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whole bunch of fixes and improvements to display, new LFO modes

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Tristan Rowley
2020-03-08 17:12:19 +00:00
parent 60deb6de9c
commit 2fb5e1591c
8 changed files with 79 additions and 49 deletions
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25
plugins/LFOModulation.py
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@@ -36,11 +36,11 @@ class LFOModulationPlugin(ActionsPlugin,SequencePlugin,DisplayPlugin):
display.display_text.insert(END, "ACTIVE" if self.active else "not active")
display.display_text.insert(END, "\tSpeed: {:03.2f}\n\n".format(self.speed))
display.display_text.insert(END, "\tSpeed: {:4.2f}% {}\n\n".format(self.speed*100, display.get_speed_indicator(self.speed/2.0, convert=False)))
for lfo,value in enumerate(self.level):
display.display_text.insert(END, "lfo {} level: {:03.2f}%\t".format(lfo,value))
display.display_text.insert(END, "%s\n" %self.last_lfo_status[lfo])
display.display_text.insert(END, "lfo {} level: {:4.2f}% {}\t".format(lfo,value*100,display.get_bar(value)))
display.display_text.insert(END, "{}\t{}\n".format(self.last_lfo_status[lfo], display.get_bar(self.last_lfo_value[lfo])))
display.display_text.insert(END, "\t%s\n" % self.formula[lfo])
@@ -69,16 +69,19 @@ class LFOModulationPlugin(ActionsPlugin,SequencePlugin,DisplayPlugin):
formula = [
"f_sin",
"f_double_cos",
"f_sin",
"f_double_cos"
"f_invert_sin",
#"f_invert_double_cos",
"f_linear"
]
# run the formula for the stored lfo configuration
last_lfo_status = [None]*MAX_LFOS # for displaying status
last_lfo_value = [None]*MAX_LFOS
#lfo_speed = [1.0]*MAX_LFOS
def getLFO(self, position, lfo):
lfo_value = getattr(self,self.formula[lfo])(position, self.level[lfo])
self.last_lfo_status[lfo] = " sent {:03.1f}%".format(lfo_value*100.0)
self.last_lfo_value[lfo] = lfo_value
self.last_lfo_status[lfo] = "sent {:03.1f}%".format(lfo_value*100.0)
return lfo_value
# built-in waveshapes
@@ -92,9 +95,17 @@ class LFOModulationPlugin(ActionsPlugin,SequencePlugin,DisplayPlugin):
return value
def f_invert_sin(self, position, level):
return 1.0 - self.f_sin(position, level)
def f_double_cos(self, position, level):
return self.f_sin(math.cos(position*math.pi), level)
#return self.f_sin(math.acos(position), level)
def f_invert_double_cos(self, position, level):
return 1.0 - self.f_double_cos(position, level)
def f_linear(self, position, level):
return position * level
# SequencePlugin methods
def run_sequence(self, position):