# Gas Measurements {% hint style="info" %} Compare to WETH/USDC Uniswap V3 Swap: *`~150,000`* {% endhint %}

Function	# of Calls	Minimum	Maximum	Average
cancelOrder	3	186,874	191,674	190,074
executeAllVirtualOrders	10	122,164	122,585	122,529
longTermSwapAToB	19	220,758	303,840	256,199
longTermSwapAToB-approve	19	46,201	46,213	46,212
longTermSwapAToB-transfer	19	34,594	51,706	35,505
longTermSwapBToA	11	249,548	276,601	258,191
longTermSwapBToA-approve	11	46,213	46,213	46,213
longTermSwapBToA-transfer	11	34,606	34,606	34,606
provideLiquidity	10	194,735	222,165	200,481
removeLiquidity	5	188,406	188,783	188,708
swapAToB	140	107,063	155,664	147,411
swapAToB-approve	140	46,189	46,201	46,200
swapAToB-transfer	140	34,582	51,682	34,715
swapBToA	260	107,134	182,788	148,877
swapBToA-approve	260	46,189	46,201	46,200
swapBToA-transfer	260	34,582	34,594	34,593
withdrawOrder	10	125,943	171,841	158,055

#### Benchmark Parameters ``` All values fixed-point 18 decimal values. Benchmark test configured as follows: Simulation: length = 2000 blocks inactivity: 2 segments, min. 300 blocks TWAMM Pool: pool type = liquid block interval = 300 initial reserve A = 5000 initial reserve B = 3000 Inactivity Segments: 466 <---> 766 (start <---> end) 1232 <---> 1532 (start <---> end) Overlap: 45 events overlap (458 events total) Provide Liquidity Events: 10 inserted (10 specified) LP tokens: initial supply = 3872 provide mean = 774 provide std. dev. = 77 Remove Liquidity Events: 5 inserted (5 specified) LT Swap Events: 30 inserted (30 specified) 65% A --> B swaps specified amount mean = 150 A, 90 B amount std. dev. = 15 A, 9 B length mean = 20 intervals length std. dev. = 2 intervals LT Swap Withdraw Events: 10 inserted (10 specified) LT Swap Cancel Events: 3 inserted (3 specified) Swap Events: 400 inserted (400 specified) 45 overlapping inserted 35% A --> B swaps specified amount mean = 15 A, 9 B amount std. dev. = 1 A, 1 B Execute All Virtual Order Events: 10 inserted (10 specified) ``` --- # Agent Instructions: Querying This Documentation If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question. Perform an HTTP GET request on the current page URL with the `ask` query parameter: ``` GET https://cron-finance.gitbook.io/twamm/fundamentals/gas-measurements.md?ask= ``` The question should be specific, self-contained, and written in natural language. The response will contain a direct answer to the question and relevant excerpts and sources from the documentation. Use this mechanism when the answer is not explicitly present in the current page, you need clarification or additional context, or you want to retrieve related documentation sections.