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| RE: HRV Frequency Analysis Results [ Reply ] By: Tomas Fariña on 2022-05-03 17:52 | [forum:49388] |
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Could you solve the problem? I still want to get the information of every 300 seconds window but I got total number (as told you do) or the huge list you described in the first posts. Any clue? |
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| RE: HRV Frequency Analysis Results [ Reply ] By: Tomas Fariña on 2022-02-17 10:52 | [forum:49322] |
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The data listed you get is the information in each window?? On the other hand, try using this command to get the power calculation for all the data: CalculateEnergyInPSDBands(hrv.data, indexFreqAnalysis = 1) |
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| RE: HRV Frequency Analysis Results [ Reply ] By: Jessica N on 2022-01-18 13:20 | [forum:49257] |
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Hi Leandro, thank you for your reply. It does show me the LF or HF data, but not in one number to makes up the total power in my data. I just shows me like a huge data list. Like this for example: [1] 0.4711487 0.4162665 0.3869027 0.3745802 0.3654604 0.3520937 0.3386157 0.3277107 [9] 0.3154095 0.3039166 0.3005482 0.3046085 0.3123565 0.3237661 0.3368001 0.3734552 [17] 0.5412802 0.9752745 1.3770620 1.4301368 1.3449847 1.2654268 1.1971864 1.0785114 But is there any way that I can just have the absolute power of the low frequency band in my sample in ms^2 within one value/number? Regards, Jessica |
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| RE: HRV Frequency Analysis Results [ Reply ] By: Leandro Rodríguez-Liñares on 2022-01-12 15:54 | [forum:49247] |
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Hi, Jessica If your data is ok and you created correctly a frequency analysis, something like HRVData$FreqAnalysis[[1]]$LF HRVData$FreqAnalysis[[1]]$HF ... should work. Regards, L. |
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| RE: HRV Frequency Analysis Results [ Reply ] By: Jessica N on 2022-01-11 17:07 | [forum:49246] |
| Excuse the typo. Of course I meant HF in ms^2 for example and not HFlow. | |
| HRV Frequency Analysis Results [ Reply ] By: Jessica N on 2022-01-11 17:02 | [forum:49245] |
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Hello. So I'm trying to get the actual results of the frequency analysis and not just the plots. I used this code: hrv.data$FreqAnalysis[[indexFreqAnalysis = 1]] But the only thing it does, is show me the conventional values of HFmax and HFmin and not the power of HFlow in ms^2, for example. I would be super happy, if you could help me out here. Best regards, Jessica |
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