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--
-- Sony NWZ-E370
--
NWZE370 = {}
function NWZE370.lcd_send(cmd, data)
STMP.lcdif.set_data_swizzle(0)
STMP.lcdif.set_byte_packing_format(0xf)
STMP.lcdif.send_pio(false, {cmd})
if #data ~= 0 then
STMP.lcdif.send_pio(true, data)
end
end
function NWZE370.lcd_set_update_rect(x, y, w, h)
NWZE370.lcd_send(0x2a, {0, x, 0, x + w - 1})
NWZE370.lcd_send(0x2b, {0, y, 0, y + h - 1})
NWZE370.lcd_send(0x2c, {})
end
function NWZE370.lcd_init()
STMP.lcdif.setup_clock()
STMP.pinctrl.lcdif.setup_system(8, false)
STMP.lcdif.init()
STMP.lcdif.set_databus_width(8)
STMP.lcdif.set_word_length(8)
STMP.lcdif.set_system_timing(2, 2, 2, 2)
STMP.lcdif.set_byte_packing_format(0xf)
STMP.lcdif.set_reset(1)
STMP.lcdif.set_reset(0)
STMP.lcdif.set_reset(1)
STMP.digctl.mdelay(150)
NWZE370.lcd_send(1, {}) -- software reset
NWZE370.lcd_send(0x11, {}) -- slee out
STMP.digctl.mdelay(150)
NWZE370.lcd_send(0x26, {4}) -- gamma set (curve 3)
NWZE370.lcd_send(0xb1, {9, 0xd}) -- frame rate (DIVA=9, VPA=13) => 88.9 Hz ?
NWZE370.lcd_send(0xc0, {8, 0}) -- power control 1 (GVDD=4.4 V, VCI1=2.75 V)
NWZE370.lcd_send(0xc1, {5}) -- power control 2 (setting 5)
NWZE370.lcd_send(0xc5, {0x31, 0x40}) -- VCOM control 1 (0x31, 0x40)
NWZE370.lcd_send(0xc7, {0xc8}) -- VCOM offset control (0xc8)
NWZE370.lcd_send(0xec, {0xc}) --
NWZE370.lcd_send(0x3a, {5}) -- interface pixel format (16 bit/pixel)
NWZE370.lcd_send(0x2a, {0, 0, 0, 0x7f}) -- column address (0, 127)
NWZE370.lcd_send(0x2b, {0, 0, 0, 0x9f}) -- page address set (0, 159)
NWZE370.lcd_send(0x35, {0}) -- tear effect line on (M=0)
NWZE370.lcd_send(0x36, {0xc8}) -- memory access control (MH=0, BGR, ML=MV=0, MX=MY=1)
NWZE370.lcd_send(0xb4, {0}) -- display inversion (NLA=NLB=NLC=0)
NWZE370.lcd_send(0xb7, {0}) -- source driver direction control (CRL=0)
NWZE370.lcd_send(0xb8, {0}) -- gate driver direction control (CTB=0)
NWZE370.lcd_send(0xf2, {1}) -- gamma adjustment (enable)
NWZE370.lcd_send(0xe0, {0x3f, 0x20, 0x1d, 0x2d, 0x26, 0xc, 0x4b, 0xb7,
0x39, 0x17, 0x1d, 0x16, 0x16, 0x10, 0}) -- positive gamma
NWZE370.lcd_send(0xe1, {0, 0x1f, 0x21, 0x12, 0x18, 0x13, 0x34, 0x48,
0x46, 8, 0x21, 0x29, 0x28, 0x2f, 0x3f}) --negative gamma
NWZE370.lcd_send(0x29, {}) -- display on
NWZE370.lcd_set_update_rect(10, 10, 20, 10)
for i = 0, 19 do
for j = 0, 9 do
pix = 0xf800
STMP.lcdif.send_pio(true, {bit32.band(pix, 0xff), bit32.rshift(pix, 8)})
end
end
end
function NWZE370.set_backlight(val)
STMP.pinctrl.pin(0, 10).muxsel('GPIO')
STMP.pinctrl.pin(0, 10).enable()
STMP.pinctrl.pin(0, 10).set()
end
function NWZE370.init()
NWZE370.lcd_init()
NWZE370.set_backlight(100)
--[[
HW.LRADC.CTRL0.SFTRST.clr()
HW.LRADC.CTRL0.CLKGATE.clr()
HW.LRADC.CHn[0].ACCUMULATE.clr()
HW.LRADC.CHn[0].NUM_SAMPLES.write(0)
HW.LRADC.CHn[0].VALUE.write(0)
local t = {}
for i = 1,1000,1 do
HW.LRADC.CTRL0.SCHEDULE.write(1)
--local time = HW.DIGCTL.MICROSECONDS.read()
local time = i * 1000
local val = HW.LRADC.CHn[0].VALUE.read()
t[#t + 1] = {time, val}
end
local file = io.open("data.txt", "w")
for i,v in ipairs(t) do
file:write(string.format("%d %d\n", v[1] / 1000, v[2]))
end
file:close()
print("Display curve using:")
print("gnuplot -persist");
print("> plot \"data.txt\" using 1:2")
]]--
end
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