def stimulus(self, d, clk, reset):
reset.next = ACTIVE_LOW
yield negedge(clk)
reset.next = INACTIVE_HIGH
for v in self.vals:
d.next = v
yield negedge(clk)
raise StopSimulation
def stimulus(self, enable, clock, reset):
reset.next = ACTIVE_LOW
yield negedge(clock)
reset.next = INACTIVE_HIGH
for i in range(1000):
enable.next = min(1, randrange(5))
yield negedge(clock)
raise StopSimulation
def stimulus(self, d, clk, reset):
reset.next = ACTIVE_LOW
yield negedge(clk)
reset.next = INACTIVE_HIGH
for v in self.vals:
d.next = v
yield negedge(clk)
raise StopSimulation
def stimulus(self, enable, clock, reset):
reset.next = ACTIVE_LOW
yield negedge(clock)
reset.next = INACTIVE_HIGH
for i in range(1000):
enable.next = min(1, randrange(5))
yield negedge(clock)
raise StopSimulation
def stimulus(self, clk, phase, cos):
phase.next = 0x18a9c71c
for i in range(32):
yield negedge(clk)
cosa = np.zeros(16384)
for i in range(16384):
cosa[i] = cos >> 2
yield clk.negedge
np.save("cosa", cosa)
raise StopSimulation
def stimulus(self, clk, phase, cos):
phase.next = 0x18a9c71c
for i in range(32):
yield negedge(clk)
cosa = np.zeros(16384)
for i in range(16384):
cosa[i] = cos >> 2
yield clk.negedge
np.save("cosa",cosa)
raise StopSimulation