forked from M-Labs/artiq-zynq
sim: add frame generator & image viewer
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parent
1456010942
commit
6834f136c7
142
sim_frame.py
142
sim_frame.py
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@ -3,9 +3,14 @@ from misoc.interconnect import stream
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from sim_pipeline import *
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from sim_generator import CXPCRC32Inserter
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from sim_frame_gen import get_frame_packet
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from src.gateware.cxp_pipeline import *
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import numpy as np
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from PIL import Image
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class Frame(Module):
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def __init__(self):
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# to construct correct crc and ack/stb signal
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@ -27,6 +32,7 @@ class Frame(Module):
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dut = Frame()
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def check_case(packet=[]):
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print("=================TEST========================")
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@ -45,23 +51,16 @@ def check_case(packet=[]):
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# check cycle result
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yield
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# source = dut.dchar_decoder.source
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source = dut.stream_pipe.frame_extractor.sink
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# source = dut.stream_pipe.frame_extractor.sink
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source = dut.sink
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print(
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f"\nCYCLE#{i} : source char = {yield source.data:#X} k = {yield source.k:#X} stb = {yield source.stb} ack = {yield source.ack} eop = {yield source.eop}"
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# f" source dchar = {yield source.dchar:#X} dchar_k = {yield source.dchar_k:#X}"
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# f"\nCYCLE#{i} : stream id = {yield decoder.stream_id:#X} pak_tag = {yield decoder.pak_tag:#X}"
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# f" stream_pak_size = {yield decoder.stream_pak_size:#X}"
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)
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# crc = downconns[1].generator.crc_inserter.crc
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# crc = dut.double_buffer.crc
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# print(
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# f"CYCLE#{i} : crc error = {yield crc.error:#X} crc value = {yield crc.value:#X}"
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# f" crc data = {yield crc.data:#X} engine next = {yield crc.engine.next:#X} ce = {yield crc.ce}"
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# )
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# extra clk cycles
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cyc = i + 1
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img = []
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line = -1
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for i in range(cyc, cyc + 50):
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yield sink.data.eq(0)
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yield sink.k.eq(0)
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@ -70,86 +69,61 @@ def check_case(packet=[]):
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yield
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print(
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f"\nCYCLE#{i} : source char = {yield source.data:#X} k = {yield source.k:#X} stb = {yield source.stb} ack = {yield source.ack} eop = {yield source.eop}"
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# f" source dchar = {yield source.dchar:#X} dchar_k = {yield source.dchar_k:#X}"
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# f"\nCYCLE#{i} : stream id = {yield decoder.stream_id:#X} pak_tag = {yield decoder.pak_tag:#X}"
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# f" stream_pak_size = {yield decoder.stream_pak_size:#X}"
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)
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metadata = dut.stream_pipe.frame_extractor.metadata
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img_header_layout = [
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"stream_id",
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"source_tag",
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"x_size",
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"x_offset",
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"y_size",
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"y_offset",
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"l_size", # number of data words per image line
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"pixel_format",
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"tap_geo",
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"flag",
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]
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for name in img_header_layout:
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print(f"{name} = {yield getattr(metadata, name):#04X} ", end="")
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print()
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frame_extractoer = dut.stream_pipe.frame_extractor
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new_line = yield frame_extractoer.new_line
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if new_line:
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img.append([])
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line += 1
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stb = yield frame_extractoer.source.stb
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data = yield frame_extractoer.source.data
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if stb:
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# CXP use MSB
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img[line].append(np.uint16(data & 0xFFFF))
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img[line].append(np.uint16(data >> 16))
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print(img)
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# metadata = dut.stream_pipe.frame_extractor.metadata
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# img_header_layout = [
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# "stream_id",
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# "source_tag",
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# "x_size",
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# "x_offset",
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# "y_size",
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# "y_offset",
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# "l_size", # number of data words per image line
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# "pixel_format",
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# "tap_geo",
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# "flag",
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# ]
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# for name in img_header_layout:
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# print(f"{name} = {yield getattr(metadata, name):#04X} ", end="")
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# print()
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Image.fromarray(np.array(img, dtype=np.uint16)).show()
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assert True
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def testbench():
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# stream_id = 0x01
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streams = [
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[
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{"data": 0x11111111, "k": Replicate(0, 4)},
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{"data": 0xB105F00D, "k": Replicate(0, 4)},
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],
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[
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{"data": 0x22222222, "k": Replicate(0, 4)},
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{"data": 0xC001BEA0, "k": Replicate(0, 4)},
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],
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[
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{"data": Replicate(KCode["stream_marker"], 4), "k": Replicate(1, 4)},
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{"data": Replicate(C(0x01,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x02,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x03,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x04,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x05,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x06,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x07,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x08,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x09,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x10,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x11,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x12,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x13,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x14,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x15,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x16,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x17,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x18,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x19,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x20,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x21,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x22,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x23,char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(0x24,char_width), 4), "k": Replicate(0, 4)},
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],
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stream_id = 0x69
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packet_tag = 0
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frame_packet = get_frame_packet(stream_id)
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packet = [
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{"data": Replicate(C(stream_id, char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(packet_tag, char_width), 4), "k": Replicate(0, 4)},
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{
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"data": Replicate(C(len(frame_packet), char_width)[8:], 4),
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"k": Replicate(0, 4),
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},
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{
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"data": Replicate(C(len(frame_packet), char_width)[:8], 4),
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"k": Replicate(0, 4),
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},
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]
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packet += frame_packet
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packet = []
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for i, s in enumerate(streams):
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s[-1]["eop"] = 0
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packet += [
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{"data": Replicate(C(i % 2, char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(C(i, char_width), 4), "k": Replicate(0, 4)},
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{
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"data": Replicate(C(len(s) >> 8 & 0xFF, char_width), 4),
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"k": Replicate(0, 4),
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},
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{"data": Replicate(C(len(s) & 0xFF, char_width), 4), "k": Replicate(0, 4)},
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*s,
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]
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packet[-1]["eop"] = 0
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yield from check_case(packet)
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@ -0,0 +1,120 @@
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from migen import *
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from misoc.interconnect import stream
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from src.gateware.cxp_pipeline import *
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from sim_pipeline import *
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from PIL import Image
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import numpy as np
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def get_image_header(
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stream_id, source_tag, xsize, xoffset, ysize, yoffset, dsize, pixelF, tag_geo, flag
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):
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stream_id = C(stream_id, char_width)
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source_tag = C(source_tag, 2 * char_width)
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xsize = C(xsize, 3 * char_width)
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xoffset = C(xoffset, 3 * char_width)
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ysize = C(ysize, 3 * char_width)
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yoffset = C(yoffset, 3 * char_width)
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dsize = C(dsize, 3 * char_width)
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pixelF = C(pixelF, 2 * char_width)
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tag_geo = C(tag_geo, 2 * char_width)
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flag = C(flag, char_width)
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assert len(stream_id) == len(flag) == char_width
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assert len(source_tag) == len(pixelF) == len(tag_geo) == 2 * char_width
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assert len(xsize) == len(xoffset) == len(ysize) == len(yoffset) == 3 * char_width
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return [
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{"data": Replicate(KCode["stream_marker"], 4), "k": Replicate(1, 4)},
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{"data": Replicate(C(0x01, char_width), 4), "k": Replicate(0, 4)},
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{"data": Replicate(stream_id, 4), "k": Replicate(0, 4)},
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{"data": Replicate(source_tag[8:], 4), "k": Replicate(0, 4)},
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{"data": Replicate(source_tag[:8], 4), "k": Replicate(0, 4)},
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{"data": Replicate(xsize[16:], 4), "k": Replicate(0, 4)},
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{"data": Replicate(xsize[8:16], 4), "k": Replicate(0, 4)},
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{"data": Replicate(xsize[:8], 4), "k": Replicate(0, 4)},
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{"data": Replicate(xoffset[16:], 4), "k": Replicate(0, 4)},
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{"data": Replicate(xoffset[8:16], 4), "k": Replicate(0, 4)},
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{"data": Replicate(xoffset[:8], 4), "k": Replicate(0, 4)},
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{"data": Replicate(ysize[16:], 4), "k": Replicate(0, 4)},
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{"data": Replicate(ysize[8:16], 4), "k": Replicate(0, 4)},
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{"data": Replicate(ysize[:8], 4), "k": Replicate(0, 4)},
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{"data": Replicate(yoffset[16:], 4), "k": Replicate(0, 4)},
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{"data": Replicate(yoffset[8:16], 4), "k": Replicate(0, 4)},
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{"data": Replicate(yoffset[:8], 4), "k": Replicate(0, 4)},
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{"data": Replicate(dsize[16:], 4), "k": Replicate(0, 4)},
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{"data": Replicate(dsize[8:16], 4), "k": Replicate(0, 4)},
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{"data": Replicate(dsize[:8], 4), "k": Replicate(0, 4)},
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{"data": Replicate(pixelF[8:], 4), "k": Replicate(0, 4)},
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{"data": Replicate(pixelF[:8], 4), "k": Replicate(0, 4)},
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{"data": Replicate(tag_geo[8:], 4), "k": Replicate(0, 4)},
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{"data": Replicate(tag_geo[:8], 4), "k": Replicate(0, 4)},
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{"data": Replicate(flag, 4), "k": Replicate(0, 4)},
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]
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def get_line_marker():
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return [
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{"data": Replicate(KCode["stream_marker"], 4), "k": Replicate(1, 4)},
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{"data": Replicate(C(0x02, char_width), 4), "k": Replicate(0, 4)},
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]
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def get_frame_packet(stream_id, pixel_format="mono16"):
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assert pixel_format in ["mono16"]
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arr = [[4156, 31078], [65063, 24837]]
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source_tag = 0
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xsize, ysize = len(arr[0]), len(arr)
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xoffset, yoffset = 0, 0
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if pixel_format == "mono16":
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dsize = xsize // 2
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pixelF = 0x0105
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tag_geo = 0
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flag = 0
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packet = []
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# Image header
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packet += get_image_header(
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stream_id,
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source_tag,
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xsize,
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xoffset,
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ysize,
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yoffset,
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dsize,
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pixelF,
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tag_geo,
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flag,
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)
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for line in arr:
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packet += get_line_marker()
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if pixel_format == "mono16":
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for i in range(len(line)):
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if (i % 2) == 0:
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if i == len(line) - 1:
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print(C(line[i]))
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packet += [
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{
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"data": C(line[i], 4 * char_width),
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"k": Replicate(0, 4),
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},
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]
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else:
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print(C(line[i], 2 * char_width), C(line[i + 1]))
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# CXP use MSB
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packet += [
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{
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"data": Cat(
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C(line[i], 2 * char_width),
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C(line[i + 1], 2 * char_width),
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),
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"k": Replicate(0, 4),
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},
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]
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return packet
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