Comprehensive Myocardial Repolarization Capture Wave-Format Method
A method of displaying a cardiac cycle of a heart into a three set colorable waveform comprising a plurality electrocardiography data taken over a period of time, said cardiac cycle information comprising a P wave, a PR segment, a QRS complex, and a ST segment, the method comprising generating a first wave hump by recalculating said P wave by using the Time-Frequency domain to determine an influxes of data compensation; generating a second wave hump by recalculating said PR segment by using integral formulaic expressions; generating a third wave hump by recalculating said QRS complex and said ST segment by using Hilbert space in the inner product.
1 . A non-transitory computer readable medium is comprising: computer program to display a colorable waveform wherein said colorable waveform is composed by:
a processor unit that is used to take into consideration the information from a set of lead cables;
a recording unit stores the data from the set of lead cables on a memory device;
a calculating unit that determines the waveform arrhythmia of a organ, wherein said waveform arrhythmia used to determine the oxygen supply and the organ strength;
a display unit that is used to display the information on a display apparatus that is used to show the waveform arrhythmia, wherein the last of the waveform arrhythmia of the last cycle demonstrates a repolarization of the ventricles;
a colorable unit that is used to determine the hue of the waveform arrhythmia by using Hilbert space in the inner product; and
the processor unit uses the data from the memory device and sends the information to the calculating unit to determine the strength and oxygen supply to be computed by colorable unit that is used to determine the hue of the waveform and a projects the information on the display unit.
2 . A method of displaying a cardiac cycle of a heart into a three set colorable waveform comprising a plurality electrocardiography data taken over a period of time, said cardiac cycle information comprising a P wave, a PR segment, a QRS complex, and a ST segment, the method comprising:
generating a first wave hump by recalculating said P wave by using the Time-Frequency domain to determine an influxes of data compensation;
generating a second wave hump by recalculating said PR segment by using integral formulaic expressions; and
generating a third wave hump by recalculating said QRS complex and said ST segment by using Hilbert space in the inner product.
3 . The method of displaying the cardiac cycle of claim 2 further comprising:
recording the data on a non-transitory computer readable medium that is used to compare new colorable waveforms with old colorable waveforms.
4 . The method of displaying the cardiac cycle of claim 2 further comprising:
displaying the three dimensional cardiac cycle wherein the displaying illustrates a three set waves cycle.
5 . The method of displaying the cardiac cycle of claim 4 further comprising:
displaying the three set waves by the integral formulaic expression
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