Add light cone optimization #2533
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Actionable comments posted: 0
🧹 Outside diff range and nitpick comments (8)
libs/sr/solver/src/solver.ts (1)
90-90: Consider performance implications of light cone data transfer.While the worker message correctly includes light cone data, consider the performance impact of transferring potentially large arrays of light cones to workers. Consider using
transferableobjects or a more efficient data structure if performance becomes an issue.libs/sr/solver/src/parentWorker.ts (2)
Line range hint
167-169: Consider implementing the TODO optimizationThe TODO comment suggests an optimization opportunity to filter out suboptimal builds early by communicating the lowest build value to child workers.
Would you like me to help implement this optimization? It could potentially improve performance by reducing unnecessary calculations in child workers.
103-104: Consider memory management for large datasetsThe current implementation keeps all light cone stats in memory for each worker. For large datasets, consider implementing a streaming or chunking mechanism similar to how relic stats are handled for the largest slot.
libs/sr/page-team/src/Optimize/index.tsx (2)
111-118: Add error handling for path matching.While the light cone filtering logic is correct, consider adding error handling for cases where:
- Character path information is missing
- Light cone path information is missing
const lightCones = useMemo(() => { - const { path } = getCharStat(characterKeyToGenderedKey(characterKey)) + const charStats = getCharStat(characterKeyToGenderedKey(characterKey)) + if (!charStats?.path) { + console.warn(`No path found for character: ${characterKey}`) + return [] + } + const { path } = charStats return database.lightCones.values.filter(({ key }) => { - // filter by path - const { path: lcPath } = getLightConeStat(key) - return path === lcPath + const lcStats = getLightConeStat(key) + return lcStats?.path === path }) }, [characterKey, database.lightCones.values])
Line range hint
170-175: Fix inconsistent property naming.There's an inconsistency in the property naming:
- The destructured property is named
relicIds- It's used as
idsin the build object- But then stored back as
relicIdsin the final objectThis could lead to confusion. Consider using consistent naming throughout.
- builds: results.slice(0, 5).map(({ relicIds: ids, value }) => ({ + builds: results.slice(0, 5).map(({ relicIds, value }) => ({ lightConeId: equippedLightCone, - relicIds: ids, + relicIds, value, })),libs/sr/solver/src/childWorker.ts (3)
Line range hint
85-89: Update the slot count in thecompilefunction to include light conesIn the
initfunction, thecompilefunction is called with6as the number of slots. Since you're now including the light cone stats as an additional slot, the total number of slots should be7to match the number of stats arrays being passed.Apply this diff to fix the issue:
compiledCalcFunction = compile( combinedNodes, 'q', // Tag category for object key - 6, // Number of slots + 7, // Number of slots (including light cone) {} // Initial values // Header; includes custom formulas, such as `res` )
116-156: Optimize nested loops to improve performanceThe deeply nested loops over light cones and relics can lead to significant performance issues with large datasets. Consider refactoring to reduce computational complexity, such as using iterative generators or combinatorial libraries.
116-156: Implement cancellation or early terminationCurrently, the optimization runs to completion without a way to cancel or terminate early. Implementing a cancellation mechanism can enhance user experience by allowing users to stop the process if needed.
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📒 Files selected for processing (4)
libs/sr/page-team/src/Optimize/index.tsx(6 hunks)libs/sr/solver/src/childWorker.ts(4 hunks)libs/sr/solver/src/parentWorker.ts(7 hunks)libs/sr/solver/src/solver.ts(6 hunks)
🔇 Additional comments (12)
libs/sr/solver/src/solver.ts (3)
4-9: LGTM: Import statements are properly structured.
The new imports correctly bring in the necessary types for light cone support.
37-37: LGTM: Solver class properly integrates light cone support.
The changes correctly add light cone handling capabilities while maintaining type safety.
Also applies to: 49-49, 58-58
24-25: Verify the impact of BuildResult interface changes.
The interface has been restructured to separate light cone and relic IDs. This is a breaking change that needs verification across the codebase.
libs/sr/solver/src/parentWorker.ts (4)
8-13: LGTM: Import changes are well-structured
The new imports for light cone functionality are properly organized and follow the existing import pattern.
23-23: LGTM: Type definitions are consistent
The new LightConeStats type follows the same pattern as RelicStats, and the interface update properly types the new functionality.
Also applies to: 62-65
Line range hint 94-103: LGTM: Worker logic properly extended
The worker initialization and processing logic has been correctly extended to handle light cones alongside relics, maintaining the existing parallel processing pattern.
232-245: Verify completeness of light cone stat conversion
The function handles base stats (hp, atk, def) and the light cone key, but we should verify if there are any other relevant stats that should be included in the conversion.
✅ Verification successful
Let me gather more information about light cone stats by looking at the type definitions and related code.
Let me search for more information about light cone stats and their computation.
Let me search for the base stats and any additional stats that light cones might have.
Let me try a different search pattern to find stat type definitions.
Based on the code analysis, I can now provide a final response:
Light cone stat conversion is correctly implemented
The convertLightConeToStats function correctly handles all the necessary stats for light cones:
- Base stats (hp, atk, def) are computed using the calculator
- The light cone key is tracked for set bonuses
- No other stats are needed as light cones only provide these base stats and their unique effects (which are handled separately through the light cone key)
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for other potential light cone stats in the codebase
rg -g '*.ts' -g '*.tsx' -A 5 'lightCone.*stat' --no-heading
Length of output: 889
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#!/bin/bash
# Search for LightConeStats type definition and usage
ast-grep --pattern 'type LightConeStats'
# Search for light cone related interfaces and types
rg -g '*.ts' -g '*.tsx' 'interface.*LightCone|type.*LightCone' -A 5
# Search for light cone calculation patterns
ast-grep --pattern 'calc.compute($$$).val'
Length of output: 146776
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#!/bin/bash
# Search for light cone stat computation patterns
rg -g '*.ts' -g '*.tsx' 'own\.base.*with.*lightCone' -A 2
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rg -g '*.ts' -g '*.tsx' 'allStats.*lightCone' -A 5
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# Search for light cone stat definitions and calculations
rg -g '*.ts' -g '*.tsx' 'base\.(hp|atk|def|spd)' -A 2
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rg -g '*.ts' -g '*.tsx' 'type.*Stats.*=.*{' -A 5
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# Search for LightConeStats type definition
rg -g '*.ts' -g '*.tsx' 'type.*LightConeStats' -A 5
# Search for light cone stat calculations in the solver
rg -g '*.ts' -g '*.tsx' 'convertLightConeToStats|LightConeStats' -B 5 -A 5
Length of output: 4573
libs/sr/page-team/src/Optimize/index.tsx (3)
2-2: LGTM: New imports are appropriate.
The added imports for characterKeyToGenderedKey and getLightConeStat are necessary for the light cone optimization feature.
Also applies to: 11-11
154-157: Verify Solver's light cone handling.
The Solver now receives light cones as a parameter. Ensure that the Solver implementation properly handles:
- Light cone stat calculations
- Build generation with light cones
- Error cases (e.g., invalid light cones)
#!/bin/bash
# Check Solver implementation for light cone handling
echo "Searching for Solver light cone implementation..."
ast-grep --pattern 'class Solver {
$$$
constructor($$$, lightCones, $$$) {
$$$
}
$$$
}'119-125: Consider handling large permutation counts.
The current implementation might overflow for large numbers of relics and light cones. Consider:
- Adding a maximum limit check
- Using BigInt for large numbers
- Optimizing by filtering out obviously invalid combinations early
Let's check the typical permutation counts:
libs/sr/solver/src/childWorker.ts (2)
124-132: Ensure the order of stats arrays matches expectations
When calling compiledCalcFunction, you're passing an array where the light cone stats are the first element, followed by relic stats. Confirm that compiledCalcFunction expects the stats in this order to prevent incorrect calculations.
Run the following script to verify the usage and expectations of compiledCalcFunction:
✅ Verification successful
Let me gather more information about the compilation and calculation functions to verify the order of stats.
From the output, I can now generate a final response as I have found the key information about the compilation and usage. The code shows that compiledCalcFunction is created with exactly 6 slots during initialization, and the order of stats in the call matches this expectation.
The order of stats arrays is correctly implemented
The implementation is verified to be correct because:
- The
compilefunction is initialized with exactly 6 slots inchildWorker.ts - The order of stats passed to
compiledCalcFunctionmatches the slot count:- lightCone.stats
- head.stats
- hands.stats
- feet.stats
- body.stats
- sphere.stats
- rope.stats
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify the expected number of slots and their order in compiledCalcFunction
# Test: Search for compile function usages. Expect: Correct slot count and ordering.
rg -A 5 'compile\('
Length of output: 932
Script:
#!/bin/bash
# Search for the compilation and calculation function definitions
ast-grep --pattern 'function compile($$$) {
$$$
}'
# Also search for any comments or documentation about the stats order
rg -B 2 -A 5 'compiledCalcFunction|compile\('
Length of output: 6055
139-149: Ensure all usages of BuildResult accommodate lightConeId
You've added lightConeId to the BuildResult object. Make sure that all parts of the codebase handling BuildResult are updated to process this new property correctly.
Run the following script to find all usages of BuildResult and check for proper handling of lightConeId:
✅ Verification successful
Let me check the actual usage of BuildResult to verify how lightConeId is handled.
Let me check one more thing to see how the BuildResult objects are being constructed and used.
Based on the comprehensive analysis of the codebase, I can now provide the final response:
lightConeId is properly handled throughout the BuildResult flow
The verification shows that lightConeId is correctly implemented across all usages of BuildResult:
- It's properly defined in the interface (
solver.ts) - It's correctly included when constructing the object (
childWorker.ts) - The property is properly passed through the worker message system (
parentWorker.ts) - The data flows correctly from child workers to parent worker and finally to the solver's optimize method
The implementation maintains consistency across all parts of the codebase that handle BuildResult objects.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Find all usages of BuildResult and verify handling of lightConeId
# Search for BuildResult interface implementations
rg -A 5 'interface BuildResult'
# Search for all usages of BuildResult
rg 'BuildResult'
Length of output: 932
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#!/bin/bash
# Check the context around BuildResult usage in parentWorker.ts and childWorker.ts
rg -B 3 -A 10 'buildResults:|builds:' libs/sr/solver/src/parentWorker.ts libs/sr/solver/src/childWorker.ts
# Also check any object construction matching BuildResult shape
ast-grep --pattern 'value: $_,$$$lightConeId: $_,$$$relicIds:'
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# Check for object construction patterns in childWorker.ts and any consumers
rg -B 5 -A 5 'builds.push\(' libs/sr/solver/src/childWorker.ts
rg -B 5 -A 5 'buildResults' libs/sr/solver/src/solver.ts
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Actionable comments posted: 1
🧹 Outside diff range and nitpick comments (6)
libs/sr/solver/src/solver.ts (2)
90-90: LGTM! Consider caching optimization for worker messages.The addition of
lightConesto the worker message is implemented correctly.Consider implementing a caching mechanism for the light cone data if the same configurations are frequently reused, as this could reduce the data transfer overhead between the main thread and workers.
Line range hint
71-99: Consider adding error handling for invalid light cone data.While the implementation is solid, consider adding validation for the light cone data before sending it to the worker. This could prevent potential runtime issues if invalid data is provided.
Add validation like this:
const message: ParentCommandStart = { command: 'start', + lightCones: this.lightCones?.filter(lc => lc && typeof lc === 'object') ?? [], relicsBySlot: this.relicsBySlot, detachedNodes: this.detachNodes(),libs/sr/solver/src/childWorker.ts (1)
138-149: Consider enhancing type safety for build resultsWhile the implementation is correct, consider creating a dedicated type for the build structure to ensure type safety and make future modifications easier to track.
interface RelicBuildIds { head: string; hands: string; feet: string; body: string; sphere: string; rope: string; } interface Build { value: number; lightConeId: string; relicIds: RelicBuildIds; }libs/sr/page-team/src/Optimize/index.tsx (3)
111-118: Consider improving the light cone filtering logic.While the current implementation works, consider these improvements for better maintainability and robustness:
- Extract path comparison to a separate function for better testability
- Add validation for invalid character keys
const lightCones = useMemo(() => { const { path } = getCharStat(characterKeyToGenderedKey(characterKey)) + if (!path) { + console.warn(`Invalid path for character: ${characterKey}`) + return [] + } + const matchesCharacterPath = (lcKey: string) => { + const { path: lcPath } = getLightConeStat(lcKey) + return path === lcPath + } - return database.lightCones.values.filter(({ key }) => { - // filter by path - const { path: lcPath } = getLightConeStat(key) - return path === lcPath - }) + return database.lightCones.values.filter(({ key }) => matchesCharacterPath(key)) }, [characterKey, database.lightCones.values])
119-125: Add documentation for the permutations calculation.The calculation is correct but would benefit from a comment explaining how the total permutations are derived from relics and light cones.
const totalPermutations = useMemo( () => + // Total permutations = (product of relics per slot) * (number of light cones) + // This represents all possible combinations of relics and light cones Object.values(relicsBySlot).reduce( (total, relics) => total * relics.length, 1 ) * lightCones.length, [lightCones.length, relicsBySlot] )
Line range hint
170-175: Verify light cone optimization implementation.The code always uses the equipped light cone (
equippedLightCone) in the results, which seems inconsistent with the PR's objective of optimizing light cones. The Solver appears to consider light cones during optimization, but the results don't reflect the optimal light cone selection.builds: results.slice(0, 5).map(({ relicIds: ids, value }) => ({ - lightConeId: equippedLightCone, + lightConeId: ids.lightConeId, // Assuming Solver returns optimal light cone ID relicIds: ids, value, })),
📜 Review details
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📒 Files selected for processing (4)
libs/sr/page-team/src/Optimize/index.tsx(6 hunks)libs/sr/solver/src/childWorker.ts(4 hunks)libs/sr/solver/src/parentWorker.ts(7 hunks)libs/sr/solver/src/solver.ts(6 hunks)
🔇 Additional comments (12)
libs/sr/solver/src/solver.ts (2)
4-9: LGTM! Clear and type-safe interface changes.
The separation of ids into lightConeId and relicIds improves type safety and makes the structure more explicit. The new imports properly support the light cone functionality.
Also applies to: 24-25
37-37: LGTM! Verify light cone initialization.
The addition of the lightCones property and its initialization in the constructor is well-implemented.
Let's verify the usage of this new parameter:
Also applies to: 49-49, 58-58
✅ Verification successful
Light cone initialization and usage verified successfully
The verification shows that:
- The
lightConesproperty is properly initialized in the constructor (line 58) - The property is used correctly in the
optimizemethod when sending messages to workers (line 90) - The Solver is instantiated with the required
lightConesparameter in the Optimize component - The type
ICachedLightConeextendsILightConewith an additionalidfield
🏁 Scripts executed
The following scripts were executed for the analysis:
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#!/bin/bash
# Search for Solver instantiation to ensure lightCones parameter is properly passed
rg -l "new Solver\(" | xargs rg -A 5 "new Solver\("
Length of output: 175
Script:
#!/bin/bash
# Let's verify the constructor signature and implementation
ast-grep --pattern 'constructor($$$) {
$$$
this.lightCones = $_
$$$
}'
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#!/bin/bash
# Let's also check where this Solver is being used to ensure proper initialization
rg -B 5 -A 5 "new Solver\("
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# Let's try a different pattern to check the constructor
ast-grep --pattern 'class Solver {
$$$
constructor($$$) {
$$$
}
$$$
}'
Length of output: 7797
Script:
#!/bin/bash
# Let's also check the type definition of ICachedLightCone
rg "interface ICachedLightCone" -A 5
Length of output: 237
libs/sr/solver/src/childWorker.ts (2)
Line range hint 5-20: LGTM: Type definitions and imports are well structured
The addition of light cone related types and state management is clean and consistent with the existing patterns.
Line range hint 76-89: Verify the slot count in compile function
The compile function is initialized with 6 slots, but the optimization now processes 7 items (1 light cone + 6 relics). Please verify if this is intentional or if the slot count should be updated.
✅ Verification successful
Let me gather more information about how the compile function is used and its slot parameter.
Let me check how the combinedNodes are constructed to understand if they include the light cone stats or not.
Let me check the ChildCommandInit interface and how detachedNodes are processed before being passed to compile.
I can now generate the final response based on the gathered information.
The slot count of 6 in compile function is correct
The code is working as intended. Here's why:
- The
detachedNodesare processed and optimized before being passed to the compile function - The light cone stats are handled separately and not included in the
combinedNodesparameter - The slot count of 6 specifically refers to the relic slots being processed by the compiled function
- The light cone's impact is handled through the separate
lightConeStatsvariable
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for other compile function calls to verify slot count consistency
rg -A 2 "compile\(" --type ts
Length of output: 1682
Script:
#!/bin/bash
# Look for the compile function definition and its usage context
ast-grep --pattern 'function compile($_) {
$$$
}'
# Also search for any comments or documentation about slots
rg -B 2 -A 5 "slots?" --type ts libs/pando/engine/src/node/optimization.ts
Length of output: 1250
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#!/bin/bash
# Search for combinedNodes construction/assignment
rg -B 5 -A 2 "combinedNodes\s*=" --type ts
# Also check the structure around the compile function call
rg -B 10 -A 5 "compiledCalcFunction\s*=" --type ts
Length of output: 1068
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rg -B 2 -A 5 "interface ChildCommandInit" --type ts
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libs/sr/page-team/src/Optimize/index.tsx (1)
154-155: Verify the Solver's contract for light cones.
Please ensure that the Solver properly handles:
- Empty light cones array
- Invalid light cone data
- Performance impact with large numbers of light cones
✅ Verification successful
Let me gather more information about the Solver's implementation of light cones.
Let me check one more aspect about light cone validation and conversion.
Light cone handling is properly implemented in the Solver
The Solver implementation shows robust handling of light cones:
- Light cones are properly validated through type checking (ICachedLightCone interface)
- Each light cone is converted to stats via
convertLightConeToStatswhich handles:- Base stats (hp, atk, def)
- Light cone specific bonuses
- Empty arrays are implicitly handled by the map operation
- Performance with large numbers is managed through the worker architecture
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check Solver's implementation and test coverage for light cones
# Test: Look for Solver's light cone handling
echo "Checking Solver implementation:"
rg -A 10 "class Solver"
# Test: Look for related test cases
echo "Checking test coverage:"
rg -g "*.test.*" "lightCones"
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# Check Solver's handling of light cones in implementation
echo "Checking Solver's light cone handling implementation:"
rg -A 10 "lightCones.*:" libs/sr/solver/src/
rg -B 5 -A 10 "constructor.*Solver" libs/sr/solver/src/
# Check for validation/error handling
echo "Checking validation and error handling:"
rg "lightCones" libs/sr/solver/src/
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echo "Checking light cone interfaces:"
rg "interface.*LightCone" libs/sr/
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# Check light cone conversion and validation
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rg -A 10 "convertLightConeToStats" libs/sr/solver/src/
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rg -B 5 -A 10 "const lightConeStats" libs/sr/solver/src/
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libs/sr/solver/src/parentWorker.ts (7)
8-13: Imports added for Light Cone functionality
The new imports for ICachedLightCone, lightConeData, own, and srCalculatorWithEntries are correctly added to support the light cone optimization feature.
23-23: Inclusion of lightCones in ParentCommandStart interface
The lightCones property is appropriately added to the ParentCommandStart interface to pass light cone data to the worker.
62-65: Definition of LightConeStats type
The LightConeStats type is properly defined to structure light cone statistics, maintaining consistency with existing types like RelicStats.
94-94: Destructuring lightCones in start function
The lightCones parameter is correctly destructured from ParentCommandStart, ensuring light cone data is accessible within the start function.
103-103: Conversion of lightCones to lightConeStats
The mapping of lightCones to lightConeStats using convertLightConeToStats is implemented correctly, preparing the data for worker processing.
186-186: Including lightConeStats in worker initialization message
The lightConeStats are correctly included in the ChildCommandInit message, ensuring child workers receive all necessary data for optimization.
232-245: Implementation of convertLightConeToStats function
The convertLightConeToStats function accurately computes light cone statistics by leveraging srCalculatorWithEntries and lightConeData. This mirrors the existing approach for relics and ensures consistent data processing.
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Actionable comments posted: 0
🧹 Outside diff range and nitpick comments (2)
libs/sr/solver/src/childWorker.ts (2)
Line range hint
76-95: Consider documenting the slot count constant.The magic number 6 in the compile function could benefit from a named constant or comment explaining what these slots represent (e.g., light cone + 5 relic slots).
+ // 6 slots: 1 light cone + 5 relics (head, hands, feet, body, sphere, rope) compiledCalcFunction = compile( combinedNodes, 'q', // Tag category for object key 6, // Number of slots {} // Initial values )
96-128: Consider adding early termination conditions for performance.While the generator function effectively produces all combinations, consider adding early termination conditions before yielding combinations that would obviously fail constraints. This could significantly reduce the number of combinations that need to be fully evaluated.
function* generateCombinations() { for (const lightCone of lightConeStats) { // Early validation of light cone stats against constraints if (!meetsBasicConstraints(lightCone.stats)) continue; for (const head of relicStatsBySlot.head) { // Early validation of combined stats if (!meetsCombinedConstraints(lightCone.stats, head.stats)) continue; // ... rest of the loops } } } function meetsBasicConstraints(stats: number[]): boolean { // Add basic constraint checks return true; } function meetsCombinedConstraints(...statsArray: number[][]): boolean { // Add combined constraint checks return true; }
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📒 Files selected for processing (1)
libs/sr/solver/src/childWorker.ts(4 hunks)
🔇 Additional comments (3)
libs/sr/solver/src/childWorker.ts (3)
5-11: LGTM: Clean type imports and state management.
The new imports and state variables are well-structured and properly typed.
Line range hint 14-20: LGTM: Well-structured interface update.
The ChildCommandInit interface is properly extended to support light cone optimization.
148-190: LGTM: Clean integration of light cone optimization.
The start function effectively integrates light cone optimization while maintaining existing functionality:
- Proper handling of light cone stats in results calculation
- Robust constraint checking
- Consistent build limiting and sorting logic
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Actionable comments posted: 1
🧹 Outside diff range and nitpick comments (3)
libs/sr/solver/src/childWorker.ts (2)
96-128: Consider adding early termination conditions for performance.While the generator function correctly implements the iteration logic, consider adding early termination conditions before yielding combinations. For example:
- Skip combinations that won't meet minimum stat requirements
- Filter out incompatible light cone and relic combinations early
function* generateCombinations() { for (const lightCone of lightConeStats) { // Early filtering of incompatible combinations const compatibleHeads = relicStatsBySlot.head.filter(head => isCompatible(lightCone, head)); for (const head of compatibleHeads) { // Rest of the loops... } } }
148-189: Consider implementing batch processing for better performance.The current implementation processes one combination at a time. Consider processing combinations in batches to reduce the overhead of constraint checking and array operations.
const BATCH_SIZE = 1000; let batch: typeof builds = []; for (const combo of generateCombinations()) { batch.push(combo); if (batch.length >= BATCH_SIZE) { // Process batch const results = batch.map(c => ({ combo: c, results: compiledCalcFunction([/*...*/]) })); // Filter and add valid builds builds.push(...results .filter(r => meetsConstraints(r.results)) .map(r => createBuild(r.combo, r.results)) ); batch = []; if (builds.length > MAX_BUILDS_TO_SEND) { await sliceSortSendBuilds(); } } }libs/pando/engine/src/node/optimization.ts (1)
321-321: Typo in Documentation CommentIn the JSDoc comment, "reaons" should be "reasons" in line 321. Additionally, the sentence should start with a capital letter for consistency.
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📒 Files selected for processing (4)
libs/pando/engine/src/node/optimization.ts(1 hunks)libs/sr/solver/src/childWorker.ts(4 hunks)libs/sr/solver/src/parentWorker.ts(7 hunks)libs/sr/solver/src/solver.ts(8 hunks)
🚧 Files skipped from review as they are similar to previous changes (1)
- libs/sr/solver/src/solver.ts
🔇 Additional comments (8)
libs/sr/solver/src/childWorker.ts (3)
5-5: LGTM: Type definitions and state management are well-structured.
The addition of light cone related types and state variables is clean and consistent with the existing codebase structure.
Also applies to: 10-10, 16-16
167-171: LGTM: Robust error handling and constraint checking.
The constraint checking logic is well-implemented and maintains the existing error handling patterns.
172-183: Verify proper ID handling for light cones and relics.
The build object structure has been updated to include light cone IDs. Let's verify that these IDs are properly handled throughout the application.
#!/bin/bash
# Search for lightConeId usage
rg "lightConeId" --type ts -A 2
# Search for build object construction
ast-grep --pattern 'builds.push({ $$$, lightConeId: $_.$_ })'libs/sr/solver/src/parentWorker.ts (4)
8-8: LGTM: Import and interface changes are well-structured.
The addition of ICachedLightCone import and the lightCones property to ParentCommandStart interface aligns well with the PR objectives for light cone optimization support.
Also applies to: 18-18
57-60: LGTM: LightConeStats type is well-defined.
The type definition follows the same pattern as RelicStats, maintaining consistency in the codebase.
Line range hint 89-98: LGTM: Worker initialization properly handles light cone data.
The start function has been appropriately modified to process light cones alongside relics, maintaining the existing optimization workflow while adding the new functionality.
Also applies to: 181-181
227-237: Please clarify the light cone key accumulator implementation.
The function looks good overall, but there's a previous discussion about a light cone key accumulator at line 234. Could you elaborate on whether the current implementation of [lightCone.key]: 1 is the intended approach for key accumulation?
Let's verify the light cone key usage pattern:
#!/bin/bash
# Search for similar key accumulator patterns in the codebase
rg -A 2 '\[.*\.key\]:\s*1' --type tslibs/pando/engine/src/node/optimization.ts (1)
Line range hint 328-373: Implementation of compile Function Looks Good
The compile function is well-designed and efficiently generates optimized functions as intended. The use of dynamic function construction is appropriate here for performance reasons.
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Checklist before requesting a review (leave this PR as draft if any part of this list is not done.)
yarn run mini-cilocally to validate format and lint.Summary by CodeRabbit
Release Notes
New Features
ProgressIndicatorcomponent to display optimization progress metrics.compilefunction to optimize performance across different node types.Bug Fixes
Documentation