else: flip = 1
sev_seg.write(bus, debug_mcp,
[pat[0], pat[1], 0, 0, 0, pat[3], pat[2], flip])
osc.Message("/eval", ["(set-scale pentatonic-minor)"]).sendlocal(8000)
#######################################################
last = ""
last_col = 0
while True:
for address in mcp:
grid.update(frequency, address, mcp23017.read_inputs_a(bus, address),
mcp23017.read_inputs_b(bus, address))
pat = build_pattern(grid.data(5), symbols)
cc = pat[0] + pat[1] + pat[2] + pat[3] + pat[4]
if cc != last:
last = cc
print(" " + pat[0] + "\n " + pat[1] + "\n " + pat[2] + "\n " +
pat[3] + "\n " + pat[4] + "\n")
send_pattern(cc)
col = grid.state[24].value_current
if col != last_col:
last_col = col
if col == 1: send_col("a")
if col == 2: send_col("b")
if col == 4: send_col("c")
"(sine (mul (sine 30) 800))) 0)"+
"(set-warp-yarn! loom warp-yarn-"+col+")"+
"(set-weft-yarn! loom weft-yarn-"+col+")"]).sendlocal(8000)
flip = 1
osc.Message("/eval",["(set-scale pentatonic-minor)"]).sendlocal(8000)
#######################################################
last=""
last_col=0
while True:
for address in mcp:
grid.update(frequency,address,
mcp23017.read_inputs_a(bus,address),
mcp23017.read_inputs_b(bus,address))
pat = build_pattern(grid.data(4),symbols)
cc = pat[0]+pat[1]+pat[2]+pat[3]+pat[4]
if cc!=last:
last=cc
print(" "+pat[0]+"\n "+pat[1]+"\n "+pat[2]+"\n "+pat[3]+"\n "+pat[4]+"\n")
send_pattern(cc)
#print(grid.last_debug)
col=grid.state[15].value_current
if col!=last_col:
last_col=col
if col==1: send_col("a")
if col==2: send_col("b")