0) {\n const p = points[0];\n if (p.minute === m) return p.value;\n return (m / p.minute) * p.value;\n }\n\n const p1 = points[idx - 1];\n const p2 = points[idx];\n if (p2.minute === p1.minute) return p1.value;\n \n const ratio = (m - p1.minute) / (p2.minute - p1.minute);\n return p1.value + (p2.value - p1.value) * ratio;\n };\n\n const before7am = getValueAt(420);\n const totalRecorded = points.length > 0 ? points[points.length - 1].value : 0;\n const targetTotal = Math.max(0, totalRecorded - before7am);\n\n // Create blocks with detailed info\n const blockData = Array.from({ length: 100 }, (_, i) => {\n const startMin = 420 + i * 10;\n const endMin = startMin + 10;\n const startVal = getValueAt(startMin);\n const endVal = getValueAt(endMin);\n const rawUsage = Math.max(0, endVal - startVal);\n const hour = Math.floor(startMin / 60);\n const minute = startMin % 60;\n const timeLabel = `${hour}:${minute.toString().padStart(2, '0')}`;\n \n return {\n index: i,\n gridPosition: i, // Position in the 10x10 grid (0-99)\n startMin,\n rawUsage,\n timeLabel,\n finalUsage: 0,\n isBackfilled: false\n };\n });\n\n // Apply the NEW proximity-based algorithm\n const targetBlocks = Math.ceil(targetTotal / 10);\n let remainingMinutes = targetTotal;\n \n const blocksWithUsage = blockData.filter(b => b.rawUsage > 0);\n const blocksWithoutUsage = blockData.filter(b => b.rawUsage === 0);\n \n blocksWithUsage.sort((a, b) => b.rawUsage - a.rawUsage);\n \n // Find the time range where actual usage occurs\n const firstUsageBlock = blocksWithUsage.length > 0 ? Math.min(...blocksWithUsage.map(b => b.index)) : 0;\n const lastUsageBlock = blocksWithUsage.length > 0 ? Math.max(...blocksWithUsage.map(b => b.index)) : 99;\n \n // Sort backfill candidates by proximity to actual usage\n blocksWithoutUsage.sort((a, b) => {\n const aDistance = Math.min(Math.abs(a.index - firstUsageBlock), Math.abs(a.index - lastUsageBlock));\n const bDistance = Math.min(Math.abs(b.index - firstUsageBlock), Math.abs(b.index - lastUsageBlock));\n \n if (aDistance !== bDistance) return aDistance - bDistance;\n \n // If same distance, prefer blocks between first and last usage\n const aInRange = a.index >= firstUsageBlock && a.index <= lastUsageBlock;\n const bInRange = b.index >= firstUsageBlock && b.index <= lastUsageBlock;\n \n if (aInRange && !bInRange) return -1;\n if (bInRange && !aInRange) return 1;\n \n // Finally, prefer earlier blocks\n return a.index - b.index;\n });\n \n const blocksByPriority = [...blocksWithUsage, ...blocksWithoutUsage];\n \n for (let i = 0; i < targetBlocks && remainingMinutes > 0; i++) {\n const block = blocksByPriority[i];\n const toFill = Math.min(10, remainingMinutes);\n block.finalUsage = toFill;\n remainingMinutes -= toFill;\n \n if (block.rawUsage === 0) {\n block.isBackfilled = true;\n }\n }\n\n // Show first 30 blocks (first 3 rows) with detailed info\n const debugBlocks = blockData.slice(0, 30).map(block => {\n const row = Math.floor(block.gridPosition / 10);\n const col = block.gridPosition % 10;\n const isFilled = block.finalUsage > 0.01;\n \n return {\n ...block,\n row,\n col,\n isFilled,\n displayOrder: `Row ${row}, Col ${col}`\n };\n });\n\n const html = `\n\n\n \n Timeline Grid Debug\n \n\n\n

Timeline Grid Debug

\n \n

Summary

Total Screen Time: ${totalRecorded} min

Target Blocks: ${targetBlocks} blocks

Active Blocks: ${blockData.filter(b => b.finalUsage > 0.01).length} blocks

First Usage Block: ${firstUsageBlock} (${blockData[firstUsageBlock]?.timeLabel})

Last Usage Block: ${lastUsageBlock} (${blockData[lastUsageBlock]?.timeLabel})

Usage Range: ${blocksWithUsage.length} blocks with actual usage

\n\n

Grid Preview (First 3 Rows: 7:00-9:50 AM)

\n ${debugBlocks.map(block => \n `

${block.index}

`\n ).join('')}\n

\n\n

Block Details (First 30 blocks)

\n \n \n \n \n \n \n \n \n \n \n ${debugBlocks.map(block => `\n \n \n \n \n \n \n \n \n \n `).join('')}\n

Grid Pos	Time	Raw Usage	Final Usage	Filled?	Backfilled?	Display
${block.gridPosition}	${block.timeLabel}	${block.rawUsage.toFixed(1)}	${block.finalUsage.toFixed(1)}	${block.isFilled ? 'YES' : 'NO'}	${block.isBackfilled ? 'YES' : 'NO'}	${block.displayOrder}

\n\n

Priority Order (First 20 blocks by algorithm priority)

\n \n \n ${blocksByPriority.slice(0, 20).map((block, i) => `\n 0.01 ? (block.isBackfilled ? 'backfilled' : 'filled') : ''}\">\n \n \n \n \n \n \n \n `).join('')}\n

Priority	Grid Pos	Time	Raw Usage	Final Usage	Reason
${i + 1}	${block.gridPosition}	${block.timeLabel}	${block.rawUsage.toFixed(1)}	${block.finalUsage.toFixed(1)}	${block.rawUsage > 0 ? 'Has raw usage' : 'Backfill candidate'}

\n\n

Data Points

\n \n \n ${points.slice(0, 20).map(p => `\n \n \n \n \n `).join('')}\n

Time	Cumulative Value
${Math.floor(p.minute / 60)}:${String(p.minute % 60).padStart(2, '0')}	${p.value} min

\n\n`;\n\n return new Response(html, {\n headers: { \"Content-Type\": \"text/html; charset=utf-8\" },\n });\n}",[],[224,354],[224],{"_103":363,"_95":364,"_152":365,"_154":-5,"_155":137,"_156":366,"_158":159,"_105":367,"_100":32,"_162":163,"_164":-5,"_165":22,"_166":-5,"_167":368,"_98":422},"03ede404-c32a-11f0-85c1-42dde27851f2","obplot-dataviz","03ede59e-c32a-11f0-85c1-42dde27851f2",236,["D",1763324567036],[369],{"_103":370,"_95":371,"_152":372,"_154":365,"_155":137,"_156":373,"_158":159,"_105":374,"_100":32,"_162":163,"_164":-5,"_165":22,"_166":-5,"_167":375,"_98":421},"0405b444-c32a-11f0-85c1-42dde27851f2","whoop","0405b520-c32a-11f0-85c1-42dde27851f2",237,["D",1763324567195],[376,385,394,403,412],{"_103":377,"_95":378,"_152":379,"_154":372,"_155":137,"_156":380,"_158":159,"_105":381,"_100":217,"_162":234,"_164":382,"_165":22,"_166":-5,"_167":383,"_98":384},"0425c7f2-c32a-11f0-a3c7-42dde27851f2",".vtignore","b84158ec-c324-11f0-bfd8-42dde27851f2",240,["D",1763324567367],".git\n.vscode\n.cursorrules\n.DS_Store\nnode_modules\nvendor",[],[364,371,378],{"_103":386,"_95":387,"_152":388,"_154":372,"_155":137,"_156":389,"_158":159,"_105":390,"_100":217,"_162":234,"_164":391,"_165":22,"_166":-5,"_167":392,"_98":393},"042ab42e-c32a-11f0-8d85-42dde27851f2","AGENTS.md","b833c57e-c324-11f0-a265-42dde27851f2",241,["D",1763324567357],"You are an advanced assistant specialized in generating Val Town code.\n\n## Core Guidelines\n\n- Ask clarifying questions when requirements are ambiguous\n- Provide complete, functional solutions rather than skeleton implementations\n- Test your logic against edge cases before presenting the final solution\n- Ensure all code follows Val Town's specific platform requirements\n- If a section of code that you're working on is getting too complex, consider refactoring it into subcomponents\n\n## Code Standards\n\n- Generate code in TypeScript or TSX\n- Add appropriate TypeScript types and interfaces for all data structures\n- Prefer official SDKs or libraries than writing API calls directly\n- Ask the user to supply API or library documentation if you are at all unsure about it\n- **Never bake in secrets into the code** - always use environment variables\n- Include comments explaining complex logic (avoid commenting obvious operations)\n- Follow modern ES6+ conventions and functional programming practices if possible\n\n## Types of triggers\n\n### 1. HTTP Trigger\n\n- Create web APIs and endpoints\n- Handle HTTP requests and responses\n- Example structure:\n\n```ts\nexport default async function (req: Request) {\n return new Response(\"Hello World\");\n}\n```\n\nFiles that are HTTP triggers have http in their name like `foobar.http.tsx`\n\n### 2. Cron Triggers\n\n- Run on a schedule\n- Use cron expressions for timing\n- Example structure:\n\n```ts\nexport default async function () {\n // Scheduled task code\n}\n```\n\nFiles that are Cron triggers have cron in their name like `foobar.cron.tsx`\n\n### 3. Email Triggers\n\n- Process incoming emails\n- Handle email-based workflows\n- Example structure:\n\n```ts\nexport default async function (email: Email) {\n // Process email\n}\n```\n\nFiles that are Email triggers have email in their name like `foobar.email.tsx`\n\n\n## Val Town Standard Libraries\n\nVal Town provides several hosted services and utility functions.\n\n### Blob Storage\n\n```ts\nimport { blob } from \"https://esm.town/v/std/blob\";\nawait blob.setJSON(\"myKey\", { hello: \"world\" });\nlet blobDemo = await blob.getJSON(\"myKey\");\nlet appKeys = await blob.list(\"app_\");\nawait blob.delete(\"myKey\");\n```\n\n### SQLite\n\n```ts\nimport { sqlite } from \"https://esm.town/v/stevekrouse/sqlite\";\nconst TABLE_NAME = 'todo_app_users_2';\n// Create table - do this before usage and change table name when modifying schema\nawait sqlite.execute(`CREATE TABLE IF NOT EXISTS ${TABLE_NAME} (\n id INTEGER PRIMARY KEY AUTOINCREMENT,\n name TEXT NOT NULL\n)`);\n// Query data\nconst result = await sqlite.execute(`SELECT * FROM ${TABLE_NAME} WHERE id = ?`, [1]);\n```\n\nNote: When changing a SQLite table's schema, change the table's name (e.g., add _2 or _3) to create a fresh table.\n\n### OpenAI\n\n```ts\nimport { OpenAI } from \"https://esm.town/v/std/openai\";\nconst openai = new OpenAI();\nconst completion = await openai.chat.completions.create({\n messages: [\n { role: \"user\", content: \"Say hello in a creative way\" },\n ],\n model: \"gpt-4o-mini\",\n max_tokens: 30,\n});\n```\n\n### Email\n\n```ts\nimport { email } from \"https://esm.town/v/std/email\";\n// By default emails the owner of the val\nawait email({ \n subject: \"Hi\", \n text: \"Hi\", \n html: \"

Hi

\"\n});\n```\n\n## Val Town Utility Functions\n\nVal Town provides several utility functions to help with common project tasks.\n\n### Importing Utilities\n\nAlways import utilities with version pins to avoid breaking changes:\n\n```ts\nimport { parseProject, readFile, serveFile } from \"https://esm.town/v/std/utils@85-main/index.ts\";\n```\n\n### Available Utilities\n\n\n#### **serveFile** - Serve project files with proper content types\n\nFor example, in Hono:\n\n```ts\n// serve all files in frontend/ and shared/\napp.get(\"/frontend/*\", c => serveFile(c.req.path, import.meta.url));\napp.get(\"/shared/*\", c => serveFile(c.req.path, import.meta.url));\n```\n\n#### **readFile** - Read files from within the project:\n\n```ts\n// Read a file from the project\nconst fileContent = await readFile(\"/frontend/index.html\", import.meta.url);\n```\n\n#### **listFiles** - List all files in the project\n\n```ts\nconst files = await listFiles(import.meta.url);\n```\n\n#### **parseProject** - Extract information about the current project from import.meta.url\n\nThis is useful for including info for linking back to a val, ie in \"view source\" urls:\n\n```ts\nconst projectVal = parseProject(import.meta.url);\nconsole.log(projectVal.username); // Owner of the project\nconsole.log(projectVal.name); // Project name\nconsole.log(projectVal.version); // Version number\nconsole.log(projectVal.branch); // Branch name\nconsole.log(projectVal.links.self.project); // URL to the project page\n```\n\nHowever, it's *extremely importing* to note that `parseProject` and other Standard Library utilities ONLY RUN ON THE SERVER.\nIf you need access to this data on the client, run it in the server and pass it to the client by splicing it into the HTML page\nor by making an API request for it.\n\n## Val Town Platform Specifics\n\n- **Redirects:** Use `return new Response(null, { status: 302, headers: { Location: \"/place/to/redirect\" }})` instead of `Response.redirect` which is broken\n- **Images:** Avoid external images or base64 images. Use emojis, unicode symbols, or icon fonts/libraries instead\n- **AI Image:** To inline generate an AI image use: `

`\n- **Storage:** DO NOT use the Deno KV module for storage\n- **Browser APIs:** DO NOT use the `alert()`, `prompt()`, or `confirm()` methods\n- **Weather Data:** Use open-meteo for weather data (doesn't require API keys) unless otherwise specified\n- **View Source:** Add a view source link by importing & using `import.meta.url.replace(\"ems.sh\", \"val.town)\"` (or passing this data to the client) and include `target=\"_top\"` attribute\n- **Error Debugging:** Add `` to HTML to capture client-side errors\n- **Error Handling:** Only use try...catch when there's a clear local resolution; Avoid catches that merely log or return 500s. Let errors bubble up with full context\n- **Environment Variables:** Use `Deno.env.get('keyname')` when you need to, but generally prefer APIs that don't require keys\n- **Imports:** Use `https://esm.sh` for npm and Deno dependencies to ensure compatibility on server and browser\n- **Storage Strategy:** Only use backend storage if explicitly required; prefer simple static client-side sites\n- **React Configuration:** When using React libraries, pin versions with `?deps=react@18.2.0,react-dom@18.2.0` and start the file with `/** @jsxImportSource https://esm.sh/react@18.2.0 */`\n- Ensure all React dependencies and sub-dependencies are pinned to the same version\n- **Styling:** Default to using TailwindCSS via `` unless otherwise specified\n\n## Project Structure and Design Patterns\n\n### Recommended Directory Structure\n```\n├── backend/\n│ ├── database/\n│ │ ├── migrations.ts # Schema definitions\n│ │ ├── queries.ts # DB query functions\n│ │ └── README.md\n│ └── routes/ # Route modules\n│ ├── [route].ts\n│ └── static.ts # Static file serving\n│ ├── index.ts # Main entry point\n│ └── README.md\n├── frontend/\n│ ├── components/\n│ │ ├── App.tsx\n│ │ └── [Component].tsx\n│ ├── favicon.svg\n│ ├── index.html # Main HTML template\n│ ├── index.tsx # Frontend JS entry point\n│ ├── README.md\n│ └── style.css\n├── README.md\n└── shared/\n ├── README.md\n └── utils.ts # Shared types and functions\n```\n\n### Backend (Hono) Best Practices\n\n- Hono is the recommended API framework\n- Main entry point should be `backend/index.ts`\n- **Static asset serving:** Use the utility functions to read and serve project files:\n ```ts\n import { readFile, serveFile } from \"https://esm.town/v/std/utils@85-main/index.ts\";\n \n // serve all files in frontend/ and shared/\n app.get(\"/frontend/*\", c => serveFile(c.req.path, import.meta.url));\n app.get(\"/shared/*\", c => serveFile(c.req.path, import.meta.url));\n \n // For index.html, often you'll want to bootstrap with initial data\n app.get(\"/\", async c => {\n let html = await readFile(\"/frontend/index.html\", import.meta.url);\n \n // Inject data to avoid extra round-trips\n const initialData = await fetchInitialData();\n const dataScript = ``;\n \n html = html.replace(\"\", `${dataScript}`);\n return c.html(html);\n });\n ```\n- Create RESTful API routes for CRUD operations\n- Always include this snippet at the top-level Hono app to re-throwing errors to see full stack traces:\n ```ts\n // Unwrap Hono errors to see original error details\n app.onError((err, c) => {\n throw err;\n });\n ```\n\n### Database Patterns\n- Run migrations on startup or comment out for performance\n- Change table names when modifying schemas rather than altering\n- Export clear query functions with proper TypeScript typing\n\n## Common Gotchas and Solutions\n\n1. **Environment Limitations:** \n - Val Town runs on Deno in a serverless context, not Node.js\n - Code in `shared/` must work in both frontend and backend environments\n - Cannot use `Deno` keyword in shared code\n - Use `https://esm.sh` for imports that work in both environments\n\n2. **SQLite Peculiarities:**\n - Limited support for ALTER TABLE operations\n - Create new tables with updated schemas and copy data when needed\n - Always run table creation before querying\n\n3. **React Configuration:**\n - All React dependencies must be pinned to 18.2.0\n - Always include `@jsxImportSource https://esm.sh/react@18.2.0` at the top of React files\n - Rendering issues often come from mismatched React versions\n\n4. **File Handling:**\n - Val Town only supports text files, not binary\n - Use the provided utilities to read files across branches and forks\n - For files in the project, use `readFile` helpers\n\n5. **API Design:**\n - `fetch` handler is the entry point for HTTP vals\n - Run the Hono app with `export default app.fetch // This is the entry point for HTTP vals`\n\n",[],[364,371,387],{"_103":395,"_95":396,"_152":397,"_154":372,"_155":137,"_156":398,"_158":159,"_105":399,"_100":32,"_162":234,"_164":400,"_165":22,"_166":-5,"_167":401,"_98":402},"0a232262-c32a-11f0-8ce6-42dde27851f2","deno.json","0a232334-c32a-11f0-8ce6-42dde27851f2",245,["D",1763324577453],"{\n \"$schema\": \"https://raw.githubusercontent.com/denoland/deno/98f62cee78e85bfc47c62ed703777c6bc8794f1c/cli/schemas/config-file.v1.json\",\n \"lock\": false,\n \"compilerOptions\": {\n \"noImplicitAny\": false,\n \"strict\": true,\n \"types\": [\"https://www.val.town/types/valtown.d.ts\"],\n \"lib\": [\n \"dom\",\n \"dom.iterable\",\n \"dom.asynciterable\",\n \"deno.ns\",\n \"deno.unstable\"\n ]\n },\n \"lint\": {\n \"include\": [\"deno:/https/esm.town/**/*\"],\n \"rules\": {\n \"exclude\": [\"no-explicit-any\"]\n }\n },\n \"node_modules_dir\": false,\n \"experimental\": {\n \"unstable-node-globals\": true,\n \"unstable-temporal\": true,\n \"unstable-worker-options\": true,\n \"unstable-sloppy-imports\": true\n }\n}",[],[364,371,396],{"_103":404,"_95":405,"_152":406,"_154":372,"_155":137,"_156":407,"_158":159,"_105":408,"_100":32,"_162":244,"_164":409,"_165":22,"_166":-5,"_167":410,"_98":411},"5de80f52-c32a-11f0-acac-42dde27851f2","whoop-http-dash.ts","5de80ffc-c32a-11f0-acac-42dde27851f2",246,["D",1763324717996],"// Learn more: https://docs.val.town/vals/http/\n\nexport default async function (req: Request): Promise {\n // Render the chart server-side from the local module\n const mod = await import(\"./whoop-sleep-obplot.ts\");\n const chartEl = await mod.default as unknown as Element;\n const chartHTML = (chartEl as any)?.outerHTML ?? \"\";\n\n const html = `\n\n\n \n \n Whoop Sleep Dashboard\n \n\n\n

Whoop Sleep (last 30 days)

\n ${chartHTML}\n

\n\n`;\n\n return new Response(html, {\n headers: { \"Content-Type\": \"text/html; charset=utf-8\" },\n });\n}\n\n",[],[364,371,405],{"_103":413,"_95":414,"_152":415,"_154":372,"_155":137,"_156":416,"_158":159,"_105":417,"_100":32,"_162":187,"_164":418,"_165":22,"_166":-5,"_167":419,"_98":420},"0421c7ec-c32a-11f0-ace0-42dde27851f2","whoop-sleep-obplot.ts","0421c8aa-c32a-11f0-ace0-42dde27851f2",239,["D",1763324567353],"type SleepPoint = { date: Date; value: number };\n\nfunction generateLast30DaysData(): SleepPoint[] {\n const today = new Date();\n today.setHours(0, 0, 0, 0);\n const data: SleepPoint[] = [];\n for (let i = 29; i >= 0; i--) {\n const d = new Date(today);\n d.setDate(today.getDate() - i);\n const value = Math.max(1, Math.min(100, Math.floor(Math.random() * 100) + 1));\n data.push({ date: d, value });\n }\n return data;\n}\n\nexport default (async () => {\n const Plot = await import(\"https://esm.sh/@observablehq/plot@0.6.17\");\n const data = generateLast30DaysData();\n const start = data[0].date;\n const end = data[data.length - 1].date;\n return Plot.lineY(data, { x: \"date\", y: \"value\", stroke: \"#6366f1\" }).plot({\n height: 320,\n marginLeft: 44,\n marginBottom: 36,\n x: { type: \"utc\", domain: [start, end], label: \"Date\" },\n y: { domain: [1, 100], grid: true, label: \"Sleep score\" }\n });\n})();\n",[],[364,371,414],[364,371],[364],{"_103":424,"_95":425,"_152":426,"_154":-5,"_155":137,"_156":427,"_158":159,"_105":428,"_100":32,"_162":163,"_164":-5,"_165":22,"_166":-5,"_167":429,"_98":430},"8b9813ca-c811-11f0-a639-42dde27851f2","untitled-folder-3015","8b9814b0-c811-11f0-a639-42dde27851f2",341,["D",1763863813041],[],[425],{"_103":432,"_95":433,"_152":434,"_154":-5,"_155":137,"_156":435,"_158":159,"_105":436,"_100":161,"_162":163,"_164":-5,"_165":22,"_166":-5,"_167":437,"_98":438},"a4b6c36a-c811-11f0-a3e1-42dde27851f2","whoop-sleep","8ba6adea-c811-11f0-a639-42dde27851f2",343,["D",1763863855183],[],[433],{"_103":440,"_95":378,"_152":441,"_154":-5,"_155":137,"_156":442,"_158":159,"_105":443,"_100":32,"_162":234,"_164":382,"_165":22,"_166":-5,"_167":444,"_98":445},"96496a08-c320-11f0-b0c3-42dde27851f2","96496b3e-c320-11f0-b0c3-42dde27851f2",218,["D",1763320517603],[],[378],{"_103":447,"_95":387,"_152":448,"_154":-5,"_155":137,"_156":449,"_158":159,"_105":450,"_100":32,"_162":234,"_164":391,"_165":22,"_166":-5,"_167":451,"_98":452},"965e4ebe-c320-11f0-b423-42dde27851f2","965e4f7c-c320-11f0-b423-42dde27851f2",220,["D",1763320517742],[],[387],{"_103":454,"_95":455,"_152":456,"_154":-5,"_155":137,"_156":457,"_158":159,"_105":458,"_100":459,"_162":244,"_164":460,"_165":22,"_166":-5,"_167":461,"_98":462},"44e327ce-c278-11f0-bc32-42dde27851f2","dashboard.ts","0719891a-ac57-11f0-8330-0224a6c84d84",212,["D",1763248225591],38,"// Learn more: https://docs.val.town/vals/http/\n\nimport getPanhandleStationsData from \"./bay-wheels/panhandle-stations-data.ts\";\nimport { getSnoozedToday, setSnoozedToday } from \"./bay-wheels/snooze-utils.ts\";\n\ninterface VehicleType {\n vehicle_type_id: string;\n count: number;\n}\n\ninterface StationData {\n station_id: string;\n name: string;\n short_name: string;\n address: string | null;\n capacity: number;\n vehicle_available_count: number;\n vehicle_types_available: VehicleType[];\n num_docks_available: number;\n}\n\nfunction getBikeCounts(station: StationData) {\n const normalBikes = station.vehicle_types_available.find(v => v.vehicle_type_id === \"1\")?.count || 0;\n const eBikes = station.vehicle_types_available.find(v => v.vehicle_type_id === \"2\")?.count || 0;\n return { normalBikes, eBikes };\n}\n\nexport default async function (req: Request): Promise {\n const url = new URL(req.url);\n \n // Handle snooze API endpoints\n if (req.method === \"POST\" && url.pathname === \"/snooze\") {\n await setSnoozedToday(true);\n return new Response(JSON.stringify({ success: true, snoozed: true }), {\n headers: { \"Content-Type\": \"application/json\" }\n });\n }\n \n if (req.method === \"POST\" && url.pathname === \"/unsnooze\") {\n await setSnoozedToday(false);\n return new Response(JSON.stringify({ success: true, snoozed: false }), {\n headers: { \"Content-Type\": \"application/json\" }\n });\n }\n\n const panhandle_data: StationData[] = await getPanhandleStationsData();\n const isSnoozed = await getSnoozedToday();\n\n // Find the Oak and Broderick station (should be first, but let's be safe)\n const oakBroderickStation = panhandle_data.find((station) =>\n station.name.includes(\"Broderick\") && station.name.includes(\"Oak\")\n );\n\n // Define the desired order for the remaining stations\n const stationOrder = [\n \"Page St at Scott St\",\n \"Pierce St at Haight St\",\n \"Grove St at Divisadero\",\n ];\n\n // Sort the remaining stations in the specified order\n const otherStations = stationOrder.map((stationName) =>\n panhandle_data.find((station) => station.name === stationName)\n ).filter((station) => station !== undefined) as StationData[];\n\n const html = `\n \n \n \n \n \n Bay Wheels Dashboard\n \n \n \n \n

Bay Wheels Station Dashboard

\n Email notifications:\n \n

\n \n \n ${\n oakBroderickStation\n ? (() => {\n const { normalBikes, eBikes } = getBikeCounts(oakBroderickStation);\n return `\n

${oakBroderickStation.name}

${eBikes}

e-bikes available

${oakBroderickStation.vehicle_available_count}

total bikes

${normalBikes}

normal bikes

${oakBroderickStation.num_docks_available}

docks available

\n `;\n })()\n : \"\"\n }\n \n \n

\n ${\n otherStations.map((station) => {\n const { normalBikes, eBikes } = getBikeCounts(station);\n return `\n

${station.name}

${eBikes}

e-bikes available

${station.vehicle_available_count}

total

${normalBikes}

normal

${station.num_docks_available}

docks

\n `;\n }).join(\"\")\n }\n

\n \n \n

\n Last updated: ${new Date().toLocaleString(\"en-US\", { timeZone: \"America/Los_Angeles\" })} PT\n

\n \n \n \n

\n \n \n `;\n\n return new Response(html, {\n headers: { \"Content-Type\": \"text/html\" },\n });\n}",[],[455],{"_103":464,"_95":396,"_152":465,"_154":-5,"_155":137,"_156":466,"_158":159,"_105":467,"_100":32,"_162":234,"_164":400,"_165":22,"_166":-5,"_167":468,"_98":469},"964271bc-c320-11f0-8407-42dde27851f2","9642728e-c320-11f0-8407-42dde27851f2",217,["D",1763320517573],[],[396],"files",[149,169,180,191,201,211,222,228,238,248,257,266,276,286,295,304,314,324,333,343,352,362,369,376,385,394,403,412,423,431,439,446,453,463],"counts",{"_474":32,"_475":217,"_476":32,"_477":478},"pulls","branches","forks","envVars",{"_479":217,"_480":32},"count","emptyCount","contents",[],{"_103":305,"_95":306,"_152":307,"_154":225,"_155":137,"_156":308,"_158":159,"_105":484,"_100":310,"_162":244,"_164":311,"_165":22,"_166":-5,"_98":485},["D",1763703629419],[224,306],"upstreamProject","upstreamBranch","emptyEnvVars","isNew","flags",[],"routes/_app.x.$handle.$name.branch.$branch.history_.$",{"_93":94,"_95":96,"_97":43,"_98":99,"_101":494,"_234":499,"_502":503,"_566":567,"_581":-7,"_582":32,"_583":22},{"_103":104,"_95":96,"_105":495,"_107":-5,"_108":22,"_109":110,"_111":-5,"_112":-5,"_14":113,"_114":-5,"_115":22,"_116":-5,"_117":32,"_16":118,"_119":120,"_121":120,"_122":123,"_124":123,"_125":123,"_126":120,"_127":120,"_23":496,"_131":497,"_134":498,"_146":22},["D",1760815022948],{"_93":94,"_129":130},{"_93":94,"_133":130,"_14":113},{"_100":136,"_95":43,"_103":137,"_138":104,"_139":-5,"_140":-5,"_141":-5,"_142":-5,"_143":-5,"_144":96,"_145":94},{"_103":305,"_95":306,"_152":307,"_154":225,"_155":137,"_156":308,"_158":159,"_105":500,"_100":310,"_162":244,"_164":311,"_165":22,"_166":-5,"_98":501},["D",1763703629419],[224,306],"history",[504,506,512,518,524,530,535,541,546,551,556,561],{"_103":305,"_155":137,"_152":307,"_95":306,"_164":311,"_162":244,"_100":310,"_154":225,"_105":505,"_156":308,"_166":-5},["D",1763703629419],{"_103":507,"_155":137,"_152":307,"_95":306,"_164":508,"_162":244,"_100":509,"_154":225,"_105":510,"_156":511,"_166":-5},"c68f48f8-c69b-11f0-97a0-42dde27851f2","// Learn more: https://docs.val.town/vals/http/\nimport { \n getRecordsByDateRange,\n getLatestRecord,\n ScreenTimeRecord\n} from \"./clearspace-data-queries.ts\";\n\ntype HourlyCumulativePoint = {\n hour: number; // 0-23, local hour\n minutes: number; // cumulative minutes\n};\n\nfunction toLocalDateFromTimestamp(timestamp: string, utcOffsetMinutes: number): Date {\n const utcMs = new Date(timestamp).getTime();\n return new Date(utcMs + utcOffsetMinutes * 60_000);\n}\n\nfunction computeCumulativeByHour(records: ScreenTimeRecord[]): HourlyCumulativePoint[] {\n if (!records.length) return [];\n \n // Use utc_offset_minutes from the most recent record (they should be consistent)\n const offset = records[0].utc_offset_minutes ?? 0;\n \n // Group by local hour: take the max cumulative within each hour\n const hourToMax: Map = new Map();\n for (const r of records) {\n const local = toLocalDateFromTimestamp(r.timestamp, r.utc_offset_minutes ?? offset);\n const hour = local.getHours();\n const prev = hourToMax.get(hour) ?? -Infinity;\n if (r.total_screen_time > prev) {\n hourToMax.set(hour, r.total_screen_time);\n }\n }\n \n // Return only the hours that have data; do NOT forward-fill\n const points: HourlyCumulativePoint[] = Array.from(hourToMax.entries())\n .sort((a, b) => a[0] - b[0])\n .map(([hour, minutes]) => ({ hour, minutes }));\n return points;\n}\n\ntype HourlyPoint = {\n hour: number; // 0-23, local hour\n minutes: number; // minutes during that hour (non-cumulative)\n};\n\n// Compute per-hour (non-cumulative) minutes by hour for the current local day.\n// We approximate by taking the max cumulative reading within each hour and\n// subtracting the max cumulative reading from the previous hour (or 0 for hour 0).\nfunction computeHourlyMinutesByHour(records: ScreenTimeRecord[]): HourlyPoint[] {\n if (!records.length) return [];\n const offset = records[0].utc_offset_minutes ?? 0;\n\n // Map of hour -> max cumulative minutes observed within that hour\n const endWithinHour: Map = new Map();\n for (const r of records) {\n const local = toLocalDateFromTimestamp(r.timestamp, r.utc_offset_minutes ?? offset);\n const hour = local.getHours();\n const prev = endWithinHour.get(hour) ?? -Infinity;\n if (r.total_screen_time > prev) {\n endWithinHour.set(hour, r.total_screen_time);\n }\n }\n\n // Sort hours and compute per-hour increments as differences of consecutive hour maxima\n const sortedHours = Array.from(endWithinHour.keys()).sort((a, b) => a - b);\n const points: HourlyPoint[] = [];\n let prevMax = 0;\n for (const h of sortedHours) {\n const maxThisHour = endWithinHour.get(h)!;\n const minutesThisHour = Math.max(0, Math.round(maxThisHour - prevMax));\n points.push({ hour: h, minutes: minutesThisHour });\n prevMax = Math.max(prevMax, maxThisHour);\n }\n return points;\n}\n\n// Helper to manipulate dates\nfunction addDays(dateStr: string, days: number): string {\n const date = new Date(dateStr);\n date.setDate(date.getDate() + days);\n return date.toISOString().split('T')[0];\n}\n\nexport default async function (req: Request): Promise {\n try {\n const url = new URL(req.url);\n const dateParam = url.searchParams.get('date');\n\n // Default to PT timezone for \"today\"\n const today = new Date().toLocaleDateString('en-CA', {\n timeZone: 'America/Los_Angeles'\n });\n\n // Default to today if no param provided\n const targetDate = dateParam || today;\n const prevDate = addDays(targetDate, -1);\n const nextDate = addDays(targetDate, 1);\n \n // Determine the target local date using the latest record (authoritative from API)\n // const latest = await getLatestRecord();\n // const targetDate = latest?.local_date || new Date().toISOString().split(\"T\")[0];\n \n // Load all records for that local date\n const dayRecords = await getRecordsByDateRange(targetDate, targetDate);\n // Sort ascending by timestamp to make computation deterministic\n dayRecords.sort((a, b) => new Date(a.timestamp).getTime() - new Date(b.timestamp).getTime());\n \n const cumulativeSeries = computeCumulativeByHour(dayRecords).map(p => ({\n ...p,\n hours: Math.round((p.minutes / 60) * 100) / 100\n }));\n const hourlySeries = computeHourlyMinutesByHour(dayRecords);\n \n const pageTitle = \"Clearspace Screen Time Graphs\";\n // Format date for display\n const dateObj = new Date(targetDate);\n const displayDate = dateObj.toLocaleDateString('en-US', { \n weekday: 'long', \n year: 'numeric', \n month: 'long', \n day: 'numeric',\n timeZone: 'UTC' // Ensure we display the date as is, without timezone shift\n });\n\n const graphTitle = `Cumulative Screen Time Today (by hour, bars) — ${displayDate}`;\n const hourlyGraphTitle = `Hourly Screen Time Today (per hour, bars) — ${displayDate}`;\n \n const html = `\n\n\n \n \n ${pageTitle}\n \n \n\n\n

${pageTitle}

\n \n

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