Searched refs:voltage_ (Results 1 – 12 of 12) sorted by relevance
59 voltage_ = 0.0f; in Init()118 voltage_ = 10.0f * (u - 0.5f) + register_transposition_; in Process()119 quantized_voltage_ = Quantize(voltage_, 2.0f * steps_ - 1.0f); in Process()125 previous_voltage_ = voltage_; in Process()126 voltage_ = GenerateNewVoltage(random_sequence); in Process()128 quantized_voltage_ = Quantize(voltage_, 2.0f * steps - 1.0f); in Process()138 *output = lag_processor_.Process(voltage_, smoothness, *phase); in Process()
54 voltage_[i] = scale.degree[i].voltage; in Init()114 float a = voltage_[l.last] - base_interval_; in Process()115 float b = voltage_[l.first] + base_interval_; in Process()120 float v = voltage_[i]; in Process()
107 float voltage_[kMaxDegrees]; variable
125 float voltage_; variable
58 voltage_(0.0), in lefiUnits()87 LEF_COPY_FUNC( voltage_ ); in LEF_COPY_CONSTRUCTOR_C()110 LEF_COPY_FUNC( voltage_ ); in LEF_ASSIGN_OPERATOR_C()192 voltage_ = num; in setVoltage()295 return voltage_; in voltage()
97 double voltage_; member in lefiUnits
512 double voltage_; member in defiNet
1200 DEF_COPY_FUNC( voltage_ ); in DEF_COPY_CONSTRUCTOR_C()1336 DEF_COPY_FUNC( voltage_ ); in DEF_ASSIGN_OPERATOR_C()2712 return voltage_; in voltage()2821 voltage_ = v; in setVoltage()
854 float voltage() const { return voltage_; } in voltage()861 float voltage_; member in sta::Pvt
2587 voltage_(voltage), in Pvt()2601 voltage_ = voltage; in setVoltage()
2278 V pulse (thus the name _high voltage_), so the target AVR can
2588 V pulse (thus the name _high voltage_), so the target AVR can