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Repository: tinyvision-ai-inc/UPduino-v3.0
Branch: master
Commit: 48e04e3cac04
Files: 132
Total size: 42.0 MB
Directory structure:
gitextract_hqdkxi14/
├── .gitignore
├── .readthedocs.yml
├── Board/
│ ├── EEPROM/
│ │ ├── prog_upduino_blink
│ │ └── upduino_30_eeprom.conf
│ ├── v1.0/
│ │ ├── BoM_UPduino_v3.0.txt
│ │ ├── Fab/
│ │ │ └── UPduino_v3.0.d356
│ │ ├── UPduino_v3.0 Assembly.html
│ │ ├── UPduino_v3.0.dcm
│ │ ├── UPduino_v3.0.kicad_pcb
│ │ ├── UPduino_v3.0.lib
│ │ ├── UPduino_v3.0.pro
│ │ ├── UPduino_v3.0.sch
│ │ ├── UPduino_v3.0.step
│ │ ├── bringup.md
│ │ ├── sym-lib-table
│ │ └── upduino_3.0_gerber/
│ │ ├── UPduino_v3.0-B_Cu.gbl
│ │ ├── UPduino_v3.0-B_Mask.gbs
│ │ ├── UPduino_v3.0-B_Paste.gbp
│ │ ├── UPduino_v3.0-B_SilkS.gbo
│ │ ├── UPduino_v3.0-Edge_Cuts.gm1
│ │ ├── UPduino_v3.0-F_Cu.gtl
│ │ ├── UPduino_v3.0-F_Mask.gts
│ │ ├── UPduino_v3.0-F_Paste.gtp
│ │ ├── UPduino_v3.0-F_SilkS.gto
│ │ ├── UPduino_v3.0-In1_Cu.g2
│ │ ├── UPduino_v3.0-In2_Cu.g3
│ │ ├── UPduino_v3.0-NPTH.drl
│ │ └── UPduino_v3.0-PTH.drl
│ ├── v2.0/
│ │ ├── UPduino_v3.0.dcm
│ │ ├── UPduino_v3.0.kicad_pcb
│ │ ├── UPduino_v3.0.lib
│ │ ├── UPduino_v3.0.pro
│ │ ├── UPduino_v3.0.sch
│ │ ├── UPduino_v3.0.step
│ │ ├── UPduino_v3.0Assembly.html
│ │ ├── bringup.md
│ │ ├── fab_dwg/
│ │ │ └── UPduino_v3_fab_dwg.html
│ │ └── sym-lib-table
│ ├── v3.0/
│ │ ├── Mfg/
│ │ │ ├── BoM/
│ │ │ │ └── UPduino_v3_BoM.xlsx
│ │ │ ├── assembly/
│ │ │ │ └── UPduino v3.0 assembly.html
│ │ │ ├── d356/
│ │ │ │ └── UPduino_v3.0.d356
│ │ │ ├── gerber/
│ │ │ │ ├── UPduino_v3.0-B_CrtYd.gbr
│ │ │ │ ├── UPduino_v3.0-B_Cu.gbl
│ │ │ │ ├── UPduino_v3.0-B_Mask.gbs
│ │ │ │ ├── UPduino_v3.0-B_Paste.gbp
│ │ │ │ ├── UPduino_v3.0-B_SilkS.gbo
│ │ │ │ ├── UPduino_v3.0-Cmts_User.gbr
│ │ │ │ ├── UPduino_v3.0-Dwgs_User.gbr
│ │ │ │ ├── UPduino_v3.0-Edge_Cuts.gm1
│ │ │ │ ├── UPduino_v3.0-F_CrtYd.gbr
│ │ │ │ ├── UPduino_v3.0-F_Cu.gtl
│ │ │ │ ├── UPduino_v3.0-F_Mask.gts
│ │ │ │ ├── UPduino_v3.0-F_Paste.gtp
│ │ │ │ ├── UPduino_v3.0-F_SilkS.gto
│ │ │ │ ├── UPduino_v3.0-In1_Cu.g2
│ │ │ │ ├── UPduino_v3.0-In2_Cu.g3
│ │ │ │ ├── UPduino_v3.0-Margin.gbr
│ │ │ │ ├── UPduino_v3.0-NPTH-drl-drl_map.gbr
│ │ │ │ ├── UPduino_v3.0-NPTH-drl.gbr
│ │ │ │ ├── UPduino_v3.0-NPTH-drl_map.ps
│ │ │ │ ├── UPduino_v3.0-NPTH.drl
│ │ │ │ ├── UPduino_v3.0-PTH-drl-drl_map.gbr
│ │ │ │ ├── UPduino_v3.0-PTH-drl.gbr
│ │ │ │ ├── UPduino_v3.0-PTH-drl_map.ps
│ │ │ │ ├── UPduino_v3.0-PTH.drl
│ │ │ │ └── UPduino_v3.0-drl.rpt
│ │ │ └── picknplace/
│ │ │ └── UPduino_v3.0-all-pos.xlsx
│ │ ├── UPduino_v3.0.dcm
│ │ ├── UPduino_v3.0.kicad_pcb
│ │ ├── UPduino_v3.0.lib
│ │ ├── UPduino_v3.0.pro
│ │ ├── UPduino_v3.0.sch
│ │ ├── UPduino_v3.0.step
│ │ ├── UPduino_v3.0Assembly.html
│ │ └── sym-lib-table
│ └── v3.01/
│ ├── UPduino_v3.01.dcm
│ ├── UPduino_v3.01.kicad_pcb
│ ├── UPduino_v3.01.kicad_prl
│ ├── UPduino_v3.01.kicad_pro
│ ├── UPduino_v3.01.kicad_sch
│ ├── UPduino_v3.01.lib
│ ├── UPduino_v3.01.step
│ ├── UPduino_v3.01Assembly.html
│ └── sym-lib-table
├── CNAME
├── DS_Store
├── LICENSE
├── README.md
├── RTL/
│ ├── README.md
│ ├── blink_led/
│ │ ├── Makefile
│ │ ├── rgb_blink.hex
│ │ └── rgb_blink.v
│ ├── common/
│ │ ├── upduino.pcf
│ │ └── upduinov3.rules
│ └── radiant-reveal/
│ ├── README.md
│ ├── docs/
│ │ └── UPduino Lattice Radiant and Reveal v2.docx
│ └── rgb_blinky/
│ ├── .floorplanner.ini
│ ├── .ng_run_manager.ini
│ ├── .setting.ini
│ ├── rgb_blinky.rdf
│ ├── rgb_blinky.rvl
│ ├── rgb_blinky.rvs
│ ├── rgb_blinky1.sty
│ ├── rgb_blinky_tcl.html
│ ├── rgb_blnky.rva
│ ├── rgb_blnky.svf
│ ├── rgb_blnky.trc
│ └── source/
│ ├── rgb_blinky_imp/
│ │ ├── rgb_blink.v
│ │ ├── rgb_blinky_imp.ldc
│ │ └── rgb_blinky_imp.pdc
│ └── rgb_blinky_imp.xcf
└── docs/
└── source/
├── _static/
│ └── css/
│ └── custom.css
├── conf.py
├── features/
│ └── specs.rst
├── fonts/
│ ├── OFL.txt
│ └── README.txt
├── getting_started/
│ ├── first_steps.rst
│ ├── tool_installation.rst
│ └── verilog_resources.rst
├── index.rst
├── introduction/
│ └── introduction.rst
└── tutorials/
├── adding_slave_select_to_fpga.rst
├── bank_voltages.rst
├── blink_led.rst
├── disconnect_tri_color_led.rst
├── fpga_sram_programming.rst
├── open_ocd.rst
├── oscillator.rst
├── pmod.rst
├── qspi_flash.rst
├── riscv.rst
└── tinyfpga.rst
================================================
FILE CONTENTS
================================================
================================================
FILE: .gitignore
================================================
# For PCBs designed using KiCad: http://www.kicad-pcb.org/
# Format documentation: http://kicad-pcb.org/help/file-formats/
# Temporary files
*.000
*.bak
*.bck
*.kicad_pcb-bak
*.sch-bak
*~
_autosave-*
*.tmp
*-cache.lib
*-rescue.lib
*-save.pro
*-save.kicad_pcb
*cache
desktop.ini
# Netlist files (exported from Eeschema)
*.net
# Autorouter files (exported from Pcbnew)
*.dsn
*.ses
# Exported BOM files
*.xml
*.csv
# FPGA build droppings
*.json
*.blif
*.asc
================================================
FILE: .readthedocs.yml
================================================
# .readthedocs.yml
# Read the Docs configuration file
# See https://docs.readthedocs.io/en/stable/config-file/v2.html for details
# Required
version: 2
# Build documentation in the docs/ directory with Sphinx
sphinx:
configuration: docs/source/conf.py
# Optionally build your docs in additional formats such as PDF and ePub
formats: all
================================================
FILE: Board/EEPROM/prog_upduino_blink
================================================
ftdi_eeprom --flash-eeprom upduino_30_eeprom.conf
# Let the FTDI recover
sleep 1
iceprog ./blink_led_upduino.bin
================================================
FILE: Board/EEPROM/upduino_30_eeprom.conf
================================================
vendor_id=0x0403 # Vendor ID
product_id=0x6014 # Product ID
max_power=500 # Max. power consumption: value * 2 mA. Use 0 if self_powered = true.
###########
# Strings #
###########
manufacturer="tinyVision.ai" # Manufacturer
product="UPduino v3.0" # Product
serial="" # Serial
###########
# Options #
###########
self_powered=false # Turn this off for bus powered
remote_wakeup=false # Turn this on for remote wakeup feature
use_serial=false # Use the serial number string
# Normally out don't have to change one of these flags
in_is_isochronous=false # In Endpoint is Isochronous
out_is_isochronous=false # Out Endpoint is Isochronous
suspend_pull_downs=false # Enable suspend pull downs for lower power
change_usb_version=false # Change USB Version
usb_version=0x0200 # Only used when change_usb_version is enabled
eeprom_type=0x56
########
# Misc #
########
filename="eeprom_dump.hex" # Filename, leave empty to skip file writing
================================================
FILE: Board/v1.0/BoM_UPduino_v3.0.txt
================================================
Id Designator Package Quantity Designation Supplier and ref
1 U2 QFN-48-1EP_7x7mm 1 ICE40UP5K-SG48ITR
5 C26 0603 1 10n
6 U1 SOT-23-6 1 93LC56BT-I/OT
7 U7 SOT-23-5 1 AP2127K-1.2
8 U6 SOT-23-5 1 AP2127K-3.3
9 U5 SOIC-8 1 W25Q32JVSSIM
10 U4 ASDMB-4Pin_2.5x2.0mm 1 SG-210STF 12.0000ML3
12 RN1 R_Array_Concave_4x0402 1 YC124-JR-071KL
13 R34 0603 1 0
15 "R18,R17,R15,R14,R9,R8,R5,R4,R2" 0603 9 10K
16 "R7,R3,R1" 0603 3 2.2K
17 R6 0603 1 100
19 "FB3,FB2,FB1" 0603 3 BLM18HE152SN1D
20 D3 PLCC4_2x2mm 1 MHPA1515RGBDT-S
21 D2 D_SOD-123 1 1N4148W
22 D1 0603 1 HSMG-C120
24 "C32,C25,C18,C17,C16,C15,C14,C13,C12,C10,C9,C8,C7,C6,C5,C4,C3,C2,C36" 0603 19 0.1u
25 "C31,C29,C28,C27,C24,C21,C20,C19,C11,C1,C22,C30,C35" 0603 13 4.7u
27 J1 0475890001 1 47589-0001
30 S1 WSON-14 1 TC7MPB9327FK(EL)
31 U3 QFN-48_8x8mm 1 FT232H
32 U8 VSSOP-8 1 SN74AUC2G125DCUR
================================================
FILE: Board/v1.0/Fab/UPduino_v3.0.d356
================================================
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317NET-(C22-PAD1) VIA MD0118PA00X+003180Y+005624X0236Y0000R000S3
317NET-(C22-PAD1) VIA MD0118PA00X+006481Y+006437X0236Y0000R000S3
317NET-(C35-PAD1) VIA MD0118PA00X+005800Y+002775X0236Y0000R000S3
317NET-(C35-PAD1) VIA MD0118PA00X+003730Y+003320X0236Y0000R000S3
317NET-(R16-PAD1) VIA MD0118PA00X+019469Y+003878X0236Y0000R000S3
327+3V3 U4 -4 A01X+012134Y+006909X0433Y0354R000S2
327/CLK_12M_FT U4 -3 A01X+012815Y+006909X0433Y0354R000S2
327GND U4 -2 A01X+012815Y+006398X0433Y0354R000S2
327NET-(R10-PAD2) U4 -1 A01X+012146Y+006398X0433Y0354R000S2
327GND U3 -48 A01X+018129Y+003346X0098Y0394R180S2
327GND U3 -47 A01X+017932Y+003346X0098Y0394R180S2
327+3V3 U3 -46 A01X+017736Y+003346X0098Y0394R180S2
327/EE_CS U3 -45 A01X+017539Y+003346X0098Y0394R180S2
327/EE_CLK U3 -44 A01X+017342Y+003346X0098Y0394R180S2
327/EE_DAT U3 -43 A01X+017145Y+003346X0098Y0394R180S2
327GND U3 -42 A01X+016948Y+003346X0098Y0394R180S2
327GND U3 -41 A01X+016751Y+003346X0098Y0394R180S2
327+5VD U3 -40 A01X+016554Y+003346X0098Y0394R180S2
327+3V3 U3 -39 A01X+016358Y+003346X0098Y0394R180S2
327/FT_VCORE U3 -38 A01X+016161Y+003346X0098Y0394R180S2
327NET-(C4-PAD1) U3 -37 A01X+015964Y+003346X0098Y0394R180S2
327GND U3 -36 A01X+015511Y+003799X0394Y0098R180S2
327GND U3 -35 A01X+015511Y+003996X0394Y0098R180S2
327/FT_RESET_N U3 -34 A01X+015511Y+004192X0394Y0098R180S2
327ET-(TP10-PAD1) U3 -33 A01X+015511Y+004389X0394Y0098R180S2
327NET-(TP9-PAD1) U3 -32 A01X+015511Y+004586X0394Y0098R180S2
327NET-(TP8-PAD1) U3 -31 A01X+015511Y+004783X0394Y0098R180S2
327NET-(TP7-PAD1) U3 -30 A01X+015511Y+004980X0394Y0098R180S2
327NET-(TP6-PAD1) U3 -29 A01X+015511Y+005177X0394Y0098R180S2
327NET-(TP5-PAD1) U3 -28 A01X+015511Y+005374X0394Y0098R180S2
327NET-(TP4-PAD1) U3 -27 A01X+015511Y+005570X0394Y0098R180S2
327NET-(TP3-PAD1) U3 -26 A01X+015511Y+005767X0394Y0098R180S2
327NET-(TP2-PAD1) U3 -25 A01X+015511Y+005964X0394Y0098R180S2
327+3V3 U3 -24 A01X+015964Y+006417X0098Y0394R180S2
327GND U3 -23 A01X+016161Y+006417X0098Y0394R180S2
327GND U3 -22 A01X+016358Y+006417X0098Y0394R180S2
327NET-(TP1-PAD1) U3 -21 A01X+016554Y+006417X0098Y0394R180S2
327/CRESET_N U3 -20 A01X+016751Y+006417X0098Y0394R180S2
327/CDONE U3 -19 A01X+016948Y+006417X0098Y0394R180S2
327ET-(TP12-PAD1) U3 -18 A01X+017145Y+006417X0098Y0394R180S2
327/ICE_SS U3 -17 A01X+017342Y+006417X0098Y0394R180S2
327ET-(TP11-PAD1) U3 -16 A01X+017539Y+006417X0098Y0394R180S2
327/ICE_MISO U3 -15 A01X+017736Y+006417X0098Y0394R180S2
327/ICE_MOSI U3 -14 A01X+017932Y+006417X0098Y0394R180S2
327/ICE_SCK U3 -13 A01X+018129Y+006417X0098Y0394R180S2
327+3V3 U3 -12 A01X+018582Y+005964X0394Y0098R180S2
327GND U3 -11 A01X+018582Y+005767X0394Y0098R180S2
327GND U3 -10 A01X+018582Y+005570X0394Y0098R180S2
327GND U3 -9 A01X+018582Y+005374X0394Y0098R180S2
327/V_PLL U3 -8 A01X+018582Y+005177X0394Y0098R180S2
327NET-(R36-PAD1) U3 -7 A01X+018582Y+004980X0394Y0098R180S2
327NET-(R35-PAD1) U3 -6 A01X+018582Y+004783X0394Y0098R180S2
327NET-(R3-PAD1) U3 -5 A01X+018582Y+004586X0394Y0098R180S2
327GND U3 -4 A01X+018582Y+004389X0394Y0098R180S2
327/V_PHY U3 -3 A01X+018582Y+004192X0394Y0098R180S2
327NET-(U3-PAD2) U3 -2 A01X+018582Y+003996X0394Y0098R180S2
327/CLK_12M_FT U3 -1 A01X+018582Y+003799X0394Y0098R180S2
327GND U3 -49 A01X+017047Y+004881X2441Y2441R180S2
327/EE_CS U1 -5 A01X+017913Y+002194X0433Y0236R000S2
327+3V3 U1 -6 A01X+017913Y+002568X0433Y0236R000S2
327/EE_CLK U1 -4 A01X+017913Y+001820X0433Y0236R000S2
327/EE_DAT U1 -3 A01X+016811Y+001820X0433Y0236R000S2
327GND U1 -2 A01X+016811Y+002194X0433Y0236R000S2
327NET-(R1-PAD2) U1 -1 A01X+016811Y+002568X0433Y0236R000S2
327/IOB_4A U2 -48 A01X+005647Y+003444X0098Y0344R270S2
327/IOB_2A U2 -47 A01X+005647Y+003640X0098Y0344R270S2
327/IOB_0A U2 -46 A01X+005647Y+003837X0098Y0344R270S2
327/IOB_5B U2 -45 A01X+005647Y+004034X0098Y0344R270S2
327/IOB_3B_G6 U2 -44 A01X+005647Y+004231X0098Y0344R270S2
327/IOT_49A U2 -43 A01X+005647Y+004428X0098Y0344R270S2
327/IOT_51A U2 -42 A01X+005647Y+004625X0098Y0344R270S2
327/LED_B U2 -41 A01X+005647Y+004821X0098Y0344R270S2
327/LED_G U2 -40 A01X+005647Y+005018X0098Y0344R270S2
327/LED_R U2 -39 A01X+005647Y+005215X0098Y0344R270S2
327/IOT_50B U2 -38 A01X+005647Y+005412X0098Y0344R270S2
327/IOT_45A_G1 U2 -37 A01X+005647Y+005609X0098Y0344R270S2
327/IOT_48B U2 -36 A01X+005917Y+005880X0344Y0098R270S2
327/IOT_46B_G0 U2 -35 A01X+006114Y+005880X0344Y0098R270S2
327/IOT_44B U2 -34 A01X+006311Y+005880X0344Y0098R270S2
327NET-(C22-PAD1) U2 -33 A01X+006508Y+005880X0344Y0098R270S2
327/IOT_43A U2 -32 A01X+006705Y+005880X0344Y0098R270S2
327/IOT_42B U2 -31 A01X+006901Y+005880X0344Y0098R270S2
327/+1.2V_CORE U2 -30 A01X+007098Y+005880X0344Y0098R270S2
327/VCC_PLL U2 -29 A01X+007295Y+005880X0344Y0098R270S2
327/IOT_41A U2 -28 A01X+007492Y+005880X0344Y0098R270S2
327/IOT_38B U2 -27 A01X+007689Y+005880X0344Y0098R270S2
327/IOT_39A U2 -26 A01X+007886Y+005880X0344Y0098R270S2
327/IOT_36B U2 -25 A01X+008083Y+005880X0344Y0098R270S2
327+2V5 U2 -24 A01X+008353Y+005609X0098Y0344R270S2
327/IOT_37A U2 -23 A01X+008353Y+005412X0098Y0344R270S2
327+3V3 U2 -22 A01X+008353Y+005215X0098Y0344R270S2
327/IOB_23B U2 -21 A01X+008353Y+005018X0098Y0344R270S2
327/IOB_25B_G3 U2 -20 A01X+008353Y+004821X0098Y0344R270S2
327/IOB_29B U2 -19 A01X+008353Y+004625X0098Y0344R270S2
327/IOB_31B U2 -18 A01X+008353Y+004428X0098Y0344R270S2
327/FLASH_MISO U2 -17 A01X+008353Y+004231X0098Y0344R270S2
327/ICE_SS U2 -16 A01X+008353Y+004034X0098Y0344R270S2
327/ICE_SCK U2 -15 A01X+008353Y+003837X0098Y0344R270S2
327/FLASH_MOSI U2 -14 A01X+008353Y+003640X0098Y0344R270S2
327/IOB_24A U2 -13 A01X+008353Y+003444X0098Y0344R270S2
327/IOB_22A U2 -12 A01X+008083Y+003173X0344Y0098R270S2
327/IOB_20A U2 -11 A01X+007886Y+003173X0344Y0098R270S2
327/IOB_18A U2 -10 A01X+007689Y+003173X0344Y0098R270S2
327/IOB_16A U2 -9 A01X+007492Y+003173X0344Y0098R270S2
327/CRESET_N U2 -8 A01X+007295Y+003173X0344Y0098R270S2
327/CDONE U2 -7 A01X+007098Y+003173X0344Y0098R270S2
327/IOB_13B U2 -6 A01X+006901Y+003173X0344Y0098R270S2
327/+1.2V_CORE U2 -5 A01X+006705Y+003173X0344Y0098R270S2
327/IOB_8A U2 -4 A01X+006508Y+003173X0344Y0098R270S2
327/IOB_9B U2 -3 A01X+006311Y+003173X0344Y0098R270S2
327/IOB_6A U2 -2 A01X+006114Y+003173X0344Y0098R270S2
327NET-(C35-PAD1) U2 -1 A01X+005917Y+003173X0344Y0098R270S2
327GND U2 -49 A01X+007000Y+004526X2150Y2150R270S2
327GND C7 -2 A01X+016275Y+006890X0344Y0374R000S2
327+3V3 C7 -1 A01X+015655Y+006890X0344Y0374R000S2
327NET-(TP2-PAD1) TP2 -1 A01X+015157Y+006476X0394Y0000R000S2
327/IOB_25B_G3 R16 -2 A01X+019620Y+001693X0197Y0354R180S2
327NET-(R16-PAD1) R16 -1 A01X+020240Y+001693X0344Y0354R180S2
317GND J4 -2 D0394PA00X+001063Y+002134X0669Y0669R000S0
317+5VD J4 -1 D0394PA00X+001063Y+003134X0669Y0669R000S0
327/FT_RESET_N C26 -2 A01X+014030Y+004480X0344Y0374R270S2
327GND C26 -1 A01X+014030Y+003860X0344Y0374R270S2
327+3V3 U5 -8 A01X+010674Y+002796X0630Y0236R090S2
327NET-(R15-PAD1) U5 -7 A01X+010174Y+002796X0630Y0236R090S2
327/ICE_SCK U5 -6 A01X+009674Y+002796X0630Y0236R090S2
327/FLASH_MOSI U5 -5 A01X+009174Y+002796X0630Y0236R090S2
327GND U5 -4 A01X+009174Y+005631X0630Y0236R090S2
327NET-(R14-PAD1) U5 -3 A01X+009674Y+005631X0630Y0236R090S2
327/FLASH_MISO U5 -2 A01X+010174Y+005631X0630Y0236R090S2
327/ICE_SS U5 -1 A01X+010674Y+005631X0630Y0236R090S2
327ET-(TP11-PAD1) TP11 -1 A01X+020138Y+007185X0394Y0000R000S2
327/ICE_MISO RN1 -5 A01X+012736Y+004094X0197Y0126R090S2
327/ICE_MOSI RN1 -6 A01X+012933Y+004094X0197Y0126R090S2
327/FLASH_MISO RN1 -8 A01X+013327Y+004094X0197Y0126R090S2
327/FLASH_MOSI RN1 -7 A01X+013130Y+004094X0197Y0126R090S2
327+3V3 RN1 -4 A01X+012736Y+004488X0197Y0126R090S2
327+3V3 RN1 -2 A01X+013130Y+004488X0197Y0126R090S2
327+3V3 RN1 -3 A01X+012933Y+004488X0197Y0126R090S2
327+3V3 RN1 -1 A01X+013327Y+004488X0197Y0126R090S2
327/IOB_22A R21 -2 A04X+020989Y+005157X0344Y0374R180S1
327/USB_P R21 -1 A04X+021609Y+005157X0344Y0374R180S1
327+3V3 R18 -2 A01X+019115Y+001693X0344Y0374R000S2
327/EE_CLK R18 -1 A01X+018495Y+001693X0344Y0374R000S2
327/EE_CS R17 -2 A01X+018470Y+002270X0344Y0374R180S2
327+3V3 R17 -1 A01X+019090Y+002270X0344Y0374R180S2
327+3V3 R15 -2 A01X+010640Y+002170X0344Y0374R000S2
327NET-(R15-PAD1) R15 -1 A01X+010020Y+002170X0344Y0374R000S2
327+3V3 R14 -2 A01X+009684Y+006984X0344Y0374R270S2
327NET-(R14-PAD1) R14 -1 A01X+009684Y+006364X0344Y0374R270S2
327NET-(R10-PAD2) R10 -2 A01X+012170Y+005770X0344Y0374R180S2
327GND R10 -1 A01X+012790Y+005770X0344Y0374R180S2
327+3V3 R9 -2 A01X+011654Y+002761X0344Y0374R090S2
327/ICE_SCK R9 -1 A01X+011654Y+003381X0344Y0374R090S2
327+3V3 R8 -2 A01X+010684Y+006984X0344Y0374R270S2
327/ICE_SS R8 -1 A01X+010684Y+006364X0344Y0374R270S2
327+3V3 R7 -2 A01X+010635Y+001590X0344Y0374R000S2
327/CDONE R7 -1 A01X+010015Y+001590X0344Y0374R000S2
327+3V3 R5 -2 A04X+007915Y+003170X0344Y0374R000S1
327/CRESET_N R5 -1 A04X+007295Y+003170X0344Y0374R000S1
327+3V3 R4 -2 A01X+015720Y+002559X0344Y0374R180S2
327NET-(R1-PAD2) R4 -1 A01X+016340Y+002559X0344Y0374R180S2
327GND R3 -2 A04X+017702Y+004670X0344Y0374R180S1
327NET-(R3-PAD1) R3 -1 A04X+018322Y+004670X0344Y0374R180S1
327+3V3 R2 -2 A01X+013273Y+004970X0344Y0374R180S2
327/FT_RESET_N R2 -1 A01X+013893Y+004970X0344Y0374R180S2
327NET-(R1-PAD2) R1 -2 A01X+015720Y+001831X0344Y0374R180S2
327/EE_DAT R1 -1 A01X+016340Y+001831X0344Y0374R180S2
327/V_USB FB3 -2 A01X+021540Y+003570X0344Y0374R000S2
327+5VD FB3 -1 A01X+020920Y+003570X0344Y0374R000S2
327+3V3 FB2 -2 A01X+020840Y+005170X0344Y0374R000S2
327/V_PLL FB2 -1 A01X+020220Y+005170X0344Y0374R000S2
327+3V3 FB1 -2 A04X+018917Y+002859X0344Y0374R090S1
327/V_PHY FB1 -1 A04X+018917Y+003479X0344Y0374R090S1
327+3V3 D2 -2 A04X+009444Y+004984X0354Y0472R090S1
327+2V5 D2 -1 A04X+009444Y+006283X0354Y0472R090S1
327/CDONE D1 -2 A01X+009286Y+001701X0344Y0374R000S2
327GND D1 -1 A01X+008666Y+001701X0344Y0374R000S2
327GND C34 -2 A04X+001973Y+005170X0344Y0374R180S1
327+5VD C34 -1 A04X+002594Y+005170X0344Y0374R180S1
327GND C33 -2 A01X+014651Y+007087X0344Y0374R180S2
327+3V3 C33 -1 A01X+015271Y+007087X0344Y0374R180S2
327GND C32 -2 A01X+012330Y+002131X0344Y0374R090S2
327+3V3 C32 -1 A01X+012330Y+002751X0344Y0374R090S2
327GND C31 -2 A04X+010840Y+006294X0344Y0374R000S1
327+2V5 C31 -1 A04X+010220Y+006294X0344Y0374R000S1
327GND C29 -2 A04X+004213Y+004365X0344Y0374R270S1
327+1V2 C29 -1 A04X+004213Y+003745X0344Y0374R270S1
327GND C28 -2 A01X+019744Y+005827X0344Y0374R270S2
327/V_PLL C28 -1 A01X+019744Y+005207X0344Y0374R270S2
327GND C27 -2 A04X+017702Y+003484X0344Y0374R180S1
327/V_PHY C27 -1 A04X+018322Y+003484X0344Y0374R180S1
327/V_USB C25 -2 A01X+022620Y+002070X0344Y0374R180S2
327GND C25 -1 A01X+023240Y+002070X0344Y0374R180S2
327GND C24 -2 A01X+004110Y+006582X0344Y0374R270S2
327NET-(C24-PAD1) C24 -1 A01X+004110Y+005962X0344Y0374R270S2
327GND C23 -2 A04X+023590Y+007070X0344Y0374R000S1
327/VIO_BANK_0_2 C23 -1 A04X+022970Y+007070X0344Y0374R000S1
327GND C21 -2 A04X+001240Y+004070X0344Y0374R000S1
327+3V3 C21 -1 A04X+000620Y+004070X0344Y0374R000S1
327GND C20 -2 A04X+002008Y+004365X0344Y0374R270S1
327+5VD C20 -1 A04X+002008Y+003745X0344Y0374R270S1
327GND C19 -2 A04X+000753Y+006220X0344Y0374R180S1
327+5VD C19 -1 A04X+001373Y+006220X0344Y0374R180S1
327GND C18 -2 A01X+011575Y+006344X0344Y0374R090S2
327+3V3 C18 -1 A01X+011575Y+006964X0344Y0374R090S2
327GND C17 -2 A01X+011330Y+001760X0344Y0374R090S2
327+3V3 C17 -1 A01X+011330Y+002380X0344Y0374R090S2
327GND C16 -2 A04X+010840Y+004994X0344Y0374R000S1
327+3V3 C16 -1 A04X+010220Y+004994X0344Y0374R000S1
327GND C15 -2 A04X+006690Y+003796X0344Y0374R270S1
327/+1.2V_CORE C15 -1 A04X+006690Y+003176X0344Y0374R270S1
327GND C14 -2 A04X+007700Y+004706X0344Y0374R180S1
327+3V3 C14 -1 A04X+008320Y+004706X0344Y0374R180S1
327GND C13 -2 A01X+019252Y+005822X0344Y0374R270S2
327/V_PLL C13 -1 A01X+019252Y+005202X0344Y0374R270S2
327GND C12 -2 A04X+017702Y+004070X0344Y0374R180S1
327/V_PHY C12 -1 A04X+018322Y+004070X0344Y0374R180S1
327GND C11 -2 A04X+007050Y+005260X0344Y0374R090S1
327/VCC_PLL C11 -1 A04X+007050Y+005880X0344Y0374R090S1
327GND C10 -2 A04X+007630Y+005260X0344Y0374R090S1
327/VCC_PLL C10 -1 A04X+007630Y+005880X0344Y0374R090S1
327GND C9 -2 A01X+019719Y+006358X0344Y0374R000S2
327+3V3 C9 -1 A01X+019099Y+006358X0344Y0374R000S2
327GND C8 -2 A01X+019040Y+002970X0344Y0374R000S2
327+3V3 C8 -1 A01X+018420Y+002970X0344Y0374R000S2
327GND C6 -2 A04X+006090Y+003796X0344Y0374R270S1
327NET-(C35-PAD1) C6 -1 A04X+006090Y+003176X0344Y0374R270S1
327GND C5 -2 A04X+006430Y+005260X0344Y0374R090S1
327NET-(C22-PAD1) C5 -1 A04X+006430Y+005880X0344Y0374R090S1
327GND C4 -2 A01X+014611Y+003465X0344Y0374R180S2
327NET-(C4-PAD1) C4 -1 A01X+015231Y+003465X0344Y0374R180S2
327+3V3 C3 -1 A01X+019730Y+002260X0344Y0374R270S2
327GND C3 -2 A01X+019730Y+002880X0344Y0374R270S2
327GND C2 -2 A01X+014611Y+002953X0344Y0374R180S2
327/FT_VCORE C2 -1 A01X+015231Y+002953X0344Y0374R180S2
327GND C1 -2 A01X+019645Y+003470X0344Y0374R180S2
327+5VD C1 -1 A01X+020265Y+003470X0344Y0374R180S2
317GND J1 -6 D0256PA00X+022234Y+003498X0492Y0413R000S0
327N/C J1 -SH A01X+023770Y+002843X0039Y0197R000S2
327N/C J1 -SH A01X+023061Y+002843X0039Y0197R000S2
317GND J1 -6 D0236PA00X+023415Y+002730X0748Y0472R000S0
327GND J1 -6 A01X+023415Y+003098X0748Y0496R000S2
327N/C J1 -SH A01X+023770Y+005909X0039Y0197R000S2
327GND J1 -6 A01X+023415Y+004876X0748Y0709R000S2
327/V_USB J1 -1 A01X+022362Y+003862X0531Y0157R000S2
327/USB_M J1 -2 A01X+022362Y+004118X0531Y0157R000S2
327/USB_P J1 -3 A01X+022362Y+004374X0531Y0157R000S2
327NET-(J1-PAD4) J1 -4 A01X+022362Y+004630X0531Y0157R000S2
327GND J1 -5 A01X+022362Y+004886X0531Y0157R000S2
327GND J1 -6 A01X+023415Y+003872X0748Y0709R000S2
317GND J1 -6 D0236PA00X+023415Y+006018X0748Y0472R000S0
327GND J1 -6 A01X+023415Y+005650X0748Y0496R000S2
327N/C J1 -SH A01X+023061Y+005906X0039Y0197R000S2
317GND J1 -6 D0256PA00X+022234Y+005250X0492Y0413R000S0
317GND J2 -1 D0394PA00X+023748Y+007874X0669Y0669R090S0
317/VIO_BANK_0_2 J2 -2 D0394PA00X+022748Y+007874X0669Y0669R090S0
317/CRESET_N J2 -3 D0394PA00X+021748Y+007874X0669Y0669R090S0
317/CDONE J2 -4 D0394PA00X+020748Y+007874X0669Y0669R090S0
317/LED_R J2 -5 D0394PA00X+019748Y+007874X0669Y0669R090S0
317/LED_G J2 -6 D0394PA00X+018748Y+007874X0669Y0669R090S0
317/LED_B J2 -7 D0394PA00X+017748Y+007874X0669Y0669R090S0
317+5VD J2 -8 D0394PA00X+016748Y+007874X0669Y0669R090S0
317+3V3 J2 -9 D0394PA00X+015748Y+007874X0669Y0669R090S0
317GND J2 -10 D0394PA00X+014748Y+007874X0669Y0669R090S0
317/IOT_37A J2 -11 D0394PA00X+013748Y+007874X0669Y0669R090S0
317/IOT_36B J2 -12 D0394PA00X+012748Y+007874X0669Y0669R090S0
317/IOT_39A J2 -13 D0394PA00X+011748Y+007874X0669Y0669R090S0
317/IOT_38B J2 -14 D0394PA00X+010748Y+007874X0669Y0669R090S0
317/IOT_43A J2 -15 D0394PA00X+009748Y+007874X0669Y0669R090S0
317/IOT_46B_G0 J2 -16 D0394PA00X+008748Y+007874X0669Y0669R090S0
317/IOT_42B J2 -17 D0394PA00X+007748Y+007874X0669Y0669R090S0
317/IOT_45A_G1 J2 -18 D0394PA00X+006748Y+007874X0669Y0669R090S0
317/IOT_44B J2 -19 D0394PA00X+005748Y+007874X0669Y0669R090S0
317/IOT_49A J2 -20 D0394PA00X+004748Y+007874X0669Y0669R090S0
317/IOT_48B J2 -21 D0394PA00X+003748Y+007874X0669Y0669R090S0
317/IOT_51A J2 -22 D0394PA00X+002748Y+007874X0669Y0669R090S0
317/IOT_50B J2 -23 D0394PA00X+001748Y+007874X0669Y0669R090S0
317/IOT_41A J2 -24 D0394PA00X+000748Y+007874X0669Y0669R090S0
317/IOB_6A J3 -24 D0394PA00X+000748Y+000874X0669Y0669R090S0
317/IOB_0A J3 -23 D0394PA00X+001748Y+000874X0669Y0669R090S0
317/IOB_2A J3 -22 D0394PA00X+002748Y+000874X0669Y0669R090S0
317/IOB_5B J3 -21 D0394PA00X+003748Y+000874X0669Y0669R090S0
317/IOB_4A J3 -20 D0394PA00X+004748Y+000874X0669Y0669R090S0
317/IOB_9B J3 -19 D0394PA00X+005748Y+000874X0669Y0669R090S0
317/IOB_8A J3 -18 D0394PA00X+006748Y+000874X0669Y0669R090S0
317/IOB_3B_G6 J3 -17 D0394PA00X+007748Y+000874X0669Y0669R090S0
317/IOB_13B J3 -16 D0394PA00X+008748Y+000874X0669Y0669R090S0
317/IOB_16A J3 -15 D0394PA00X+009748Y+000874X0669Y0669R090S0
317/IOB_20A J3 -14 D0394PA00X+010748Y+000874X0669Y0669R090S0
317/IOB_31B J3 -13 D0394PA00X+011748Y+000874X0669Y0669R090S0
317/IOB_29B J3 -12 D0394PA00X+012748Y+000874X0669Y0669R090S0
317/IOB_24A J3 -11 D0394PA00X+013748Y+000874X0669Y0669R090S0
317/IOB_23B J3 -10 D0394PA00X+014748Y+000874X0669Y0669R090S0
317/IOB_22A J3 -9 D0394PA00X+015748Y+000874X0669Y0669R090S0
317GND J3 -8 D0394PA00X+016748Y+000874X0669Y0669R090S0
317/CLK_12M_EXT J3 -7 D0394PA00X+017748Y+000874X0669Y0669R090S0
317/IOB_18A J3 -6 D0394PA00X+018748Y+000874X0669Y0669R090S0
317/IOB_25B_G3 J3 -5 D0394PA00X+019748Y+000874X0669Y0669R090S0
317/FLASH_MISO J3 -4 D0394PA00X+020748Y+000874X0669Y0669R090S0
317/FLASH_MOSI J3 -3 D0394PA00X+021748Y+000874X0669Y0669R090S0
317/ICE_SCK J3 -2 D0394PA00X+022748Y+000874X0669Y0669R090S0
317/ICE_SS J3 -1 D0394PA00X+023748Y+000874X0669Y0669R090S0
327NET-(C22-PAD1) R19 -2 A01X+002364Y+004785X0197Y0354R000S2
327/VIO_BANK_0_2 R19 -1 A01X+001744Y+004785X0344Y0354R000S2
327/USB_P R22 -2 A04X+021540Y+004646X0197Y0354R180S1
327/IOB_23B R22 -1 A04X+022160Y+004646X0344Y0354R180S1
327/IOB_24A R23 -1 A04X+022160Y+004134X0344Y0354R180S1
327/USB_M R23 -2 A04X+021540Y+004134X0197Y0354R180S1
327/IOB_18A R24 -2 A01X+012105Y+004270X0197Y0354R090S2
327NET-(R14-PAD1) R24 -1 A01X+012105Y+004890X0344Y0354R090S2
327NET-(R15-PAD1) R25 -1 A01X+011575Y+004260X0344Y0354R270S2
327/IOB_25B_G3 R25 -2 A01X+011575Y+004880X0197Y0354R270S2
327/VIO_BANK_0_2 R26 -1 A01X+001749Y+004194X0344Y0354R000S2
327NET-(C35-PAD1) R26 -2 A01X+002369Y+004194X0197Y0354R000S2
327GND C22 -2 A04X+005830Y+005260X0344Y0374R090S1
327NET-(C22-PAD1) C22 -1 A04X+005830Y+005880X0344Y0374R090S1
327+3V3 C30 -1 A04X+008315Y+004070X0344Y0374R180S1
327GND C30 -2 A04X+007695Y+004070X0344Y0374R180S1
327NET-(C35-PAD1) C35 -1 A04X+005430Y+003160X0344Y0374R270S1
327GND C35 -2 A04X+005430Y+003780X0344Y0374R270S1
327GND C36 -2 A04X+020335Y+004710X0344Y0374R090S1
327+3V3 C36 -1 A04X+020335Y+005330X0344Y0374R090S1
327GND U8 -1 A04X+019900Y+004510X0118Y0315R180S1
327/CLK_12M_FT U8 -2 A04X+019703Y+004510X0118Y0315R180S1
327NET-(R16-PAD1) U8 -3 A04X+019506Y+004510X0118Y0315R180S1
327GND U8 -4 A04X+019310Y+004510X0118Y0315R180S1
327/CLK_12M_FT U8 -5 A04X+019310Y+005730X0118Y0315R180S1
327/CLK_12M_EXT U8 -6 A04X+019506Y+005730X0118Y0315R180S1
327GND U8 -7 A04X+019703Y+005730X0118Y0315R180S1
327+3V3 U8 -8 A04X+019900Y+005730X0118Y0315R180S1
327NET-(TP1-PAD1) TP1 -1 A01X+016240Y+007382X0394Y0000R000S2
327NET-(TP3-PAD1) TP3 -1 A01X+014134Y+007126X0394Y0000R000S2
327NET-(TP4-PAD1) TP4 -1 A01X+013524Y+007106X0394Y0000R000S2
327NET-(TP5-PAD1) TP5 -1 A01X+014030Y+006270X0394Y0000R000S2
327NET-(TP6-PAD1) TP6 -1 A01X+013330Y+006120X0394Y0000R000S2
327NET-(TP7-PAD1) TP7 -1 A01X+013580Y+005570X0394Y0000R000S2
327NET-(TP8-PAD1) TP8 -1 A01X+014232Y+005374X0394Y0000R000S2
327NET-(TP9-PAD1) TP9 -1 A01X+014429Y+004803X0394Y0000R000S2
327ET-(TP10-PAD1) TP10 -1 A01X+014724Y+004272X0394Y0000R000S2
327ET-(TP12-PAD1) TP12 -1 A01X+019130Y+007170X0394Y0000R000S2
327+1V2 TP17 -1 A04X+003730Y+001870X0394Y0000R000S1
327/USB_P TP20 -1 A04X+019630Y+001870X0394Y0000R000S1
327/USB_M TP21 -1 A04X+022030Y+001870X0394Y0000R000S1
327/EE_CS TP26 -1 A04X+018630Y+001870X0394Y0000R000S1
327/EE_CLK TP27 -1 A04X+017630Y+001870X0394Y0000R000S1
327/EE_DAT TP28 -1 A04X+016630Y+001870X0394Y0000R000S1
327N/C FID1 A04X+003583Y+002776X0295Y0000R000S1
327N/C FID2 A01X+003830Y+002420X0295Y0000R000S2
327N/C FID3 A04X+022283Y+006260X0295Y0000R000S1
327N/C FID4 A04X+001819Y+006909X0295Y0000R000S1
327N/C FID5 A01X+001827Y+006902X0295Y0000R000S2
327N/C FID6 A01X+023902Y+007039X0295Y0000R000S2
367N/C H1 D0984UA00X+002559Y+002362X0984Y0000R000S0
367N/C H2 D0984UA00X+002559Y+006378X0984Y0000R000S0
367N/C H3 D0984UA00X+021063Y+002362X0984Y0000R000S0
367N/C H4 D0984UA00X+021063Y+006378X0984Y0000R000S0
327/LED_G D3 -3 A01X+004370Y+005106X0236Y0236R270S2
327/LED_R D3 -2 A01X+004370Y+005539X0236Y0236R270S2
327NET-(C24-PAD1) D3 -1 A01X+004685Y+005539X0236Y0236R270S2
327/LED_B D3 -4 A01X+004685Y+005106X0236Y0236R270S2
327/VCC_PLL R6 -1 A04X+004843Y+004365X0344Y0374R090S1
327+1V2 R6 -2 A04X+004843Y+003745X0344Y0374R090S1
327+5VD U6 -1 A04X+000610Y+005630X0394Y0256R090S1
327GND U6 -2 A04X+000984Y+005630X0394Y0256R090S1
327+5VD U6 -3 A04X+001358Y+005630X0394Y0256R090S1
327NET-(U6-PAD4) U6 -4 A04X+001358Y+004606X0394Y0276R090S1
327+3V3 U6 -5 A04X+000610Y+004606X0394Y0276R090S1
327+1V2 U7 -5 A04X+003622Y+003760X0394Y0276R000S1
327NET-(U7-PAD4) U7 -4 A04X+003622Y+004508X0394Y0276R000S1
327+5VD U7 -3 A04X+002598Y+004508X0394Y0256R000S1
327GND U7 -2 A04X+002598Y+004134X0394Y0256R000S1
327+5VD U7 -1 A04X+002598Y+003760X0394Y0256R000S1
327+3V3 S1 -1 A01X+012937Y+001717X0110Y0315R000S2
327/FLASH_MOSI S1 -2 A01X+013134Y+001717X0110Y0315R000S2
327NET-(S1-PAD3) S1 -3 A01X+013331Y+001717X0110Y0315R000S2
327/FLASH_MISO S1 -4 A01X+013528Y+001717X0110Y0315R000S2
327NET-(S1-PAD5) S1 -5 A01X+013724Y+001717X0110Y0315R000S2
327/CRESET_N S1 -6 A01X+013921Y+001717X0110Y0315R000S2
327GND S1 -7 A01X+014118Y+001717X0110Y0315R000S2
327NET-(R27-PAD2) S1 -8 A01X+014118Y+003213X0110Y0315R000S2
327NET-(S1-PAD9) S1 -9 A01X+013921Y+003213X0110Y0315R000S2
327/ICE_MOSI S1 -10 A01X+013724Y+003213X0110Y0315R000S2
327/ICE_MISO S1 -11 A01X+013528Y+003213X0110Y0315R000S2
327/ICE_MISO S1 -12 A01X+013331Y+003213X0110Y0315R000S2
327/ICE_MOSI S1 -13 A01X+013134Y+003213X0110Y0315R000S2
327+3V3 S1 -14 A01X+012937Y+003213X0110Y0315R000S2
327+3V3 R20 -1 A01X+003012Y+004194X0394Y0394R180S2
327NET-(C35-PAD1) R20 -2 A01X+002500Y+004194X0394Y0394R180S2
327NET-(R27-PAD2) R27 -2 A04X+014035Y+002992X0394Y0394R000S1
327GND R27 -1 A04X+013524Y+002992X0394Y0394R000S1
327+3V3 R28 -2 A01X+004823Y+006539X0394Y0394R270S2
327NET-(C24-PAD1) R28 -1 A01X+004823Y+006028X0394Y0394R270S2
327+3V3 R31 -1 A01X+003012Y+004785X0394Y0394R180S2
327NET-(C22-PAD1) R31 -2 A01X+002500Y+004785X0394Y0394R180S2
327/+1.2V_CORE R34 -1 A04X+004786Y+003170X0394Y0394R180S1
327+1V2 R34 -2 A04X+004274Y+003170X0394Y0394R180S1
327/USB_M R35 -2 A01X+020728Y+004134X0394Y0394R000S2
327NET-(R35-PAD1) R35 -1 A01X+020217Y+004134X0394Y0394R000S2
327NET-(R36-PAD1) R36 -1 A01X+020217Y+004646X0394Y0394R000S2
327/USB_P R36 -2 A01X+020728Y+004646X0394Y0394R000S2
999
================================================
FILE: Board/v1.0/UPduino_v3.0 Assembly.html
================================================
<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="UTF-8">
<meta name="viewport" content="width=device-width, initial-scale=1.0">
<title>Interactive BOM for KiCAD</title>
<style type="text/css">
:root {
--pcb-edge-color: black;
--pad-color: #878787;
--pad-color-highlight: #D04040;
--pin1-outline-color: #ffb629;
--pin1-outline-color-highlight: #b4ff03;
--silkscreen-edge-color: #aa4;
--silkscreen-polygon-color: #4aa;
--silkscreen-text-color: #4aa;
--fabrication-edge-color: #907651;
--fabrication-polygon-color: #907651;
--fabrication-text-color: #a27c24;
--track-color: #def5f1;
--track-color-highlight: #D04040;
--zone-color: #def5f1;
--zone-color-highlight: #d0404080;
}
html, body {
margin: 0px;
height: 100%;
font-family: Verdana, sans-serif;
}
.dark.topmostdiv {
--pcb-edge-color: #eee;
--pad-color: #808080;
--pin1-outline-color: #ffa800;
--pin1-outline-color-highlight: #ccff00;
--track-color: #42524f;
--zone-color: #42524f;
background-color: #252c30;
color: #eee;
}
button {
background-color: #eee;
border: 1px solid #888;
color: black;
height: 44px;
width: 44px;
text-align: center;
text-decoration: none;
display: inline-block;
font-size: 14px;
font-weight: bolder;
}
.dark button {
/* This will be inverted */
background-color: #c3b7b5;
}
button.depressed {
background-color: #0a0;
color: white;
}
.dark button.depressed {
/* This will be inverted */
background-color: #b3b;
}
button:focus {
outline: 0;
}
button#tb-btn {
background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.32 290.12h5.82M1.32 291.45h5.82' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 292.5v4.23M.26 292.63H8.2' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='1.35' y='295.73'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
}
button#lr-btn {
background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.06 290.12H3.7m-2.64 1.33H3.7m-2.64 1.32H3.7m-2.64 1.3H3.7m-2.64 1.33H3.7' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 288.8v7.94m0-4.11h3.96' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='5.11' y='291.96'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
}
button#bom-btn {
background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)' fill='none' stroke='%23000' stroke-width='.4'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' stroke-linejoin='round'/%3E%3Cpath d='M1.59 290.12h5.29M1.59 291.45h5.33M1.59 292.75h5.33M1.59 294.09h5.33M1.59 295.41h5.33'/%3E%3C/g%3E%3C/svg%3E");
}
button#bom-grouped-btn {
background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m4 0h5m4 0h3M6.1 22h3m3.9 0h5m4 0h4m-16-8h4m4 0h4'/%3E%3Cpath stroke-linecap='null' d='M5 17.5h22M5 26.6h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
}
button#bom-ungrouped-btn {
background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m-4 8h3m-3 8h4'/%3E%3Cpath stroke-linecap='null' d='M5 13.5h22m-22 8h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
}
button#bom-netlist-btn {
background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg fill='none' stroke='%23000' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-width='2' d='M6 26l6-6v-8m13.8-6.3l-6 6v8'/%3E%3Ccircle cx='11.8' cy='9.5' r='2.8' stroke-width='2'/%3E%3Ccircle cx='19.8' cy='22.8' r='2.8' stroke-width='2'/%3E%3C/g%3E%3C/svg%3E");
}
button#copy {
background-image: url("data:image/svg+xml,%3Csvg height='48' viewBox='0 0 48 48' width='48' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M0 0h48v48h-48z' fill='none'/%3E%3Cpath d='M32 2h-24c-2.21 0-4 1.79-4 4v28h4v-28h24v-4zm6 8h-22c-2.21 0-4 1.79-4 4v28c0 2.21 1.79 4 4 4h22c2.21 0 4-1.79 4-4v-28c0-2.21-1.79-4-4-4zm0 32h-22v-28h22v28z'/%3E%3C/svg%3E");
background-position: 6px 6px;
background-repeat: no-repeat;
background-size: 26px 26px;
border-radius: 6px;
height: 40px;
width: 40px;
margin: 10px 5px;
}
button#copy:active {
box-shadow: inset 0px 0px 5px #6c6c6c;
}
textarea.clipboard-temp {
position: fixed;
top: 0;
left: 0;
width: 2em;
height: 2em;
padding: 0;
border: None;
outline: None;
box-shadow: None;
background: transparent;
}
.left-most-button {
border-right: 0;
border-top-left-radius: 6px;
border-bottom-left-radius: 6px;
}
.middle-button {
border-right: 0;
}
.right-most-button {
border-top-right-radius: 6px;
border-bottom-right-radius: 6px;
}
.button-container {
font-size: 0;
margin: 10px 10px 10px 0px;
}
.dark .button-container {
filter: invert(1);
}
.button-container button {
background-size: 32px 32px;
background-position: 5px 5px;
background-repeat: no-repeat;
}
@media print {
.hideonprint {
display: none;
}
}
canvas {
cursor: crosshair;
}
canvas:active {
cursor: grabbing;
}
.fileinfo {
width: 100%;
max-width: 1000px;
border: none;
padding: 5px;
}
.fileinfo .title {
font-size: 20pt;
font-weight: bold;
}
.fileinfo td {
overflow: hidden;
white-space: nowrap;
max-width: 1px;
width: 50%;
text-overflow: ellipsis;
}
.bom {
border-collapse: collapse;
font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
font-size: 10pt;
table-layout: fixed;
width: 100%;
margin-top: 1px;
}
.bom th, .bom td {
border: 1px solid black;
padding: 5px;
word-wrap: break-word;
text-align: center;
position: relative;
}
.dark .bom th, .dark .bom td {
border: 1px solid #777;
}
.bom th {
background-color: #CCCCCC;
background-clip: padding-box;
}
.dark .bom th {
background-color: #3b4749;
}
.bom tr.highlighted:nth-child(n) {
background-color: #cfc;
}
.dark .bom tr.highlighted:nth-child(n) {
background-color: #226022;
}
.bom tr:nth-child(even) {
background-color: #f2f2f2;
}
.dark .bom tr:nth-child(even) {
background-color: #313b40;
}
.bom tr {
transition: background-color 0.2s;
}
.bom .numCol {
width: 25px;
}
.bom .Description {
width: 10%;
}
.bom .Part {
width: 10%;
}
.bom .Value {
width: 15%;
}
.bom .Quantity {
width: 65px;
}
.bom th .sortmark {
position: absolute;
right: 1px;
top: 1px;
margin-top: -5px;
border-width: 5px;
border-style: solid;
border-color: transparent transparent #221 transparent;
transform-origin: 50% 85%;
transition: opacity 0.2s, transform 0.4s;
}
.dark .bom th .sortmark {
filter: invert(1);
}
.bom th .sortmark.none {
opacity: 0;
}
.bom th .sortmark.desc {
transform: rotate(180deg);
}
.bom th:hover .sortmark.none {
opacity: 0.5;
}
.bom .bom-checkbox {
width: 30px;
position: relative;
user-select: none;
-moz-user-select: none;
}
.bom .bom-checkbox:before {
content: "";
position: absolute;
border-width: 15px;
border-style: solid;
border-color: #51829f transparent transparent transparent;
visibility: hidden;
top: -15px;
}
.bom .bom-checkbox:after {
content: "Double click to set/unset all";
position: absolute;
color: white;
top: -35px;
left: -26px;
background: #51829f;
padding: 5px 15px;
border-radius: 8px;
white-space: nowrap;
visibility: hidden;
}
.bom .bom-checkbox:hover:before, .bom .bom-checkbox:hover:after {
visibility: visible;
transition: visibility 0.2s linear 1s;
}
.split {
-webkit-box-sizing: border-box;
-moz-box-sizing: border-box;
box-sizing: border-box;
overflow-y: auto;
overflow-x: hidden;
background-color: inherit;
}
.split.split-horizontal, .gutter.gutter-horizontal {
height: 100%;
float: left;
}
.gutter {
background-color: #ddd;
background-repeat: no-repeat;
background-position: 50%;
transition: background-color 0.3s;
}
.dark .gutter {
background-color: #777;
}
.gutter.gutter-horizontal {
background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAeCAYAAADkftS9AAAAIklEQVQoU2M4c+bMfxAGAgYYmwGrIIiDjrELjpo5aiZeMwF+yNnOs5KSvgAAAABJRU5ErkJggg==');
cursor: ew-resize;
width: 5px;
}
.gutter.gutter-vertical {
background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB4AAAAFAQMAAABo7865AAAABlBMVEVHcEzMzMzyAv2sAAAAAXRSTlMAQObYZgAAABBJREFUeF5jOAMEEAIEEFwAn3kMwcB6I2AAAAAASUVORK5CYII=');
cursor: ns-resize;
height: 5px;
}
.searchbox {
float: left;
height: 40px;
margin: 10px 5px;
padding: 12px 32px;
font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
font-size: 18px;
box-sizing: border-box;
border: 1px solid #888;
border-radius: 6px;
outline: none;
background-color: #eee;
transition: background-color 0.2s, border 0.2s;
background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAABNklEQVQ4T8XSMUvDQBQH8P/LElFa/AIZHcTBQSz0I/gFstTBRR2KUC4ldDxw7h0Bl3RRUATxi4iiODgoiLNrbQYp5J6cpJJqomkX33Z37/14d/dIa33MzDuYI4johOI4XhyNRteO46zNYjDzAxE1yBZprVeZ+QbAUhXEGJMA2Ox2u4+fQIa0mPmsCgCgJYQ4t7lfgF0opQYAdv9ABkKI/UnOFCClXKjX61cA1osQY8x9kiRNKeV7IWA3oyhaSdP0FkAtjxhj3hzH2RBCPOf3pzqYHCilfAAX+URm9oMguPzeWSGQvUcMYC8rOBJCHBRdqxTo9/vbRHRqi8bj8XKv1xvODbiuW2u32/bvf0SlDv4XYOY7z/Mavu+nM1+BmQ+NMc0wDF/LprP0DbTWW0T00ul0nn4b7Q87+X4Qmfiq2wAAAABJRU5ErkJggg==');
background-position: 10px 10px;
background-repeat: no-repeat;
}
.dark .searchbox {
background-color: #111;
color: #eee;
}
.searchbox::placeholder {
color: #ccc;
}
.dark .searchbox::placeholder {
color: #666;
}
.filter {
width: calc(60% - 64px);
}
.reflookup {
width: calc(40% - 10px);
}
input[type=text]:focus {
background-color: white;
border: 1px solid #333;
}
.dark input[type=text]:focus {
background-color: #333;
border: 1px solid #ccc;
}
mark.highlight {
background-color: #5050ff;
color: #fff;
padding: 2px;
border-radius: 6px;
}
.dark mark.highlight {
background-color: #76a6da;
color: #111;
}
.menubtn {
background-color: white;
border: none;
background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36' viewBox='0 0 20 20'%3E%3Cpath fill='none' d='M0 0h20v20H0V0z'/%3E%3Cpath d='M15.95 10.78c.03-.25.05-.51.05-.78s-.02-.53-.06-.78l1.69-1.32c.15-.12.19-.34.1-.51l-1.6-2.77c-.1-.18-.31-.24-.49-.18l-1.99.8c-.42-.32-.86-.58-1.35-.78L12 2.34c-.03-.2-.2-.34-.4-.34H8.4c-.2 0-.36.14-.39.34l-.3 2.12c-.49.2-.94.47-1.35.78l-1.99-.8c-.18-.07-.39 0-.49.18l-1.6 2.77c-.1.18-.06.39.1.51l1.69 1.32c-.04.25-.07.52-.07.78s.02.53.06.78L2.37 12.1c-.15.12-.19.34-.1.51l1.6 2.77c.1.18.31.24.49.18l1.99-.8c.42.32.86.58 1.35.78l.3 2.12c.04.2.2.34.4.34h3.2c.2 0 .37-.14.39-.34l.3-2.12c.49-.2.94-.47 1.35-.78l1.99.8c.18.07.39 0 .49-.18l1.6-2.77c.1-.18.06-.39-.1-.51l-1.67-1.32zM10 13c-1.65 0-3-1.35-3-3s1.35-3 3-3 3 1.35 3 3-1.35 3-3 3z'/%3E%3C/svg%3E%0A");
background-position: center;
background-repeat: no-repeat;
}
.statsbtn {
background-color: white;
border: none;
background-image: url("data:image/svg+xml,%3Csvg width='36' height='36' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M4 6h28v24H4V6zm0 8h28v8H4m9-16v24h10V5.8' fill='none' stroke='%23000' stroke-width='2'/%3E%3C/svg%3E");
background-position: center;
background-repeat: no-repeat;
}
.iobtn {
background-color: white;
border: none;
background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36'%3E%3Cpath fill='none' stroke='%23000' stroke-width='2' d='M3 33v-7l6.8-7h16.5l6.7 7v7H3zM3.2 26H33M21 9l5-5.9 5 6h-2.5V15h-5V9H21zm-4.9 0l-5 6-5-6h2.5V3h5v6h2.5z'/%3E%3Cpath fill='none' stroke='%23000' d='M6.1 29.5H10'/%3E%3C/svg%3E");
background-position: center;
background-repeat: no-repeat;
}
.dark .statsbtn, .dark .savebtn, .dark .menubtn, .dark .iobtn {
filter: invert(1);
}
.flexbox {
display: flex;
align-items: center;
justify-content: space-between;
width: 100%;
}
.savebtn {
background-color: #d6d6d6;
width: auto;
height: 30px;
flex-grow: 1;
margin: 5px;
border-radius: 4px;
}
.savebtn:active {
background-color: #0a0;
color: white;
}
.dark .savebtn:active {
/* This will be inverted */
background-color: #b3b;
}
.stats {
border-collapse: collapse;
font-size: 12pt;
table-layout: fixed;
width: 100%;
min-width: 450px;
}
.dark .stats td {
border: 1px solid #bbb;
}
.stats td {
border: 1px solid black;
padding: 5px;
word-wrap: break-word;
text-align: center;
position: relative;
}
#checkbox-stats div {
position: absolute;
left: 0;
top: 0;
height: 100%;
width: 100%;
display: flex;
align-items: center;
justify-content: center;
}
#checkbox-stats .bar {
background-color: rgba(28, 251, 0, 0.6);
}
.menu {
position: relative;
display: inline-block;
margin: 10px 10px 10px 0px;
}
.menu-content {
display: none;
position: absolute;
background-color: white;
right: 0;
min-width: 300px;
box-shadow: 0px 8px 16px 0px rgba(0, 0, 0, 0.2);
z-index: 100;
padding: 8px;
}
.dark .menu-content {
background-color: #111;
}
.menu:hover .menu-content {
display: block;
}
.menu:hover .menubtn, .menu:hover .iobtn, .menu:hover .statsbtn {
background-color: #eee;
}
.menu-label {
display: inline-block;
padding: 8px;
border: 1px solid #ccc;
border-top: 0;
width: calc(100% - 18px);
}
.menu-label-top {
border-top: 1px solid #ccc;
}
.menu-textbox {
float: left;
height: 24px;
margin: 10px 5px;
padding: 5px 5px;
font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
font-size: 14px;
box-sizing: border-box;
border: 1px solid #888;
border-radius: 4px;
outline: none;
background-color: #eee;
transition: background-color 0.2s, border 0.2s;
width: calc(100% - 10px);
}
.menu-textbox.invalid, .dark .menu-textbox.invalid {
color: red;
}
.dark .menu-textbox {
background-color: #222;
color: #eee;
}
.topmostdiv {
width: 100%;
height: 100%;
background-color: white;
transition: background-color 0.3s;
}
#top {
height: 78px;
border-bottom: 2px solid black;
}
.dark #top {
border-bottom: 2px solid #ccc;
}
#dbg {
display: block;
}
::-webkit-scrollbar {
width: 8px;
}
::-webkit-scrollbar-track {
background: #aaa;
}
::-webkit-scrollbar-thumb {
background: #666;
border-radius: 3px;
}
::-webkit-scrollbar-thumb:hover {
background: #555;
}
.slider {
-webkit-appearance: none;
width: 100%;
margin: 3px 0;
padding: 0;
outline: none;
opacity: 0.7;
-webkit-transition: .2s;
transition: opacity .2s;
border-radius: 3px;
}
.slider:hover {
opacity: 1;
}
.slider:focus {
outline: none;
}
.slider::-webkit-slider-runnable-track {
-webkit-appearance: none;
width: 100%;
height: 8px;
background: #d3d3d3;
border-radius: 3px;
border: none;
}
.slider::-webkit-slider-thumb {
-webkit-appearance: none;
width: 15px;
height: 15px;
border-radius: 50%;
background: #0a0;
cursor: pointer;
margin-top: -4px;
}
.dark .slider::-webkit-slider-thumb {
background: #3d3;
}
.slider::-moz-range-thumb {
width: 15px;
height: 15px;
border-radius: 50%;
background: #0a0;
cursor: pointer;
}
.slider::-moz-range-track {
height: 8px;
background: #d3d3d3;
border-radius: 3px;
}
.dark .slider::-moz-range-thumb {
background: #3d3;
}
.slider::-ms-track {
width: 100%;
height: 8px;
border-width: 3px 0;
background: transparent;
border-color: transparent;
color: transparent;
transition: opacity .2s;
}
.slider::-ms-fill-lower {
background: #d3d3d3;
border: none;
border-radius: 3px;
}
.slider::-ms-fill-upper {
background: #d3d3d3;
border: none;
border-radius: 3px;
}
.slider::-ms-thumb {
width: 15px;
height: 15px;
border-radius: 50%;
background: #0a0;
cursor: pointer;
margin: 0;
}
.shameless-plug {
font-size: 0.8em;
text-align: center;
display: block;
}
a {
color: #0278a4;
}
.dark a {
color: #00b9fd;
}
#frontcanvas, #backcanvas {
touch-action: none;
}
</style>
<script type="text/javascript" >
///////////////////////////////////////////////
/*
Split.js - v1.3.5
MIT License
https://github.com/nathancahill/Split.js
*/
!function(e,t){"object"==typeof exports&&"undefined"!=typeof module?module.exports=t():"function"==typeof define&&define.amd?define(t):e.Split=t()}(this,function(){"use strict";var e=window,t=e.document,n="addEventListener",i="removeEventListener",r="getBoundingClientRect",s=function(){return!1},o=e.attachEvent&&!e[n],a=["","-webkit-","-moz-","-o-"].filter(function(e){var n=t.createElement("div");return n.style.cssText="width:"+e+"calc(9px)",!!n.style.length}).shift()+"calc",l=function(e){return"string"==typeof e||e instanceof String?t.querySelector(e):e};return function(u,c){function z(e,t,n){var i=A(y,t,n);Object.keys(i).forEach(function(t){return e.style[t]=i[t]})}function h(e,t){var n=B(y,t);Object.keys(n).forEach(function(t){return e.style[t]=n[t]})}function f(e){var t=E[this.a],n=E[this.b],i=t.size+n.size;t.size=e/this.size*i,n.size=i-e/this.size*i,z(t.element,t.size,this.aGutterSize),z(n.element,n.size,this.bGutterSize)}function m(e){var t;this.dragging&&((t="touches"in e?e.touches[0][b]-this.start:e[b]-this.start)<=E[this.a].minSize+M+this.aGutterSize?t=E[this.a].minSize+this.aGutterSize:t>=this.size-(E[this.b].minSize+M+this.bGutterSize)&&(t=this.size-(E[this.b].minSize+this.bGutterSize)),f.call(this,t),c.onDrag&&c.onDrag())}function g(){var e=E[this.a].element,t=E[this.b].element;this.size=e[r]()[y]+t[r]()[y]+this.aGutterSize+this.bGutterSize,this.start=e[r]()[G]}function d(){var t=this,n=E[t.a].element,r=E[t.b].element;t.dragging&&c.onDragEnd&&c.onDragEnd(),t.dragging=!1,e[i]("mouseup",t.stop),e[i]("touchend",t.stop),e[i]("touchcancel",t.stop),t.parent[i]("mousemove",t.move),t.parent[i]("touchmove",t.move),delete t.stop,delete t.move,n[i]("selectstart",s),n[i]("dragstart",s),r[i]("selectstart",s),r[i]("dragstart",s),n.style.userSelect="",n.style.webkitUserSelect="",n.style.MozUserSelect="",n.style.pointerEvents="",r.style.userSelect="",r.style.webkitUserSelect="",r.style.MozUserSelect="",r.style.pointerEvents="",t.gutter.style.cursor="",t.parent.style.cursor=""}function S(t){var i=this,r=E[i.a].element,o=E[i.b].element;!i.dragging&&c.onDragStart&&c.onDragStart(),t.preventDefault(),i.dragging=!0,i.move=m.bind(i),i.stop=d.bind(i),e[n]("mouseup",i.stop),e[n]("touchend",i.stop),e[n]("touchcancel",i.stop),i.parent[n]("mousemove",i.move),i.parent[n]("touchmove",i.move),r[n]("selectstart",s),r[n]("dragstart",s),o[n]("selectstart",s),o[n]("dragstart",s),r.style.userSelect="none",r.style.webkitUserSelect="none",r.style.MozUserSelect="none",r.style.pointerEvents="none",o.style.userSelect="none",o.style.webkitUserSelect="none",o.style.MozUserSelect="none",o.style.pointerEvents="none",i.gutter.style.cursor=j,i.parent.style.cursor=j,g.call(i)}function v(e){e.forEach(function(t,n){if(n>0){var i=F[n-1],r=E[i.a],s=E[i.b];r.size=e[n-1],s.size=t,z(r.element,r.size,i.aGutterSize),z(s.element,s.size,i.bGutterSize)}})}function p(){F.forEach(function(e){e.parent.removeChild(e.gutter),E[e.a].element.style[y]="",E[e.b].element.style[y]=""})}void 0===c&&(c={});var y,b,G,E,w=l(u[0]).parentNode,D=e.getComputedStyle(w).flexDirection,U=c.sizes||u.map(function(){return 100/u.length}),k=void 0!==c.minSize?c.minSize:100,x=Array.isArray(k)?k:u.map(function(){return k}),L=void 0!==c.gutterSize?c.gutterSize:10,M=void 0!==c.snapOffset?c.snapOffset:30,O=c.direction||"horizontal",j=c.cursor||("horizontal"===O?"ew-resize":"ns-resize"),C=c.gutter||function(e,n){var i=t.createElement("div");return i.className="gutter gutter-"+n,i},A=c.elementStyle||function(e,t,n){var i={};return"string"==typeof t||t instanceof String?i[e]=t:i[e]=o?t+"%":a+"("+t+"% - "+n+"px)",i},B=c.gutterStyle||function(e,t){return n={},n[e]=t+"px",n;var n};"horizontal"===O?(y="width","clientWidth",b="clientX",G="left","paddingLeft"):"vertical"===O&&(y="height","clientHeight",b="clientY",G="top","paddingTop");var F=[];return E=u.map(function(e,t){var i,s={element:l(e),size:U[t],minSize:x[t]};if(t>0&&(i={a:t-1,b:t,dragging:!1,isFirst:1===t,isLast:t===u.length-1,direction:O,parent:w},i.aGutterSize=L,i.bGutterSize=L,i.isFirst&&(i.aGutterSize=L/2),i.isLast&&(i.bGutterSize=L/2),"row-reverse"===D||"column-reverse"===D)){var a=i.a;i.a=i.b,i.b=a}if(!o&&t>0){var c=C(t,O);h(c,L),c[n]("mousedown",S.bind(i)),c[n]("touchstart",S.bind(i)),w.insertBefore(c,s.element),i.gutter=c}0===t||t===u.length-1?z(s.element,s.size,L/2):z(s.element,s.size,L);var f=s.element[r]()[y];return f<s.minSize&&(s.minSize=f),t>0&&F.push(i),s}),o?{setSizes:v,destroy:p}:{setSizes:v,getSizes:function(){return E.map(function(e){return e.size})},collapse:function(e){if(e===F.length){var t=F[e-1];g.call(t),o||f.call(t,t.size-t.bGutterSize)}else{var n=F[e];g.call(n),o||f.call(n,n.aGutterSize)}},destroy:p}}});
///////////////////////////////////////////////
///////////////////////////////////////////////
// Copyright (c) 2013 Pieroxy <pieroxy@pieroxy.net>
// This work is free. You can redistribute it and/or modify it
// under the terms of the WTFPL, Version 2
// For more information see LICENSE.txt or http://www.wtfpl.net/
//
// For more information, the home page:
// http://pieroxy.net/blog/pages/lz-string/testing.html
//
// LZ-based compression algorithm, version 1.4.4
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///////////////////////////////////////////////
///////////////////////////////////////////////
/*!
* PEP v0.4.3 | https://github.com/jquery/PEP
* Copyright jQuery Foundation and other contributors | http://jquery.org/license
*/
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dedupSynthMouse:function(a){var b=N.lastTouches,c=a.changedTouches[0];
if(this.isPrimaryTouch(c)){
var d={x:c.clientX,y:c.clientY};b.push(d);var e=function(a,b){var c=a.indexOf(b);c>-1&&a.splice(c,1)}.bind(null,b,d);setTimeout(e,S)}}};M=new c(V.elementAdded,V.elementRemoved,V.elementChanged,V);var W,X,Y,Z=u.pointermap,$=window.MSPointerEvent&&"number"==typeof window.MSPointerEvent.MSPOINTER_TYPE_MOUSE,_={events:["MSPointerDown","MSPointerMove","MSPointerUp","MSPointerOut","MSPointerOver","MSPointerCancel","MSGotPointerCapture","MSLostPointerCapture"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},POINTER_TYPES:["","unavailable","touch","pen","mouse"],prepareEvent:function(a){var b=a;return $&&(b=u.cloneEvent(a),b.pointerType=this.POINTER_TYPES[a.pointerType]),b},cleanup:function(a){Z["delete"](a)},MSPointerDown:function(a){Z.set(a.pointerId,a);var b=this.prepareEvent(a);u.down(b)},MSPointerMove:function(a){var b=this.prepareEvent(a);u.move(b)},MSPointerUp:function(a){var b=this.prepareEvent(a);u.up(b),this.cleanup(a.pointerId)},MSPointerOut:function(a){var b=this.prepareEvent(a);u.leaveOut(b)},MSPointerOver:function(a){var b=this.prepareEvent(a);u.enterOver(b)},MSPointerCancel:function(a){var b=this.prepareEvent(a);u.cancel(b),this.cleanup(a.pointerId)},MSLostPointerCapture:function(a){var b=u.makeEvent("lostpointercapture",a);u.dispatchEvent(b)},MSGotPointerCapture:function(a){var b=u.makeEvent("gotpointercapture",a);u.dispatchEvent(b)}},aa=window.navigator;aa.msPointerEnabled?(W=function(a){i(a),j(this),k(a)&&(u.setCapture(a,this,!0),this.msSetPointerCapture(a))},X=function(a){i(a),u.releaseCapture(a,!0),this.msReleasePointerCapture(a)}):(W=function(a){i(a),j(this),k(a)&&u.setCapture(a,this)},X=function(a){i(a),u.releaseCapture(a)}),Y=function(a){return!!u.captureInfo[a]},g(),h(),l();var ba={dispatcher:u,Installer:c,PointerEvent:a,PointerMap:p,targetFinding:v};return ba});
///////////////////////////////////////////////
///////////////////////////////////////////////
var config = {"show_fabrication": false, "redraw_on_drag": true, "highlight_pin1": false, "extra_fields": [], "dark_mode": false, "bom_view": "left-right", "board_rotation": 0, "checkboxes": "Sourced,Placed", "show_silkscreen": true, "show_pads": true, "layer_view": "FB"}
///////////////////////////////////////////////
///////////////////////////////////////////////
var pcbdata = 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
gitextract_hqdkxi14/
├── .gitignore
├── .readthedocs.yml
├── Board/
│ ├── EEPROM/
│ │ ├── prog_upduino_blink
│ │ └── upduino_30_eeprom.conf
│ ├── v1.0/
│ │ ├── BoM_UPduino_v3.0.txt
│ │ ├── Fab/
│ │ │ └── UPduino_v3.0.d356
│ │ ├── UPduino_v3.0 Assembly.html
│ │ ├── UPduino_v3.0.dcm
│ │ ├── UPduino_v3.0.kicad_pcb
│ │ ├── UPduino_v3.0.lib
│ │ ├── UPduino_v3.0.pro
│ │ ├── UPduino_v3.0.sch
│ │ ├── UPduino_v3.0.step
│ │ ├── bringup.md
│ │ ├── sym-lib-table
│ │ └── upduino_3.0_gerber/
│ │ ├── UPduino_v3.0-B_Cu.gbl
│ │ ├── UPduino_v3.0-B_Mask.gbs
│ │ ├── UPduino_v3.0-B_Paste.gbp
│ │ ├── UPduino_v3.0-B_SilkS.gbo
│ │ ├── UPduino_v3.0-Edge_Cuts.gm1
│ │ ├── UPduino_v3.0-F_Cu.gtl
│ │ ├── UPduino_v3.0-F_Mask.gts
│ │ ├── UPduino_v3.0-F_Paste.gtp
│ │ ├── UPduino_v3.0-F_SilkS.gto
│ │ ├── UPduino_v3.0-In1_Cu.g2
│ │ ├── UPduino_v3.0-In2_Cu.g3
│ │ ├── UPduino_v3.0-NPTH.drl
│ │ └── UPduino_v3.0-PTH.drl
│ ├── v2.0/
│ │ ├── UPduino_v3.0.dcm
│ │ ├── UPduino_v3.0.kicad_pcb
│ │ ├── UPduino_v3.0.lib
│ │ ├── UPduino_v3.0.pro
│ │ ├── UPduino_v3.0.sch
│ │ ├── UPduino_v3.0.step
│ │ ├── UPduino_v3.0Assembly.html
│ │ ├── bringup.md
│ │ ├── fab_dwg/
│ │ │ └── UPduino_v3_fab_dwg.html
│ │ └── sym-lib-table
│ ├── v3.0/
│ │ ├── Mfg/
│ │ │ ├── BoM/
│ │ │ │ └── UPduino_v3_BoM.xlsx
│ │ │ ├── assembly/
│ │ │ │ └── UPduino v3.0 assembly.html
│ │ │ ├── d356/
│ │ │ │ └── UPduino_v3.0.d356
│ │ │ ├── gerber/
│ │ │ │ ├── UPduino_v3.0-B_CrtYd.gbr
│ │ │ │ ├── UPduino_v3.0-B_Cu.gbl
│ │ │ │ ├── UPduino_v3.0-B_Mask.gbs
│ │ │ │ ├── UPduino_v3.0-B_Paste.gbp
│ │ │ │ ├── UPduino_v3.0-B_SilkS.gbo
│ │ │ │ ├── UPduino_v3.0-Cmts_User.gbr
│ │ │ │ ├── UPduino_v3.0-Dwgs_User.gbr
│ │ │ │ ├── UPduino_v3.0-Edge_Cuts.gm1
│ │ │ │ ├── UPduino_v3.0-F_CrtYd.gbr
│ │ │ │ ├── UPduino_v3.0-F_Cu.gtl
│ │ │ │ ├── UPduino_v3.0-F_Mask.gts
│ │ │ │ ├── UPduino_v3.0-F_Paste.gtp
│ │ │ │ ├── UPduino_v3.0-F_SilkS.gto
│ │ │ │ ├── UPduino_v3.0-In1_Cu.g2
│ │ │ │ ├── UPduino_v3.0-In2_Cu.g3
│ │ │ │ ├── UPduino_v3.0-Margin.gbr
│ │ │ │ ├── UPduino_v3.0-NPTH-drl-drl_map.gbr
│ │ │ │ ├── UPduino_v3.0-NPTH-drl.gbr
│ │ │ │ ├── UPduino_v3.0-NPTH-drl_map.ps
│ │ │ │ ├── UPduino_v3.0-NPTH.drl
│ │ │ │ ├── UPduino_v3.0-PTH-drl-drl_map.gbr
│ │ │ │ ├── UPduino_v3.0-PTH-drl.gbr
│ │ │ │ ├── UPduino_v3.0-PTH-drl_map.ps
│ │ │ │ ├── UPduino_v3.0-PTH.drl
│ │ │ │ └── UPduino_v3.0-drl.rpt
│ │ │ └── picknplace/
│ │ │ └── UPduino_v3.0-all-pos.xlsx
│ │ ├── UPduino_v3.0.dcm
│ │ ├── UPduino_v3.0.kicad_pcb
│ │ ├── UPduino_v3.0.lib
│ │ ├── UPduino_v3.0.pro
│ │ ├── UPduino_v3.0.sch
│ │ ├── UPduino_v3.0.step
│ │ ├── UPduino_v3.0Assembly.html
│ │ └── sym-lib-table
│ └── v3.01/
│ ├── UPduino_v3.01.dcm
│ ├── UPduino_v3.01.kicad_pcb
│ ├── UPduino_v3.01.kicad_prl
│ ├── UPduino_v3.01.kicad_pro
│ ├── UPduino_v3.01.kicad_sch
│ ├── UPduino_v3.01.lib
│ ├── UPduino_v3.01.step
│ ├── UPduino_v3.01Assembly.html
│ └── sym-lib-table
├── CNAME
├── DS_Store
├── LICENSE
├── README.md
├── RTL/
│ ├── README.md
│ ├── blink_led/
│ │ ├── Makefile
│ │ ├── rgb_blink.hex
│ │ └── rgb_blink.v
│ ├── common/
│ │ ├── upduino.pcf
│ │ └── upduinov3.rules
│ └── radiant-reveal/
│ ├── README.md
│ ├── docs/
│ │ └── UPduino Lattice Radiant and Reveal v2.docx
│ └── rgb_blinky/
│ ├── .floorplanner.ini
│ ├── .ng_run_manager.ini
│ ├── .setting.ini
│ ├── rgb_blinky.rdf
│ ├── rgb_blinky.rvl
│ ├── rgb_blinky.rvs
│ ├── rgb_blinky1.sty
│ ├── rgb_blinky_tcl.html
│ ├── rgb_blnky.rva
│ ├── rgb_blnky.svf
│ ├── rgb_blnky.trc
│ └── source/
│ ├── rgb_blinky_imp/
│ │ ├── rgb_blink.v
│ │ ├── rgb_blinky_imp.ldc
│ │ └── rgb_blinky_imp.pdc
│ └── rgb_blinky_imp.xcf
└── docs/
└── source/
├── _static/
│ └── css/
│ └── custom.css
├── conf.py
├── features/
│ └── specs.rst
├── fonts/
│ ├── OFL.txt
│ └── README.txt
├── getting_started/
│ ├── first_steps.rst
│ ├── tool_installation.rst
│ └── verilog_resources.rst
├── index.rst
├── introduction/
│ └── introduction.rst
└── tutorials/
├── adding_slave_select_to_fpga.rst
├── bank_voltages.rst
├── blink_led.rst
├── disconnect_tri_color_led.rst
├── fpga_sram_programming.rst
├── open_ocd.rst
├── oscillator.rst
├── pmod.rst
├── qspi_flash.rst
├── riscv.rst
└── tinyfpga.rst
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"path": "Board/v3.0/Mfg/gerber/UPduino_v3.0-PTH.drl",
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"preview": "M48\r\n; DRILL file {KiCad (5.1.6)-1} date 07/09/20 16:11:46\r\n; FORMAT={-:-/ absolute / inch / decimal}\r\n; #@! TF.Creation"
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"path": "Board/v3.0/Mfg/gerber/UPduino_v3.0-drl.rpt",
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"preview": "Drill report for C:\\Users\\vrang\\OneDrive\\Documents\\GitHub\\UPduino-v3.0_new\\Board\\v3.0\\UPduino_v3.0.kicad_pcb\nCreated on "
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"preview": "(kicad_pcb (version 20171130) (host pcbnew \"(5.1.5)-3\")\r\n\r\n (general\r\n (thickness 1.6)\r\n (drawings 145)\r\n (tra"
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"path": "Board/v3.01/UPduino_v3.01.kicad_pcb",
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"preview": "(kicad_pcb\n\t(version 20240108)\n\t(generator \"pcbnew\")\n\t(generator_version \"8.0\")\n\t(general\n\t\t(thickness 1.6)\n\t\t(legacy_te"
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"path": "Board/v3.01/UPduino_v3.01.kicad_prl",
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"preview": "{\n \"board\": {\n \"active_layer\": 0,\n \"active_layer_preset\": \"\",\n \"auto_track_width\": true,\n \"hidden_netclasse"
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"preview": "{\n \"board\": {\n \"3dviewports\": [],\n \"design_settings\": {\n \"defaults\": {\n \"board_outline_line_width\": 0"
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"preview": "(kicad_sch\n\t(version 20231120)\n\t(generator \"eeschema\")\n\t(generator_version \"8.0\")\n\t(uuid \"7c5f22a9-b84a-4b6a-86d5-ddd398"
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},
{
"path": "CNAME",
"chars": 21,
"preview": "upduino.tinyvision.ai"
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{
"path": "LICENSE",
"chars": 1074,
"preview": "MIT License\n\nCopyright (c) 2019 tinyvision-ai-inc\n\nPermission is hereby granted, free of charge, to any person obtaining"
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{
"path": "README.md",
"chars": 3605,
"preview": "# UPduino-v3.0 and 3.1\n\n<img src=\"./assets/UPduino_v3.0_front.png\" alt=\"UPduino v3.0 Front\" width=\"400\"/>\n\nImage credit:"
},
{
"path": "RTL/README.md",
"chars": 474,
"preview": "# FPGA build instructions\nThe FPGA can be built either using the Lattice Radiant toolchain that can be downloaded [here]"
},
{
"path": "RTL/blink_led/Makefile",
"chars": 832,
"preview": "# Makefile to build UPduino v3.0 rgb_blink.v with icestorm toolchain\n# Original Makefile is taken from: \n# https://gith"
},
{
"path": "RTL/blink_led/rgb_blink.hex",
"chars": 314515,
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"path": "RTL/blink_led/rgb_blink.v",
"chars": 2695,
"preview": "//----------------------------------------------------------------------------\n// "
},
{
"path": "RTL/common/upduino.pcf",
"chars": 2082,
"preview": "# The LED pins are on dedicated pins and cannot be modified!\n# Note that they are negative logic (write a 0 to turn on)."
},
{
"path": "RTL/common/upduinov3.rules",
"chars": 100,
"preview": "#FTDI cable (for upduino and other)\nATTRS{idVendor}==\"0403\", ATTRS{idProduct}==\"6014\", MODE=\"0666\"\n\n"
},
{
"path": "RTL/radiant-reveal/README.md",
"chars": 175,
"preview": "# Example Lattice Radiant v2.2 Project Plus Reveal v2.2 Debugger Demo\n\nThis directory contains a Lattice Radiant v2.2 Pr"
},
{
"path": "RTL/radiant-reveal/rgb_blinky/.floorplanner.ini",
"chars": 378,
"preview": "[General]\nshowNCD=true\nshowPgroups=true\nshowCongestion=false\nshowConnsSelect=false\nshowConnsBetween=false\nshowConnsOutsi"
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"path": "RTL/radiant-reveal/rgb_blinky/.setting.ini",
"chars": 90,
"preview": "[General]\nIdFilter=@Invalid()\nProcessFilter=@Invalid()\nTypeFilter=0\n\n[Individuals]\nsize=0\n"
},
{
"path": "RTL/radiant-reveal/rgb_blinky/rgb_blinky.rdf",
"chars": 1356,
"preview": "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<RadiantProject version=\"4.1\" title=\"rgb_blinky\" device=\"iCE40UP5K-SG48I\" perform"
},
{
"path": "RTL/radiant-reveal/rgb_blinky/rgb_blinky.rvl",
"chars": 1672,
"preview": "<Project SigType=\"0\" ModBy=\"Inserter\" Name=\"F:/whathisface/UPduino-v3.0/RTL/Lattice-Radiant-Project-v2p2/rgb_blinky/rgb_"
},
{
"path": "RTL/radiant-reveal/rgb_blinky/rgb_blinky.rvs",
"chars": 888,
"preview": "<Project ModBy=\"Analyzer\" Date=\"2020-12-13\" Name=\"F:/whathisface/UPduino-v3.0/RTL/Lattice-Radiant-Project-v2p2/rgb_blink"
},
{
"path": "RTL/radiant-reveal/rgb_blinky/rgb_blinky1.sty",
"chars": 16704,
"preview": "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<!DOCTYPE strategy>\n<Strategy version=\"1.0\" predefined=\"0\" description=\"\" label=\""
},
{
"path": "RTL/radiant-reveal/rgb_blinky/rgb_blinky_tcl.html",
"chars": 2089,
"preview": "<HTML>\n<HEAD>\n<TITLE>Lattice TCL Log</TITLE>\n<link href=\"file:///C:/lscc/radiant/2.2/data/theme/css/light/report.css\" re"
},
{
"path": "RTL/radiant-reveal/rgb_blinky/rgb_blnky.rva",
"chars": 1694,
"preview": "<!DOCTYPE ispTLA>\n<ispTLA>\n <CreationDate>Sun Dec 13 01:03:51 2020</CreationDate>\n <XCFFileName/>\n <CableSetting>\n <IsT"
},
{
"path": "RTL/radiant-reveal/rgb_blinky/rgb_blnky.svf",
"chars": 11253,
"preview": "!\n! Diamond Reveal Analyzer SVF\n!\n! initialize SDR and SIR end state\nENDDR IDLE;\nENDIR IDLE;\n! initialize Header and Tra"
},
{
"path": "RTL/radiant-reveal/rgb_blinky/rgb_blnky.trc",
"chars": 15333,
"preview": "Device=0 LA=0\nTriggerFrameCount=3\n0 241 482 \nTriggerPosCount=3\n1 242 483 \nDataPos=66\nSignature=320473703\nTraceWidth=7 Tr"
},
{
"path": "RTL/radiant-reveal/rgb_blinky/source/rgb_blinky_imp/rgb_blink.v",
"chars": 2862,
"preview": "// xxx::: fix - denotes changes necessary for Lattice Radiant v2.2 toolchain\n//-----------------------------------------"
},
{
"path": "RTL/radiant-reveal/rgb_blinky/source/rgb_blinky_imp/rgb_blinky_imp.ldc",
"chars": 0,
"preview": ""
},
{
"path": "RTL/radiant-reveal/rgb_blinky/source/rgb_blinky_imp/rgb_blinky_imp.pdc",
"chars": 763,
"preview": "# simple example constraints file for RGB blinky demo for UPduino v3.0\nldc_set_location -site {<39>} [get_ports <led_gre"
},
{
"path": "RTL/radiant-reveal/rgb_blinky/source/rgb_blinky_imp.xcf",
"chars": 3112,
"preview": "<?xml version='1.0' encoding='utf-8' ?>\n<!DOCTYPE\t\tispXCF\tSYSTEM\t\"IspXCF.dtd\" >\n<ispXCF version=\"R2.1\">\n\t<Comment></Comm"
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"preview": ".wy-side-nav-search {\n background-color: #521c84;\n}\n\n.wy-nav-side {\n background: #3b363d;\n color: #c595e6;\n}\n\n."
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"preview": "#!/usr/bin/env python3\n# -*- coding: utf-8 -*-\n#\n# WordCount documentation build configuration file, created by\n# sphinx"
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"path": "docs/source/features/specs.rst",
"chars": 2297,
"preview": "Specifications\n================\n\nThe UPduino supports the following features:\n - Lattice iCE40 UP5K UG48 FPGA\n\nUPduino "
},
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"path": "docs/source/fonts/OFL.txt",
"chars": 4459,
"preview": "Copyright (c) 2016-2019 The Inter Project Authors (me@rsms.me)\r\n\r\nThis Font Software is licensed under the SIL Open Font"
},
{
"path": "docs/source/fonts/README.txt",
"chars": 2368,
"preview": "Inter Variable Font\n===================\n\nThis download contains Inter as both a variable font and static fonts.\n\nInter i"
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{
"path": "docs/source/getting_started/first_steps.rst",
"chars": 1446,
"preview": "First Steps\n====\n\n1. When you receive your UPduino, make sure it works properly before you proceed further! A simple way"
},
{
"path": "docs/source/getting_started/tool_installation.rst",
"chars": 1665,
"preview": "Tool Installation\n=================\n\nThe UPduino can use an FPGA image generated from either the open source Icestorm/AP"
},
{
"path": "docs/source/getting_started/verilog_resources.rst",
"chars": 1041,
"preview": "Resources related to FPGA's and HW languages\n==============================================\nHeres a list of resources to"
},
{
"path": "docs/source/index.rst",
"chars": 3330,
"preview": ".. this is a comment, it is not rendered\n when adding new *.rst files, reference them here\n in this index.rst for th"
},
{
"path": "docs/source/introduction/introduction.rst",
"chars": 516,
"preview": "Introduction\n============\n\nThe UPduino 3.0 is a highly capable device. We will get started with setting it up, and the \""
},
{
"path": "docs/source/tutorials/adding_slave_select_to_fpga.rst",
"chars": 56,
"preview": "How to add a slave select to the FPGA from the FTDI\n===="
},
{
"path": "docs/source/tutorials/bank_voltages.rst",
"chars": 1009,
"preview": "How to connect the two banks in the FPGA to a voltage other than 3.3V?\n====\nThe FPGA on the UPduino v3 has 3 banks hooke"
},
{
"path": "docs/source/tutorials/blink_led.rst",
"chars": 1583,
"preview": "Blinking an LED\n===============\n\nBlinking an LED on the UPduino 3 is its \"hello world\"\n\nGetting Started\n----\n\nThe sample"
},
{
"path": "docs/source/tutorials/disconnect_tri_color_led.rst",
"chars": 806,
"preview": "How to disconnect the 3 color LED so you can use the pins for your own PWM experiments?\n====\n\nThe 3 color LED can be dis"
},
{
"path": "docs/source/tutorials/fpga_sram_programming.rst",
"chars": 1221,
"preview": "How to program the FPGA CRAM?\n====\n\nThe FPGA on the UPduino can be programmed by either programming the flash and lettin"
},
{
"path": "docs/source/tutorials/open_ocd.rst",
"chars": 271,
"preview": "How to use the UPduino as an OpenOCD or JTAG debugger?\n====\n\nPlease see this repo for details on how to use teh FPGA for"
},
{
"path": "docs/source/tutorials/oscillator.rst",
"chars": 929,
"preview": "How to use the oscillator options on the UPduino?\n====\n\nThe UPduino has an on-board oscillator that generates 12MHz. Thi"
},
{
"path": "docs/source/tutorials/pmod.rst",
"chars": 372,
"preview": "How to connect a PMOD device to the UPduino?\n====\n\nThe UPduino pinout is setup specifically so that connecting to a 3.3V"
},
{
"path": "docs/source/tutorials/qspi_flash.rst",
"chars": 1026,
"preview": "How to enable qSPI flash for _much_ higher flash throughput (up to 8x!)\n====\n\nThe UPduino flash is a qSPI/DTR capable de"
},
{
"path": "docs/source/tutorials/riscv.rst",
"chars": 51,
"preview": "How to map a RISCV processor into the UPduino?\n===="
},
{
"path": "docs/source/tutorials/tinyfpga.rst",
"chars": 66,
"preview": "How to enable the tinyFPGA bootloader support in the UPduino?\n===="
}
]
// ... and 4 more files (download for full content)
About this extraction
This page contains the full source code of the tinyvision-ai-inc/UPduino-v3.0 GitHub repository, extracted and formatted as plain text for AI agents and large language models (LLMs). The extraction includes 132 files (42.0 MB), approximately 11.0M tokens, and a symbol index with 1 extracted functions, classes, methods, constants, and types. Use this with OpenClaw, Claude, ChatGPT, Cursor, Windsurf, or any other AI tool that accepts text input. You can copy the full output to your clipboard or download it as a .txt file.
Extracted by GitExtract — free GitHub repo to text converter for AI. Built by Nikandr Surkov.