Benchmarks/AMD/HBMBandwidth.py [70:91]:
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        return [round(minimum, 2), round(maximum, 2), round(mean, 2)]

    def save_results(self):
        copy = ["Copy"]
        mul = ["Mul"]
        add = ["Add"]
        triad = ["Triad"]
        dot = ["Dot"]
        for log in self.buffer:
            copy.append(float(log[0][1]))
            mul.append(float(log[1][1]))
            add.append(float(log[2][1]))
            triad.append(float(log[3][1]))
            dot.append(float(log[4][1]))

        copy[1:] = self.process_stats(copy[1:])
        mul[1:] = self.process_stats(mul[1:])
        add[1:] = self.process_stats(add[1:])
        triad[1:] = self.process_stats(triad[1:])
        dot[1:] = self.process_stats(dot[1:])

        table1 = PrettyTable()
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Benchmarks/NVIDIA/CPUStream.py [100:122]:
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        return [round(minimum, 2), round(maximum, 2), round(mean, 2)]
    

    def save_results(self):
        copy = ["Copy"]
        mul = ["Mul"]
        add = ["Add"]
        triad = ["Triad"]
        dot = ["Dot"]
        for log in self.buffer:
            copy.append(float(log[0][1]))
            mul.append(float(log[1][1]))
            add.append(float(log[2][1]))
            triad.append(float(log[3][1]))
            dot.append(float(log[4][1]))

        copy[1:] = self.process_stats(copy[1:])
        mul[1:] = self.process_stats(mul[1:])
        add[1:] = self.process_stats(add[1:])
        triad[1:] = self.process_stats(triad[1:])
        dot[1:] = self.process_stats(dot[1:])
        
        table1 = PrettyTable()
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