  Signal waves of the monotonously increasing frequency detected by LIGO are
generally considered to be gravitational waves of spiral binary stars, thus
confirming the general theory of relativity. Here we present a universal method
for signal wave spectrum analysis, introducing the true conclusions of
numerical calculation and image analysis of GW150914 signal wave. Firstly,
numerical calculation results of GW150914 signal wave frequency change rate
obey the com quantization law which needs to be accurately described by
integers, and there is an irreconcilable difference between the results and the
generalized relativistic frequency equation of the gravitational wave.
Secondly, the assignment of the frequency and frequency change rate of GW10914
signal wave to the generalized relativistic frequency equation of gravitational
wave constructs a non-linear equation group about the mass of wave source, and
the computer image solution shows that the equation group has no GW10914 signal
wave solution. Thirdly, it is not unique to calculate the chirp mass of the
wave source from the different frequencies and change rates of the numerical
relativistic waveform of the GW150914 signal wave, and the numerical
relativistic waveform of the GW150914 signal wave deviates too far from the
original waveform actually. Other LIGO signal waveforms do not have obvious
characteristics of gravitational frequency variation of spiral binary stars and
lack precise data, so they cannot be used for numerical analysis and image
solution. Therefore, the generalized relativistic frequency equation of
gravitational wave has not been verified by LIGO signal wave up to now. Does
this mean that the gravitational wave signals from some spiral binaries that
may be detected in future obey the same com quantization law? The answer
remains unclear.
