Stephen,
After some time, I now had reason to check the Pronto code
conversion of congruity, just to discover an error in the code:
You just copy the burst/space times entered as Pronto hex code
to the IR signal that is passed to libconcord.
However, in Pronto codes burst/space times are given in units of
the IR carrier cycle (which is provided by the second hex word,
in units of Pronto clock cycles), whereas libconcord expects
burst/space times in microseconds.
So, what is missing is to multiply the Pronto duration values
by the IR carrier cycle (in microseconds).
See attached patch for the correction, where I also introduced
the value PRONTO_CLOCK=4145146 (Hz) to replace the 'magic'
value of (1000000 / .241246).
Andreas
diff -rpc -C1 congruity-10/congruity congruity-10+/congruity
*** congruity-10/congruity 2009-03-10 02:16:46.000000000 +0100
--- congruity-10+/congruity 2009-05-08 00:07:36.000000000 +0200
*************** class LearnIrEnterProntoHexPanel(WizardP
*** 1341,1346 ****
--- 1341,1347 ----
def _OnValidate(self, event):
try:
+ PRONTO_CLOCK = 4145146
bin = []
str = ""
str_idx = 0
*************** class LearnIrEnterProntoHexPanel(WizardP
*** 1364,1370 ****
if bin[0] != 0:
raise Exception('Not RAW')
! frequency = int(1000000 / (bin[1] * 0.241246))
count_1 = 2 * bin[2]
count_2 = 2 * bin[3]
--- 1365,1375 ----
if bin[0] != 0:
raise Exception('Not RAW')
! # IR Carrier frequency is given as number of Pronto clock cycles:
! frequency = int(PRONTO_CLOCK / bin[1])
! # pulse/space durations are given in IR carrier cycles,
! # but we need them in microseconds:
! ir_cycle = int(1000000 / frequency)
count_1 = 2 * bin[2]
count_2 = 2 * bin[3]
*************** class LearnIrEnterProntoHexPanel(WizardP
*** 1387,1398 ****
idx = 0
for i in range(count_1):
! self.resources.cur_ir_signal[idx] = bin[start_1 + i]
idx += 1
for j in range(repeats):
for i in range(count_2):
! self.resources.cur_ir_signal[idx] = bin[start_2 + i]
idx += 1
self._OnStatusOk()
--- 1392,1403 ----
idx = 0
for i in range(count_1):
! self.resources.cur_ir_signal[idx] = bin[start_1 + i] * ir_cycle
idx += 1
for j in range(repeats):
for i in range(count_2):
! self.resources.cur_ir_signal[idx] = bin[start_2 + i] * ir_cycle
idx += 1
self._OnStatusOk()
Nur in congruity-10+: congruity~.
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