├── mini48 ├── mini48-v0.3.brd ├── mini48-v0.3.sch ├── mini48-v0.3-schematic.pdf └── README ├── mini64 ├── mini64-v0.9.8.brd ├── mini64-v0.9.8.sch ├── mini64-v0.9.8-schematic.pdf └── README ├── mini48SE └── mini-48SE-0.7.pdf ├── mini48U ├── mini48U-v0.6.1.brd ├── mini48U-v0.6.1.sch ├── mini48U-v0.6.1-schematic.pdf ├── mini48U-v0.6.9-schematic.pdf └── README ├── piXe-2 ├── Orone-piXe-2-v2r001.pdf └── README ├── mini64SE ├── mini64se-v1.0.9-F4-2s.pdf └── mini64se-v1.0.9-103-2s.pdf ├── Orone-mini-v0 ├── Library │ └── USB-Mini-Molex.lbr ├── Orone-mini-S8A-v0r001 │ ├── Orone-mini-S8A-v0r001.brd │ ├── Orone-mini-S8A-v0r001.pdf │ ├── Orone-mini-S8A-v0r001.sch │ ├── Orone-mini-S8A-v0r001.sch.pdf │ ├── Orone-mini-S8A-v0r001.top.pdf │ └── README.md ├── Orone-mini-S8C-v0r001 │ ├── Orone-mini-S8C-v0r001.brd │ ├── Orone-mini-S8C-v0r001.pdf │ ├── Orone-mini-S8C-v0r001.png │ ├── Orone-mini-S8C-v0r001.sch │ ├── Orone-mini-S8C-v0r001.sch.pdf │ ├── Orone-mini-S8C-v0r001.top.pdf │ └── README.md ├── Orone-mini-S8D-v0r001 │ ├── Orone-mini-S8D-v0r001.brd │ ├── Orone-mini-S8D-v0r001.pdf │ ├── Orone-mini-S8D-v0r001.png │ ├── Orone-mini-S8D-v0r001.sch │ ├── Orone-mini-S8D-v0r001.sch.pdf │ ├── Orone-mini-S8D-v0r001.top.pdf │ ├── README-PCB.txt │ └── README.md ├── Orone-mini-S8E-v0r001 │ ├── Orone-mini-S8E-v0r001.brd │ ├── Orone-mini-S8E-v0r001.pdf │ ├── Orone-mini-S8E-v0r001.png │ ├── Orone-mini-S8E-v0r001.sch │ ├── Orone-mini-S8E-v0r001.top.pdf │ ├── README-PCB.txt │ └── README.md ├── Orone-mini-S8H-v0r001 │ ├── Orone-mini-S8H-v0r001.brd │ ├── Orone-mini-S8H-v0r001.pdf │ ├── Orone-mini-S8H-v0r001.png │ ├── Orone-mini-S8H-v0r001.sch │ ├── Orone-mini-S8H-v0r001.top.pdf │ ├── README-PCB.txt │ └── README.md ├── Orone-mini-S8J-v0r001 │ ├── Orone-mini-S8J-v0r001.brd │ ├── Orone-mini-S8J-v0r001.pdf │ ├── Orone-mini-S8J-v0r001.png │ ├── Orone-mini-S8J-v0r001.sch │ ├── Orone-mini-S8J-v0r001.top.pdf │ ├── README-PCB.txt │ └── README.md ├── Orone-mini-S8K-v0r001 │ ├── Orone-mini-S8K-v0r001.brd │ ├── Orone-mini-S8K-v0r001.sch │ ├── Orone-mini-S8K-v0r001.brd.pdf │ ├── Orone-mini-S8K-v0r001.brd.png │ ├── Orone-mini-S8K-v0r001.sch.pdf │ ├── README-PCB.txt │ └── README.md ├── Orone-mini-BoM-v0r001 │ ├── Orone-mini-S8-v0r001.bom.csv │ ├── Orone-mini-S8-v0r001.bom.pdf │ ├── Orone-mini-S8-v0r001.Digikey.bom.csv │ └── Orone-mini-S8-v0r001.Digikey.bom.pdf ├── CAM │ └── OSHPark-Orone-mini-S8E-v0.cam └── README.md ├── MM4 └── MM4_r0 │ ├── Gerber_MM4 │ ├── MapleMini_F4.dri │ ├── MapleMini_F4.gpi │ ├── MapleMini_F4.drd │ ├── MapleMini_F4.pls │ ├── MapleMini_F4.stc │ ├── MapleMini_F4.sts │ ├── MapleMini_F4.plc │ └── MapleMini_F4.sol │ └── README └── README /mini48/mini48-v0.3.brd: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/gbulmer/openstm32hw/HEAD/mini48/mini48-v0.3.brd -------------------------------------------------------------------------------- /mini48/mini48-v0.3.sch: 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-------------------------------------------------------------------------------- /MM4/MM4_r0/Gerber_MM4/MapleMini_F4.dri: -------------------------------------------------------------------------------- 1 | Generated by EAGLE CAM Processor 6.1.0 2 | 3 | Drill Station Info File: /Users/rod/vaiProjectsGit/AdvancedRuBee/HW/MapleMini_F4/MapleMini_F4.dri 4 | 5 | Date : 12-01-30 11:05 AM 6 | Drills : generated 7 | Device : Excellon drill station 8 | 9 | Parameter settings: 10 | 11 | Tolerance Drill + : 2.50 % 12 | Tolerance Drill - : 2.50 % 13 | Rotate : no 14 | Mirror : no 15 | Optimize : yes 16 | Auto fit : yes 17 | OffsetX : 0inch 18 | OffsetY : 0inch 19 | Layers : Drills Holes 20 | 21 | Drill File Info: 22 | 23 | Data Mode : Absolute 24 | Units : 1/10000 Inch 25 | 26 | Drills used: 27 | 28 | Code Size used 29 | 30 | T01 0.0160inch 186 31 | T02 0.0394inch 40 32 | 33 | Total number of drills: 226 34 | 35 | Plotfiles: 36 | 37 | /Users/rod/vaiProjectsGit/AdvancedRuBee/HW/MapleMini_F4/MapleMini_F4.drd 38 | -------------------------------------------------------------------------------- /mini48U/README: -------------------------------------------------------------------------------- 1 | Mini48U is a STM32 development board for OpenSTM32 project (https://github.com/gbulmer/openstm32). 2 | This design is significantly modified Maple Mini R2 and further development of Mini48 3 | with some changes in schematic (no separate analog ground, added RTC crystal comparing to Maple Mini 4 | and differently connecter RESET pull up resistor) and reworked Mini48 PCB for 0.6" row header spacing. 5 | 6 | Copyright (C) LeafLabs (sorry, don't know exact years) 7 | Changes Copyright (C) 2012 Sergiy Yevtushenko. 8 | 9 | Just like original design, modified version is distributed under terms and conditions 10 | of Creative Commons Attribution-ShareAlike license 11 | (see http://creativecommons.org/licenses/by-sa/3.0/legalcode for details). 12 | 13 | Features: 14 | - Small (51.2x18.6mm) breadboard compatible design. 15 | - Compatible with Maple Mini, although ADC noise characteristics might be worse 16 | - RTC crystal on board 17 | 18 | Two versions of the board are present. The design of both is very similar, the differences lie in used 19 | components. Version 0.6.9 uses smaller parts for USB circuit and buttons. Also it attempts to solve 20 | main problem of original Maple Mini and uses LM1117 for main power LDO in SOT223 package. 21 | 22 | The design files were created in Eagle 5.11 (version 6.1) and Eagle 6.1 (version 6.9). 23 | 24 | Comments and suggestions are welcome. 25 | 26 | Regards, 27 | Sergiy Yevtushenko 28 | -------------------------------------------------------------------------------- /MM4/MM4_r0/Gerber_MM4/MapleMini_F4.gpi: -------------------------------------------------------------------------------- 1 | Generated by EAGLE CAM Processor 6.1.0 2 | 3 | Photoplotter Info File: /Users/rod/vaiProjectsGit/AdvancedRuBee/HW/MapleMini_F4/MapleMini_F4.gpi 4 | 5 | Date : 12-01-30 11:04 AM 6 | Plotfile : /Users/rod/vaiProjectsGit/AdvancedRuBee/HW/MapleMini_F4/MapleMini_F4.sts 7 | Apertures : generated: 8 | Device : Gerber RS-274-X photoplotter, coordinate format 2.4 inch 9 | 10 | Parameter settings: 11 | 12 | Emulate Apertures : no 13 | Tolerance Draw + : 0.00 % 14 | Tolerance Draw - : 0.00 % 15 | Tolerance Flash + : 0.00 % 16 | Tolerance Flash - : 0.00 % 17 | Rotate : no 18 | Mirror : no 19 | Optimize : yes 20 | Auto fit : yes 21 | OffsetX : 0inch 22 | OffsetY : 0inch 23 | 24 | Plotfile Info: 25 | 26 | Coordinate Format : 2.4 27 | Coordinate Units : Inch 28 | Data Mode : Absolute 29 | Zero Suppression : None 30 | End Of Block : * 31 | 32 | Apertures used: 33 | 34 | Code Shape Size used 35 | 36 | D10 rectangle 0.0316inch x 0.0395inch 2 37 | D11 rectangle 0.0400inch x 0.0480inch 10 38 | D12 rectangle 0.0480inch x 0.0400inch 8 39 | D13 square 0.0671inch 2 40 | D14 octagon 0.0671inch 38 41 | D15 draw 0.0110inch 4 42 | D16 draw 0.0277inch 1 43 | D17 rectangle 0.0552inch x 0.0198inch 32 44 | D18 rectangle 0.0198inch x 0.0552inch 32 45 | D19 round 0.0320inch 186 46 | 47 | -------------------------------------------------------------------------------- /MM4/MM4_r0/README: -------------------------------------------------------------------------------- 1 | This design is a clone of Leaf Labs Maple Mini board (called MM4) with the following variations 2 | from the original: 3 | 4 | - 0.8 inch pitch between connectors rather than 0.6". This means dual rows of 5 | sip connectors are required rather than a 40 pin dip (a socket layout can 6 | easily be defined for either LeafLabs or MM4 using 3 sip connectors.) 7 | 8 | - identical pin functions except for the above mentioned pitch change. 9 | 10 | - two layer layout in Eagle which can be modified with the free version of 11 | Eagle (original was done with Eagle v6.1). Ground planes that are 12 | as large as practical are used given the two layer constraint (modification 13 | to internal power/ground planes is, of course, fairly straightforward, 14 | but requires the much more expensive Eagle license). 15 | 16 | - 64 pin processor that can be STM32F10xC/D/E orSTM32F4 or STM32L1 series. This means 17 | the F1 chip variants with larger memories can be used or the L1 low power series 18 | (F1 and L1 require two solder bridge jumpers to be installed), or the faster Cortex-M4 F4 series. 19 | 20 | - considerably less detailed top silkscreen layer in this version of MM4. 21 | 22 | - The USB termination function has been re-implemented with a dedicated USB terminator 23 | chip that contains the termination resistors and the signalling resistor to 24 | describe the board to an up-stream host as a full speed USB peripheral. 25 | The disconnect function is then separately implemented with an open collector 26 | inverter. The original implemented the signalling and disconnect via a 27 | transistor/resistor network. 28 | -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8A-v0r001/README.md: -------------------------------------------------------------------------------- 1 | Orone-mini-S8A-v0r001 2 | ===================== 3 | 4 | Maple-mini compatible STM32F development board. 5 | 6 | This board has not been made and tested yet. It is being released now to gather feedback, and hopefully encourage people to test it. The board has been designed for manufacture using two PCB makers. However, a goal is to ensure it is manufacturable by a wider range of PCB makers, so please feedback. 7 | 8 | This is board designed to be DIY-assemblable, but otherwise software and signal compatible with Maple-mini. It has been inspired by some of Siy's mini48 innovations, and also the availability of STM32F303 in 48pin LQFP packages. 9 | 10 | It is a breadboard-friendly form-factor; all pins are on breadboard 0.1" grid. Unlike Maple-mini, the two 20pin 0.1" headers are 0.8", and not 0.6" apart. However it is still narrow and short enough to fit into single breadboards. 11 | 12 | 13 | Maple-mini improvements 14 | ----------------------- 15 | LeafLabs Maple-mini is a very impressive and useful Open Source Hardware development board. It offers approximately 4x more memory and CPU performance than an Arduino UNO, much improved peripherals, and about 50% more I/O pins in a tiny package that fits into a 40pin DIL IC socket. It is supported by an Open Source IDE and library similar to the Arduino UNO. 16 | 17 | However there are areas that can be improved: 18 | 1. DIY-assemblable 19 | 2. Robust operation above 6V while providing current to e.g. LEDs and electronics 20 | 3. USB Electro-static Discharge (ESD) protecting the Host PC and Orone-mini 21 | 4. Socket for easier-to-connect external power 22 | 5. Power-on indicator 23 | 24 | All of these improvements are incorporated in this Orone-mini-S8A boards, and the first three are incorporated into Orone-mini-S6 boards. 25 | -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8D-v0r001/README-PCB.txt: -------------------------------------------------------------------------------- 1 | Orone-mini-S8D-v0r001 2 | Copyright 2013 G Bulmer 3 | 4 | This work is licensed under a Creative Commons Attribution-ShareAlike 3.0 Unported License. 5 | I ask that my name remain visible in the copper. 6 | 7 | The pin headers are standard 'breadboard friendly' 0.1" pitch. 8 | The two rows of pin headers are 0.8" apart, and hence fit a single breadboard. 9 | The board is 2.3" long x 1" high. Most components are 1206 or larger. 10 | 11 | 1206 components are too big to fit in mini-like 2.1" length 12 | Hence the board is lengthened from 2.1" to 2.3" 13 | Replaced C1 with 7343-case size 14 | 15 | Design Rules: OSHPark.com & Seeedstudio 'Fusion' PCB Service 16 | 17 | Routing 18 | Crystal tracks & Top Layer MCU tracks are 6mil/6mil in order to make enough space for components and isolation. 19 | All tracks from thru-hole (hand soldered) components, except pin headers, are 10mil or wider. This is intended to make the tracks more robust. 20 | 21 | All Bottom Layer tracks are 10mil or bigger, except Crystal tracks; this is intended to be easier to make. 22 | 23 | Copper pours have 10mil isolation; this is intended to be easier to make. 24 | 25 | Vias: The three via shapes are used to give information, and help 'read' the PCB. 26 | VIA KEY 27 | SQUARE: Digital Ground (DGND) and thermal vias 28 | ROUND: Signal 29 | OCTAGON: Power (e.g. Vcc) or segregated Ground (e.g. AGND) 30 | 31 | Notes 32 | There are four Hidden Airwires, which do not need routing (replicated on switches) 33 | For safety, type 'RATSNEST *' to make them visible before making any changes 34 | Two pads 33 and DISC, printed at 45 degrees, are signals, and not for components. 35 | DRC->Restring Pads & Vias minimum increased from OSHPark 7mil to 10mil to support more PCB manufacturers design rules by providing larger annular rings. 36 | -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8H-v0r001/README-PCB.txt: -------------------------------------------------------------------------------- 1 | Orone-mini-S8H-v0r001 2 | Copyright 2013 G Bulmer 3 | 4 | This work is licensed under a Creative Commons Attribution-ShareAlike 3.0 Unported License. 5 | I ask that my name remain visible in the copper. 6 | 7 | The pin headers are standard 'breadboard friendly' 0.1" pitch. 8 | The two rows of pin headers are 0.8" apart, and hence fit a single breadboard. 9 | The board is 2.4" long x 1" high. Most components are 1206 or larger. 10 | 11 | 1206 components are too big to fit in mini 2.1" length. 12 | Further 8mil track/8mil clearance required more board area 13 | Hence the board is lengthened from 2.1" to 2.4" 14 | Maple-mini's 1206 C1 is replaced with 7343-case size to reduce component cost 15 | 16 | Design Rules: OSHPark.com & Seeedstudio 'Fusion' PCB Service 17 | 18 | Routing 19 | 8mil track 8mil space, or larger, to enable a wider range of PCB manufacturers to reliably make the board. 20 | Tracks from thru-hole (hand soldered) components, except pin headers, are 10mil or wider. This is intended to make the tracks more robust. 21 | 22 | All Bottom Layer tracks are 10mil or bigger, except Crystal tracks; this is intended to be easier to make reliably. 23 | 24 | Vias: The three via shapes are used to give information, and help 'read' the PCB. 25 | VIA KEY 26 | ROUND: Signal 27 | OCTAGON: Power (e.g. Vcc) Digitil Ground or segregated Ground (e.g. AGND) vias 28 | SQUARE: Digital Ground thermal vias, mainly for heat dissipation 29 | 30 | Notes 31 | There are four Hidden Airwires, which do not need routing (replicated on switches) 32 | For safety, type 'RATSNEST *' to make them visible before making any changes 33 | Two pads 33 and DISC, printed at 45 degrees, are signals, not for components. 34 | DRC->Restring Pads & Vias minimum increased from OSHPark 7mil to 10mil to support more PCB manufacturers design rules by providing larger annular rings. 35 | 36 | Ventosus found the ADC on Orone-mini-S8A was 'noisier' than Maple-mini. So the ADC tracks are more thoroughly separated from other tracks. 37 | -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8E-v0r001/README-PCB.txt: -------------------------------------------------------------------------------- 1 | Orone-mini-S8E-v0r001 2 | Copyright 2013 G Bulmer 3 | 4 | This work is licensed under a Creative Commons Attribution-ShareAlike 3.0 Unported License. 5 | I ask that my name remain visible in the copper. 6 | 7 | The pin headers are standard 'breadboard friendly' 0.1" pitch. 8 | The two rows of pin headers are 0.8" apart, and hence fit a single breadboard. 9 | The board is 2.3" long x 1" high. Most components are 1206 or larger. 10 | 11 | 1206 components are too big to fit in mini-like 2.1" length 12 | Hence the board is lengthened from 2.1" to 2.3" 13 | Maple-mini's 1206 C1 is replaced with 7343-case size to reduce component cost 14 | 15 | Design Rules: OSHPark.com & Seeedstudio 'Fusion' PCB Service 16 | 17 | Routing 18 | 6mil track 6mil space, or larger, in order to make enough space for components and isolation. 19 | All tracks from thru-hole (hand soldered) components, except pin headers, are 10mil or wider. This is intended to make the tracks more robust. 20 | 21 | All Bottom Layer tracks are 10mil or bigger, except Crystal tracks; this is intended to be easier to make. 22 | 23 | Copper pours have 8mil isolation; this is intended to be easier to make. 24 | 25 | Vias: The three via shapes are used to give information, and help 'read' the PCB. 26 | VIA KEY 27 | SQUARE: Digital Ground (DGND) and thermal vias 28 | ROUND: Signal 29 | OCTAGON: Power (e.g. Vcc) or segregated Ground (e.g. AGND) 30 | 31 | Notes 32 | There are four Hidden Airwires, which do not need routing (replicated on switches) 33 | For safety, type 'RATSNEST *' to make them visible before making any changes 34 | Labels for three pads, 33, DISC and GND, printed at 45 degrees, are not for components though they are sized for pins or headers. 35 | DRC->Restring Pads & Vias minimum increased from OSHPark 7mil to 10mil to support more PCB manufacturers design rules by providing larger annular rings. 36 | 37 | Ventosus found the ADC on Orone-mini-S8A was 'noisier' than Maple-mini. So the ADC tracks are more thoroughly separated from other tracks. 38 | 39 | -------------------------------------------------------------------------------- /mini48/README: -------------------------------------------------------------------------------- 1 | Mini48 is a STM32 development board for OpenSTM32 project (https://github.com/gbulmer/openstm32). 2 | This design is significantly modified Maple Mini R2 with some changes in schematic (no separate 3 | analog ground, added RTC crystal) and completely new PCB (single layer, 0.7" row header spacing). 4 | 5 | Copyright (C) LeafLabs (sorry, don't know exact years) 6 | Changes Copyright (C) 2012 Sergiy Yevtushenko. 7 | 8 | Just like original design, modified version is distributed under terms and conditions 9 | of Creative Commons Attribution-ShareAlike license 10 | (see http://creativecommons.org/licenses/by-sa/3.0/legalcode for details). 11 | 12 | Features: 13 | - Small (51.4x21.2mm) breadboard compatible design. 14 | - Compatible with Maple Mini, although ADC noise characteristics might be worse 15 | - RTC crystal on board 16 | 17 | The design files were created in Eagle 5.11. Pictures of board can be found at 18 | https://picasaweb.google.com/101499174242780444159/Mini48. 19 | 20 | At present design is single sided and suitable for DIY PCB production, although the requirements 21 | to the production process is quite high - board uses 0.15/0.15mm traces/spaces and designed with 22 | presence of solder mask in mind. The design is optimized for dry film negative photoresist process. 23 | Design files as-is are ready to use for ordering boards at some PCB production service. 24 | Although they can be used for DIY production too, it might be useful to do following changes 25 | in the design files before creating photomask: 26 | 27 | - Increase width of the dimension rectangle to 0.2mm and include it into top layer and 28 | solder mask photomasks. 29 | - Change width of default net class tracks to 0.17mm. 30 | - Change width of vcc net class tracks except GND polygon to 0.32mm. 31 | - Change width of GND polygon wire to 0.1mm 32 | 33 | NOTE: After these changes board will not pass DRC! If you plan make further modifications in the 34 | PCB changed as described above, change DRC rules accordingly. 35 | 36 | Comments and suggestions are welcome. 37 | 38 | Regards, 39 | Sergiy Yevtushenko 40 | -------------------------------------------------------------------------------- /piXe-2/README: -------------------------------------------------------------------------------- 1 | piXe-2 README 2 | 3 | PiXe-2 Is a 'Stamp' format, Microcontroller board using a 64pin (LQFP64) ST Micro STM32F Cortex-M3. 4 | 5 | The aim is to develop a board suitable for relatively inexperienced microcontroller users who'd like to progress beyond Arduino ATmega boards. 6 | 7 | This design is a 'place-holder' for a new design, see "Work-In-Progress". 8 | 9 | Pins are aligned to 0.1" grid, so it can be inserted into breadboard or veroboard. 10 | Pins are on 1.2" pitch, and the board dimensions are 2.9" x 1.4" 11 | It is a double layer board, with all components on one side. 12 | 13 | All STM32F pins are brought to header pins except: 14 | - USB - these connect directly to the host PC, 15 | so the pins are not available on an pin 16 | - Main Crystal - these have an onboard crystal 17 | 18 | The silk screen carries LeafLabs' Maple pin numbers, so existing Maple programs would work unmodified. 19 | 20 | All internal connections are Maple compatible, so an unmodified Maple Bootloader would work. 21 | 22 | Internal connections between pins, required for Maple compatibility, use 'solder bridges', and so can be severed. This enables alternative pins to be used for internal connections, though the bootloader will likely need to be modified. 23 | 24 | The external power source 'BAT' pin uses a 'solder bridge' to connect to board power, and so can be severed. This would enable the STM32FReal-Time-clock to be powered from an external power source, such as a hearing-aid battery. 25 | 26 | The design uses 10mil track 10mil space except for connection to the 0.5mm pitch STM32F. Parts are relatively large 0805, or larger to faciltate hand assembly by less experienced builders. The board has been fabricated using using DIY techniques. 27 | 28 | The Board PDF has had copper pours 'ripped up' to make the tracks easier to see. It has quite intricate ground planes to reduce crosstalk between signals. 29 | 30 | Work-In-Progress 31 | ---------------- 32 | This design is undergoing significant change to redue the board size, accommodate STM32F4, and improve the USB interface electronics. 33 | 34 | WARNING: 35 | This design has not been debugged. -------------------------------------------------------------------------------- /mini64/README: -------------------------------------------------------------------------------- 1 | Mini64 is a STM32 development board for OpenSTM32 project (https://github.com/gbulmer/openstm32). 2 | The design is Copyright (C) 2011-2012 Sergiy Yevtushenko and is distributed under terms and conditions 3 | of Creative Commons Attribution-ShareAlike license (see http://creativecommons.org/licenses/by-sa/3.0/legalcode 4 | for details). 5 | 6 | Features: 7 | - Small (52x38.4mm) breadboard compatible design. 8 | - Support for STM32F103/F2xx/F4xx in 64-pin packages. 9 | - 3 separate voltage regulators - two small current LDOs for MCU (separate for analog/digital parts) and one 10 | 800ma LDO for sourcing external load. 11 | - LiPol battery charger 12 | - RTC crystal on board 13 | - CR2032 battery holder for RTC on board 14 | - Automatic power source selection 15 | - One user button connected as in Maple board 16 | - Two user LEDs, one connected as in Maple board and one connected as in Maple Mini board 17 | 18 | The design files were created in Eagle 5.11. Pictures of board can be found at 19 | https://picasaweb.google.com/101499174242780444159/Mini64. 20 | 21 | At present design is single sided and suitable for DIY PCB production, although the requirements 22 | to the production process is quite high - board uses 0.15/0.15mm traces/spaces and designed with 23 | presence of solder mask in mind. The design is optimized for dry film negative photoresist process. 24 | Design files as-is are ready to use for ordering boards at some PCB production service. 25 | Although they can be used for DIY production too, it might be useful to do following changes 26 | in the design files before creating photomask: 27 | 28 | - Increase width of the dimension rectangle to 0.2mm and include it into top layer and 29 | solder mask photomasks. 30 | - Change width of default net class tracks to 0.17mm. 31 | - Change width of vcc net class tracks except GND polygon to 0.32mm. 32 | - Change width of GND polygon wire to 0.1mm 33 | 34 | NOTE: After these changes board will not pass DRC! If you plan make further modifications in the 35 | PCB changed as described above, change DRC rules accordingly. 36 | 37 | Comments and suggestions are welcome. 38 | 39 | Regards, 40 | Sergiy Yevtushenko 41 | -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8J-v0r001/README-PCB.txt: -------------------------------------------------------------------------------- 1 | Orone-mini-S8J-v0r001 2 | Copyright 2013 G Bulmer 3 | 4 | This work is licensed under a Creative Commons Attribution-ShareAlike 3.0 Unported License. 5 | I ask that my name remain visible in the copper. 6 | 7 | The pin headers are standard 'breadboard friendly' 0.1" pitch. 8 | The two rows of pin headers are 0.8" apart, and hence fit a single breadboard. 9 | The board is 2.4" long x 1" high. Components are 1206 or larger. The small NUF2042XV6 USB ESD/EMI device has been replaced by a 4x larger STF202-22 and TVS diode, to be easier to assemble by hand. 10 | 11 | 1206 components are too big to fit in mini 2.1" length. 12 | Further 8mil track/8mil clearance required more board area 13 | Hence the board is lengthened from 2.1" to 2.4" 14 | Maple-mini's 1206 C1 is replaced with 7343-case size to reduce component cost 15 | 16 | Design Rules: OSHPark.com & Seeedstudio 'Fusion' PCB Service 17 | 18 | Routing 19 | 8mil track 8mil space, to enable a wide range of PCB manufacturers to reliably make the board. 20 | Tracks from thru-hole (hand soldered) components, except pin headers, are 10mil or wider. This is intended to make the tracks more robust. 21 | 22 | The Bottom Layer has been reworked to improve ground and reduce electrical noise. 23 | 24 | Vias: The three via shapes are used to give information, and help 'read' the PCB. 25 | VIA KEY 26 | ROUND: Signal 27 | OCTAGON: Power (e.g. Vcc) Digital Ground or segregated Ground (e.g. AGND) vias 28 | SQUARE: Digital Ground thermal vias, mainly for heat dissipation from the main voltage regulator 29 | 30 | Notes 31 | There are four Hidden Airwires, which do not need routing (replicated on switches) 32 | For safety, type 'RATSNEST *' to make them visible before making any changes 33 | Two pads 33 and DISC, printed at 45 degrees, are signals, not for components. 34 | DRC->Restring Pads & Vias minimum increased from OSHPark 7mil to 10mil to support more PCB manufacturers design rules by providing larger annular rings. 35 | 36 | Ventosus found the ADC on Orone-mini-S8A was 'noisier' than Maple's when the test rig was powered from the analogue power supply. So Orone-mini-S8J has been changed to provide analogue power on av+. Also the crystal routing has been reworked to reduce stray noise. The ADC tracks are more thoroughly separated from other tracks compared to pre-Orone-mini-S8H designs. 37 | 38 | There are small changes to the user-side silk screen to make SWD debugging pins easier to identify. -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8C-v0r001/README.md: -------------------------------------------------------------------------------- 1 | Orone-mini-S8C-v0r001 2 | ===================== 3 | 4 | Maple-mini compatible STM32F development board. 5 | 6 | This board has not been made and tested yet. It is being released now to gather feedback, and hopefully encourage people to test it. The board has been designed for manufacture using two PCB makers. However, a goal is to ensure it is manufacturable by a wider range of PCB makers, so please feedback. 7 | 8 | This is board designed to be DIY-assemblable, but otherwise software and signal compatible with Maple-mini. It has been inspired by some of Siy's mini48 innovations, and also the availability of STM32F303 in 48pin LQFP packages. 9 | 10 | It is a breadboard-friendly form-factor; all pins are on breadboard 0.1" grid. Unlike Maple-mini, the two 20pin 0.1" headers are 0.8", and not 0.6" apart. However it is still narrow and short enough to fit into single breadboards. 11 | 12 | Maple-mini C1 1206-case-size has been replaced by a 2917 (7343 Metric) case size. 13 | 14 | 15 | Maple-mini improvements 16 | ----------------------- 17 | LeafLabs Maple-mini is a very impressive and useful Open Source Hardware development board. It offers approximately 4x more memory and CPU performance than an Arduino UNO, much improved peripherals, and about 50% more I/O pins in a tiny package that fits into a 40pin DIL IC socket. It is supported by an Open Source IDE and library similar to the Arduino UNO. 18 | 19 | However there are areas that can be improved: 20 | 1. DIY-assemblable 21 | 2. Robust operation above 6V while providing current to e.g. LEDs and electronics 22 | 3. USB Electro-static Discharge (ESD) protecting the Host PC and Orone-mini 23 | 4. Socket for easier-to-connect external power 24 | 5. Power-on indicator 25 | 6. Access to all STM32F signals; two are not connected to header pins 26 | 27 | 28 | All of these improvements are incorporated in the Orone-mini-S8C. The two signals of item 6, are not easy to access. Though both signals are on the standard 0.1" grid, they are on the interior of the board, and one signal is only available from the User LED pads. The idea is to enable anyone stacking a daughterboard, to use the extra two signals. Putting the signal pads on a 0.1" grid supports the use of simple daughterboard technology like matrix board, or strip board (e.g. Veroboard). 29 | 30 | Maple-mini uses very small components in order to achieve its 0.6" pin-header spacing. One of those components is expensive and difficult to source, C1, the power supply smoothing capacitor. Maple-mini uses a 1206 case size for C1. This has been replaced by a 2917 (7343 Metric) case size. 31 | -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8D-v0r001/README.md: -------------------------------------------------------------------------------- 1 | Orone-mini-S8D-v0r001 2 | ===================== 3 | 4 | Maple-mini compatible STM32F development board. 5 | 6 | This board has not been made and tested yet. It is being released now to gather feedback, and hopefully encourage people to test it. The board has been designed for manufacture using two PCB makers. However, a goal is to ensure it is manufacturable by a wider range of PCB makers, so please feedback. 7 | 8 | This is board designed to be DIY-assemblable, but otherwise software and signal compatible with Maple-mini. It has been inspired by some of Siy's mini48 innovations, and also the availability of STM32F303 in 48pin LQFP packages. 9 | 10 | It is a breadboard-friendly form-factor; all pins are on breadboard 0.1" grid. Unlike Maple-mini, the two 20pin 0.1" headers are 0.8", and not 0.6" apart. However it is still narrow and short enough to fit into single breadboards. 11 | 12 | Maple-mini C1 1206-case-size has been replaced by a 2917 (7343 Metric) case size. 13 | Orone-mini-S8D brings two extra signals compared to Maple-mini to pads on the same 0.1" grid as the headers. 14 | 15 | 16 | Maple-mini improvements 17 | ----------------------- 18 | LeafLabs Maple-mini is a very impressive and useful Open Source Hardware development board. It offers approximately 4x more memory and CPU performance than an Arduino UNO, much improved peripherals, and about 50% more I/O pins in a tiny package that fits into a 40pin DIL IC socket. It is supported by an Open Source IDE and library similar to the Arduino UNO. 19 | 20 | However there are areas that can be improved: 21 | 1. DIY-assemblable 22 | 2. Robust operation above 6V while providing current to e.g. LEDs and electronics 23 | 3. USB Electro-static Discharge (ESD) protecting the Host PC and Orone-mini 24 | 4. Socket for easier-to-connect external power 25 | 5. Power-on indicator 26 | 6. Access to all STM32F signals; two signals are not connected to header pins 27 | 28 | 29 | All of these improvements are incorporated in the Orone-mini-S8D. The signal driving the User LED (pin 33) is on a pad next to 31. The DISC signal pad is harder to access. It is on the standard 0.1" grid, but is interior to the board. The idea is to enable anyone stacking a daughterboard, to use the extra two signals. Putting the signal pads on a 0.1" grid supports the use of simple daughterboard technology like matrix board, or strip board (e.g. Veroboard). 30 | 31 | Maple-mini uses very small components in order to achieve its 0.6" pin-header spacing. One of those components is expensive and difficult to source, C1, the power supply smoothing capacitor. Maple-mini uses a 1206 case size for C1. This has been replaced by a 2917 (7343 Metric) case size. 32 | -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8K-v0r001/README-PCB.txt: -------------------------------------------------------------------------------- 1 | Orone-mini-S8K-v0r001 2 | Copyright 2013 G Bulmer 3 | 4 | This work is licensed under a Creative Commons Attribution-ShareAlike 3.0 Unported License. 5 | I ask that my name remain visible in the copper. 6 | 7 | The pin headers are standard 'breadboard friendly' 0.1" pitch. 8 | The two rows of pin headers are 0.8" apart, and hence fit a single breadboard. 9 | The board is 2.4" long x 1" high. Components are 1206 or larger. The small NUF2042XV6 USB ESD/EMI device has been replaced by a 4x larger STF202-22 and TVS diode, to be easier to assemble by hand. 10 | 11 | 1206 components are too big to fit in mini 2.1" length. 12 | Further 8mil track/8mil clearance required more board area 13 | Hence the board is lengthened from 2.1" to 2.4" 14 | Maple-mini's 1206 C1 is replaced with 7343-case size to reduce component cost 15 | 16 | Design Rules: OSHPark.com & Seeedstudio 'Fusion' PCB Service 17 | 18 | Routing 19 | 8mil track 8mil space, to enable a wide range of PCB manufacturers to reliably make the board. 20 | Tracks from thru-hole (hand soldered) components, except pin headers, are 10mil or wider. This is intended to make the tracks more robust. 21 | 22 | The Bottom Layer has been significantly reworked to improve ground and reduce electrical noise. 23 | 24 | The location of DISC and Ground pins have moved, causing the creation of this new part number. 25 | USB shield is connected to USB ground via an RC network which should discharge static from USB ground into the USB shield, while providing enough low-frequency impedance to avoid creating a ground loop. 26 | 27 | Vias: The three via shapes are used to give information, and help 'read' the PCB. 28 | VIA KEY 29 | ROUND: Signal 30 | OCTAGON: Power (e.g. Vcc) Digital Ground or segregated Ground (e.g. AGND) vias 31 | SQUARE: Digital Ground thermal vias, mainly for heat dissipation from the main voltage regulator 32 | 33 | Notes 34 | There are four Hidden Airwires, which do not need routing (replicated on switches) 35 | For safety, type 'RATSNEST *' to make them visible before making any changes 36 | Two pads 33 and DISC, printed at 45 degrees, are signals, not for components. 37 | DRC->Restring Pads & Vias minimum increased from OSHPark 7mil to 10mil to support more PCB manufacturers design rules by providing larger annular rings. 38 | 39 | Ventosus found the ADC on Orone-mini-S8A was 'noisier' than Maple's when the test rig was powered from the analogue power supply. So Orone-mini-S8K has been changed to provide analogue power on av+. Also the crystal routing has been reworked to reduce stray noise. The ADC tracks are more thoroughly separated from other tracks compared to pre-Orone-mini-S8H designs. 40 | 41 | There are small changes to the user-side silk screen to make SWD debugging pins easier to identify. -------------------------------------------------------------------------------- /README: -------------------------------------------------------------------------------- 1 | openstm32hw README 2 | 3 | The aim is to provide Open Source hardware designs for STM32. 4 | 5 | This repository grew from a discussion thread on LeafLabs Maple forum: 6 | http://forums.leaflabs.com/topic.php?id=1303 7 | 8 | It was initially triggered by ala42 who had released a first cut at libmaple for STM32F4: 9 | http://forums.leaflabs.com/topic.php?id=1268&page=2#post-7828 10 | 11 | and siy's hardware design: 12 | http://forums.leaflabs.com/topic.php?id=1303&page=2&replies=46#post-7882 13 | 14 | 15 | Subdirs: 16 | 17 | MM4 - Leaf Labs Maple Mini clone for 64 pin F1/L1/F4 processors 18 | in 0.8" width and 2 layers. 19 | 20 | Mini64 - STM32 development board for OpenSTM32 21 | Features: 22 | - Small (52x38.4mm) breadboard compatible design. 23 | - Support for STM32F103/F2xx/F4xx in 64-pin packages. 24 | - Uses Eagle 5.1 25 | 26 | Mini48 - Reworked version of Maple Mini suitable for DIY PCB production 27 | and on-board RTC crystal. Uses Eagle 5.1 28 | 29 | Mini48U - Ultimate version of Mini48. Still suitable for DIY PCB production 30 | but smaller parts (0402) and optimized layout allowed make it in the 31 | format of original Maple Mini with 0.6" pin header rows pitch. 32 | Uses Eagle 5.1 33 | 34 | Mini48SE - This version is very similar to Maple Mini, but it does not 35 | preserve its pinout. It also heavily utilizes second side to 36 | achieve maximal possible density. As a consequence this version 37 | is probably smallest STM32F103Cxx board - it has 0.5" pitch 38 | and size is only 50.5x15mm. At the same time board uses no 39 | extremely small components - all resistors and capacitors 40 | are 0603 (one even 0805), LED - 1206, LDO - 1117. 41 | Uses Eagle 6.3.0 42 | The design is tested. 43 | 44 | Mini64SE - Different approach to boards based on MCU in LQFP64 package. 45 | It has DIP48 format with 0.8" pitch. The design follows same 46 | approach as Mini48SE and utilizes both sides. Separate 47 | versions of design for F1 and F2/F4 series are provided. 48 | Version for F2/F4 uses different ESD protection and lacks 49 | external disconnect cirquitry. These changes are necessary 50 | to enable F2/F4 chips work properly in all supported USB modes 51 | (Device/OTG) and with different powering (self powering and 52 | bus powering). 53 | Uses Eagle 6.3.0 54 | Design for F1 is tested, design for F4 still is not yet tested. 55 | 56 | Orone-mini - series of boards intended to be more easily 'DIY-able' 57 | than LeafLabs Maple-mini, and incorporate several improvements. 58 | The first boards, Orone-mini-S8x have pins 0.2" wider 59 | than Maple-mini. They are otherwise software and pin-compatible 60 | with Maple-mini (exception is 'av+' which is intended to 61 | improve the power supply capability). 62 | Not yet tested. 63 | 64 | PiXe-2: 'Stamp' format, 64pin STM32F103 MCU. Eagle 5.1 65 | Features: 66 | - Dual-in-line 0.1" grid 67 | - 0805 or larger parts -> easier assembly 68 | - Internal Maple pins available & re-configurable 69 | - modest 10mil track/space rules DIY-able 70 | -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8H-v0r001/README.md: -------------------------------------------------------------------------------- 1 | Orone-mini-S8H-v0r001 2 | ===================== 3 | 4 | Maple-mini compatible STM32F development board. 5 | 6 | This board has not been made and tested yet. It is being released now to gather feedback, and hopefully encourage people to test it. The board has been designed for manufacture using two PCB makers. However, a goal is to ensure it is manufacturable by a wider range of PCB makers, so please feedback. 7 | 8 | This is board designed to be DIY-assemblable, but otherwise software and signal compatible with Maple-mini. It has been inspired by some of Siy's mini48 innovations, and also the availability of STM32F303 in 48pin LQFP packages. 9 | 10 | It is a breadboard-friendly form-factor; all pins are on breadboard 0.1" grid. Unlike Maple-mini, the two 20pin 0.1" headers are 0.8", and not 0.6" apart. However it is still narrow and short enough to fit into single breadboards. 11 | 12 | Maple-mini C1 1206-case-size has been replaced by a 2917 (7343 Metric) case size. 13 | Orone-mini-S8H brings two extra signals, and two more voltages, to header pads compared to Maple-mini. The pads are on the same 0.1" grid as the headers. 14 | 15 | 16 | Maple-mini improvements 17 | ----------------------- 18 | LeafLabs Maple-mini is a very impressive and useful Open Source Hardware development board. It offers approximately 4x more memory and CPU performance than an Arduino UNO, much improved peripherals, and about 50% more I/O pins in a tiny package that fits into a 40pin DIL IC socket. It is supported by an Open Source IDE and library similar to the Arduino UNO. 19 | 20 | However there are areas that can be improved: 21 | 1. DIY-assemblable; this is outlined below 22 | 2. Robust operation above 6V while providing current to e.g. LEDs and electronics 23 | 3. USB Electro-static Discharge (ESD) protecting the Host PC and Orone-mini 24 | 4. Socket for easier-to-connect external power 25 | 5. Power-on indicator 26 | 6. Reduced-cost of capacitor C1 by using larger size (2917/7343) 27 | 7. Access to all STM32F signals; two are not connected to header pins 28 | 8. Access to the USB input voltage (after polyfuse protection) 29 | 9. Access to diode-protected but unregulated input voltage 30 | 10. USB 'DISC' signal on 2 x 0.1" header to simplify STM32F303 USB boot 31 | 32 | 33 | All of these improvements are incorporated in the Orone-mini-S8H. The signal driving the User LED (pin 33) is on a pad aligned with the top header pins, next to 31. The DISC signal pad is harder to access. It is on the standard 0.1" grid, but is interior to the board. 34 | 35 | Vusb and Vx are in line with the bottom header row. These voltages should only be used if you understand what you are doing. Vusb is protected by the polyfuse (FUSE1), and is otherwise connected to the host PCs USB socket. The pads are not labelled on top partly due to lack of space, and partly to avoid giving the impression that these are 'safe' signals. 36 | 37 | The aim of putting the extra signals on pads is to enable anyone making a daughterboard to easily access the extra signals and voltages. Putting the pads on a 0.1" grid supports the use of simple daughterboard technology like matrix board, or strip board (e.g. Veroboard). 38 | 39 | Maple-mini uses very small components in order to achieve its 0.6" pin-header spacing. Maple-mini uses a 1206 case size for C1, the power supply smoothing capacitor. This size is expensive and difficult to source. On this Orone-mini, C1 has been replaced by a 2917 (7343 Metric) case size which is much lower cost. -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8E-v0r001/README.md: -------------------------------------------------------------------------------- 1 | Orone-mini-S8E-v0r001 2 | ===================== 3 | 4 | Maple-mini compatible STM32F development board. 5 | 6 | This board has not been made and tested yet. It is being released now to gather feedback, and hopefully encourage people to test it. The board has been designed for manufacture using two PCB makers. However, a goal is to ensure it is manufacturable by a wider range of PCB makers, so please feedback. 7 | 8 | This is board designed to be DIY-assemblable, but otherwise software and signal compatible with Maple-mini. It has been inspired by some of Siy's mini48 innovations, and also the availability of STM32F303 in 48pin LQFP packages. 9 | 10 | It is a breadboard-friendly form-factor; all pins are on breadboard 0.1" grid. Unlike Maple-mini, the two 20pin 0.1" headers are 0.8", and not 0.6" apart. However it is still narrow and short enough to fit into single breadboards. 11 | 12 | Maple-mini C1 1206-case-size has been replaced by a 2917 (7343 Metric) case size. 13 | Orone-mini-S8E brings two extra signals, and two extra voltages to pads compared to Maple-mini. One signal (for the LED) and the two voltages are on the headers 0.1" grid. The USB 'DISC' signal is paired with a Ground pad, 0.1" away, enabling DISC to be shorted to ground with a jumper using a 2x0.1" header. 14 | 15 | 16 | Maple-mini improvements 17 | ----------------------- 18 | LeafLabs Maple-mini is a very impressive and useful Open Source Hardware development board. It offers approximately 4x more memory and CPU performance than an Arduino UNO, much improved peripherals, and about 50% more I/O pins in a tiny package that fits into a 40pin DIL IC socket. It is supported by an Open Source IDE and library similar to the Arduino UNO. 19 | 20 | However there are areas that can be improved: 21 | 1. DIY-assemblable; this is outlined below 22 | 2. Robust operation above 6V while providing current to e.g. LEDs and electronics 23 | 3. USB Electro-static Discharge (ESD) protecting the Host PC and Orone-mini 24 | 4. Socket for easier-to-connect external power 25 | 5. Power-on indicator 26 | 6. Reduced-cost of capacitor C1 by using larger size (2917/7343) 27 | 7. Access to all STM32F signals; two are not connected to header pins 28 | 8. Access to the USB input voltage (after polyfuse protection) 29 | 9. Access to diode-protected but unregulated input voltage 30 | 10. USB 'DISC' signal on 2 x 0.1" header to simplify STM32F303 USB boot 31 | 32 | 33 | All of these improvements are incorporated in the Orone-mini-S8E. The signal driving the User LED (pin 33) is on a pad next to 31. The DISC signal pad is harder to access. It is not on the standard 0.1" grid, and is interior to the board. 34 | 35 | Vusb and Vx are in line with the bottom header row. These voltages should only be used if you understand what you are doing. Vusb is protected by the polyfuse (FUSE1), and is otherwise connected to the host PCs USB socket. The pads are not labelled on top partly due to lack of space, and partly to avoid giving the impression that these are 'safe' signals. 36 | 37 | The aim of putting the extra signals on pads is to enable anyone making a daughterboard to easily access the extra signals and voltages. Putting signal the pads on a 0.1" grid supports the use of simple daughterboard technology like matrix board, or strip board (e.g. Veroboard). 38 | 39 | Maple-mini uses very small components in order to achieve its 0.6" pin-header spacing. Maple-mini uses a 1206 case size for C1, the power supply smoothing capacitor. This size is expensive and difficult to source. On this Orone-mini, C1 has been replaced by a 2917 (7343 Metric) case size which is much lower cost. 40 | -------------------------------------------------------------------------------- /MM4/MM4_r0/Gerber_MM4/MapleMini_F4.drd: -------------------------------------------------------------------------------- 1 | % 2 | M48 3 | M72 4 | T01C0.0160 5 | T02C0.0394 6 | % 7 | T01 8 | X1125Y1625 9 | X1705Y2625 10 | X1945Y3625 11 | X2465Y3865 12 | X2885Y5245 13 | X3165Y5085 14 | X3345Y5945 15 | X3805Y5385 16 | X3865Y5065 17 | X4345Y5625 18 | X4585Y4805 19 | X4745Y4525 20 | X4905Y5105 21 | X5365Y5405 22 | X5845Y4525 23 | X6465Y3605 24 | X6945Y3605 25 | X7285Y4105 26 | X6905Y5045 27 | X6485Y5045 28 | X6085Y6435 29 | X6405Y6965 30 | X6485Y6565 31 | X6805Y6625 32 | X7045Y7285 33 | X7045Y7625 34 | X7525Y8305 35 | X7705Y8005 36 | X7665Y8635 37 | X7665Y9455 38 | X7885Y10385 39 | X8125Y11385 40 | X8125Y12945 41 | X8125Y13265 42 | X7745Y13865 43 | X7605Y14165 44 | X7285Y14245 45 | X6965Y13625 46 | X7225Y12945 47 | X7375Y12425 48 | X6965Y12185 49 | X6725Y12425 50 | X6385Y13025 51 | X6145Y11785 52 | X6235Y11145 53 | X6565Y10365 54 | X6805Y10625 55 | X6805Y11125 56 | X7045Y9065 57 | X6805Y8825 58 | X6405Y8325 59 | X5725Y7805 60 | X5385Y6865 61 | X5165Y7085 62 | X4945Y6845 63 | X4925Y7365 64 | X4585Y8465 65 | X4345Y8705 66 | X3905Y8965 67 | X3445Y9345 68 | X3085Y9705 69 | X3025Y10505 70 | X2665Y10205 71 | X2345Y10805 72 | X1985Y11725 73 | X1665Y12685 74 | X1865Y13165 75 | X2105Y12925 76 | X2725Y13205 77 | X2725Y14025 78 | X2345Y14285 79 | X2585Y14985 80 | X2945Y15685 81 | X3285Y16245 82 | X2965Y16445 83 | X3585Y15345 84 | X3265Y14285 85 | X3625Y13465 86 | X3885Y11765 87 | X4325Y10655 88 | X4765Y10355 89 | X5175Y10225 90 | X5645Y11205 91 | X5785Y10485 92 | X5705Y9085 93 | X5405Y8825 94 | X4765Y8965 95 | X4045Y7585 96 | X3745Y7825 97 | X4105Y7085 98 | X3325Y7905 99 | X3325Y8245 100 | X2905Y8505 101 | X2665Y8145 102 | X2585Y8465 103 | X2305Y8305 104 | X2425Y7905 105 | X2305Y9065 106 | X1915Y9115 107 | X1265Y8805 108 | X1025Y8305 109 | X1365Y7625 110 | X1685Y6625 111 | X1365Y5385 112 | X1705Y5245 113 | X2425Y5945 114 | X1365Y3625 115 | X2185Y625 116 | X3185Y3385 117 | X3765Y2405 118 | X3945Y2825 119 | X4565Y2825 120 | X4605Y2485 121 | X4985Y3385 122 | X4345Y4265 123 | X6465Y1625 124 | X7525Y625 125 | X7765Y2625 126 | X8005Y3625 127 | X8245Y3945 128 | X8285Y4985 129 | X7765Y4625 130 | X7765Y4305 131 | X7525Y5405 132 | X7525Y5725 133 | X7905Y6965 134 | X7905Y7285 135 | X8145Y8255 136 | X8285Y6265 137 | X4905Y13025 138 | X5185Y13525 139 | X4905Y13925 140 | X4885Y14245 141 | X4575Y13885 142 | X4585Y13565 143 | X4585Y12785 144 | X4765Y11765 145 | X3445Y10645 146 | X3265Y11725 147 | X4825Y15005 148 | X4995Y15365 149 | X5245Y15635 150 | X5585Y15685 151 | X5605Y15325 152 | X5785Y14665 153 | X6145Y15625 154 | X6385Y16625 155 | X5845Y17325 156 | X5645Y17865 157 | X5505Y17085 158 | X4845Y16945 159 | X4865Y17325 160 | X3985Y17185 161 | X2985Y18585 162 | X2605Y17865 163 | X2135Y18015 164 | X2025Y17245 165 | X1865Y16625 166 | X1505Y15905 167 | X1535Y15385 168 | X1365Y14945 169 | X1365Y14625 170 | X1125Y14025 171 | X1125Y13625 172 | X1425Y12485 173 | X1125Y12345 174 | X625Y12125 175 | X625Y11125 176 | X1335Y10725 177 | X1645Y10485 178 | X625Y9125 179 | X2365Y15925 180 | X1635Y17885 181 | X1365Y18395 182 | X1125Y17625 183 | X2365Y19625 184 | X3945Y19525 185 | X6725Y14625 186 | X8125Y17625 187 | X7885Y18105 188 | X8125Y18385 189 | X7645Y18625 190 | X7405Y18385 191 | X6895Y18355 192 | X6845Y19705 193 | X8125Y19625 194 | T02 195 | X625Y625 196 | X625Y1625 197 | X625Y2625 198 | X625Y3625 199 | X625Y4625 200 | X625Y5625 201 | X625Y6625 202 | X625Y7625 203 | X625Y8625 204 | X625Y9625 205 | X625Y10625 206 | X625Y11625 207 | X625Y12625 208 | X625Y13625 209 | X625Y14625 210 | X625Y15625 211 | X625Y16625 212 | X625Y17625 213 | X625Y18625 214 | X625Y19625 215 | X8625Y19625 216 | X8625Y18625 217 | X8625Y17625 218 | X8625Y16625 219 | X8625Y15625 220 | X8625Y14625 221 | X8625Y13625 222 | X8625Y12625 223 | X8625Y11625 224 | X8625Y10625 225 | X8625Y9625 226 | X8625Y8625 227 | X8625Y7625 228 | X8625Y6625 229 | X8625Y5625 230 | X8625Y4625 231 | X8625Y3625 232 | X8625Y2625 233 | X8625Y1625 234 | X8625Y625 235 | M30 236 | -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8J-v0r001/README.md: -------------------------------------------------------------------------------- 1 | Orone-mini-S8J-v0r001 2 | ===================== 3 | 4 | Maple-mini compatible STM32F development board. 5 | 6 | This board is a significant evolution of Orone-mini-S8H. 7 | Specifically, the NUF2042XV6 USB EMI, termination and ESD device has been replaced. Several makers feedback that it was awkwardly small and fiddly to place. 8 | 9 | The replacement part is an STF202-22, which is 4x bigger than the NUF2042XV6. This STF202-22 is used in such a way that its Vusb ESD and overvoltage protection can't protect the Vusb line. So a separate TVS diode is used to protect the Vusb connection. 10 | 11 | All earlier Orone-mini-S8x boards had the AV+ supply voltage header pin connected to the main digital power supply. This was done in order to reduce the problem which had effected Maple-mini boards of too much power being drawn from AV+, and damaging the voltage regulator. 12 | 13 | However, Ventosus made measurements of ADC noise, using circuits powered buy the on-board power supply. These ranked the ADC noise performance as Maple analogie supply best, then Orone-mini-S8H-v0r001's digital supply, then Maple's digital supply. 14 | 15 | Orone-mini-S8J-v0r001's analogue power supply has been connected to av+, to improve Orone-mini's ADC noise. 16 | 17 | PLEASE NOTE the av+ power supply should not be used above an input voltage of approximately 9V and 20mA, as the small voltage regulator may overheat, shutdown or be damaged. 18 | 19 | Orone-mini-S8H's power routing and ground plane have been reworked to reduce electrical noise. 20 | 21 | 22 | This board has not been made and tested yet. It is being released now to gather feedback, and hopefully encourage people to test it. The board has been designed for manufacture using two PCB makers. However, a goal is to ensure it is manufacturable by a wider range of PCB makers, so please feedback. 23 | 24 | This is board designed to be DIY-assemblable, but otherwise software and signal compatible with Maple-mini. It has been inspired by some of Siy's mini48 innovations, and also the availability of STM32F303 in 48pin LQFP packages. 25 | 26 | It is a breadboard-friendly form-factor; all pins are on breadboard 0.1" grid. Unlike Maple-mini, the two 20pin 0.1" headers are 0.8", and not 0.6" apart. However it is still narrow and short enough to fit into single breadboards. 27 | 28 | Maple-mini C1 1206-case-size has been replaced by a 2917 (7343 Metric) case size. 29 | Orone-mini-S8J brings two extra signals, and two new voltages, to header pads compared to Maple-mini. These additions do not effect any Maple-mini pins. The pads are on the same 0.1" grid as the headers. 30 | 31 | 32 | Orone-mini improvements over Maple-mini 33 | ----------------------- 34 | LeafLabs Maple-mini is a very impressive and useful Open Source Hardware development board. It offers approximately 4x more memory and CPU performance than an Arduino UNO, much improved peripherals, and about 50% more I/O pins in a tiny package that fits into a 40pin DIL IC socket. It is supported by an Open Source IDE and library similar to the Arduino UNO. 35 | 36 | However there are areas that can be improved: 37 | 1. DIY-assemblable - all parts are approximately 1206 size or larger 38 | 2. Robust operation above 6V while providing current to e.g. LEDs and electronics 39 | 3. USB Electrostatic Discharge (ESD) protecting the Host PC and Orone-mini 40 | 4. Two-pin Molex kk Socket for easier-to-connect external power source 41 | 5. Power-on indicator 42 | 6. Access to all STM32F signals; two signals are not connected to Maple-mini header pins 43 | 7. Access to Vusb, the 'raw' USB voltage source, and the 'pre-regulator' voltage Vx 44 | 45 | 46 | All of these improvements are incorporated in the Orone-mini-S8J. The signal driving the User LED is on pin 33, next to pin 31. The DISC signal pad is on the standard 0.1" grid, but is interior to the board. Access to DISC enables the user to easily upload programs into an unprogrammed STM32F303, removing the need for any programming device (e.g. ST-LINK, USB-to-UART, or JTAG). 47 | 48 | Vusb and Vx are on the bottom header row, and are not part of the Maple-mini compatible pins. These new voltages should only be used if you understand what you are doing. Vusb in particular is not fully protected, and connects to the host PCs USB socket. The pads are not labelled on top partly due to lack of space, and partly to avoid giving the impression that these are 'easy-to-use' signals. 49 | 50 | The idea goal is to enable anyone stacking a daughterboard, to use the extra signals and voltages. Putting the pads on a 0.1" grid supports the use of simple daughterboard technology like matrix board, or strip board (e.g. Veroboard). 51 | 52 | Maple-mini uses very small components in order to achieve its 0.6" pin-header spacing. They are unsuitable for most makers, and part of the goal of Orone-mini is to be DIY friendly. Also one of those Maple-mini components is expensive and difficult to source, C1, the power supply smoothing capacitor, which is a 1206 case size. Orone-mini replaces C1 with a larger, lower cost, 2917 (7343 Metric) case size. 53 | -------------------------------------------------------------------------------- /Orone-mini-v0/Orone-mini-S8K-v0r001/README.md: -------------------------------------------------------------------------------- 1 | Orone-mini-S8K-v0r001 2 | ===================== 3 | 4 | Maple-mini compatible STM32F development board. 5 | 6 | This board is a significant evolution of Orone-mini-S8H. 7 | Specifically, the NUF2042XV6 USB EMI, termination and ESD device has been replaced. Several makers feedback that it was awkwardly small and fiddly to place. 8 | 9 | The replacement part is an STF202-22, which is 4x bigger than the NUF2042XV6. This STF202-22 is used in such a way that its Vusb ESD and overvoltage protection can't protect the Vusb line. So a separate TVS diode is used to protect the Vusb connection. 10 | 11 | All earlier Orone-mini-S8x boards had the AV+ supply voltage header pin connected to the main digital power supply. This was done in order to reduce the problem which had effected Maple-mini boards of too much power being drawn from AV+, and damaging the voltage regulator. 12 | 13 | However, Ventosus made measurements of ADC noise, using circuits powered buy the on-board power supply. These ranked the ADC noise performance as Maple analogue supply best, then Orone-mini-S8H-v0r001's digital supply, then Maple's digital supply. 14 | 15 | Orone-mini-S8K-v0r001's analogue power supply has been connected to av+, to improve Orone-mini's ADC noise. 16 | 17 | PLEASE NOTE the av+ power supply should not be used above an input voltage of approximately 9V and 20mA, as the small voltage regulator may overheat, shutdown or be damaged. 18 | 19 | Orone-mini-S8H's power routing and ground plane have been reworked to reduce electrical noise. 20 | 21 | 22 | This board has not been made and tested yet. It is being released now to gather feedback, and hopefully encourage people to test it. The board has been designed for manufacture using two PCB makers. However, a goal is to ensure it is manufacturable by a wider range of PCB makers, so please feedback. 23 | 24 | This is board designed to be DIY-assemblable, but otherwise software and signal compatible with Maple-mini. It has been inspired by some of Siy's mini48 innovations, and also the availability of STM32F303 in 48pin LQFP packages. 25 | 26 | It is a breadboard-friendly form-factor; all pins are on breadboard 0.1" grid. Unlike Maple-mini, the two 20pin 0.1" headers are 0.8", and not 0.6" apart. However it is still narrow and short enough to fit into single breadboards. 27 | 28 | Maple-mini C1 1206-case-size has been replaced by a 2917 (7343 Metric) case size. 29 | Orone-mini-S8K brings two extra signals, and two new voltages, to header pads compared to Maple-mini. These additions do not effect any Maple-mini pins. The pads are on the same 0.1" grid as the headers. 30 | 31 | 32 | Orone-mini improvements over Maple-mini 33 | ----------------------- 34 | LeafLabs Maple-mini is a very impressive and useful Open Source Hardware development board. It offers approximately 4x more memory and CPU performance than an Arduino UNO, much improved peripherals, and about 50% more I/O pins in a tiny package that fits into a 40pin DIL IC socket. It is supported by an Open Source IDE and library similar to the Arduino UNO. 35 | 36 | However there are areas that can be improved: 37 | 1. Two-layer PCB, and so can be modified using 'free' Eagle CAD (unlike 4-layer which requires a commercial license) 38 | 2. DIY-assemblable; this is outlined elswhere 39 | 3. More robust main power supply for operation above 6V; better current supply to e.g. LEDs and external digital electronics 40 | 4. USB Electro-Static Discharge (ESD) protection for Host PC and Orone-mini 41 | 5. USB overvoltage protection, protecting Orone-mini's USB power connection 42 | 6. Extra 2-pin molex socket for easier-to-connect external power 43 | 7. Power-on indicator 44 | 8. More robust through-hole mini-USB socket 45 | 9. Larger silk screen for easier readability 46 | 10. Silk screen warns of dedicated USB pins, and shows JTAG-SWD pins for extrnal debugger 47 | 11. Reduced-cost of capacitor C1 by using larger size (2917/7343) 48 | 12. Access to all STM32F signals; two are not connected to header pins 49 | 13. Access to the USB input voltage (after polyfuse protection) for 5V power for external electronics 50 | 14. Access to diode-protected but unregulated input voltage, for external electronics 51 | 15. Manual control of the USB enumeration mechanism to simplify using STM32F303 manufactured-in USB bootloader. The USB 'DISC' signal, along with ground, can be accessed using a 2 x 0.1" header. 52 | 16. All parts are straightforward to source, and available from a variety of sources. The Bill of Materials identifies several suppliers 53 | 17 Connected USB shield to USB Ground to reduce EM emission, using RC filter to avoid ground loops 54 | 55 | 56 | All of these improvements are incorporated in the Orone-mini-S8K. The signal driving the User LED is on pin 33, next to pin 31. The DISC signal pad is on the standard 0.1" grid, but is interior to the board. Access to DISC enables the user to easily upload programs into an unprogrammed STM32F303, removing the need for any programming device (e.g. ST-LINK, USB-to-UART, or JTAG). 57 | 58 | Vusb and Vx are on the bottom header row, and are not part of the Maple-mini compatible pins. These new voltages should only be used if you understand what you are doing. Vusb in particular is not fully protected, and connects to the host PCs USB socket. The pads are not labelled on top partly due to lack of space, and partly to avoid giving the impression that these are 'easy-to-use' signals. 59 | 60 | The idea goal is to enable anyone stacking a daughterboard, to use the extra signals and voltages. Putting the pads on a 0.1" grid supports the use of simple daughterboard technology like matrix board, or strip board (e.g. Veroboard). 61 | 62 | Maple-mini uses very small components in order to achieve its 0.6" pin-header spacing. They are unsuitable for most makers, and part of the goal of Orone-mini is to be DIY friendly. Also one of those Maple-mini components is expensive and difficult to source, C1, the power supply smoothing capacitor, which is a 1206 case size. Orone-mini replaces C1 with a larger, lower cost, 2917 (7343 Metric) case size. 63 | 64 | PCB Design Rules 65 | ---------------------- 66 | The Printed Circuit Board (PCBs) has been designed using widely available PCB manufacturing tolerances, specifically 8mil track, 8mil space. The smallest drill is 0.5mm (with one 0.4mm exception). These manufacturing tolerances are supported by OSHPark.com and Seeedstudio 'Fusion PCB service'. (If you use other PCB manufacturers, would you please feedback your results?) 67 | 68 | There are several sets of Design Rule check errors which are flagged by Eagle. None of these prevent the board being made: 69 | 70 | 1. There is a 'bridge' which is flagged as an error, but is manufacturable. The bridge is two touching pieces of copper, and looks like a piece of copper track. It is used to create a separate ground track to the analogue power supply. Eagle treats the bridge as two overlapping tracks, and flags clearance and overlap errors. These is be safe to ignore. 71 | 72 | 2. Several vias are close to SMD component pads. They are the same signal as the pad, and so should not cause electrical issues. However, they do fail default DRC checks. They have no impact on manufacturing the PCB. The errors are 'approved' in the PCB .brd file. C5 has one Clearance DRC error with a ground via. FUSE1 has 1 Overlap DRC error with a power via. D1 has 1 Overlap DRC error with a via. 73 | 74 | 3. Two vias are near the 'tab' pin of the REG1 regulator cause DRC errors. The vias should conduct heat through to the larger area of copper on the reverse side of the board. There are several other 'heat-path vias' in the component side copper pour, but vias in REG1 tab-pin should be more effective. Note the vias are placed just beyond the edge of the tab-pin silk screen to reduce the likelihood of solder 'voids' under the pin. 75 | 76 | 4. The crystal routing is quite intricate. It contains Clearance (1), Keepout (3), Restrict (6) DRC Errors. 77 | -------------------------------------------------------------------------------- /Orone-mini-v0/CAM/OSHPark-Orone-mini-S8E-v0.cam: -------------------------------------------------------------------------------- 1 | [CAM Processor Job] 2 | Description[en]="Generates Extended Gerber Format\n

This is based on Laen's OSHPark.com CAM file.\n

This CAM job consists of nine sections that generate data for a two layer board.

\nYou will get eight gerber files that contain data for:
\ncomponent side *.cmp
\nsolder side *.sol
\nsilkscreen component side *.plc
\nsilkscreen component side *.plc
\nsolder stop component side *.stc
\nsolder stop solder sid *.sts
" 3 | Section=Sec_1 4 | Section=Sec_2 5 | Section=Sec_3 6 | Section=Sec_4 7 | Section=Sec_5 8 | Section=Sec_6 9 | Section=Sec_7 10 | Section=Sec_8 11 | Section=Sec_9 12 | 13 | [Sec_1] 14 | Name[C]="Cream" 15 | Name[en]="Top Cream" 16 | Prompt[C]="" 17 | Prompt[en]="" 18 | Device="GERBER_RS274X" 19 | Wheel=".whl" 20 | Rack="" 21 | Scale=1 22 | Output="%P/camfiles/%N.tcream.ger" 23 | Flags="0 0 0 1 0 1 1" 24 | Emulate="0 0 0" 25 | Offset="0.0mil 0.0mil" 26 | Sheet=1 27 | Tolerance="0 0 0 0 0 0" 28 | Pen="0.0mil 0" 29 | Page="12000.0mil 8000.0mil" 30 | Layers=" 31" 31 | Colors=" 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 6 6 4 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 1 1 1 1 3 3 1 2 6 8 8 5 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 4 2 4 3 6 6 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0" 32 | 33 | [Sec_2] 34 | Name[C]="Component side" 35 | Name[en]="Top Copper" 36 | Prompt[C]="" 37 | Prompt[en]="" 38 | Device="GERBER_RS274X" 39 | Wheel=".whl" 40 | Rack="" 41 | Scale=1 42 | Output="%P/camfiles/%N.toplayer.ger" 43 | Flags="0 0 0 1 0 1 1" 44 | Emulate="0 0 0" 45 | Offset="0.0mil 0.0mil" 46 | Sheet=1 47 | Tolerance="0 0 0 0 0 0" 48 | Pen="0.0mil 0" 49 | Page="12000.0mil 8000.0mil" 50 | Layers=" 1 17 18" 51 | Colors=" 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 6 6 4 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 1 1 1 1 3 3 1 2 6 8 8 5 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 4 2 4 3 6 6 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0" 52 | 53 | [Sec_3] 54 | Name[C]="Solder side" 55 | Name[en]="Bottom Copper" 56 | Prompt[C]="" 57 | Prompt[en]="" 58 | Device="GERBER_RS274X" 59 | Wheel=".whl" 60 | Rack="" 61 | Scale=1 62 | Output="%P/camfiles/%N.bottomlayer.ger" 63 | Flags="0 0 0 1 0 1 1" 64 | Emulate="0 0 0" 65 | Offset="0.0mil 0.0mil" 66 | Sheet=1 67 | Tolerance="0 0 0 0 0 0" 68 | Pen="0.0mil 0" 69 | Page="12000.0mil 8000.0mil" 70 | Layers=" 16 17 18" 71 | Colors=" 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 6 6 4 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 1 1 1 1 3 3 1 2 6 8 8 5 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 4 2 4 3 6 6 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0" 72 | 73 | [Sec_4] 74 | Name[C]="Silk screen CMP" 75 | Name[en]="Top Silk screen" 76 | Prompt[C]="" 77 | Prompt[en]="" 78 | Device="GERBER_RS274X" 79 | Wheel=".whl" 80 | Rack="" 81 | Scale=1 82 | Output="%P/camfiles/%N.topsilkscreen.ger" 83 | Flags="0 0 0 1 0 1 1" 84 | Emulate="0 0 0" 85 | Offset="0.0mil 0.0mil" 86 | Sheet=1 87 | Tolerance="0 0 0 0 0 0" 88 | Pen="0.0mil 0" 89 | Page="12000.0mil 8000.0mil" 90 | Layers=" 20 21 25" 91 | Colors=" 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 6 6 4 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 1 1 1 1 3 3 1 2 6 8 8 5 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 4 2 4 3 6 6 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0" 92 | 93 | [Sec_5] 94 | Name[C]="Silk screen SOL" 95 | Name[en]="Bottom Silk screen" 96 | Prompt[C]="" 97 | Prompt[en]="" 98 | Device="GERBER_RS274X" 99 | Wheel=".whl" 100 | Rack="" 101 | Scale=1 102 | Output="%P/camfiles/%N.bottomsilkscreen.ger" 103 | Flags="0 0 0 1 0 1 1" 104 | Emulate="0 0 0" 105 | Offset="0.0mil 0.0mil" 106 | Sheet=1 107 | Tolerance="0 0 0 0 0 0" 108 | Pen="0.0mil 0" 109 | Page="12000.0mil 8000.0mil" 110 | Layers=" 20 22 26 122 132" 111 | Colors=" 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 6 6 4 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 1 1 1 1 3 3 1 2 6 8 8 5 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 4 2 4 3 6 6 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0" 112 | 113 | [Sec_6] 114 | Name[C]="Solder stop mask CMP" 115 | Name[en]="Top Solder stop mask" 116 | Prompt[C]="" 117 | Prompt[en]="" 118 | Device="GERBER_RS274X" 119 | Wheel=".whl" 120 | Rack="" 121 | Scale=1 122 | Output="%P/camfiles/%N.topsoldermask.ger" 123 | Flags="0 0 0 1 0 1 1" 124 | Emulate="0 0 0" 125 | Offset="0.0mil 0.0mil" 126 | Sheet=1 127 | Tolerance="0 0 0 0 0 0" 128 | Pen="0.0mil 0" 129 | Page="12000.0mil 8000.0mil" 130 | Layers=" 29" 131 | Colors=" 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 6 6 4 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 1 1 1 1 3 3 1 2 6 8 8 5 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 4 2 4 3 6 6 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0" 132 | 133 | [Sec_7] 134 | Name[C]="Solder stop mask SOL" 135 | Name[en]="Bottom Solder stop mask" 136 | Prompt[C]="" 137 | Prompt[en]="" 138 | Device="GERBER_RS274X" 139 | Wheel=".whl" 140 | Rack="" 141 | Scale=1 142 | Output="%P/camfiles/%N.bottomsoldermask.ger" 143 | Flags="0 0 0 1 0 1 1" 144 | Emulate="0 0 0" 145 | Offset="0.0mil 0.0mil" 146 | Sheet=1 147 | Tolerance="0 0 0 0 0 0" 148 | Pen="0.0mil 0" 149 | Page="12000.0mil 8000.0mil" 150 | Layers=" 30" 151 | Colors=" 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 6 6 4 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 1 1 1 1 3 3 1 2 6 8 8 5 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 4 2 4 3 6 6 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0" 152 | 153 | [Sec_8] 154 | Name[C]="Board Outline" 155 | Name[en]="Board Outline" 156 | Prompt[C]="" 157 | Prompt[en]="" 158 | Device="GERBER_RS274X" 159 | Wheel=".whl" 160 | Rack="" 161 | Scale=1 162 | Output="%P/camfiles/%N.boardoutline.ger" 163 | Flags="0 0 0 1 0 1 1" 164 | Emulate="0 0 0" 165 | Offset="0.0mil 0.0mil" 166 | Sheet=1 167 | Tolerance="0 0 0 0 0 0" 168 | Pen="0.0mil 0" 169 | Page="12000.0mil 8000.0mil" 170 | Layers=" 20" 171 | Colors=" 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 6 6 4 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 1 1 1 1 3 3 1 2 6 8 8 5 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 4 2 4 3 6 6 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0" 172 | 173 | [Sec_9] 174 | Name[C]="Excellion Drill" 175 | Name[en]="Excellon Drills" 176 | Prompt[C]="" 177 | Prompt[en]="" 178 | Device="EXCELLON" 179 | Wheel=".whl" 180 | Rack="" 181 | Scale=1 182 | Output="%P/camfiles/%N.drills.xln" 183 | Flags="0 0 0 1 0 1 1" 184 | Emulate="0 0 0" 185 | Offset="0.0mil 0.0mil" 186 | Sheet=1 187 | Tolerance="0 0 0 0 0 0" 188 | Pen="0.0mil 0" 189 | Page="12000.0mil 8000.0mil" 190 | Layers=" 44 45" 191 | Colors=" 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 6 6 4 8 8 8 8 8 8 8 8 8 8 8 8 8 4 4 1 1 1 1 3 3 1 2 6 8 8 5 8 8 8 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 4 2 4 3 6 6 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0" 192 | -------------------------------------------------------------------------------- /MM4/MM4_r0/Gerber_MM4/MapleMini_F4.pls: -------------------------------------------------------------------------------- 1 | G75* 2 | G70* 3 | %OFA0B0*% 4 | %FSLAX24Y24*% 5 | %IPPOS*% 6 | %LPD*% 7 | %AMOC8* 8 | 5,1,8,0,0,1.08239X$1,22.5* 9 | % 10 | %ADD10C,0.0000*% 11 | %ADD11C,0.0020*% 12 | %ADD12C,0.0050*% 13 | %ADD13C,0.0010*% 14 | %ADD14C,0.0100*% 15 | %ADD15C,0.0080*% 16 | %ADD16C,0.0030*% 17 | D10* 18 | X000125Y000125D02* 19 | X000125Y020125D01* 20 | X009125Y020125D01* 21 | X009125Y000125D01* 22 | X000125Y000125D01* 23 | D11* 24 | X005085Y014455D02* 25 | X005159Y014455D01* 26 | X005195Y014492D01* 27 | X005195Y014565D02* 28 | X005122Y014602D01* 29 | X005085Y014602D01* 30 | X005049Y014565D01* 31 | X005049Y014492D01* 32 | X005085Y014455D01* 33 | X005049Y014675D02* 34 | X005195Y014675D01* 35 | X005195Y014565D01* 36 | X005270Y014528D02* 37 | X005306Y014565D01* 38 | X005380Y014565D01* 39 | X005416Y014602D01* 40 | X005416Y014639D01* 41 | X005380Y014675D01* 42 | X005306Y014675D01* 43 | X005270Y014639D01* 44 | X005343Y014712D02* 45 | X005343Y014418D01* 46 | X005306Y014455D02* 47 | X005270Y014492D01* 48 | X005270Y014528D01* 49 | X005306Y014455D02* 50 | X005380Y014455D01* 51 | X005416Y014492D01* 52 | X005491Y014492D02* 53 | X005491Y014675D01* 54 | X005637Y014675D02* 55 | X005637Y014492D01* 56 | X005601Y014455D01* 57 | X005527Y014455D01* 58 | X005491Y014492D01* 59 | D12* 60 | X005015Y014475D02* 61 | X005015Y014015D01* 62 | X006155Y014015D01* 63 | X006155Y014475D01* 64 | X005015Y014475D01* 65 | X004695Y014045D02* 66 | X004235Y014045D01* 67 | X004235Y015185D01* 68 | X004695Y015185D01* 69 | X004695Y014045D01* 70 | X004705Y015715D02* 71 | X004705Y016135D01* 72 | X003605Y016135D01* 73 | X003605Y015715D01* 74 | X004705Y015715D01* 75 | X004705Y016615D02* 76 | X004705Y017035D01* 77 | X003605Y017035D01* 78 | X003605Y016615D01* 79 | X004705Y016615D01* 80 | X005275Y016955D02* 81 | X005275Y015815D01* 82 | X005735Y015815D01* 83 | X005735Y016955D01* 84 | X005275Y016955D01* 85 | X006055Y018635D02* 86 | X006515Y018635D01* 87 | X006515Y019775D01* 88 | X006055Y019775D01* 89 | X006055Y018635D01* 90 | X003815Y018685D02* 91 | X003815Y019825D01* 92 | X003355Y019825D01* 93 | X003355Y018685D01* 94 | X003815Y018685D01* 95 | X003205Y017715D02* 96 | X002745Y017715D01* 97 | X002745Y016575D01* 98 | X003205Y016575D01* 99 | X003205Y017715D01* 100 | X003065Y015565D02* 101 | X003065Y015105D01* 102 | X001925Y015105D01* 103 | X001925Y015565D01* 104 | X003065Y015565D01* 105 | X003516Y007831D02* 106 | X003476Y007791D01* 107 | X003555Y007712D01* 108 | X003594Y007752D01* 109 | X003555Y007791D01* 110 | X003516Y007831D01* 111 | X003555Y007791D02* 112 | X003555Y007712D01* 113 | X003555Y006059D01* 114 | X002295Y006059D01* 115 | X002295Y007791D01* 116 | X003476Y007791D01* 117 | X003555Y007791D01* 118 | D13* 119 | X005127Y013830D02* 120 | X005227Y013830D01* 121 | X005177Y013830D02* 122 | X005177Y013980D01* 123 | X005227Y013930D01* 124 | X005275Y013955D02* 125 | X005300Y013980D01* 126 | X005350Y013980D01* 127 | X005375Y013955D01* 128 | X005375Y013855D01* 129 | X005350Y013830D01* 130 | X005300Y013830D01* 131 | X005275Y013855D01* 132 | X004880Y014145D02* 133 | X004855Y014120D01* 134 | X004755Y014120D01* 135 | X004730Y014145D01* 136 | X004730Y014195D01* 137 | X004755Y014220D01* 138 | X004755Y014267D02* 139 | X004730Y014292D01* 140 | X004730Y014342D01* 141 | X004755Y014367D01* 142 | X004780Y014367D01* 143 | X004805Y014342D01* 144 | X004805Y014317D01* 145 | X004805Y014342D02* 146 | X004830Y014367D01* 147 | X004855Y014367D01* 148 | X004880Y014342D01* 149 | X004880Y014292D01* 150 | X004855Y014267D01* 151 | X004855Y014220D02* 152 | X004880Y014195D01* 153 | X004880Y014145D01* 154 | X004067Y015520D02* 155 | X004092Y015545D01* 156 | X004092Y015670D01* 157 | X003992Y015670D02* 158 | X003992Y015545D01* 159 | X004017Y015520D01* 160 | X004067Y015520D01* 161 | X003945Y015545D02* 162 | X003920Y015520D01* 163 | X003870Y015520D01* 164 | X003845Y015545D01* 165 | X003845Y015570D01* 166 | X003870Y015595D01* 167 | X003920Y015595D01* 168 | X003945Y015620D01* 169 | X003945Y015645D01* 170 | X003920Y015670D01* 171 | X003870Y015670D01* 172 | X003845Y015645D01* 173 | X003797Y015645D02* 174 | X003797Y015620D01* 175 | X003772Y015595D01* 176 | X003697Y015595D01* 177 | X003697Y015545D02* 178 | X003697Y015645D01* 179 | X003722Y015670D01* 180 | X003772Y015670D01* 181 | X003797Y015645D01* 182 | X003797Y015545D02* 183 | X003772Y015520D01* 184 | X003722Y015520D01* 185 | X003697Y015545D01* 186 | X003895Y015495D02* 187 | X003895Y015695D01* 188 | X003895Y016395D02* 189 | X003895Y016595D01* 190 | X003920Y016570D02* 191 | X003870Y016570D01* 192 | X003845Y016545D01* 193 | X003797Y016545D02* 194 | X003797Y016520D01* 195 | X003772Y016495D01* 196 | X003722Y016495D01* 197 | X003697Y016470D01* 198 | X003697Y016445D01* 199 | X003722Y016420D01* 200 | X003772Y016420D01* 201 | X003797Y016445D01* 202 | X003797Y016470D01* 203 | X003772Y016495D01* 204 | X003722Y016495D02* 205 | X003697Y016520D01* 206 | X003697Y016545D01* 207 | X003722Y016570D01* 208 | X003772Y016570D01* 209 | X003797Y016545D01* 210 | X003870Y016495D02* 211 | X003920Y016495D01* 212 | X003945Y016520D01* 213 | X003945Y016545D01* 214 | X003920Y016570D01* 215 | X003992Y016570D02* 216 | X003992Y016445D01* 217 | X004017Y016420D01* 218 | X004067Y016420D01* 219 | X004092Y016445D01* 220 | X004092Y016570D01* 221 | X003945Y016445D02* 222 | X003920Y016420D01* 223 | X003870Y016420D01* 224 | X003845Y016445D01* 225 | X003845Y016470D01* 226 | X003870Y016495D01* 227 | X002990Y015750D02* 228 | X002990Y015600D01* 229 | X002990Y015650D02* 230 | X002915Y015650D01* 231 | X002890Y015675D01* 232 | X002890Y015725D01* 233 | X002915Y015750D01* 234 | X002990Y015750D01* 235 | X002940Y015650D02* 236 | X002890Y015600D01* 237 | X002843Y015625D02* 238 | X002843Y015650D01* 239 | X002818Y015675D01* 240 | X002768Y015675D01* 241 | X002743Y015650D01* 242 | X002743Y015625D01* 243 | X002768Y015600D01* 244 | X002818Y015600D01* 245 | X002843Y015625D01* 246 | X002818Y015675D02* 247 | X002843Y015700D01* 248 | X002843Y015725D01* 249 | X002818Y015750D01* 250 | X002768Y015750D01* 251 | X002743Y015725D01* 252 | X002743Y015700D01* 253 | X002768Y015675D01* 254 | X002710Y017208D02* 255 | X002560Y017208D01* 256 | X002610Y017208D02* 257 | X002610Y017283D01* 258 | X002635Y017308D01* 259 | X002685Y017308D01* 260 | X002710Y017283D01* 261 | X002710Y017208D01* 262 | X002610Y017258D02* 263 | X002560Y017308D01* 264 | X002585Y017355D02* 265 | X002560Y017380D01* 266 | X002560Y017430D01* 267 | X002585Y017455D01* 268 | X002610Y017455D01* 269 | X002635Y017430D01* 270 | X002635Y017405D01* 271 | X002635Y017430D02* 272 | X002660Y017455D01* 273 | X002685Y017455D01* 274 | X002710Y017430D01* 275 | X002710Y017380D01* 276 | X002685Y017355D01* 277 | X002635Y017503D02* 278 | X002635Y017603D01* 279 | X002560Y017578D02* 280 | X002710Y017578D01* 281 | X002635Y017503D01* 282 | X003170Y019318D02* 283 | X003320Y019318D01* 284 | X003320Y019393D01* 285 | X003295Y019418D01* 286 | X003245Y019418D01* 287 | X003220Y019393D01* 288 | X003220Y019318D01* 289 | X003220Y019368D02* 290 | X003170Y019418D01* 291 | X003170Y019465D02* 292 | X003170Y019565D01* 293 | X003170Y019613D02* 294 | X003170Y019713D01* 295 | X003170Y019663D02* 296 | X003320Y019663D01* 297 | X003270Y019613D01* 298 | X003320Y019515D02* 299 | X003170Y019515D01* 300 | X003270Y019465D02* 301 | X003320Y019515D01* 302 | X005090Y016818D02* 303 | X005240Y016818D01* 304 | X005165Y016743D01* 305 | X005165Y016843D01* 306 | X005115Y016695D02* 307 | X005090Y016670D01* 308 | X005090Y016620D01* 309 | X005115Y016595D01* 310 | X005215Y016595D01* 311 | X005240Y016620D01* 312 | X005240Y016670D01* 313 | X005215Y016695D01* 314 | X005870Y019415D02* 315 | X006020Y019415D01* 316 | X006020Y019490D01* 317 | X005995Y019515D01* 318 | X005945Y019515D01* 319 | X005920Y019490D01* 320 | X005920Y019415D01* 321 | X005920Y019465D02* 322 | X005870Y019515D01* 323 | X005895Y019563D02* 324 | X005870Y019588D01* 325 | X005870Y019638D01* 326 | X005895Y019663D01* 327 | X005995Y019663D01* 328 | X006020Y019638D01* 329 | X006020Y019588D01* 330 | X005995Y019563D01* 331 | X005970Y019563D01* 332 | X005945Y019588D01* 333 | X005945Y019663D01* 334 | D14* 335 | X004755Y017075D02* 336 | X004605Y017075D01* 337 | X004755Y017075D02* 338 | X004755Y016575D01* 339 | X004605Y016575D01* 340 | X004605Y016175D02* 341 | X004755Y016175D01* 342 | X004755Y015675D01* 343 | X004605Y015675D01* 344 | X004624Y008398D02* 345 | X004626Y008418D01* 346 | X004631Y008438D01* 347 | X004641Y008456D01* 348 | X004653Y008473D01* 349 | X004668Y008487D01* 350 | X004686Y008497D01* 351 | X004705Y008505D01* 352 | X004725Y008509D01* 353 | X004745Y008509D01* 354 | X004765Y008505D01* 355 | X004784Y008497D01* 356 | X004802Y008487D01* 357 | X004817Y008473D01* 358 | X004829Y008456D01* 359 | X004839Y008438D01* 360 | X004844Y008418D01* 361 | X004846Y008398D01* 362 | X004844Y008378D01* 363 | X004839Y008358D01* 364 | X004829Y008340D01* 365 | X004817Y008323D01* 366 | X004802Y008309D01* 367 | X004784Y008299D01* 368 | X004765Y008291D01* 369 | X004745Y008287D01* 370 | X004725Y008287D01* 371 | X004705Y008291D01* 372 | X004686Y008299D01* 373 | X004668Y008309D01* 374 | X004653Y008323D01* 375 | X004641Y008340D01* 376 | X004631Y008358D01* 377 | X004626Y008378D01* 378 | X004624Y008398D01* 379 | D15* 380 | X004624Y008064D02* 381 | X002174Y010514D01* 382 | X002174Y010736D01* 383 | X004624Y013186D01* 384 | X004846Y013186D01* 385 | X007296Y010736D01* 386 | X007296Y010514D01* 387 | X004846Y008064D01* 388 | X004624Y008064D01* 389 | D16* 390 | X004375Y008985D02* 391 | X004512Y009122D01* 392 | X004444Y009054D02* 393 | X004238Y009259D01* 394 | X004375Y009259D01* 395 | X004413Y009365D02* 396 | X004413Y009433D01* 397 | X004481Y009502D01* 398 | X004549Y009502D01* 399 | X004584Y009467D01* 400 | X004584Y009399D01* 401 | X004515Y009330D01* 402 | X004515Y009262D01* 403 | X004549Y009228D01* 404 | X004618Y009228D01* 405 | X004686Y009296D01* 406 | X004686Y009365D01* 407 | X004758Y009436D02* 408 | X004587Y009607D01* 409 | X004723Y009744D02* 410 | X004895Y009573D01* 411 | X004895Y009505D01* 412 | X004826Y009436D01* 413 | X004758Y009436D01* 414 | X004686Y009228D02* 415 | X004413Y009502D01* 416 | M02* 417 | -------------------------------------------------------------------------------- /Orone-mini-v0/README.md: -------------------------------------------------------------------------------- 1 | Orone-mini designs 2 | ================== 3 | 4 | Orone-mini's are designed to be software and mostly hardware compatible with LeafLabs Maple-mini. Some improvements have been inspired by Siy's mini48. These boards were also inspired by the availability of STM32F303 in 48pin LQFP packages. Please note, boards will be tested first using STM32F103 before STM32F303 testing. 5 | 6 | 7 | Maple-mini improvements 8 | ----------------------- 9 | LeafLabs Maple-mini is a very impressive and useful Open Source Hardware development board. It offers approximately 4x more memory and CPU performance than an Arduino UNO, much improved peripherals, and about 50% more I/O pins in a tiny package that fits into a 48pin DIL IC socket. It is supported by an Open Source IDE and library similar to the Arduino UNO. 10 | 11 | However there are areas that are improved by Orone-mini designs: 12 | 1. Two-layer PCB, and so can be modified using 'free' Eagle CAD (unlike 4-layer which requires a commercial license) 13 | 2. DIY-assemblable; this is outlined below 14 | 3. More robust main power supply for operation above 6V; better current supply to e.g. LEDs and external digital electronics 15 | 4. USB Electro-Static Discharge (ESD) protection for Host PC and Orone-mini 16 | 5. USB overvoltage protection, protecting Orone-mini's USB power connection 17 | 6. Extra 2-pin molex socket for easier-to-connect external power 18 | 7. Power-on indicator 19 | 8. More robust through-hole mini-USB socket 20 | 9. Larger silk screen for easier readability 21 | 10. Silk screen warns of dedicated USB pins, and shows JTAG-SWD pins for extrnal debugger 22 | 11. Reduced-cost of capacitor C1 by using larger size (2917/7343) 23 | 12. Access to all STM32F signals; two are not connected to header pins 24 | 13. Access to the USB input voltage (after polyfuse protection) for 5V power for external electronics 25 | 14. Access to diode-protected but unregulated input voltage, for external electronics 26 | 15. Manual control of the USB enumeration mechanism to simplify using STM32F303 manufactured-in USB bootloader. The USB 'DISC' signal, along with ground, can be accessed using a 2 x 0.1" header. 27 | 16. All parts are straightforward to source, and available from a variety of sources. The Bill of Materials identifies several suppliers 28 | 17 Connected USB shield to USB Ground to reduce EM emission, using RC filter to avoid ground loops 29 | 30 | 31 | These boards are designed to be DIY-assemblable, but otherwise software and signal compatible with Maple-mini. 32 | 33 | All designs are breadboard-friendly form-factors; all pins are on breadboard 0.1" grid. However, initial designs have header pins spaced 0.8" apart, wider than Maple-mini's 0.6" header pins. 34 | 35 | 36 | * **Orone-mini-S8A** - Maple-mini compatible STM32F development board. 37 | *Format*: two 20pin headers 0.8" apart. 1206 Components, SOT-223 voltage regulator uses LM2937-style, 'tab-is-ground', footprint 38 | Improves on first 5 areas 39 | Successfully tested by LeafLabs forum member 'ventosus'. 40 | 41 | 42 | * **Orone-mini-S8C** - Superseded by Orone-mini-S8D. 43 | 44 | * **Orone-mini-S8D** - Superseded by Orone-mini-S8E. 45 | 46 | 47 | * **Orone-mini-S8E** - Maple-mini compatible STM32F development board. 48 | *Format*: two 20pin headers 0.8" apart. 49 | *Electronics*:1206 Components except NUF2042XV6, C1 is larger 2917/7343, SOT-223 voltage regulator uses LM2937-style, 'tab-is-ground', footprint. 50 | PCB requires 6mil track and 6mil space manufacturing capability 51 | Similar to Orone-mini-S8A, S8C and S8D, however is physically different from Orone-mini-S8D, and so it's a new part number. 52 | Incorporates ten improvements. 53 | Not yet tested. 54 | 55 | * **Orone-mini-S8H** - Maple-mini compatible STM32F development board. 56 | *Format*: two 20pin headers 0.8" apart. 57 | *Electronics*:1206 Components except NUF2042XV6, C1 is larger 2917/7343, SOT-223 voltage regulator uses LM2937-style, 'tab-is-ground', footprint. 58 | PCB requires *8mil track and 8mil space* manufacturing capability 59 | Similar to Orone-mini-S8A, S8C and S8D, however uses coarser, lower-cost PCB manufacturing rules. 60 | Incorporates ten improvements. 61 | Successfuly tested by Forum members Crenn and Adam 62 | 63 | 64 | * **Orone-mini-S8J** - Maple-mini compatible STM32F development board. 65 | *Format*: two 20pin headers 0.8" apart. 66 | *Electronics*:1206 Components or larger, except C1 (2917/7343), SOT-223 voltage regulator uses LM2937-style, 'tab-is-ground', footprint. 67 | PCB requires *8mil track and 8mil space*, 0.4mm via manufacturing capability 68 | Similar to Orone-mini-S8A, S8C and S8D, however uses coarser, lower-cost PCB manufacturing rules. 69 | Incorporates sixteen improvements. 70 | Not yet tested. 71 | 72 | * **Orone-mini-S8K** - Maple-mini compatible STM32F development board. 73 | *Format*: two 20pin headers 0.8" apart. 74 | *Electronics*:1206 Components or larger, except C1 (2917/7343), SOT-223 voltage regulator uses LM2937-style, 'tab-is-ground', footprint. 75 | PCB requires *8mil track and 8mil space*, 0.4mm via manufacturing capability 76 | Similar to Orone-mini-S8A, S8C and S8D, however uses coarser, lower-cost PCB manufacturing rules. 77 | Incorporates all improvements. 78 | Not yet tested. 79 | 80 | * **CAM/OSHPark-Orone-mini-S8E-v0.cam** - OSHpark.com Eagle CAM file 81 | Not yet tested. 82 | 83 | 84 | 85 | Maple-mini Software compatibility 86 | --------------------------------- 87 | Orone-mini boards are designed to be completely software and bootloader compatible with Maple-mini. So all existing Maple-mini software should work. 88 | 89 | 90 | Maple-mini Hardware compatibility 91 | --------------------------------- 92 | Orone-mini-S8x boards are not physically compatible with Maple-mini because the pin headers have been moved from 0.6" spacing to 0.8" spacing. This was a result of the increased component size used on Orone-mini. The increased component size is driven by the aim to make Orone-mini DIY-assemblable. 93 | 94 | Orone-mini-S8J pins carry identical signals to Maple-mini. Unlike Orone-mini-S8A-S8H, Orone-mini-S8J 'av+' pin is also identical to Maple-mini. Orone-mini-S8J supplies the 'av+' voltage from the analogue power regulator. The assumption is this will be a lower noise power source than the digital power supply. However this is not yet tested. 95 | 96 | Orone-mini version S8A-S8H have one change to the header pins. The Maple-mini's 'av+' power was supplied by a small voltage regulator which might close down, or be damaged when the Maple-mini was used with a power supply voltage much higher than USB's voltage. Orone-mini S8A-S8H supplies power to the 'av+' pin from a slightly larger capacity voltage regulator. The intent is to avoid damage to the small voltage regulator. 97 | 98 | The orone-mini silk screen is larger-size text, and hence contains less information, than Maple-mini. The increase in size is intended to be easier to read, and easier for PCB makers to produce. 99 | 100 | 101 | DIY-assemblable 102 | --------------- 103 | The Maple-mini uses a 4-layer Printed Circuit Board, which can not be modified with the 'free' version of Eagle ECAD. 4-layer boards are also relatively expensive. Hence, this board is a 2-layer board which can be modified using 'free' Eagle ECAD, and the PCB should be much lower cost to manufacture. The board is designed to comply with all Eagle Design Rules from OSHPark.com and Seeedstudio (see Design Rules below) 104 | 105 | Many of the Maple-mini parts are very small '0402' size. These have been replaced by 1206 (nine times bigger). This necessitated the increase in board size, which caused the spacing between pin-headers to be increased from 0.6" to 0.8". However 1206 is a component size used in UK schools to introduce 13yo school children to assembling SMD boards. So I hope will be well within the ability of many people. 106 | 107 | Earlier designs used a very small part for Electro-Static Discharge (ESD) protection. This has been replaced by a combination of larger parts, which should be less challenging to assemble. Maple-mini has no ESD protection, so this is additional functionality to Maple-mini. 108 | 109 | The Maple-mini has SMD parts on both sides of the board. This is relatively difficult to make using some DIY-friendly SMD techniques. Hence all 'top' SMD components have been changed to 'thru-hole' allowing for a wider range of DIY SMD assembly techniques. The specific components effected are the USB socket, buttons and LEDs. The thru-hole components should also be more robust than the original SMD components. 110 | 111 | PCB Design Rules 112 | ---------------------- 113 | The Printed Circuit Board (PCBs) has been designed using widely available PCB manufacturing tolerances, specifically 8mil track, 8mil space. The smallest drill is 0.5mm (with one 0.4mm exception on S8J/S8K). These manufacturing tolerances are supported by OSHPark.com and Seeedstudio 'Fusion PCB service'. (If you use other PCB manufacturers, would you please feedback your results?) 114 | 115 | There are several sets of Design Rule check errors which are flagged by Eagle. None of these prevent the boards being made. 116 | 117 | OSHPark Design Rules prevent via 'tenting'; Eagle generated solder mask will not cover *any* vias with solder mask. Hence any text for a silk screen (including tNames and bNames) which print across vias are flagged as "Stop Mask errors". Small vias should be 'tented'. Set the DRC check->Masks->Limit to 20mil, which will cover vias with a 20mil or smaller (0.5mm) drill with solder mask (tented vias). The Design Rules embedded in this PCB CAD tents vias, so this is only an issue if you load OSHParks DRU file. 118 | 119 | 120 | Thanks to 121 | --------- 122 | Mark Rafter and Jeff Smith; Tony Wilcox, Chris Evans and David Hannaford of Midlands Micromouse and Robotics Club for advice, encouragement and expertise; Keith, Pete and Bill of Techwizz for discussions and feedback; Siy, feurig, ventosus, ala42, crenn, soycamo and everyone who shared ideas, built boards and contributed at LeafLabs forum; Laen of OSHPark.com for PCB & CAM help and expertise. Special thanks to Pete Harrison for sharing his knowledge, experience and good humour, and to LeafLabs for developing the Maple-IDE and Maple-mini. 123 | -------------------------------------------------------------------------------- /MM4/MM4_r0/Gerber_MM4/MapleMini_F4.stc: -------------------------------------------------------------------------------- 1 | G75* 2 | G70* 3 | %OFA0B0*% 4 | %FSLAX24Y24*% 5 | %IPPOS*% 6 | %LPD*% 7 | %AMOC8* 8 | 5,1,8,0,0,1.08239X$1,22.5* 9 | % 10 | %ADD10R,0.0789X0.0828*% 11 | %ADD11R,0.0907X0.0710*% 12 | %ADD12R,0.0237X0.0769*% 13 | %ADD13R,0.0400X0.0480*% 14 | %ADD14R,0.0671X0.0671*% 15 | %ADD15OC8,0.0671*% 16 | %ADD16R,0.0434X0.0356*% 17 | %ADD17R,0.0198X0.0474*% 18 | %ADD18R,0.0198X0.0631*% 19 | %ADD19R,0.0434X0.0474*% 20 | %ADD20R,0.0375X0.0237*% 21 | %ADD21C,0.0330*% 22 | %ADD22C,0.0050*% 23 | %ADD23C,0.0320*% 24 | D10* 25 | X003247Y000825D03* 26 | X004172Y000825D03* 27 | X005078Y000825D03* 28 | X006003Y000845D03* 29 | D11* 30 | X005845Y001829D03* 31 | X003405Y001849D03* 32 | D12* 33 | X004113Y001947D03* 34 | X004369Y001947D03* 35 | X004625Y001947D03* 36 | X004881Y001947D03* 37 | X005137Y001947D03* 38 | D13* 39 | X006455Y004015D03* 40 | X006455Y004615D03* 41 | X006435Y005465D03* 42 | X006435Y006065D03* 43 | X005355Y005825D03* 44 | X005355Y006425D03* 45 | X004895Y006455D03* 46 | X004895Y005855D03* 47 | X003345Y006825D03* 48 | X003345Y007425D03* 49 | X002665Y009215D03* 50 | X002665Y009815D03* 51 | X002335Y011365D03* 52 | X002335Y011965D03* 53 | X003265Y013285D03* 54 | X003265Y013885D03* 55 | X002955Y016855D03* 56 | X002955Y017455D03* 57 | X005635Y012195D03* 58 | X005635Y011595D03* 59 | X005725Y010085D03* 60 | X005725Y009485D03* 61 | X004685Y009355D03* 62 | X004685Y009955D03* 63 | X003905Y009965D03* 64 | X003905Y009365D03* 65 | X002425Y007425D03* 66 | X002425Y006825D03* 67 | X003165Y004695D03* 68 | X003165Y004095D03* 69 | D14* 70 | X000625Y000625D03* 71 | X008625Y019625D03* 72 | D15* 73 | X008625Y018625D03* 74 | X008625Y017625D03* 75 | X008625Y016625D03* 76 | X008625Y015625D03* 77 | X008625Y014625D03* 78 | X008625Y013625D03* 79 | X008625Y012625D03* 80 | X008625Y011625D03* 81 | X008625Y010625D03* 82 | X008625Y009625D03* 83 | X008625Y008625D03* 84 | X008625Y007625D03* 85 | X008625Y006625D03* 86 | X008625Y005625D03* 87 | X008625Y004625D03* 88 | X008625Y003625D03* 89 | X008625Y002625D03* 90 | X008625Y001625D03* 91 | X008625Y000625D03* 92 | X000625Y001625D03* 93 | X000625Y002625D03* 94 | X000625Y003625D03* 95 | X000625Y004625D03* 96 | X000625Y005625D03* 97 | X000625Y006625D03* 98 | X000625Y007625D03* 99 | X000625Y008625D03* 100 | X000625Y009625D03* 101 | X000625Y010625D03* 102 | X000625Y011625D03* 103 | X000625Y012625D03* 104 | X000625Y013625D03* 105 | X000625Y014625D03* 106 | X000625Y015625D03* 107 | X000625Y016625D03* 108 | X000625Y017625D03* 109 | X000625Y018625D03* 110 | X000625Y019625D03* 111 | D16* 112 | X004505Y016375D03* 113 | X004455Y014955D03* 114 | X004455Y014215D03* 115 | X005255Y014585D03* 116 | X005305Y016005D03* 117 | X005305Y016745D03* 118 | D17* 119 | X004722Y003860D03* 120 | X004722Y003230D03* 121 | X004525Y003230D03* 122 | X004328Y003230D03* 123 | X004328Y003860D03* 124 | D18* 125 | X004525Y003781D03* 126 | D19* 127 | X005638Y018890D03* 128 | X005638Y019520D03* 129 | X007252Y019520D03* 130 | X007252Y018890D03* 131 | X003472Y018900D03* 132 | X003472Y019530D03* 133 | X001858Y019530D03* 134 | X001858Y018900D03* 135 | D20* 136 | X002762Y003191D03* 137 | X002762Y002935D03* 138 | X002762Y002679D03* 139 | X003589Y002679D03* 140 | X003589Y003191D03* 141 | D21* 142 | X001855Y001935D03* 143 | X001855Y001435D03* 144 | X006925Y005505D03* 145 | X006925Y006005D03* 146 | X006945Y004575D03* 147 | X006945Y004075D03* 148 | D22* 149 | X007045Y004025D02* 150 | X007045Y004000D01* 151 | X006945Y003950D01* 152 | X006845Y004000D01* 153 | X006800Y004090D01* 154 | X006800Y004560D01* 155 | X006845Y004675D01* 156 | X006945Y004700D01* 157 | X007090Y004565D01* 158 | X007090Y004085D01* 159 | X007045Y004025D01* 160 | X007045Y004005D02* 161 | X006842Y004005D01* 162 | X006818Y004054D02* 163 | X007066Y004054D01* 164 | X007090Y004102D02* 165 | X006800Y004102D01* 166 | X006800Y004151D02* 167 | X007090Y004151D01* 168 | X007090Y004199D02* 169 | X006800Y004199D01* 170 | X006800Y004248D02* 171 | X007090Y004248D01* 172 | X007090Y004296D02* 173 | X006800Y004296D01* 174 | X006800Y004345D02* 175 | X007090Y004345D01* 176 | X007090Y004393D02* 177 | X006800Y004393D01* 178 | X006800Y004442D02* 179 | X007090Y004442D01* 180 | X007090Y004490D02* 181 | X006800Y004490D01* 182 | X006800Y004539D02* 183 | X007090Y004539D01* 184 | X007066Y004587D02* 185 | X006811Y004587D01* 186 | X006830Y004636D02* 187 | X007014Y004636D01* 188 | X006962Y004684D02* 189 | X006881Y004684D01* 190 | X006925Y005380D02* 191 | X007025Y005405D01* 192 | X007070Y005520D01* 193 | X007070Y005990D01* 194 | X007025Y006080D01* 195 | X006925Y006130D01* 196 | X006825Y006080D01* 197 | X006825Y006055D01* 198 | X006780Y005995D01* 199 | X006780Y005515D01* 200 | X006925Y005380D01* 201 | X006891Y005412D02* 202 | X007028Y005412D01* 203 | X007047Y005460D02* 204 | X006839Y005460D01* 205 | X006787Y005509D02* 206 | X007066Y005509D01* 207 | X007070Y005557D02* 208 | X006780Y005557D01* 209 | X006780Y005606D02* 210 | X007070Y005606D01* 211 | X007070Y005654D02* 212 | X006780Y005654D01* 213 | X006780Y005703D02* 214 | X007070Y005703D01* 215 | X007070Y005751D02* 216 | X006780Y005751D01* 217 | X006780Y005800D02* 218 | X007070Y005800D01* 219 | X007070Y005848D02* 220 | X006780Y005848D01* 221 | X006780Y005897D02* 222 | X007070Y005897D01* 223 | X007070Y005945D02* 224 | X006780Y005945D01* 225 | X006780Y005994D02* 226 | X007068Y005994D01* 227 | X007044Y006042D02* 228 | X006815Y006042D01* 229 | X006846Y006091D02* 230 | X007004Y006091D01* 231 | X006958Y003957D02* 232 | X006932Y003957D01* 233 | X002000Y001920D02* 234 | X002000Y001450D01* 235 | X001955Y001335D01* 236 | X001855Y001310D01* 237 | X001710Y001445D01* 238 | X001710Y001925D01* 239 | X001755Y001985D01* 240 | X001755Y002010D01* 241 | X001855Y002060D01* 242 | X001955Y002010D01* 243 | X002000Y001920D01* 244 | X001710Y001920D01* 245 | X001710Y001871D02* 246 | X002000Y001871D01* 247 | X002000Y001823D02* 248 | X001710Y001823D01* 249 | X001710Y001774D02* 250 | X002000Y001774D01* 251 | X002000Y001726D02* 252 | X001710Y001726D01* 253 | X001710Y001677D02* 254 | X002000Y001677D01* 255 | X002000Y001629D02* 256 | X001710Y001629D01* 257 | X001710Y001580D02* 258 | X002000Y001580D01* 259 | X002000Y001532D02* 260 | X001710Y001532D01* 261 | X001710Y001483D02* 262 | X002000Y001483D01* 263 | X001994Y001435D02* 264 | X001721Y001435D01* 265 | X001773Y001386D02* 266 | X001975Y001386D01* 267 | X001956Y001338D02* 268 | X001825Y001338D01* 269 | X001742Y001968D02* 270 | X001976Y001968D01* 271 | X001942Y002017D02* 272 | X001768Y002017D01* 273 | D23* 274 | X001705Y002625D03* 275 | X001945Y003625D03* 276 | X002465Y003865D03* 277 | X002885Y005245D03* 278 | X003165Y005085D03* 279 | X003345Y005945D03* 280 | X003805Y005385D03* 281 | X003865Y005065D03* 282 | X004345Y005625D03* 283 | X004585Y004805D03* 284 | X004745Y004525D03* 285 | X004905Y005105D03* 286 | X005365Y005405D03* 287 | X005845Y004525D03* 288 | X006465Y003605D03* 289 | X006945Y003605D03* 290 | X007285Y004105D03* 291 | X006905Y005045D03* 292 | X006485Y005045D03* 293 | X006085Y006435D03* 294 | X006405Y006965D03* 295 | X006485Y006565D03* 296 | X006805Y006625D03* 297 | X007045Y007285D03* 298 | X007045Y007625D03* 299 | X007525Y008305D03* 300 | X007705Y008005D03* 301 | X007665Y008635D03* 302 | X007665Y009455D03* 303 | X007885Y010385D03* 304 | X008125Y011385D03* 305 | X008125Y012945D03* 306 | X008125Y013265D03* 307 | X007745Y013865D03* 308 | X007605Y014165D03* 309 | X007285Y014245D03* 310 | X006965Y013625D03* 311 | X007225Y012945D03* 312 | X007375Y012425D03* 313 | X006965Y012185D03* 314 | X006725Y012425D03* 315 | X006385Y013025D03* 316 | X006145Y011785D03* 317 | X006235Y011145D03* 318 | X006565Y010365D03* 319 | X006805Y010625D03* 320 | X006805Y011125D03* 321 | X007045Y009065D03* 322 | X006805Y008825D03* 323 | X006405Y008325D03* 324 | X005725Y007805D03* 325 | X005385Y006865D03* 326 | X005165Y007085D03* 327 | X004945Y006845D03* 328 | X004925Y007365D03* 329 | X004585Y008465D03* 330 | X004345Y008705D03* 331 | X003905Y008965D03* 332 | X003445Y009345D03* 333 | X003085Y009705D03* 334 | X003025Y010505D03* 335 | X002665Y010205D03* 336 | X002345Y010805D03* 337 | X001985Y011725D03* 338 | X001665Y012685D03* 339 | X001865Y013165D03* 340 | X002105Y012925D03* 341 | X002725Y013205D03* 342 | X002725Y014025D03* 343 | X002345Y014285D03* 344 | X002585Y014985D03* 345 | X002945Y015685D03* 346 | X003285Y016245D03* 347 | X002965Y016445D03* 348 | X003585Y015345D03* 349 | X003265Y014285D03* 350 | X003625Y013465D03* 351 | X003885Y011765D03* 352 | X004325Y010655D03* 353 | X004765Y010355D03* 354 | X005175Y010225D03* 355 | X005645Y011205D03* 356 | X005785Y010485D03* 357 | X005705Y009085D03* 358 | X005405Y008825D03* 359 | X004765Y008965D03* 360 | X004045Y007585D03* 361 | X003745Y007825D03* 362 | X004105Y007085D03* 363 | X003325Y007905D03* 364 | X003325Y008245D03* 365 | X002905Y008505D03* 366 | X002665Y008145D03* 367 | X002585Y008465D03* 368 | X002305Y008305D03* 369 | X002425Y007905D03* 370 | X002305Y009065D03* 371 | X001915Y009115D03* 372 | X001265Y008805D03* 373 | X001025Y008305D03* 374 | X001365Y007625D03* 375 | X001685Y006625D03* 376 | X001365Y005385D03* 377 | X001705Y005245D03* 378 | X002425Y005945D03* 379 | X001365Y003625D03* 380 | X001125Y001625D03* 381 | X002185Y000625D03* 382 | X003185Y003385D03* 383 | X003765Y002405D03* 384 | X003945Y002825D03* 385 | X004565Y002825D03* 386 | X004605Y002485D03* 387 | X004985Y003385D03* 388 | X004345Y004265D03* 389 | X006465Y001625D03* 390 | X007525Y000625D03* 391 | X007765Y002625D03* 392 | X008005Y003625D03* 393 | X008245Y003945D03* 394 | X008285Y004985D03* 395 | X007765Y004625D03* 396 | X007765Y004305D03* 397 | X007525Y005405D03* 398 | X007525Y005725D03* 399 | X007905Y006965D03* 400 | X007905Y007285D03* 401 | X008145Y008255D03* 402 | X008285Y006265D03* 403 | X004905Y013025D03* 404 | X005185Y013525D03* 405 | X004905Y013925D03* 406 | X004885Y014245D03* 407 | X004575Y013885D03* 408 | X004585Y013565D03* 409 | X004585Y012785D03* 410 | X004765Y011765D03* 411 | X003445Y010645D03* 412 | X003265Y011725D03* 413 | X004825Y015005D03* 414 | X004995Y015365D03* 415 | X005245Y015635D03* 416 | X005585Y015685D03* 417 | X005605Y015325D03* 418 | X005785Y014665D03* 419 | X006145Y015625D03* 420 | X006385Y016625D03* 421 | X005845Y017325D03* 422 | X005645Y017865D03* 423 | X005505Y017085D03* 424 | X004845Y016945D03* 425 | X004865Y017325D03* 426 | X003985Y017185D03* 427 | X002985Y018585D03* 428 | X002605Y017865D03* 429 | X002135Y018015D03* 430 | X002025Y017245D03* 431 | X001865Y016625D03* 432 | X001505Y015905D03* 433 | X001535Y015385D03* 434 | X001365Y014945D03* 435 | X001365Y014625D03* 436 | X001125Y014025D03* 437 | X001125Y013625D03* 438 | X001425Y012485D03* 439 | X001125Y012345D03* 440 | X000625Y012125D03* 441 | X000625Y011125D03* 442 | X001335Y010725D03* 443 | X001645Y010485D03* 444 | X000625Y009125D03* 445 | X002365Y015925D03* 446 | X001635Y017885D03* 447 | X001365Y018395D03* 448 | X001125Y017625D03* 449 | X002365Y019625D03* 450 | X003945Y019525D03* 451 | X006725Y014625D03* 452 | X008125Y017625D03* 453 | X007885Y018105D03* 454 | X008125Y018385D03* 455 | X007645Y018625D03* 456 | X007405Y018385D03* 457 | X006895Y018355D03* 458 | X006845Y019705D03* 459 | X008125Y019625D03* 460 | M02* 461 | -------------------------------------------------------------------------------- /MM4/MM4_r0/Gerber_MM4/MapleMini_F4.sts: -------------------------------------------------------------------------------- 1 | G75* 2 | G70* 3 | %OFA0B0*% 4 | %FSLAX24Y24*% 5 | %IPPOS*% 6 | %LPD*% 7 | %AMOC8* 8 | 5,1,8,0,0,1.08239X$1,22.5* 9 | % 10 | %ADD10R,0.0316X0.0395*% 11 | %ADD11R,0.0400X0.0480*% 12 | %ADD12R,0.0480X0.0400*% 13 | %ADD13R,0.0671X0.0671*% 14 | %ADD14OC8,0.0671*% 15 | %ADD15C,0.0110*% 16 | %ADD16C,0.0277*% 17 | %ADD17R,0.0552X0.0198*% 18 | %ADD18R,0.0198X0.0552*% 19 | %ADD19C,0.0320*% 20 | D10* 21 | X005299Y015015D03* 22 | X005851Y015015D03* 23 | D11* 24 | X005505Y016085D03* 25 | X005505Y016685D03* 26 | X004465Y014915D03* 27 | X004465Y014315D03* 28 | X002975Y016845D03* 29 | X002975Y017445D03* 30 | X003585Y018955D03* 31 | X003585Y019555D03* 32 | X006285Y019505D03* 33 | X006285Y018905D03* 34 | D12* 35 | X004455Y016825D03* 36 | X004455Y015925D03* 37 | X003855Y015925D03* 38 | X003855Y016825D03* 39 | X002795Y015335D03* 40 | X002195Y015335D03* 41 | X005285Y014245D03* 42 | X005885Y014245D03* 43 | D13* 44 | X000625Y000625D03* 45 | X008625Y019625D03* 46 | D14* 47 | X008625Y018625D03* 48 | X008625Y017625D03* 49 | X008625Y016625D03* 50 | X008625Y015625D03* 51 | X008625Y014625D03* 52 | X008625Y013625D03* 53 | X008625Y012625D03* 54 | X008625Y011625D03* 55 | X008625Y010625D03* 56 | X008625Y009625D03* 57 | X008625Y008625D03* 58 | X008625Y007625D03* 59 | X008625Y006625D03* 60 | X008625Y005625D03* 61 | X008625Y004625D03* 62 | X008625Y003625D03* 63 | X008625Y002625D03* 64 | X008625Y001625D03* 65 | X008625Y000625D03* 66 | X000625Y001625D03* 67 | X000625Y002625D03* 68 | X000625Y003625D03* 69 | X000625Y004625D03* 70 | X000625Y005625D03* 71 | X000625Y006625D03* 72 | X000625Y007625D03* 73 | X000625Y008625D03* 74 | X000625Y009625D03* 75 | X000625Y010625D03* 76 | X000625Y011625D03* 77 | X000625Y012625D03* 78 | X000625Y013625D03* 79 | X000625Y014625D03* 80 | X000625Y015625D03* 81 | X000625Y016625D03* 82 | X000625Y017625D03* 83 | X000625Y018625D03* 84 | X000625Y019625D03* 85 | D15* 86 | X002369Y007697D02* 87 | X002369Y007097D01* 88 | X002369Y007697D02* 89 | X002811Y007697D01* 90 | X002811Y007097D01* 91 | X002369Y007097D01* 92 | X002369Y007206D02* 93 | X002811Y007206D01* 94 | X002811Y007315D02* 95 | X002369Y007315D01* 96 | X002369Y007424D02* 97 | X002811Y007424D01* 98 | X002811Y007533D02* 99 | X002369Y007533D01* 100 | X002369Y007642D02* 101 | X002811Y007642D01* 102 | X003039Y007697D02* 103 | X003039Y007097D01* 104 | X003039Y007697D02* 105 | X003481Y007697D01* 106 | X003481Y007097D01* 107 | X003039Y007097D01* 108 | X003039Y007206D02* 109 | X003481Y007206D01* 110 | X003481Y007315D02* 111 | X003039Y007315D01* 112 | X003039Y007424D02* 113 | X003481Y007424D01* 114 | X003481Y007533D02* 115 | X003039Y007533D01* 116 | X003039Y007642D02* 117 | X003481Y007642D01* 118 | X003039Y006753D02* 119 | X003039Y006153D01* 120 | X003039Y006753D02* 121 | X003481Y006753D01* 122 | X003481Y006153D01* 123 | X003039Y006153D01* 124 | X003039Y006262D02* 125 | X003481Y006262D01* 126 | X003481Y006371D02* 127 | X003039Y006371D01* 128 | X003039Y006480D02* 129 | X003481Y006480D01* 130 | X003481Y006589D02* 131 | X003039Y006589D01* 132 | X003039Y006698D02* 133 | X003481Y006698D01* 134 | X002369Y006753D02* 135 | X002369Y006153D01* 136 | X002369Y006753D02* 137 | X002811Y006753D01* 138 | X002811Y006153D01* 139 | X002369Y006153D01* 140 | X002369Y006262D02* 141 | X002811Y006262D01* 142 | X002811Y006371D02* 143 | X002369Y006371D01* 144 | X002369Y006480D02* 145 | X002811Y006480D01* 146 | X002811Y006589D02* 147 | X002369Y006589D01* 148 | X002369Y006698D02* 149 | X002811Y006698D01* 150 | D16* 151 | X002925Y006925D02* 152 | X002926Y006925D01* 153 | X002926Y006924D01* 154 | X002925Y006924D01* 155 | X002924Y006924D01* 156 | X002924Y006925D01* 157 | X002924Y006926D01* 158 | X002925Y006926D01* 159 | X002926Y006926D01* 160 | X002926Y006925D01* 161 | D17* 162 | G36* 163 | X003900Y008676D02* 164 | X003510Y008286D01* 165 | X003370Y008426D01* 166 | X003760Y008816D01* 167 | X003900Y008676D01* 168 | G37* 169 | G36* 170 | X004040Y008537D02* 171 | X003650Y008147D01* 172 | X003510Y008287D01* 173 | X003900Y008677D01* 174 | X004040Y008537D01* 175 | G37* 176 | G36* 177 | X004179Y008398D02* 178 | X003789Y008008D01* 179 | X003649Y008148D01* 180 | X004039Y008538D01* 181 | X004179Y008398D01* 182 | G37* 183 | G36* 184 | X004318Y008258D02* 185 | X003928Y007868D01* 186 | X003788Y008008D01* 187 | X004178Y008398D01* 188 | X004318Y008258D01* 189 | G37* 190 | G36* 191 | X004457Y008119D02* 192 | X004067Y007729D01* 193 | X003927Y007869D01* 194 | X004317Y008259D01* 195 | X004457Y008119D01* 196 | G37* 197 | G36* 198 | X003761Y008815D02* 199 | X003371Y008425D01* 200 | X003231Y008565D01* 201 | X003621Y008955D01* 202 | X003761Y008815D01* 203 | G37* 204 | G36* 205 | X003622Y008954D02* 206 | X003232Y008564D01* 207 | X003092Y008704D01* 208 | X003482Y009094D01* 209 | X003622Y008954D01* 210 | G37* 211 | G36* 212 | X003483Y009094D02* 213 | X003093Y008704D01* 214 | X002953Y008844D01* 215 | X003343Y009234D01* 216 | X003483Y009094D01* 217 | G37* 218 | G36* 219 | X003344Y009233D02* 220 | X002954Y008843D01* 221 | X002814Y008983D01* 222 | X003204Y009373D01* 223 | X003344Y009233D01* 224 | G37* 225 | G36* 226 | X003204Y009372D02* 227 | X002814Y008982D01* 228 | X002674Y009122D01* 229 | X003064Y009512D01* 230 | X003204Y009372D01* 231 | G37* 232 | G36* 233 | X003065Y009511D02* 234 | X002675Y009121D01* 235 | X002535Y009261D01* 236 | X002925Y009651D01* 237 | X003065Y009511D01* 238 | G37* 239 | G36* 240 | X002926Y009650D02* 241 | X002536Y009260D01* 242 | X002396Y009400D01* 243 | X002786Y009790D01* 244 | X002926Y009650D01* 245 | G37* 246 | G36* 247 | X002787Y009790D02* 248 | X002397Y009400D01* 249 | X002257Y009540D01* 250 | X002647Y009930D01* 251 | X002787Y009790D01* 252 | G37* 253 | G36* 254 | X002648Y009929D02* 255 | X002258Y009539D01* 256 | X002118Y009679D01* 257 | X002508Y010069D01* 258 | X002648Y009929D01* 259 | G37* 260 | G36* 261 | X002508Y010068D02* 262 | X002118Y009678D01* 263 | X001978Y009818D01* 264 | X002368Y010208D01* 265 | X002508Y010068D01* 266 | G37* 267 | G36* 268 | X002369Y010207D02* 269 | X001979Y009817D01* 270 | X001839Y009957D01* 271 | X002229Y010347D01* 272 | X002369Y010207D01* 273 | G37* 274 | G36* 275 | X005543Y013381D02* 276 | X005153Y012991D01* 277 | X005013Y013131D01* 278 | X005403Y013521D01* 279 | X005543Y013381D01* 280 | G37* 281 | G36* 282 | X005682Y013242D02* 283 | X005292Y012852D01* 284 | X005152Y012992D01* 285 | X005542Y013382D01* 286 | X005682Y013242D01* 287 | G37* 288 | G36* 289 | X005821Y013102D02* 290 | X005431Y012712D01* 291 | X005291Y012852D01* 292 | X005681Y013242D01* 293 | X005821Y013102D01* 294 | G37* 295 | G36* 296 | X005960Y012963D02* 297 | X005570Y012573D01* 298 | X005430Y012713D01* 299 | X005820Y013103D01* 300 | X005960Y012963D01* 301 | G37* 302 | G36* 303 | X006100Y012824D02* 304 | X005710Y012434D01* 305 | X005570Y012574D01* 306 | X005960Y012964D01* 307 | X006100Y012824D01* 308 | G37* 309 | G36* 310 | X006239Y012685D02* 311 | X005849Y012295D01* 312 | X005709Y012435D01* 313 | X006099Y012825D01* 314 | X006239Y012685D01* 315 | G37* 316 | G36* 317 | X006378Y012546D02* 318 | X005988Y012156D01* 319 | X005848Y012296D01* 320 | X006238Y012686D01* 321 | X006378Y012546D01* 322 | G37* 323 | G36* 324 | X006517Y012406D02* 325 | X006127Y012016D01* 326 | X005987Y012156D01* 327 | X006377Y012546D01* 328 | X006517Y012406D01* 329 | G37* 330 | G36* 331 | X006656Y012267D02* 332 | X006266Y011877D01* 333 | X006126Y012017D01* 334 | X006516Y012407D01* 335 | X006656Y012267D01* 336 | G37* 337 | G36* 338 | X006796Y012128D02* 339 | X006406Y011738D01* 340 | X006266Y011878D01* 341 | X006656Y012268D01* 342 | X006796Y012128D01* 343 | G37* 344 | G36* 345 | X006935Y011989D02* 346 | X006545Y011599D01* 347 | X006405Y011739D01* 348 | X006795Y012129D01* 349 | X006935Y011989D01* 350 | G37* 351 | G36* 352 | X007074Y011850D02* 353 | X006684Y011460D01* 354 | X006544Y011600D01* 355 | X006934Y011990D01* 356 | X007074Y011850D01* 357 | G37* 358 | G36* 359 | X007213Y011710D02* 360 | X006823Y011320D01* 361 | X006683Y011460D01* 362 | X007073Y011850D01* 363 | X007213Y011710D01* 364 | G37* 365 | G36* 366 | X007352Y011571D02* 367 | X006962Y011181D01* 368 | X006822Y011321D01* 369 | X007212Y011711D01* 370 | X007352Y011571D01* 371 | G37* 372 | G36* 373 | X007492Y011432D02* 374 | 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X007528Y018614D01* 216 | X007528Y019796D01* 217 | X005343Y019796D01* 218 | X005343Y018614D01* 219 | X003748Y018624D02* 220 | X003748Y019806D01* 221 | X001563Y019806D01* 222 | X001563Y018624D01* 223 | X003748Y018624D01* 224 | X003165Y017705D02* 225 | X003165Y016605D01* 226 | X002745Y016605D01* 227 | X002745Y017705D01* 228 | X003165Y017705D01* 229 | X008125Y020125D02* 230 | X008125Y000125D01* 231 | X009125Y000125D01* 232 | X009125Y020125D01* 233 | X008125Y020125D01* 234 | D13* 235 | X005473Y017195D02* 236 | X005373Y017195D01* 237 | X005423Y017195D02* 238 | X005423Y017045D01* 239 | X005326Y017070D02* 240 | X005301Y017045D01* 241 | X005251Y017045D01* 242 | X005226Y017070D01* 243 | X005178Y017070D02* 244 | X005153Y017045D01* 245 | X005103Y017045D01* 246 | X005078Y017070D01* 247 | X005178Y017170D01* 248 | X005178Y017070D01* 249 | X005078Y017070D02* 250 | X005078Y017170D01* 251 | X005103Y017195D01* 252 | X005153Y017195D01* 253 | X005178Y017170D01* 254 | X005226Y017170D02* 255 | X005251Y017195D01* 256 | X005301Y017195D01* 257 | X005326Y017170D01* 258 | X005326Y017145D01* 259 | X005301Y017120D01* 260 | X005326Y017095D01* 261 | X005326Y017070D01* 262 | X005301Y017120D02* 263 | X005276Y017120D01* 264 | X005031Y017170D02* 265 | X004931Y017070D01* 266 | X004931Y017045D01* 267 | X004884Y017045D02* 268 | X004784Y017045D01* 269 | X004834Y017045D02* 270 | X004834Y017195D01* 271 | X004784Y017145D01* 272 | X004736Y017170D02* 273 | X004711Y017195D01* 274 | X004661Y017195D01* 275 | X004636Y017170D01* 276 | X004636Y017070D01* 277 | X004661Y017045D01* 278 | X004711Y017045D01* 279 | X004736Y017070D01* 280 | X004589Y017120D02* 281 | X004564Y017095D01* 282 | X004489Y017095D01* 283 | X004489Y017045D02* 284 | X004489Y017195D01* 285 | X004564Y017195D01* 286 | X004589Y017170D01* 287 | X004589Y017120D01* 288 | X004442Y017195D02* 289 | X004442Y017045D01* 290 | X004392Y017145D02* 291 | X004442Y017195D01* 292 | X004392Y017145D02* 293 | X004342Y017195D01* 294 | X004342Y017045D01* 295 | X004931Y017195D02* 296 | X005031Y017195D01* 297 | X005031Y017170D01* 298 | X005057Y015737D02* 299 | X005057Y015537D01* 300 | X005082Y015562D02* 301 | X005107Y015587D01* 302 | X005107Y015612D01* 303 | X005082Y015637D01* 304 | X005032Y015637D01* 305 | X005007Y015662D01* 306 | X005007Y015687D01* 307 | X005032Y015712D01* 308 | X005082Y015712D01* 309 | X005107Y015687D01* 310 | X005154Y015637D02* 311 | X005254Y015637D01* 312 | X005229Y015562D02* 313 | X005229Y015712D01* 314 | X005154Y015637D01* 315 | X005082Y015562D02* 316 | X005032Y015562D01* 317 | X005007Y015587D01* 318 | X004960Y015587D02* 319 | X004960Y015712D01* 320 | X004860Y015712D02* 321 | X004860Y015587D01* 322 | X004885Y015562D01* 323 | X004935Y015562D01* 324 | X004960Y015587D01* 325 | X005011Y015398D02* 326 | X004961Y015373D01* 327 | X004910Y015323D01* 328 | X004986Y015323D01* 329 | X005011Y015298D01* 330 | X005011Y015273D01* 331 | X004986Y015248D01* 332 | X004936Y015248D01* 333 | X004910Y015273D01* 334 | X004910Y015323D01* 335 | X004863Y015348D02* 336 | X004863Y015373D01* 337 | X004838Y015398D01* 338 | X004788Y015398D01* 339 | X004763Y015373D01* 340 | X004716Y015373D02* 341 | X004691Y015398D01* 342 | X004641Y015398D01* 343 | X004616Y015373D01* 344 | X004616Y015348D01* 345 | X004641Y015323D01* 346 | X004691Y015323D01* 347 | X004716Y015298D01* 348 | X004716Y015273D01* 349 | X004691Y015248D01* 350 | X004641Y015248D01* 351 | X004616Y015273D01* 352 | X004569Y015273D02* 353 | X004569Y015398D01* 354 | X004666Y015423D02* 355 | X004666Y015223D01* 356 | X004763Y015248D02* 357 | X004863Y015348D01* 358 | X004863Y015248D02* 359 | X004763Y015248D01* 360 | X004569Y015273D02* 361 | X004544Y015248D01* 362 | X004494Y015248D01* 363 | X004469Y015273D01* 364 | X004469Y015398D01* 365 | X004472Y013915D02* 366 | X004397Y013915D01* 367 | X004397Y013765D01* 368 | X004350Y013765D02* 369 | X004350Y013915D01* 370 | X004300Y013865D01* 371 | X004250Y013915D01* 372 | X004250Y013765D01* 373 | X004397Y013815D02* 374 | X004472Y013815D01* 375 | X004497Y013840D01* 376 | X004497Y013890D01* 377 | X004472Y013915D01* 378 | X004544Y013890D02* 379 | X004544Y013790D01* 380 | X004569Y013765D01* 381 | X004619Y013765D01* 382 | X004644Y013790D01* 383 | X004692Y013765D02* 384 | X004792Y013765D01* 385 | X004839Y013765D02* 386 | X004839Y013790D01* 387 | X004939Y013890D01* 388 | X004939Y013915D01* 389 | X004839Y013915D01* 390 | X004742Y013915D02* 391 | X004742Y013765D01* 392 | X004692Y013865D02* 393 | X004742Y013915D01* 394 | X004644Y013890D02* 395 | X004619Y013915D01* 396 | X004569Y013915D01* 397 | X004544Y013890D01* 398 | X004986Y013890D02* 399 | X005011Y013915D01* 400 | X005061Y013915D01* 401 | X005086Y013890D01* 402 | X004986Y013790D01* 403 | X005011Y013765D01* 404 | X005061Y013765D01* 405 | X005086Y013790D01* 406 | X005086Y013890D01* 407 | X005134Y013890D02* 408 | X005159Y013915D01* 409 | X005209Y013915D01* 410 | X005234Y013890D01* 411 | X005234Y013865D01* 412 | X005209Y013840D01* 413 | X005234Y013815D01* 414 | X005234Y013790D01* 415 | X005209Y013765D01* 416 | X005159Y013765D01* 417 | X005134Y013790D01* 418 | X005184Y013840D02* 419 | X005209Y013840D01* 420 | X005281Y013915D02* 421 | X005381Y013915D01* 422 | X005331Y013915D02* 423 | X005331Y013765D01* 424 | X004986Y013790D02* 425 | X004986Y013890D01* 426 | X005220Y011795D02* 427 | X005245Y011795D01* 428 | X005345Y011695D01* 429 | X005370Y011695D01* 430 | X005345Y011647D02* 431 | X005370Y011622D01* 432 | X005370Y011572D01* 433 | X005345Y011547D01* 434 | X005345Y011500D02* 435 | X005370Y011475D01* 436 | X005370Y011425D01* 437 | X005345Y011400D01* 438 | X005245Y011400D01* 439 | X005220Y011425D01* 440 | X005220Y011475D01* 441 | X005245Y011500D01* 442 | X005245Y011547D02* 443 | X005220Y011572D01* 444 | X005220Y011622D01* 445 | X005245Y011647D01* 446 | X005270Y011647D01* 447 | X005295Y011622D01* 448 | X005320Y011647D01* 449 | X005345Y011647D01* 450 | X005295Y011622D02* 451 | X005295Y011597D01* 452 | X005220Y011695D02* 453 | X005220Y011795D01* 454 | X005335Y009685D02* 455 | X005435Y009585D01* 456 | X005460Y009610D01* 457 | X005460Y009660D01* 458 | X005435Y009685D01* 459 | X005335Y009685D01* 460 | X005310Y009660D01* 461 | X005310Y009610D01* 462 | X005335Y009585D01* 463 | X005435Y009585D01* 464 | X005460Y009537D02* 465 | X005460Y009437D01* 466 | X005460Y009390D02* 467 | X005410Y009340D01* 468 | X005410Y009365D02* 469 | X005410Y009290D01* 470 | X005460Y009290D02* 471 | X005310Y009290D01* 472 | X005310Y009365D01* 473 | X005335Y009390D01* 474 | X005385Y009390D01* 475 | X005410Y009365D01* 476 | X005360Y009437D02* 477 | X005310Y009487D01* 478 | X005460Y009487D01* 479 | X004420Y009480D02* 480 | X004395Y009455D01* 481 | X004420Y009480D02* 482 | X004420Y009530D01* 483 | X004395Y009555D01* 484 | X004370Y009555D01* 485 | X004345Y009530D01* 486 | X004345Y009505D01* 487 | X004345Y009530D02* 488 | X004320Y009555D01* 489 | X004295Y009555D01* 490 | X004270Y009530D01* 491 | X004270Y009480D01* 492 | X004295Y009455D01* 493 | X004345Y009407D02* 494 | X004345Y009307D01* 495 | X004270Y009382D01* 496 | X004420Y009382D01* 497 | X004395Y009260D02* 498 | X004420Y009235D01* 499 | X004420Y009185D01* 500 | X004395Y009160D01* 501 | X004295Y009160D01* 502 | X004270Y009185D01* 503 | X004270Y009235D01* 504 | X004295Y009260D01* 505 | X003640Y009245D02* 506 | X003615Y009270D01* 507 | X003640Y009245D02* 508 | X003640Y009195D01* 509 | X003615Y009170D01* 510 | X003515Y009170D01* 511 | X003490Y009195D01* 512 | X003490Y009245D01* 513 | X003515Y009270D01* 514 | X003565Y009317D02* 515 | X003565Y009417D01* 516 | X003565Y009465D02* 517 | X003565Y009565D01* 518 | X003640Y009540D02* 519 | X003490Y009540D01* 520 | X003565Y009465D01* 521 | X003640Y009392D02* 522 | X003490Y009392D01* 523 | X003565Y009317D01* 524 | X003080Y009750D02* 525 | X003055Y009725D01* 526 | X002955Y009725D01* 527 | X002930Y009750D01* 528 | X002930Y009800D01* 529 | X002955Y009825D01* 530 | X002930Y009873D02* 531 | X002930Y009973D01* 532 | X002955Y009973D01* 533 | X003055Y009873D01* 534 | X003080Y009873D01* 535 | X003055Y009825D02* 536 | X003080Y009800D01* 537 | X003080Y009750D01* 538 | X002045Y011170D02* 539 | X002070Y011195D01* 540 | X002070Y011245D01* 541 | X002045Y011270D01* 542 | X002070Y011317D02* 543 | X002070Y011417D01* 544 | X002070Y011367D02* 545 | X001920Y011367D01* 546 | X001970Y011317D01* 547 | X001945Y011270D02* 548 | X001920Y011245D01* 549 | X001920Y011195D01* 550 | X001945Y011170D01* 551 | X002045Y011170D01* 552 | X001995Y011465D02* 553 | X001995Y011565D01* 554 | X002070Y011540D02* 555 | X001920Y011540D01* 556 | X001995Y011465D01* 557 | X002875Y013090D02* 558 | X002850Y013115D01* 559 | X002850Y013165D01* 560 | X002875Y013190D01* 561 | X002875Y013237D02* 562 | X002850Y013262D01* 563 | X002850Y013312D01* 564 | X002875Y013337D01* 565 | X002900Y013337D01* 566 | X002925Y013312D01* 567 | X002950Y013337D01* 568 | X002975Y013337D01* 569 | X003000Y013312D01* 570 | X003000Y013262D01* 571 | X002975Y013237D01* 572 | X002975Y013190D02* 573 | X003000Y013165D01* 574 | X003000Y013115D01* 575 | X002975Y013090D01* 576 | X002875Y013090D01* 577 | X002925Y013287D02* 578 | X002925Y013312D01* 579 | X002925Y013385D02* 580 | X002925Y013460D01* 581 | X002950Y013485D01* 582 | X002975Y013485D01* 583 | X003000Y013460D01* 584 | X003000Y013410D01* 585 | X002975Y013385D01* 586 | X002925Y013385D01* 587 | X002875Y013435D01* 588 | X002850Y013485D01* 589 | X002700Y016660D02* 590 | X002550Y016660D01* 591 | X002550Y016807D02* 592 | X002550Y016882D01* 593 | X002575Y016907D01* 594 | X002600Y016907D01* 595 | X002625Y016882D01* 596 | X002625Y016807D01* 597 | X002700Y016807D02* 598 | X002700Y016882D01* 599 | X002675Y016907D01* 600 | X002650Y016907D01* 601 | X002625Y016882D01* 602 | X002600Y016955D02* 603 | X002550Y017005D01* 604 | X002700Y017005D01* 605 | X002700Y016955D02* 606 | X002700Y017055D01* 607 | X002675Y017102D02* 608 | X002700Y017127D01* 609 | X002700Y017177D01* 610 | X002675Y017202D01* 611 | X002625Y017202D01* 612 | X002600Y017177D01* 613 | X002600Y017152D01* 614 | X002625Y017102D01* 615 | X002550Y017102D01* 616 | X002550Y017202D01* 617 | X002550Y016807D02* 618 | X002700Y016807D01* 619 | X002700Y016760D02* 620 | X002700Y016660D01* 621 | X003635Y007583D02* 622 | X003735Y007483D01* 623 | X003760Y007508D01* 624 | X003760Y007558D01* 625 | X003735Y007583D01* 626 | X003635Y007583D01* 627 | X003610Y007558D01* 628 | X003610Y007508D01* 629 | X003635Y007483D01* 630 | X003735Y007483D01* 631 | X003760Y007435D02* 632 | X003760Y007335D01* 633 | X003760Y007385D02* 634 | X003610Y007385D01* 635 | X003660Y007335D01* 636 | X003635Y007288D02* 637 | X003610Y007263D01* 638 | X003610Y007213D01* 639 | X003635Y007188D01* 640 | X003735Y007188D01* 641 | X003760Y007213D01* 642 | X003760Y007263D01* 643 | X003735Y007288D01* 644 | X004505Y005907D02* 645 | X004480Y005882D01* 646 | X004480Y005832D01* 647 | X004505Y005807D01* 648 | X004505Y005760D02* 649 | X004480Y005735D01* 650 | X004480Y005685D01* 651 | X004505Y005660D01* 652 | X004605Y005660D01* 653 | X004630Y005685D01* 654 | X004630Y005735D01* 655 | X004605Y005760D01* 656 | X004630Y005807D02* 657 | X004530Y005907D01* 658 | X004505Y005907D01* 659 | X004630Y005907D02* 660 | X004630Y005807D01* 661 | X004940Y005777D02* 662 | X005015Y005777D01* 663 | X004990Y005827D01* 664 | X004990Y005852D01* 665 | X005015Y005877D01* 666 | X005065Y005877D01* 667 | X005090Y005852D01* 668 | X005090Y005802D01* 669 | X005065Y005777D01* 670 | X005065Y005730D02* 671 | X005090Y005705D01* 672 | X005090Y005655D01* 673 | X005065Y005630D01* 674 | X004965Y005630D01* 675 | X004940Y005655D01* 676 | X004940Y005705D01* 677 | X004965Y005730D01* 678 | X004940Y005777D02* 679 | X004940Y005877D01* 680 | X005055Y003803D02* 681 | X005080Y003803D01* 682 | X005105Y003778D01* 683 | X005130Y003803D01* 684 | X005155Y003803D01* 685 | X005180Y003778D01* 686 | X005180Y003728D01* 687 | X005155Y003703D01* 688 | X005180Y003655D02* 689 | X005180Y003555D01* 690 | X005080Y003655D01* 691 | X005055Y003655D01* 692 | X005030Y003630D01* 693 | X005030Y003580D01* 694 | X005055Y003555D01* 695 | X005055Y003508D02* 696 | X005030Y003483D01* 697 | X005030Y003433D01* 698 | X005055Y003408D01* 699 | X005080Y003408D01* 700 | X005105Y003433D01* 701 | X005105Y003483D01* 702 | X005130Y003508D01* 703 | X005155Y003508D01* 704 | X005180Y003483D01* 705 | X005180Y003433D01* 706 | X005155Y003408D01* 707 | X005155Y003361D02* 708 | X005030Y003361D01* 709 | X005005Y003458D02* 710 | X005205Y003458D01* 711 | X005155Y003361D02* 712 | X005180Y003336D01* 713 | X005180Y003286D01* 714 | X005155Y003261D01* 715 | X005030Y003261D01* 716 | X005055Y003703D02* 717 | X005030Y003728D01* 718 | X005030Y003778D01* 719 | X005055Y003803D01* 720 | X005105Y003778D02* 721 | X005105Y003753D01* 722 | X006040Y003845D02* 723 | X006065Y003820D01* 724 | X006165Y003820D01* 725 | X006190Y003845D01* 726 | X006190Y003895D01* 727 | X006165Y003920D01* 728 | X006190Y003967D02* 729 | X006190Y004067D01* 730 | X006190Y004115D02* 731 | X006090Y004215D01* 732 | X006065Y004215D01* 733 | X006040Y004190D01* 734 | X006040Y004140D01* 735 | X006065Y004115D01* 736 | X006040Y004017D02* 737 | X006190Y004017D01* 738 | X006190Y004115D02* 739 | X006190Y004215D01* 740 | X006040Y004017D02* 741 | X006090Y003967D01* 742 | X006065Y003920D02* 743 | X006040Y003895D01* 744 | X006040Y003845D01* 745 | X006725Y005975D02* 746 | X006825Y005975D01* 747 | X006850Y006000D01* 748 | X006850Y006050D01* 749 | X006825Y006075D01* 750 | X006825Y006123D02* 751 | X006850Y006148D01* 752 | X006850Y006198D01* 753 | X006825Y006223D01* 754 | X006800Y006223D01* 755 | X006775Y006198D01* 756 | X006775Y006123D01* 757 | X006825Y006123D01* 758 | X006775Y006123D02* 759 | X006725Y006173D01* 760 | X006700Y006223D01* 761 | X006725Y006075D02* 762 | X006700Y006050D01* 763 | X006700Y006000D01* 764 | X006725Y005975D01* 765 | X003980Y003778D02* 766 | X003980Y003728D01* 767 | X003955Y003703D01* 768 | X003905Y003728D02* 769 | X003905Y003778D01* 770 | X003930Y003803D01* 771 | X003955Y003803D01* 772 | X003980Y003778D01* 773 | X003905Y003728D02* 774 | X003880Y003703D01* 775 | X003855Y003703D01* 776 | X003830Y003728D01* 777 | X003830Y003778D01* 778 | X003855Y003803D01* 779 | X003830Y003655D02* 780 | X003830Y003555D01* 781 | X003980Y003555D01* 782 | X004005Y003508D02* 783 | X004005Y003408D01* 784 | X003980Y003361D02* 785 | X003830Y003361D01* 786 | X003880Y003311D01* 787 | X003830Y003261D01* 788 | X003980Y003261D01* 789 | X003980Y003213D02* 790 | X003930Y003163D01* 791 | X003930Y003188D02* 792 | X003930Y003113D01* 793 | X003980Y003113D02* 794 | X003830Y003113D01* 795 | X003830Y003188D01* 796 | X003855Y003213D01* 797 | X003905Y003213D01* 798 | X003930Y003188D01* 799 | X003980Y003066D02* 800 | X003980Y002966D01* 801 | X003830Y002966D01* 802 | X003830Y003066D01* 803 | X003905Y003016D02* 804 | X003905Y002966D01* 805 | X003830Y002919D02* 806 | X003830Y002819D01* 807 | X003830Y002869D02* 808 | X003980Y002869D01* 809 | X004005Y002771D02* 810 | X004005Y002671D01* 811 | X003955Y002624D02* 812 | X003980Y002599D01* 813 | X003980Y002524D01* 814 | X003830Y002524D01* 815 | X003830Y002599D01* 816 | X003855Y002624D01* 817 | X003880Y002624D01* 818 | X003905Y002599D01* 819 | X003905Y002524D01* 820 | X003930Y002477D02* 821 | X003955Y002477D01* 822 | X003980Y002452D01* 823 | X003980Y002402D01* 824 | X003955Y002377D01* 825 | X003955Y002330D02* 826 | X003830Y002330D01* 827 | X003855Y002377D02* 828 | X003880Y002377D01* 829 | X003905Y002402D01* 830 | X003905Y002452D01* 831 | X003930Y002477D01* 832 | X003855Y002477D02* 833 | X003830Y002452D01* 834 | X003830Y002402D01* 835 | X003855Y002377D01* 836 | X003955Y002330D02* 837 | X003980Y002304D01* 838 | X003980Y002254D01* 839 | X003955Y002229D01* 840 | X003830Y002229D01* 841 | X003905Y002599D02* 842 | X003930Y002624D01* 843 | X003955Y002624D01* 844 | X003905Y003555D02* 845 | X003905Y003605D01* 846 | X003555Y004458D02* 847 | X003580Y004483D01* 848 | X003580Y004533D01* 849 | X003555Y004558D01* 850 | X003580Y004605D02* 851 | X003580Y004705D01* 852 | X003580Y004655D02* 853 | X003430Y004655D01* 854 | X003480Y004605D01* 855 | X003455Y004558D02* 856 | X003430Y004533D01* 857 | X003430Y004483D01* 858 | X003455Y004458D01* 859 | X003555Y004458D01* 860 | X003555Y004753D02* 861 | X003580Y004778D01* 862 | X003580Y004828D01* 863 | X003555Y004853D01* 864 | X003530Y004853D01* 865 | X003505Y004828D01* 866 | X003505Y004803D01* 867 | X003505Y004828D02* 868 | X003480Y004853D01* 869 | X003455Y004853D01* 870 | X003430Y004828D01* 871 | X003430Y004778D01* 872 | X003455Y004753D01* 873 | X002135Y006630D02* 874 | X002160Y006655D01* 875 | X002160Y006705D01* 876 | X002135Y006730D01* 877 | X002160Y006777D02* 878 | X002160Y006877D01* 879 | X002160Y006925D02* 880 | X002160Y007025D01* 881 | X002160Y006975D02* 882 | X002010Y006975D01* 883 | X002060Y006925D01* 884 | X002010Y006827D02* 885 | X002160Y006827D01* 886 | X002060Y006777D02* 887 | X002010Y006827D01* 888 | X002035Y006730D02* 889 | X002010Y006705D01* 890 | X002010Y006655D01* 891 | X002035Y006630D01* 892 | X002135Y006630D01* 893 | D14* 894 | X003245Y016420D02* 895 | X003245Y016613D01* 896 | X003148Y016517D02* 897 | X003342Y016517D01* 898 | D15* 899 | X003076Y003657D02* 900 | X003076Y003437D01* 901 | X003149Y003437D02* 902 | X003002Y003437D01* 903 | X002928Y003474D02* 904 | X002892Y003437D01* 905 | X002818Y003437D01* 906 | X002781Y003474D01* 907 | X002781Y003621D01* 908 | X002818Y003657D01* 909 | X002892Y003657D01* 910 | X002928Y003621D01* 911 | X003002Y003584D02* 912 | X003076Y003657D01* 913 | X002708Y003657D02* 914 | X002634Y003657D01* 915 | X002671Y003657D02* 916 | X002671Y003437D01* 917 | X002634Y003437D02* 918 | X002708Y003437D01* 919 | M02* 920 | -------------------------------------------------------------------------------- /MM4/MM4_r0/Gerber_MM4/MapleMini_F4.sol: -------------------------------------------------------------------------------- 1 | G75* 2 | G70* 3 | %OFA0B0*% 4 | %FSLAX24Y24*% 5 | %IPPOS*% 6 | %LPD*% 7 | %AMOC8* 8 | 5,1,8,0,0,1.08239X$1,22.5* 9 | % 10 | %ADD10R,0.0236X0.0315*% 11 | %ADD11R,0.0320X0.0400*% 12 | %ADD12R,0.0400X0.0320*% 13 | %ADD13R,0.0591X0.0591*% 14 | %ADD14OC8,0.0591*% 15 | %ADD15C,0.0094*% 16 | %ADD16C,0.0197*% 17 | %ADD17R,0.0472X0.0118*% 18 | %ADD18R,0.0118X0.0472*% 19 | %ADD19C,0.0070*% 20 | %ADD20C,0.0240*% 21 | %ADD21C,0.0100*% 22 | D10* 23 | X005299Y015015D03* 24 | X005851Y015015D03* 25 | D11* 26 | X005505Y016085D03* 27 | X005505Y016685D03* 28 | X004465Y014915D03* 29 | X004465Y014315D03* 30 | X002975Y016845D03* 31 | X002975Y017445D03* 32 | X003585Y018955D03* 33 | X003585Y019555D03* 34 | X006285Y019505D03* 35 | X006285Y018905D03* 36 | D12* 37 | X004455Y016825D03* 38 | X004455Y015925D03* 39 | X003855Y015925D03* 40 | X003855Y016825D03* 41 | X002795Y015335D03* 42 | X002195Y015335D03* 43 | X005285Y014245D03* 44 | X005885Y014245D03* 45 | D13* 46 | X000625Y000625D03* 47 | X008625Y019625D03* 48 | D14* 49 | X008625Y018625D03* 50 | X008625Y017625D03* 51 | X008625Y016625D03* 52 | X008625Y015625D03* 53 | X008625Y014625D03* 54 | X008625Y013625D03* 55 | X008625Y012625D03* 56 | X008625Y011625D03* 57 | X008625Y010625D03* 58 | X008625Y009625D03* 59 | X008625Y008625D03* 60 | X008625Y007625D03* 61 | X008625Y006625D03* 62 | X008625Y005625D03* 63 | X008625Y004625D03* 64 | X008625Y003625D03* 65 | X008625Y002625D03* 66 | X008625Y001625D03* 67 | X008625Y000625D03* 68 | X000625Y001625D03* 69 | X000625Y002625D03* 70 | X000625Y003625D03* 71 | X000625Y004625D03* 72 | X000625Y005625D03* 73 | X000625Y006625D03* 74 | X000625Y007625D03* 75 | X000625Y008625D03* 76 | X000625Y009625D03* 77 | X000625Y010625D03* 78 | X000625Y011625D03* 79 | X000625Y012625D03* 80 | X000625Y013625D03* 81 | X000625Y014625D03* 82 | X000625Y015625D03* 83 | X000625Y016625D03* 84 | X000625Y017625D03* 85 | X000625Y018625D03* 86 | X000625Y019625D03* 87 | D15* 88 | X002401Y007665D02* 89 | X002401Y007129D01* 90 | X002401Y007665D02* 91 | X002779Y007665D01* 92 | X002779Y007129D01* 93 | X002401Y007129D01* 94 | X002401Y007222D02* 95 | X002779Y007222D01* 96 | X002779Y007315D02* 97 | X002401Y007315D01* 98 | X002401Y007408D02* 99 | X002779Y007408D01* 100 | X002779Y007501D02* 101 | X002401Y007501D01* 102 | X002401Y007594D02* 103 | X002779Y007594D01* 104 | X003071Y007665D02* 105 | X003071Y007129D01* 106 | X003071Y007665D02* 107 | X003449Y007665D01* 108 | X003449Y007129D01* 109 | X003071Y007129D01* 110 | X003071Y007222D02* 111 | X003449Y007222D01* 112 | X003449Y007315D02* 113 | X003071Y007315D01* 114 | X003071Y007408D02* 115 | X003449Y007408D01* 116 | X003449Y007501D02* 117 | X003071Y007501D01* 118 | X003071Y007594D02* 119 | X003449Y007594D01* 120 | X003071Y006721D02* 121 | X003071Y006185D01* 122 | X003071Y006721D02* 123 | X003449Y006721D01* 124 | X003449Y006185D01* 125 | X003071Y006185D01* 126 | X003071Y006278D02* 127 | X003449Y006278D01* 128 | X003449Y006371D02* 129 | X003071Y006371D01* 130 | X003071Y006464D02* 131 | X003449Y006464D01* 132 | X003449Y006557D02* 133 | X003071Y006557D01* 134 | X003071Y006650D02* 135 | X003449Y006650D01* 136 | X002401Y006721D02* 137 | X002401Y006185D01* 138 | X002401Y006721D02* 139 | X002779Y006721D01* 140 | X002779Y006185D01* 141 | X002401Y006185D01* 142 | X002401Y006278D02* 143 | X002779Y006278D01* 144 | X002779Y006371D02* 145 | X002401Y006371D01* 146 | X002401Y006464D02* 147 | X002779Y006464D01* 148 | X002779Y006557D02* 149 | X002401Y006557D01* 150 | X002401Y006650D02* 151 | X002779Y006650D01* 152 | D16* 153 | X002925Y006925D02* 154 | X002926Y006925D01* 155 | X002926Y006924D01* 156 | X002925Y006924D01* 157 | X002924Y006924D01* 158 | X002924Y006925D01* 159 | X002924Y006926D01* 160 | X002925Y006926D01* 161 | X002926Y006926D01* 162 | X002926Y006925D01* 163 | D17* 164 | G36* 165 | X003843Y008676D02* 166 | X003510Y008343D01* 167 | X003427Y008426D01* 168 | X003760Y008759D01* 169 | X003843Y008676D01* 170 | G37* 171 | G36* 172 | X003983Y008537D02* 173 | X003650Y008204D01* 174 | X003567Y008287D01* 175 | X003900Y008620D01* 176 | X003983Y008537D01* 177 | G37* 178 | G36* 179 | X004122Y008398D02* 180 | X003789Y008065D01* 181 | X003706Y008148D01* 182 | X004039Y008481D01* 183 | X004122Y008398D01* 184 | G37* 185 | G36* 186 | X004261Y008258D02* 187 | X003928Y007925D01* 188 | X003845Y008008D01* 189 | X004178Y008341D01* 190 | X004261Y008258D01* 191 | G37* 192 | G36* 193 | X004400Y008119D02* 194 | X004067Y007786D01* 195 | X003984Y007869D01* 196 | X004317Y008202D01* 197 | X004400Y008119D01* 198 | G37* 199 | G36* 200 | X003704Y008815D02* 201 | X003371Y008482D01* 202 | X003288Y008565D01* 203 | X003621Y008898D01* 204 | X003704Y008815D01* 205 | G37* 206 | G36* 207 | X003565Y008954D02* 208 | X003232Y008621D01* 209 | X003149Y008704D01* 210 | X003482Y009037D01* 211 | X003565Y008954D01* 212 | G37* 213 | G36* 214 | X003426Y009094D02* 215 | X003093Y008761D01* 216 | X003010Y008844D01* 217 | X003343Y009177D01* 218 | X003426Y009094D01* 219 | G37* 220 | G36* 221 | X003287Y009233D02* 222 | X002954Y008900D01* 223 | X002871Y008983D01* 224 | X003204Y009316D01* 225 | X003287Y009233D01* 226 | G37* 227 | G36* 228 | X003147Y009372D02* 229 | X002814Y009039D01* 230 | X002731Y009122D01* 231 | X003064Y009455D01* 232 | X003147Y009372D01* 233 | G37* 234 | G36* 235 | X003008Y009511D02* 236 | X002675Y009178D01* 237 | X002592Y009261D01* 238 | X002925Y009594D01* 239 | X003008Y009511D01* 240 | G37* 241 | G36* 242 | X002869Y009650D02* 243 | X002536Y009317D01* 244 | X002453Y009400D01* 245 | X002786Y009733D01* 246 | X002869Y009650D01* 247 | G37* 248 | G36* 249 | X002730Y009790D02* 250 | X002397Y009457D01* 251 | X002314Y009540D01* 252 | X002647Y009873D01* 253 | X002730Y009790D01* 254 | G37* 255 | G36* 256 | X002591Y009929D02* 257 | X002258Y009596D01* 258 | X002175Y009679D01* 259 | X002508Y010012D01* 260 | X002591Y009929D01* 261 | G37* 262 | G36* 263 | X002451Y010068D02* 264 | X002118Y009735D01* 265 | X002035Y009818D01* 266 | X002368Y010151D01* 267 | X002451Y010068D01* 268 | G37* 269 | G36* 270 | X002312Y010207D02* 271 | X001979Y009874D01* 272 | X001896Y009957D01* 273 | X002229Y010290D01* 274 | X002312Y010207D01* 275 | G37* 276 | G36* 277 | X005486Y013381D02* 278 | X005153Y013048D01* 279 | X005070Y013131D01* 280 | X005403Y013464D01* 281 | X005486Y013381D01* 282 | G37* 283 | G36* 284 | X005625Y013242D02* 285 | X005292Y012909D01* 286 | X005209Y012992D01* 287 | X005542Y013325D01* 288 | X005625Y013242D01* 289 | G37* 290 | G36* 291 | X005764Y013102D02* 292 | X005431Y012769D01* 293 | X005348Y012852D01* 294 | X005681Y013185D01* 295 | X005764Y013102D01* 296 | G37* 297 | G36* 298 | X005903Y012963D02* 299 | X005570Y012630D01* 300 | X005487Y012713D01* 301 | X005820Y013046D01* 302 | X005903Y012963D01* 303 | G37* 304 | G36* 305 | X006043Y012824D02* 306 | X005710Y012491D01* 307 | X005627Y012574D01* 308 | X005960Y012907D01* 309 | X006043Y012824D01* 310 | G37* 311 | G36* 312 | X006182Y012685D02* 313 | X005849Y012352D01* 314 | X005766Y012435D01* 315 | X006099Y012768D01* 316 | X006182Y012685D01* 317 | G37* 318 | G36* 319 | X006321Y012546D02* 320 | X005988Y012213D01* 321 | X005905Y012296D01* 322 | X006238Y012629D01* 323 | X006321Y012546D01* 324 | G37* 325 | G36* 326 | X006460Y012406D02* 327 | X006127Y012073D01* 328 | X006044Y012156D01* 329 | X006377Y012489D01* 330 | X006460Y012406D01* 331 | G37* 332 | G36* 333 | X006599Y012267D02* 334 | X006266Y011934D01* 335 | X006183Y012017D01* 336 | X006516Y012350D01* 337 | X006599Y012267D01* 338 | G37* 339 | G36* 340 | X006739Y012128D02* 341 | X006406Y011795D01* 342 | X006323Y011878D01* 343 | X006656Y012211D01* 344 | X006739Y012128D01* 345 | G37* 346 | G36* 347 | X006878Y011989D02* 348 | X006545Y011656D01* 349 | X006462Y011739D01* 350 | X006795Y012072D01* 351 | X006878Y011989D01* 352 | G37* 353 | G36* 354 | X007017Y011850D02* 355 | X006684Y011517D01* 356 | X006601Y011600D01* 357 | X006934Y011933D01* 358 | X007017Y011850D01* 359 | G37* 360 | G36* 361 | X007156Y011710D02* 362 | X006823Y011377D01* 363 | X006740Y011460D01* 364 | X007073Y011793D01* 365 | X007156Y011710D01* 366 | G37* 367 | G36* 368 | X007295Y011571D02* 369 | X006962Y011238D01* 370 | X006879Y011321D01* 371 | X007212Y011654D01* 372 | X007295Y011571D01* 373 | G37* 374 | G36* 375 | X007435Y011432D02* 376 | X007102Y011099D01* 377 | X007019Y011182D01* 378 | X007352Y011515D01* 379 | X007435Y011432D01* 380 | G37* 381 | G36* 382 | X007574Y011293D02* 383 | X007241Y010960D01* 384 | X007158Y011043D01* 385 | X007491Y011376D01* 386 | X007574Y011293D01* 387 | G37* 388 | D18* 389 | G36* 390 | X007574Y009957D02* 391 | X007491Y009874D01* 392 | X007158Y010207D01* 393 | X007241Y010290D01* 394 | X007574Y009957D01* 395 | G37* 396 | G36* 397 | X007435Y009818D02* 398 | X007352Y009735D01* 399 | X007019Y010068D01* 400 | X007102Y010151D01* 401 | X007435Y009818D01* 402 | G37* 403 | G36* 404 | X007295Y009679D02* 405 | X007212Y009596D01* 406 | X006879Y009929D01* 407 | X006962Y010012D01* 408 | X007295Y009679D01* 409 | G37* 410 | G36* 411 | X007156Y009540D02* 412 | X007073Y009457D01* 413 | X006740Y009790D01* 414 | X006823Y009873D01* 415 | X007156Y009540D01* 416 | G37* 417 | G36* 418 | X007017Y009400D02* 419 | X006934Y009317D01* 420 | X006601Y009650D01* 421 | X006684Y009733D01* 422 | X007017Y009400D01* 423 | G37* 424 | G36* 425 | X006878Y009261D02* 426 | X006795Y009178D01* 427 | X006462Y009511D01* 428 | X006545Y009594D01* 429 | X006878Y009261D01* 430 | G37* 431 | G36* 432 | X006739Y009122D02* 433 | X006656Y009039D01* 434 | X006323Y009372D01* 435 | X006406Y009455D01* 436 | X006739Y009122D01* 437 | G37* 438 | G36* 439 | X006599Y008983D02* 440 | X006516Y008900D01* 441 | X006183Y009233D01* 442 | X006266Y009316D01* 443 | X006599Y008983D01* 444 | G37* 445 | G36* 446 | X006460Y008844D02* 447 | X006377Y008761D01* 448 | X006044Y009094D01* 449 | X006127Y009177D01* 450 | X006460Y008844D01* 451 | G37* 452 | G36* 453 | X006321Y008704D02* 454 | X006238Y008621D01* 455 | X005905Y008954D01* 456 | X005988Y009037D01* 457 | X006321Y008704D01* 458 | G37* 459 | G36* 460 | X006182Y008565D02* 461 | X006099Y008482D01* 462 | X005766Y008815D01* 463 | X005849Y008898D01* 464 | X006182Y008565D01* 465 | G37* 466 | G36* 467 | X006043Y008426D02* 468 | X005960Y008343D01* 469 | X005627Y008676D01* 470 | X005710Y008759D01* 471 | X006043Y008426D01* 472 | G37* 473 | G36* 474 | X005903Y008287D02* 475 | X005820Y008204D01* 476 | X005487Y008537D01* 477 | X005570Y008620D01* 478 | X005903Y008287D01* 479 | G37* 480 | G36* 481 | X005764Y008148D02* 482 | X005681Y008065D01* 483 | X005348Y008398D01* 484 | X005431Y008481D01* 485 | X005764Y008148D01* 486 | G37* 487 | G36* 488 | X005625Y008008D02* 489 | X005542Y007925D01* 490 | X005209Y008258D01* 491 | X005292Y008341D01* 492 | X005625Y008008D01* 493 | G37* 494 | G36* 495 | X005486Y007869D02* 496 | X005403Y007786D01* 497 | X005070Y008119D01* 498 | X005153Y008202D01* 499 | X005486Y007869D01* 500 | G37* 501 | G36* 502 | X003565Y012296D02* 503 | X003482Y012213D01* 504 | X003149Y012546D01* 505 | X003232Y012629D01* 506 | X003565Y012296D01* 507 | G37* 508 | G36* 509 | X003704Y012435D02* 510 | X003621Y012352D01* 511 | X003288Y012685D01* 512 | X003371Y012768D01* 513 | X003704Y012435D01* 514 | G37* 515 | G36* 516 | X003843Y012574D02* 517 | X003760Y012491D01* 518 | X003427Y012824D01* 519 | X003510Y012907D01* 520 | X003843Y012574D01* 521 | G37* 522 | G36* 523 | X003983Y012713D02* 524 | X003900Y012630D01* 525 | X003567Y012963D01* 526 | X003650Y013046D01* 527 | X003983Y012713D01* 528 | G37* 529 | G36* 530 | X004122Y012852D02* 531 | X004039Y012769D01* 532 | X003706Y013102D01* 533 | X003789Y013185D01* 534 | X004122Y012852D01* 535 | G37* 536 | G36* 537 | X004261Y012992D02* 538 | X004178Y012909D01* 539 | X003845Y013242D01* 540 | X003928Y013325D01* 541 | X004261Y012992D01* 542 | G37* 543 | G36* 544 | X004400Y013131D02* 545 | X004317Y013048D01* 546 | X003984Y013381D01* 547 | X004067Y013464D01* 548 | X004400Y013131D01* 549 | G37* 550 | G36* 551 | X003426Y012156D02* 552 | X003343Y012073D01* 553 | X003010Y012406D01* 554 | X003093Y012489D01* 555 | X003426Y012156D01* 556 | G37* 557 | G36* 558 | X003287Y012017D02* 559 | X003204Y011934D01* 560 | X002871Y012267D01* 561 | X002954Y012350D01* 562 | X003287Y012017D01* 563 | G37* 564 | G36* 565 | X003147Y011878D02* 566 | X003064Y011795D01* 567 | X002731Y012128D01* 568 | X002814Y012211D01* 569 | X003147Y011878D01* 570 | G37* 571 | G36* 572 | X003008Y011739D02* 573 | X002925Y011656D01* 574 | X002592Y011989D01* 575 | X002675Y012072D01* 576 | X003008Y011739D01* 577 | G37* 578 | G36* 579 | X002869Y011600D02* 580 | X002786Y011517D01* 581 | X002453Y011850D01* 582 | X002536Y011933D01* 583 | X002869Y011600D01* 584 | G37* 585 | G36* 586 | X002730Y011460D02* 587 | X002647Y011377D01* 588 | X002314Y011710D01* 589 | X002397Y011793D01* 590 | X002730Y011460D01* 591 | G37* 592 | G36* 593 | X002591Y011321D02* 594 | X002508Y011238D01* 595 | X002175Y011571D01* 596 | X002258Y011654D01* 597 | X002591Y011321D01* 598 | G37* 599 | G36* 600 | X002451Y011182D02* 601 | X002368Y011099D01* 602 | X002035Y011432D01* 603 | X002118Y011515D01* 604 | X002451Y011182D01* 605 | G37* 606 | G36* 607 | X002312Y011043D02* 608 | X002229Y010960D01* 609 | X001896Y011293D01* 610 | X001979Y011376D01* 611 | X002312Y011043D01* 612 | G37* 613 | D19* 614 | X002345Y010805D02* 615 | X002385Y010725D01* 616 | X001335Y010725D01* 617 | X001645Y010485D02* 618 | X003015Y010485D01* 619 | X003025Y010505D01* 620 | X003185Y009965D02* 621 | X003165Y009945D01* 622 | X003885Y009225D01* 623 | X003885Y008985D01* 624 | X003905Y008965D01* 625 | X004765Y008965D01* 626 | X004585Y008465D02* 627 | X004145Y008465D01* 628 | X004125Y008485D01* 629 | X003925Y008285D01* 630 | X003914Y008273D01* 631 | X004045Y008125D02* 632 | X004053Y008133D01* 633 | X004045Y008125D02* 634 | X003745Y007825D01* 635 | X003601Y007651D02* 636 | X003652Y007600D01* 637 | X003820Y007600D01* 638 | X003820Y007492D01* 639 | X003952Y007360D01* 640 | X004138Y007360D01* 641 | X004270Y007492D01* 642 | X004270Y007678D01* 643 | X004189Y007759D01* 644 | X004506Y008076D01* 645 | X004506Y008146D01* 646 | X004964Y008143D01* 647 | X004964Y008076D01* 648 | X005360Y007680D01* 649 | X005412Y007680D01* 650 | X005427Y007665D01* 651 | X005547Y007665D01* 652 | X005632Y007580D01* 653 | X005818Y007580D01* 654 | X005950Y007712D01* 655 | X005950Y007885D01* 656 | X007227Y007885D01* 657 | X007347Y007765D01* 658 | X007223Y007765D01* 659 | X007138Y007850D01* 660 | X006952Y007850D01* 661 | X006820Y007718D01* 662 | X006820Y007532D01* 663 | X006897Y007455D01* 664 | X006820Y007378D01* 665 | X006820Y007192D01* 666 | X006907Y007105D01* 667 | X006583Y007105D01* 668 | X006498Y007190D01* 669 | X006312Y007190D01* 670 | X006180Y007058D01* 671 | X006180Y006872D01* 672 | X006312Y006740D01* 673 | X006342Y006740D01* 674 | X006260Y006658D01* 675 | X006260Y006472D01* 676 | X006392Y006340D01* 677 | X006512Y006340D01* 678 | X006607Y006245D01* 679 | X008060Y006245D01* 680 | X008060Y006172D01* 681 | X008065Y006167D01* 682 | X008065Y005765D01* 683 | X007750Y005765D01* 684 | X007750Y005818D01* 685 | X007618Y005950D01* 686 | X007432Y005950D01* 687 | X007300Y005818D01* 688 | X007300Y005632D01* 689 | X007367Y005565D01* 690 | X007362Y005560D01* 691 | X005528Y005560D01* 692 | X005458Y005630D01* 693 | X005272Y005630D01* 694 | X005140Y005498D01* 695 | X005140Y005312D01* 696 | X005272Y005180D01* 697 | X005458Y005180D01* 698 | X005528Y005250D01* 699 | X007362Y005250D01* 700 | X007432Y005180D01* 701 | X007618Y005180D01* 702 | X007750Y005312D01* 703 | X007750Y005485D01* 704 | X008065Y005485D01* 705 | X008065Y005083D01* 706 | X008060Y005078D01* 707 | X008060Y005045D01* 708 | X007467Y005045D01* 709 | X007385Y004963D01* 710 | X007385Y004487D01* 711 | X007467Y004405D01* 712 | X007540Y004332D01* 713 | X007540Y004212D01* 714 | X007672Y004080D01* 715 | X007858Y004080D01* 716 | X007990Y004212D01* 717 | X007990Y004398D01* 718 | X007923Y004465D01* 719 | X007943Y004485D01* 720 | X008065Y004485D01* 721 | X008065Y004083D01* 722 | X008020Y004038D01* 723 | X008020Y004005D01* 724 | X007503Y004005D01* 725 | X007510Y004012D01* 726 | X007510Y004198D01* 727 | X007378Y004330D01* 728 | X007192Y004330D01* 729 | X007060Y004198D01* 730 | X007060Y004145D01* 731 | X006287Y004145D01* 732 | X006205Y004063D01* 733 | X006187Y004045D01* 734 | X004485Y004045D01* 735 | X004485Y004087D01* 736 | X004570Y004172D01* 737 | X004570Y004358D01* 738 | X004438Y004490D01* 739 | X004252Y004490D01* 740 | X004120Y004358D01* 741 | X004120Y004172D01* 742 | X004205Y004087D01* 743 | X004205Y003905D01* 744 | X002690Y003905D01* 745 | X002690Y003958D01* 746 | X002558Y004090D01* 747 | X002372Y004090D01* 748 | X002240Y003958D01* 749 | X002240Y003772D01* 750 | X002247Y003765D01* 751 | X002123Y003765D01* 752 | X002038Y003850D01* 753 | X001852Y003850D01* 754 | X001720Y003718D01* 755 | X001720Y003532D01* 756 | X001852Y003400D01* 757 | X002038Y003400D01* 758 | X002123Y003485D01* 759 | X006267Y003485D01* 760 | X006372Y003380D01* 761 | X006558Y003380D01* 762 | X006643Y003465D01* 763 | X006767Y003465D01* 764 | X006852Y003380D01* 765 | X007038Y003380D01* 766 | X007170Y003512D01* 767 | X007170Y003698D01* 768 | X007143Y003725D01* 769 | X007787Y003725D01* 770 | X007780Y003718D01* 771 | X007780Y003532D01* 772 | X007912Y003400D01* 773 | X008065Y003400D01* 774 | X008065Y002765D01* 775 | X007943Y002765D01* 776 | X007858Y002850D01* 777 | X007672Y002850D01* 778 | X007540Y002718D01* 779 | X007540Y002532D01* 780 | X007672Y002400D01* 781 | X007858Y002400D01* 782 | X007943Y002485D01* 783 | X008065Y002485D01* 784 | X008065Y000780D01* 785 | X007688Y000780D01* 786 | X007618Y000850D01* 787 | X007432Y000850D01* 788 | X007300Y000718D01* 789 | X007300Y000532D01* 790 | X007432Y000400D01* 791 | X007618Y000400D01* 792 | X007688Y000470D01* 793 | X008065Y000470D01* 794 | X008065Y000360D01* 795 | X001175Y000360D01* 796 | X001175Y000485D01* 797 | X002007Y000485D01* 798 | X002092Y000400D01* 799 | X002278Y000400D01* 800 | X002410Y000532D01* 801 | X002410Y000718D01* 802 | X002278Y000850D01* 803 | X002092Y000850D01* 804 | X002007Y000765D01* 805 | X001175Y000765D01* 806 | X001175Y001400D01* 807 | X001218Y001400D01* 808 | X001350Y001532D01* 809 | X001350Y001718D01* 810 | X001218Y001850D01* 811 | X001175Y001850D01* 812 | X001175Y002485D01* 813 | X001527Y002485D01* 814 | X001612Y002400D01* 815 | X001798Y002400D01* 816 | X001930Y002532D01* 817 | X001930Y002718D01* 818 | X001798Y002850D01* 819 | X001612Y002850D01* 820 | X001527Y002765D01* 821 | X001175Y002765D01* 822 | X001175Y003485D01* 823 | X001187Y003485D01* 824 | X001272Y003400D01* 825 | X001458Y003400D01* 826 | X001590Y003532D01* 827 | X001590Y003718D01* 828 | X001458Y003850D01* 829 | X001272Y003850D01* 830 | X001187Y003765D01* 831 | X001175Y003765D01* 832 | X001175Y004485D01* 833 | X003663Y004485D01* 834 | X003843Y004665D01* 835 | X004407Y004665D01* 836 | X004492Y004580D01* 837 | X004520Y004580D01* 838 | X004520Y004432D01* 839 | X004652Y004300D01* 840 | X004838Y004300D01* 841 | X004923Y004385D01* 842 | X005667Y004385D01* 843 | X005752Y004300D01* 844 | X005938Y004300D01* 845 | X006070Y004432D01* 846 | X006070Y004618D01* 847 | X005938Y004750D01* 848 | X005752Y004750D01* 849 | X005667Y004665D01* 850 | X004923Y004665D01* 851 | X004838Y004750D01* 852 | X004810Y004750D01* 853 | X004810Y004882D01* 854 | X004812Y004880D01* 855 | X004998Y004880D01* 856 | X005130Y005012D01* 857 | X005130Y005198D01* 858 | X004998Y005330D01* 859 | X004812Y005330D01* 860 | X004742Y005260D01* 861 | X003998Y005260D01* 862 | X004030Y005292D01* 863 | X004030Y005478D01* 864 | X004023Y005485D01* 865 | X004167Y005485D01* 866 | X004252Y005400D01* 867 | X004438Y005400D01* 868 | X004570Y005532D01* 869 | X004570Y005718D01* 870 | X004438Y005850D01* 871 | X004252Y005850D01* 872 | X004167Y005765D01* 873 | X002563Y005765D01* 874 | X002650Y005852D01* 875 | X002650Y005972D01* 876 | X002711Y006033D01* 877 | X002842Y006033D01* 878 | X002909Y006100D01* 879 | X002925Y006073D01* 880 | X002959Y006039D01* 881 | X003000Y006015D01* 882 | X003047Y006003D01* 883 | X003225Y006003D01* 884 | X003225Y006418D01* 885 | X003295Y006418D01* 886 | X003295Y006488D01* 887 | X003225Y006488D01* 888 | X003225Y006903D01* 889 | X003158Y006903D01* 890 | X003158Y006948D01* 891 | X003153Y006977D01* 892 | X003512Y006977D01* 893 | X003601Y007067D01* 894 | X003601Y007651D01* 895 | X003601Y007592D02* 896 | X003820Y007592D01* 897 | X003820Y007523D02* 898 | X003601Y007523D01* 899 | X003601Y007455D02* 900 | X003857Y007455D01* 901 | X003926Y007386D02* 902 | X003601Y007386D01* 903 | X003601Y007318D02* 904 | X006820Y007318D01* 905 | X006828Y007386D02* 906 | X004164Y007386D01* 907 | X004198Y007310D02* 908 | X004012Y007310D01* 909 | X003880Y007178D01* 910 | X003880Y006992D01* 911 | X004012Y006860D01* 912 | X004198Y006860D01* 913 | X004283Y006945D01* 914 | X004987Y006945D01* 915 | X005072Y006860D01* 916 | X005258Y006860D01* 917 | X005390Y006992D01* 918 | X005390Y007178D01* 919 | X005258Y007310D01* 920 | X005072Y007310D01* 921 | X004987Y007225D01* 922 | X004283Y007225D01* 923 | X004198Y007310D01* 924 | X004259Y007249D02* 925 | X005011Y007249D01* 926 | X004925Y007365D02* 927 | X004925Y008125D01* 928 | X005125Y008325D01* 929 | X005205Y008325D01* 930 | X005385Y008145D01* 931 | X005405Y008145D01* 932 | X005417Y008133D01* 933 | X005305Y007985D02* 934 | X005285Y007985D01* 935 | X005278Y007994D01* 936 | X005305Y007985D02* 937 | X005485Y007805D01* 938 | X005725Y007805D01* 939 | X005552Y007660D02* 940 | X004270Y007660D01* 941 | X004270Y007592D02* 942 | X005620Y007592D01* 943 | X005388Y007181D02* 944 | X006302Y007181D01* 945 | X006234Y007112D02* 946 | X005390Y007112D01* 947 | X005390Y007044D02* 948 | X006180Y007044D01* 949 | X006180Y006975D02* 950 | X005373Y006975D01* 951 | X005305Y006907D02* 952 | X006180Y006907D01* 953 | X006214Y006838D02* 954 | X003589Y006838D01* 955 | X003594Y006832D02* 956 | X003561Y006866D01* 957 | X003519Y006890D01* 958 | X003473Y006903D01* 959 | X003295Y006903D01* 960 | X003295Y006488D01* 961 | X003631Y006488D01* 962 | X003631Y006744D01* 963 | X003618Y006791D01* 964 | X003594Y006832D01* 965 | X003624Y006770D02* 966 | X006282Y006770D01* 967 | X006303Y006701D02* 968 | X003631Y006701D01* 969 | X003631Y006633D02* 970 | X006260Y006633D01* 971 | X006260Y006564D02* 972 | X003631Y006564D01* 973 | X003631Y006496D02* 974 | X006260Y006496D01* 975 | X006305Y006427D02* 976 | X003295Y006427D01* 977 | X003295Y006418D02* 978 | X003631Y006418D01* 979 | X003631Y006161D01* 980 | X003618Y006114D01* 981 | X003594Y006073D01* 982 | X003561Y006039D01* 983 | X003519Y006015D01* 984 | X003473Y006003D01* 985 | X003295Y006003D01* 986 | X003295Y006418D01* 987 | X003260Y006453D02* 988 | X003245Y006465D01* 989 | X003225Y006465D01* 990 | X003225Y006488D02* 991 | X003225Y006418D01* 992 | X002932Y006418D01* 993 | X002932Y006488D01* 994 | X003225Y006488D01* 995 | X003225Y006496D02* 996 | X003295Y006496D01* 997 | X003260Y006453D02* 998 | X003205Y006485D01* 999 | X003165Y006485D01* 1000 | X003165Y006505D01* 1001 | X003185Y006505D01* 1002 | X003185Y006525D01* 1003 | X003165Y006525D01* 1004 | X003165Y006545D01* 1005 | X003185Y006545D01* 1006 | X003185Y006565D01* 1007 | X003165Y006565D01* 1008 | X003145Y006545D01* 1009 | X003145Y006505D01* 1010 | X003125Y006505D01* 1011 | X003085Y006465D01* 1012 | X003085Y006445D01* 1013 | X003185Y006445D01* 1014 | X003185Y006425D01* 1015 | X003165Y006425D01* 1016 | X003165Y006405D01* 1017 | X003185Y006405D01* 1018 | X003185Y006385D01* 1019 | X003165Y006385D01* 1020 | X003165Y006365D01* 1021 | X003185Y006365D01* 1022 | X003185Y006345D01* 1023 | X003165Y006345D01* 1024 | X003145Y006365D01* 1025 | X003145Y006405D01* 1026 | X003125Y006405D01* 1027 | X003105Y006425D01* 1028 | X003085Y006425D01* 1029 | X003065Y006445D01* 1030 | X003065Y006485D01* 1031 | X003085Y006485D01* 1032 | X003105Y006465D01* 1033 | X003145Y006465D01* 1034 | X003145Y006485D01* 1035 | X003125Y006485D01* 1036 | X003065Y006545D01* 1037 | X003065Y006745D01* 1038 | X003145Y006745D01* 1039 | X003165Y006765D01* 1040 | X003185Y006765D01* 1041 | X003185Y006785D01* 1042 | X003165Y006785D01* 1043 | X003145Y006805D01* 1044 | X003185Y006845D01* 1045 | X003185Y006865D01* 1046 | X003165Y006865D01* 1047 | X003165Y006845D01* 1048 | X003105Y006845D01* 1049 | X003085Y006865D01* 1050 | X002865Y006865D01* 1051 | X002845Y006885D01* 1052 | X002665Y006885D01* 1053 | X002585Y006965D01* 1054 | X002585Y007345D01* 1055 | X002545Y007385D01* 1056 | X002545Y007425D01* 1057 | X002565Y007425D01* 1058 | X002585Y007445D01* 1059 | X002585Y008465D01* 1060 | X002476Y008157D02* 1061 | X003100Y008154D01* 1062 | X003100Y008152D01* 1063 | X003177Y008075D01* 1064 | X003100Y007998D01* 1065 | X003100Y007817D01* 1066 | X003008Y007817D01* 1067 | X002941Y007750D01* 1068 | X002925Y007777D01* 1069 | X002891Y007811D01* 1070 | X002850Y007835D01* 1071 | X002803Y007847D01* 1072 | X002625Y007847D01* 1073 | X002625Y007432D01* 1074 | X002605Y007405D01* 1075 | X002590Y007397D01* 1076 | X002555Y007386D02* 1077 | X001175Y007386D01* 1078 | X001175Y007318D02* 1079 | X002219Y007318D01* 1080 | X002219Y007362D02* 1081 | X002219Y007106D01* 1082 | X002232Y007059D01* 1083 | X002256Y007018D01* 1084 | X002289Y006984D01* 1085 | X002331Y006960D01* 1086 | X002377Y006947D01* 1087 | X002555Y006947D01* 1088 | X002555Y007362D01* 1089 | X002625Y007362D01* 1090 | X002625Y006947D01* 1091 | X002692Y006947D01* 1092 | X002692Y006902D01* 1093 | X002697Y006873D01* 1094 | X002338Y006873D01* 1095 | X002249Y006783D01* 1096 | X002249Y006122D01* 1097 | X002266Y006105D01* 1098 | X002200Y006038D01* 1099 | X002200Y005852D01* 1100 | X002287Y005765D01* 1101 | X001175Y005765D01* 1102 | X001175Y006485D01* 1103 | X001507Y006485D01* 1104 | X001592Y006400D01* 1105 | X001778Y006400D01* 1106 | X001910Y006532D01* 1107 | X001910Y006718D01* 1108 | X001778Y006850D01* 1109 | X001592Y006850D01* 1110 | X001507Y006765D01* 1111 | X001175Y006765D01* 1112 | X001175Y007485D01* 1113 | X001187Y007485D01* 1114 | X001272Y007400D01* 1115 | X001458Y007400D01* 1116 | X001590Y007532D01* 1117 | X001590Y007718D01* 1118 | X001458Y007850D01* 1119 | X001272Y007850D01* 1120 | X001187Y007765D01* 1121 | X001175Y007765D01* 1122 | X001175Y008137D01* 1123 | X001203Y008165D01* 1124 | X002132Y008159D01* 1125 | X002212Y008080D01* 1126 | X002398Y008080D01* 1127 | X002476Y008157D01* 1128 | X002458Y008140D02* 1129 | X003112Y008140D01* 1130 | X003173Y008071D02* 1131 | X001175Y008071D01* 1132 | X001175Y008003D02* 1133 | X003104Y008003D01* 1134 | X003100Y007934D02* 1135 | X001175Y007934D01* 1136 | X001175Y007866D02* 1137 | X003100Y007866D01* 1138 | X002987Y007797D02* 1139 | X002905Y007797D01* 1140 | X002625Y007797D02* 1141 | X002555Y007797D01* 1142 | X002555Y007847D02* 1143 | X002377Y007847D01* 1144 | X002331Y007835D01* 1145 | X002289Y007811D01* 1146 | X002256Y007777D01* 1147 | X002232Y007736D01* 1148 | X002219Y007689D01* 1149 | X002219Y007432D01* 1150 | X002555Y007432D01* 1151 | X002555Y007362D01* 1152 | X002219Y007362D01* 1153 | X002219Y007455D02* 1154 | X001513Y007455D01* 1155 | X001581Y007523D02* 1156 | X002219Y007523D01* 1157 | X002219Y007592D02* 1158 | X001590Y007592D01* 1159 | X001590Y007660D02* 1160 | X002219Y007660D01* 1161 | X002230Y007729D02* 1162 | X001580Y007729D01* 1163 | X001511Y007797D02* 1164 | X002276Y007797D01* 1165 | X002152Y008140D02* 1166 | X001178Y008140D01* 1167 | X001025Y008305D02* 1168 | X002305Y008305D01* 1169 | X002555Y007847D02* 1170 | X002555Y007432D01* 1171 | X002625Y007432D01* 1172 | X002625Y007455D02* 1173 | X002555Y007455D01* 1174 | X002555Y007523D02* 1175 | X002625Y007523D01* 1176 | X002625Y007592D02* 1177 | X002555Y007592D01* 1178 | X002555Y007660D02* 1179 | X002625Y007660D01* 1180 | X002625Y007729D02* 1181 | X002555Y007729D01* 1182 | X002665Y008125D02* 1183 | X002665Y008145D01* 1184 | X002905Y008505D02* 1185 | X003305Y008505D01* 1186 | X003485Y008685D01* 1187 | X003496Y008690D01* 1188 | X003357Y008829D02* 1189 | X003365Y008845D01* 1190 | X003605Y009085D01* 1191 | X003605Y009305D01* 1192 | X003565Y009345D01* 1193 | X003445Y009345D01* 1194 | X003635Y009955D02* 1195 | X003185Y009965D01* 1196 | X003165Y009945D02* 1197 | X002805Y009945D01* 1198 | X002525Y009665D01* 1199 | X002522Y009665D01* 1200 | X002505Y009645D01* 1201 | X002205Y009345D01* 1202 | X002145Y009345D01* 1203 | X001915Y009115D01* 1204 | X001925Y009505D02* 1205 | X001265Y008845D01* 1206 | X001265Y008805D01* 1207 | X000705Y009125D02* 1208 | X001065Y009485D01* 1209 | X001705Y009485D01* 1210 | X001865Y009645D01* 1211 | X001945Y009645D01* 1212 | X002225Y009925D01* 1213 | X002243Y009943D01* 1214 | X002383Y009804D02* 1215 | X002365Y009785D01* 1216 | X002085Y009505D01* 1217 | X001925Y009505D01* 1218 | X001645Y009625D02* 1219 | X002085Y010065D01* 1220 | X002104Y010082D01* 1221 | X002405Y010745D02* 1222 | X002345Y010805D01* 1223 | X002405Y010745D02* 1224 | X003345Y010745D01* 1225 | X003445Y010645D01* 1226 | X003635Y009955D02* 1227 | X004325Y010655D01* 1228 | X004765Y010355D02* 1229 | X004765Y010225D01* 1230 | X005175Y010225D01* 1231 | X005925Y010925D02* 1232 | X005645Y011205D01* 1233 | X005925Y010925D02* 1234 | X005905Y010905D01* 1235 | X005925Y010925D02* 1236 | X005965Y010885D01* 1237 | X005785Y010485D02* 1238 | X005885Y010385D01* 1239 | X006565Y010385D01* 1240 | X006565Y010365D01* 1241 | X006565Y010385D02* 1242 | X006885Y010385D01* 1243 | X006905Y010405D01* 1244 | X007865Y010405D01* 1245 | X007885Y010385D01* 1246 | X007405Y010065D02* 1247 | X007845Y009625D01* 1248 | X008625Y009625D01* 1249 | X008625Y008625D02* 1250 | X007665Y008635D01* 1251 | X007525Y008305D02* 1252 | X006945Y008305D01* 1253 | X006285Y008965D01* 1254 | X006265Y008965D01* 1255 | X006252Y008969D01* 1256 | X006145Y008825D02* 1257 | X006405Y008565D01* 1258 | X006485Y008565D01* 1259 | X006885Y008165D01* 1260 | X007345Y008165D01* 1261 | X007505Y008005D01* 1262 | X007705Y008005D01* 1263 | X007545Y007765D02* 1264 | X007285Y008025D01* 1265 | X005825Y008025D01* 1266 | X005585Y008265D01* 1267 | X005565Y008265D01* 1268 | X005556Y008273D01* 1269 | X005695Y008412D02* 1270 | X005705Y008405D01* 1271 | X005965Y008405D01* 1272 | X005985Y008425D01* 1273 | X005865Y008545D01* 1274 | X005835Y008551D01* 1275 | X005825Y008565D01* 1276 | X005805Y008565D01* 1277 | X005545Y008825D01* 1278 | X005405Y008825D01* 1279 | X005038Y008003D02* 1280 | X004432Y008003D01* 1281 | X004501Y008071D02* 1282 | X004969Y008071D01* 1283 | X004964Y008140D02* 1284 | X004506Y008140D01* 1285 | X004364Y007934D02* 1286 | X005106Y007934D01* 1287 | X005175Y007866D02* 1288 | X004295Y007866D01* 1289 | X004227Y007797D02* 1290 | X005243Y007797D01* 1291 | X005312Y007729D02* 1292 | X004220Y007729D01* 1293 | X004270Y007523D02* 1294 | X006829Y007523D01* 1295 | X006820Y007592D02* 1296 | X005830Y007592D01* 1297 | X005898Y007660D02* 1298 | X006820Y007660D01* 1299 | X006830Y007729D02* 1300 | X005950Y007729D01* 1301 | X005950Y007797D02* 1302 | X006899Y007797D01* 1303 | X007045Y007625D02* 1304 | X008625Y007625D01* 1305 | X008145Y007765D02* 1306 | X007545Y007765D01* 1307 | X007315Y007797D02* 1308 | X007191Y007797D01* 1309 | X007246Y007866D02* 1310 | X005950Y007866D01* 1311 | X006365Y008325D02* 1312 | X006005Y008685D01* 1313 | X005985Y008685D01* 1314 | X005974Y008690D01* 1315 | X006113Y008829D02* 1316 | X006125Y008825D01* 1317 | X006145Y008825D01* 1318 | X006365Y008325D02* 1319 | X006405Y008325D01* 1320 | X006705Y008825D02* 1321 | X006425Y009105D01* 1322 | X006405Y009105D01* 1323 | X006391Y009108D01* 1324 | X006531Y009247D02* 1325 | X006545Y009245D01* 1326 | X006565Y009245D01* 1327 | X006745Y009065D01* 1328 | X007045Y009065D01* 1329 | X006805Y008825D02* 1330 | X006705Y008825D01* 1331 | X007665Y009525D02* 1332 | X007265Y009925D01* 1333 | X007245Y009925D01* 1334 | X007227Y009943D01* 1335 | X007366Y010082D02* 1336 | X007385Y010065D01* 1337 | X007405Y010065D01* 1338 | X007665Y009525D02* 1339 | X007665Y009455D01* 1340 | X008145Y008255D02* 1341 | X008145Y007765D01* 1342 | X007905Y007285D02* 1343 | X007045Y007285D01* 1344 | X006896Y007455D02* 1345 | X004233Y007455D01* 1346 | X004045Y007585D02* 1347 | X003985Y007585D01* 1348 | X003985Y007785D01* 1349 | X004185Y007985D01* 1350 | X004192Y007994D01* 1351 | X003785Y008425D02* 1352 | X004065Y008705D01* 1353 | X004345Y008705D01* 1354 | X003785Y008425D02* 1355 | X003775Y008412D01* 1356 | X003635Y008551D02* 1357 | X003625Y008545D01* 1358 | X003325Y008245D01* 1359 | X003325Y007905D02* 1360 | X003265Y007845D01* 1361 | X003265Y007405D01* 1362 | X003260Y007397D01* 1363 | X003153Y006975D02* 1364 | X003897Y006975D01* 1365 | X003880Y007044D02* 1366 | X003578Y007044D01* 1367 | X003601Y007112D02* 1368 | X003880Y007112D01* 1369 | X003882Y007181D02* 1370 | X003601Y007181D01* 1371 | X003601Y007249D02* 1372 | X003951Y007249D01* 1373 | X003965Y006907D02* 1374 | X003158Y006907D01* 1375 | X003225Y006838D02* 1376 | X003295Y006838D01* 1377 | X003295Y006770D02* 1378 | X003225Y006770D01* 1379 | X003225Y006701D02* 1380 | X003295Y006701D01* 1381 | X003295Y006633D02* 1382 | X003225Y006633D01* 1383 | X003225Y006564D02* 1384 | X003295Y006564D01* 1385 | X003225Y006427D02* 1386 | X002932Y006427D01* 1387 | X002918Y006085D02* 1388 | X002894Y006085D01* 1389 | X002999Y006016D02* 1390 | X002694Y006016D01* 1391 | X002650Y005948D02* 1392 | X007429Y005948D01* 1393 | X007361Y005879D02* 1394 | X002650Y005879D01* 1395 | X002609Y005811D02* 1396 | X004212Y005811D01* 1397 | X004345Y005625D02* 1398 | X000625Y005625D01* 1399 | X000625Y004625D02* 1400 | X003605Y004625D01* 1401 | X003785Y004805D01* 1402 | X004585Y004805D01* 1403 | X004520Y004578D02* 1404 | X003756Y004578D01* 1405 | X003824Y004646D02* 1406 | X004426Y004646D01* 1407 | X004520Y004509D02* 1408 | X003687Y004509D01* 1409 | X003865Y005065D02* 1410 | X003865Y005105D01* 1411 | X003845Y005085D02* 1412 | X003865Y005065D01* 1413 | X004001Y005263D02* 1414 | X004744Y005263D01* 1415 | X004570Y005537D02* 1416 | X005178Y005537D01* 1417 | X005140Y005468D02* 1418 | X004506Y005468D01* 1419 | X004570Y005605D02* 1420 | X005247Y005605D01* 1421 | X005140Y005400D02* 1422 | X004030Y005400D01* 1423 | X004030Y005468D02* 1424 | X004184Y005468D01* 1425 | X004030Y005331D02* 1426 | X005140Y005331D01* 1427 | X005189Y005263D02* 1428 | X005066Y005263D01* 1429 | X005130Y005194D02* 1430 | X005258Y005194D01* 1431 | X005130Y005126D02* 1432 | X008065Y005126D01* 1433 | X008065Y005194D02* 1434 | X007632Y005194D01* 1435 | X007701Y005263D02* 1436 | X008065Y005263D01* 1437 | X008065Y005331D02* 1438 | X007750Y005331D01* 1439 | X007750Y005400D02* 1440 | X008065Y005400D01* 1441 | X008065Y005468D02* 1442 | X007750Y005468D01* 1443 | X007625Y005625D02* 1444 | X008625Y005625D01* 1445 | X008285Y004985D02* 1446 | X008205Y004905D01* 1447 | X007525Y004905D01* 1448 | X007525Y004545D01* 1449 | X007765Y004305D01* 1450 | X007585Y004167D02* 1451 | X007510Y004167D01* 1452 | X007510Y004098D02* 1453 | X007654Y004098D01* 1454 | X007510Y004030D02* 1455 | X008020Y004030D01* 1456 | X008065Y004098D02* 1457 | X007876Y004098D01* 1458 | X007945Y004167D02* 1459 | X008065Y004167D01* 1460 | X008065Y004235D02* 1461 | X007990Y004235D01* 1462 | X007990Y004304D02* 1463 | X008065Y004304D01* 1464 | X008065Y004372D02* 1465 | X007990Y004372D01* 1466 | X007948Y004441D02* 1467 | X008065Y004441D01* 1468 | X008245Y003945D02* 1469 | X008165Y003865D01* 1470 | X006405Y003865D01* 1471 | X006305Y003765D01* 1472 | X002565Y003765D01* 1473 | X002465Y003865D01* 1474 | X002619Y004030D02* 1475 | X004205Y004030D01* 1476 | X004194Y004098D02* 1477 | X001175Y004098D01* 1478 | X001175Y004030D02* 1479 | X002311Y004030D01* 1480 | X002243Y003961D02* 1481 | X001175Y003961D01* 1482 | X001175Y003893D02* 1483 | X002240Y003893D01* 1484 | X002240Y003824D02* 1485 | X002064Y003824D01* 1486 | X001945Y003625D02* 1487 | X006445Y003625D01* 1488 | X006465Y003605D01* 1489 | X006945Y003605D01* 1490 | X007071Y003413D02* 1491 | X007899Y003413D01* 1492 | X007830Y003482D02* 1493 | X007140Y003482D01* 1494 | X007170Y003550D02* 1495 | X007780Y003550D01* 1496 | X007780Y003619D02* 1497 | X007170Y003619D01* 1498 | X007170Y003687D02* 1499 | X007780Y003687D01* 1500 | X008005Y003625D02* 1501 | X008625Y003625D01* 1502 | X008245Y003945D02* 1503 | X008185Y003885D01* 1504 | X008065Y003345D02* 1505 | X001175Y003345D01* 1506 | X001175Y003413D02* 1507 | X001259Y003413D01* 1508 | X001190Y003482D02* 1509 | X001175Y003482D01* 1510 | X001175Y003276D02* 1511 | X008065Y003276D01* 1512 | X008065Y003208D02* 1513 | X001175Y003208D01* 1514 | X001175Y003139D02* 1515 | X008065Y003139D01* 1516 | X008065Y003071D02* 1517 | X001175Y003071D01* 1518 | X001175Y003002D02* 1519 | X003804Y003002D01* 1520 | X003852Y003050D02* 1521 | X003720Y002918D01* 1522 | X003720Y002732D01* 1523 | X003822Y002630D01* 1524 | X003672Y002630D01* 1525 | X003540Y002498D01* 1526 | X003540Y002312D01* 1527 | X003672Y002180D01* 1528 | X003858Y002180D01* 1529 | X003990Y002312D01* 1530 | X003990Y002345D01* 1531 | X004427Y002345D01* 1532 | X004512Y002260D01* 1533 | X004698Y002260D01* 1534 | X004830Y002392D01* 1535 | X004830Y002578D01* 1536 | X004733Y002675D01* 1537 | X004790Y002732D01* 1538 | X004790Y002918D01* 1539 | X004658Y003050D01* 1540 | X004472Y003050D01* 1541 | X004402Y002980D01* 1542 | X004108Y002980D01* 1543 | X004038Y003050D01* 1544 | X003852Y003050D01* 1545 | X003735Y002934D02* 1546 | X001175Y002934D01* 1547 | X001175Y002865D02* 1548 | X003720Y002865D01* 1549 | X003720Y002797D02* 1550 | X001852Y002797D01* 1551 | X001920Y002728D02* 1552 | X003724Y002728D01* 1553 | X003792Y002660D02* 1554 | X001930Y002660D01* 1555 | X001930Y002591D02* 1556 | X003633Y002591D01* 1557 | X003564Y002523D02* 1558 | X001921Y002523D01* 1559 | X001852Y002454D02* 1560 | X003540Y002454D01* 1561 | X003540Y002386D02* 1562 | X001175Y002386D01* 1563 | X001175Y002454D02* 1564 | X001558Y002454D01* 1565 | X001558Y002797D02* 1566 | X001175Y002797D01* 1567 | X001175Y002317D02* 1568 | X003540Y002317D01* 1569 | X003603Y002249D02* 1570 | X001175Y002249D01* 1571 | X001175Y002180D02* 1572 | X003672Y002180D01* 1573 | X003765Y002405D02* 1574 | X003845Y002485D01* 1575 | X004605Y002485D01* 1576 | X004455Y002317D02* 1577 | X003990Y002317D01* 1578 | X003927Y002249D02* 1579 | X008065Y002249D01* 1580 | X008065Y002317D02* 1581 | X004755Y002317D01* 1582 | X004824Y002386D02* 1583 | X008065Y002386D01* 1584 | X008065Y002454D02* 1585 | X007912Y002454D01* 1586 | X007912Y002797D02* 1587 | X008065Y002797D01* 1588 | X008065Y002865D02* 1589 | X004790Y002865D01* 1590 | X004790Y002797D02* 1591 | X007618Y002797D01* 1592 | X007550Y002728D02* 1593 | X004786Y002728D01* 1594 | X004749Y002660D02* 1595 | X007540Y002660D01* 1596 | X007540Y002591D02* 1597 | X004817Y002591D01* 1598 | X004830Y002523D02* 1599 | X007549Y002523D01* 1600 | X007618Y002454D02* 1601 | X004830Y002454D01* 1602 | X004775Y002934D02* 1603 | X008065Y002934D01* 1604 | X008065Y003002D02* 1605 | X004706Y003002D01* 1606 | X004424Y003002D02* 1607 | X004086Y003002D01* 1608 | X003858Y002180D02* 1609 | X008065Y002180D01* 1610 | X008065Y002112D02* 1611 | X001175Y002112D01* 1612 | X001175Y002043D02* 1613 | X008065Y002043D01* 1614 | X008065Y001975D02* 1615 | X001175Y001975D01* 1616 | X001175Y001906D02* 1617 | X008065Y001906D01* 1618 | X008065Y001838D02* 1619 | X001231Y001838D01* 1620 | X001299Y001769D02* 1621 | X008065Y001769D01* 1622 | X008065Y001701D02* 1623 | X001350Y001701D01* 1624 | X001350Y001632D02* 1625 | X008065Y001632D01* 1626 | X008065Y001564D02* 1627 | X001350Y001564D01* 1628 | X001313Y001495D02* 1629 | X008065Y001495D01* 1630 | X008065Y001427D02* 1631 | X001245Y001427D01* 1632 | X001175Y001358D02* 1633 | X008065Y001358D01* 1634 | X008065Y001290D02* 1635 | X001175Y001290D01* 1636 | X001175Y001221D02* 1637 | X008065Y001221D01* 1638 | X008065Y001153D02* 1639 | X001175Y001153D01* 1640 | X001175Y001084D02* 1641 | X008065Y001084D01* 1642 | X008065Y001016D02* 1643 | X001175Y001016D01* 1644 | X001175Y000947D02* 1645 | X008065Y000947D01* 1646 | X008065Y000879D02* 1647 | X001175Y000879D01* 1648 | X001175Y000810D02* 1649 | X002052Y000810D01* 1650 | X002185Y000625D02* 1651 | X000625Y000625D01* 1652 | X000625Y001625D02* 1653 | X001125Y001625D01* 1654 | X000625Y002625D02* 1655 | X001705Y002625D01* 1656 | X001839Y003413D02* 1657 | X001471Y003413D01* 1658 | X001540Y003482D02* 1659 | X001770Y003482D01* 1660 | X001720Y003550D02* 1661 | X001590Y003550D01* 1662 | X001590Y003619D02* 1663 | X001720Y003619D01* 1664 | X001720Y003687D02* 1665 | X001590Y003687D01* 1666 | X001553Y003756D02* 1667 | X001757Y003756D01* 1668 | X001826Y003824D02* 1669 | X001484Y003824D01* 1670 | X001365Y003625D02* 1671 | X000625Y003625D01* 1672 | X001175Y003824D02* 1673 | X001246Y003824D01* 1674 | X001175Y004167D02* 1675 | X004125Y004167D01* 1676 | X004120Y004235D02* 1677 | X001175Y004235D01* 1678 | X001175Y004304D02* 1679 | X004120Y004304D01* 1680 | X004134Y004372D02* 1681 | X001175Y004372D01* 1682 | X001175Y004441D02* 1683 | X004202Y004441D01* 1684 | X004345Y004265D02* 1685 | X004345Y003905D01* 1686 | X006245Y003905D01* 1687 | X006345Y004005D01* 1688 | X007185Y004005D01* 1689 | X007285Y004105D01* 1690 | X007165Y004304D02* 1691 | X005942Y004304D01* 1692 | X006010Y004372D02* 1693 | X007500Y004372D01* 1694 | X007540Y004304D02* 1695 | X007405Y004304D01* 1696 | X007473Y004235D02* 1697 | X007540Y004235D01* 1698 | X007431Y004441D02* 1699 | X006070Y004441D01* 1700 | X006070Y004509D02* 1701 | X007385Y004509D01* 1702 | X007385Y004578D02* 1703 | X006070Y004578D01* 1704 | X006042Y004646D02* 1705 | X007385Y004646D01* 1706 | X007385Y004715D02* 1707 | X005974Y004715D01* 1708 | X005845Y004525D02* 1709 | X004745Y004525D01* 1710 | X004874Y004715D02* 1711 | X005716Y004715D01* 1712 | X005680Y004372D02* 1713 | X004910Y004372D01* 1714 | X004842Y004304D02* 1715 | X005748Y004304D01* 1716 | X005472Y005194D02* 1717 | X007418Y005194D01* 1718 | X007411Y004989D02* 1719 | X005107Y004989D01* 1720 | X005130Y005057D02* 1721 | X008060Y005057D01* 1722 | X007765Y004625D02* 1723 | X008625Y004625D01* 1724 | X008065Y005811D02* 1725 | X007750Y005811D01* 1726 | X007689Y005879D02* 1727 | X008065Y005879D01* 1728 | X008065Y005948D02* 1729 | X007621Y005948D01* 1730 | X007525Y005725D02* 1731 | X007625Y005625D01* 1732 | X007327Y005605D02* 1733 | X005483Y005605D01* 1734 | X005038Y004920D02* 1735 | X007385Y004920D01* 1736 | X007385Y004852D02* 1737 | X004810Y004852D01* 1738 | X004810Y004783D02* 1739 | X007385Y004783D01* 1740 | X007097Y004235D02* 1741 | X004570Y004235D01* 1742 | X004570Y004304D02* 1743 | X004648Y004304D01* 1744 | X004580Y004372D02* 1745 | X004556Y004372D01* 1746 | X004520Y004441D02* 1747 | X004488Y004441D01* 1748 | X004565Y004167D02* 1749 | X007060Y004167D01* 1750 | X006819Y003413D02* 1751 | X006591Y003413D01* 1752 | X006339Y003413D02* 1753 | X002051Y003413D01* 1754 | X002120Y003482D02* 1755 | X006270Y003482D01* 1756 | X006240Y004098D02* 1757 | X004496Y004098D01* 1758 | X004205Y003961D02* 1759 | X002687Y003961D01* 1760 | X003185Y003385D02* 1761 | X003285Y003485D01* 1762 | X004885Y003485D01* 1763 | X004985Y003385D01* 1764 | X004570Y005674D02* 1765 | X007300Y005674D01* 1766 | X007300Y005742D02* 1767 | X004546Y005742D01* 1768 | X004478Y005811D02* 1769 | X007300Y005811D01* 1770 | X006905Y005045D02* 1771 | X006485Y005045D01* 1772 | X006562Y006290D02* 1773 | X003631Y006290D01* 1774 | X003631Y006222D02* 1775 | X008060Y006222D01* 1776 | X008065Y006153D02* 1777 | X003629Y006153D01* 1778 | X003601Y006085D02* 1779 | X008065Y006085D01* 1780 | X008065Y006016D02* 1781 | X003521Y006016D01* 1782 | X003631Y006359D02* 1783 | X006373Y006359D01* 1784 | X006485Y006565D02* 1785 | X006665Y006385D01* 1786 | X008165Y006385D01* 1787 | X008285Y006265D01* 1788 | X008625Y006625D02* 1789 | X006805Y006625D01* 1790 | X006900Y007112D02* 1791 | X006576Y007112D01* 1792 | X006508Y007181D02* 1793 | X006831Y007181D01* 1794 | X006820Y007249D02* 1795 | X005319Y007249D01* 1796 | X005165Y007085D02* 1797 | X004105Y007085D01* 1798 | X004245Y006907D02* 1799 | X005025Y006907D01* 1800 | X006075Y006445D02* 1801 | X006085Y006435D01* 1802 | X006405Y006965D02* 1803 | X007905Y006965D01* 1804 | X008625Y010625D02* 1805 | X006805Y010625D01* 1806 | X006805Y011125D02* 1807 | X006805Y011165D01* 1808 | X007085Y011445D01* 1809 | X007087Y011446D01* 1810 | X006948Y011585D02* 1811 | X006925Y011565D01* 1812 | X006665Y011305D01* 1813 | X006395Y011305D01* 1814 | X006235Y011145D01* 1815 | X006145Y011785D02* 1816 | X006145Y011885D01* 1817 | X006385Y012125D01* 1818 | X006391Y012142D01* 1819 | X006531Y012003D02* 1820 | X006545Y012005D01* 1821 | X006725Y012185D01* 1822 | X006725Y012425D01* 1823 | X006965Y012185D02* 1824 | X006965Y012145D01* 1825 | X006685Y011865D01* 1826 | X006670Y011864D01* 1827 | X006809Y011725D02* 1828 | X006825Y011725D01* 1829 | X007375Y012275D01* 1830 | X007375Y012425D01* 1831 | X007575Y012625D01* 1832 | X008625Y012625D01* 1833 | X008625Y011625D02* 1834 | X007405Y011625D01* 1835 | X007265Y011765D01* 1836 | X007125Y011765D01* 1837 | X006965Y011605D01* 1838 | X006948Y011585D01* 1839 | X007227Y011307D02* 1840 | X007245Y011325D01* 1841 | X007405Y011485D01* 1842 | X008025Y011485D01* 1843 | X008125Y011385D01* 1844 | X008125Y012945D02* 1845 | X007225Y012945D01* 1846 | X006965Y013625D02* 1847 | X008625Y013625D01* 1848 | X008625Y014625D02* 1849 | X006725Y014625D01* 1850 | X006765Y014145D02* 1851 | X007185Y014145D01* 1852 | X007285Y014245D01* 1853 | X007445Y014005D02* 1854 | X007605Y014165D01* 1855 | X007745Y013865D02* 1856 | X006885Y013865D01* 1857 | X006425Y013405D01* 1858 | X006245Y013405D01* 1859 | X006145Y013305D01* 1860 | X005605Y013305D01* 1861 | X005425Y013125D01* 1862 | X005417Y013117D01* 1863 | X005278Y013256D02* 1864 | X005285Y013265D01* 1865 | X005465Y013445D01* 1866 | X006085Y013445D01* 1867 | X006185Y013545D01* 1868 | X006365Y013545D01* 1869 | X006825Y014005D01* 1870 | X007445Y014005D01* 1871 | X006765Y014145D02* 1872 | X006545Y013925D01* 1873 | X004905Y013925D01* 1874 | X004885Y014245D02* 1875 | X005285Y014245D01* 1876 | X005325Y014625D02* 1877 | X005305Y014645D01* 1878 | X005305Y014985D01* 1879 | X005299Y015015D01* 1880 | X005285Y015025D01* 1881 | X004825Y015025D01* 1882 | X004825Y015005D01* 1883 | X004825Y015025D02* 1884 | X004465Y015025D01* 1885 | X004465Y014915D01* 1886 | X004465Y014315D02* 1887 | X004575Y013885D01* 1888 | X004585Y013565D02* 1889 | X004465Y013565D01* 1890 | X003505Y014525D01* 1891 | X002725Y014525D01* 1892 | X002385Y014865D01* 1893 | X001445Y014865D01* 1894 | X001365Y014945D01* 1895 | X001365Y014625D02* 1896 | X000625Y014625D01* 1897 | X000625Y013625D02* 1898 | X001125Y013625D01* 1899 | X001125Y014025D02* 1900 | X002725Y014025D01* 1901 | X002345Y014285D02* 1902 | X003265Y014285D01* 1903 | X003945Y013605D01* 1904 | X004085Y013605D01* 1905 | X004365Y013325D01* 1906 | X004985Y013325D01* 1907 | X005185Y013525D01* 1908 | X004905Y013025D02* 1909 | X004445Y013025D01* 1910 | X004345Y012925D01* 1911 | X004265Y012925D01* 1912 | X004085Y013105D01* 1913 | X004065Y013105D01* 1914 | X004053Y013117D01* 1915 | X003945Y012965D02* 1916 | X003925Y012965D01* 1917 | X003914Y012977D01* 1918 | X003945Y012965D02* 1919 | X004125Y012785D01* 1920 | X004585Y012785D01* 1921 | X004192Y013256D02* 1922 | X004185Y013265D01* 1923 | X004165Y013265D01* 1924 | X003965Y013465D01* 1925 | X003625Y013465D01* 1926 | X003485Y013105D02* 1927 | X002825Y013105D01* 1928 | X002725Y013205D01* 1929 | X002385Y012965D02* 1930 | X002185Y013165D01* 1931 | X001865Y013165D01* 1932 | X002105Y012925D02* 1933 | X002205Y012825D01* 1934 | X003205Y012825D01* 1935 | X003465Y012565D01* 1936 | X003485Y012565D01* 1937 | X003496Y012560D01* 1938 | X003605Y012705D02* 1939 | X003345Y012965D01* 1940 | X002385Y012965D01* 1941 | X002305Y012385D02* 1942 | X001525Y012385D01* 1943 | X001425Y012485D01* 1944 | X001225Y012245D02* 1945 | X001125Y012345D01* 1946 | X001225Y012245D02* 1947 | X002245Y012245D01* 1948 | X002365Y012125D01* 1949 | X002505Y012125D01* 1950 | X002765Y011865D01* 1951 | X002785Y011865D01* 1952 | X002800Y011864D01* 1953 | X002905Y012005D02* 1954 | X002645Y012265D01* 1955 | X002425Y012265D01* 1956 | X002305Y012385D01* 1957 | X002185Y012105D02* 1958 | X000645Y012105D01* 1959 | X000625Y012125D01* 1960 | X000625Y011625D02* 1961 | X001025Y011625D01* 1962 | X001365Y011965D01* 1963 | X002125Y011965D01* 1964 | X002485Y011605D01* 1965 | X002505Y011605D01* 1966 | X002522Y011585D01* 1967 | X002625Y011725D02* 1968 | X002365Y011985D01* 1969 | X002305Y011985D01* 1970 | X002185Y012105D01* 1971 | X001985Y011725D02* 1972 | X001985Y011545D01* 1973 | X002205Y011325D01* 1974 | X002225Y011325D01* 1975 | X002243Y011307D01* 1976 | X002383Y011446D02* 1977 | X002385Y011445D01* 1978 | X002405Y011445D01* 1979 | X002605Y011245D01* 1980 | X002625Y011725D02* 1981 | X002645Y011725D01* 1982 | X002661Y011725D01* 1983 | X002905Y012005D02* 1984 | X002925Y012005D01* 1985 | X002939Y012003D01* 1986 | X003325Y012425D02* 1987 | X003065Y012685D01* 1988 | X001665Y012685D01* 1989 | X002085Y011165D02* 1990 | X002104Y011168D01* 1991 | X002085Y011165D02* 1992 | X002045Y011125D01* 1993 | X000625Y011125D01* 1994 | X000625Y009625D02* 1995 | X001645Y009625D01* 1996 | X002305Y009065D02* 1997 | X002365Y009125D01* 1998 | X002365Y009245D01* 1999 | X002625Y009505D01* 2000 | X002645Y009505D01* 2001 | X002661Y009525D01* 2002 | X002665Y009545D01* 2003 | X002825Y009705D01* 2004 | X003085Y009705D01* 2005 | X003885Y011765D02* 2006 | X004765Y011765D01* 2007 | X005556Y012977D02* 2008 | X005565Y012985D01* 2009 | X005745Y013165D01* 2010 | X006205Y013165D01* 2011 | X006305Y013265D01* 2012 | X008125Y013265D01* 2013 | X007366Y011168D02* 2014 | X007365Y011165D01* 2015 | X007085Y010885D01* 2016 | X006385Y013025D02* 2017 | X005885Y013025D01* 2018 | X005705Y012845D01* 2019 | X005695Y012838D01* 2020 | X005665Y014245D02* 2021 | X005645Y014265D01* 2022 | X005645Y014485D01* 2023 | X005505Y014625D01* 2024 | X005325Y014625D01* 2025 | X005605Y015325D02* 2026 | X005845Y015325D01* 2027 | X005845Y015025D01* 2028 | X005851Y015015D01* 2029 | X005845Y014985D01* 2030 | X005845Y014685D01* 2031 | X005825Y014665D01* 2032 | X005785Y014665D01* 2033 | X005885Y014245D02* 2034 | X005665Y014245D01* 2035 | X005585Y015685D02* 2036 | X005505Y015685D01* 2037 | X005505Y016085D01* 2038 | X005505Y016245D01* 2039 | X003285Y016245D01* 2040 | X002985Y016445D02* 2041 | X002985Y016845D01* 2042 | X002975Y016845D01* 2043 | X002965Y016445D02* 2044 | X002985Y016445D01* 2045 | X002945Y015685D02* 2046 | X002285Y015685D01* 2047 | X002105Y015865D01* 2048 | X001545Y015865D01* 2049 | X001505Y015905D01* 2050 | X001295Y015625D02* 2051 | X001535Y015385D01* 2052 | X001295Y015625D02* 2053 | X000625Y015625D01* 2054 | X000625Y016625D02* 2055 | X001865Y016625D01* 2056 | X002025Y017245D02* 2057 | X002985Y017245D01* 2058 | X002985Y017445D01* 2059 | X002975Y017445D01* 2060 | X002785Y018005D02* 2061 | X005465Y018005D01* 2062 | X005565Y018105D01* 2063 | X007885Y018105D01* 2064 | X008125Y018385D02* 2065 | X007405Y018385D01* 2066 | X007645Y018625D02* 2067 | X008625Y018625D01* 2068 | X008625Y017625D02* 2069 | X008125Y017625D01* 2070 | X008625Y016625D02* 2071 | X006385Y016625D01* 2072 | X006145Y015625D02* 2073 | X008625Y015625D01* 2074 | X006795Y018255D02* 2075 | X006895Y018355D01* 2076 | X006795Y018255D02* 2077 | X005505Y018245D01* 2078 | X005405Y018145D01* 2079 | X002845Y018145D01* 2080 | X002745Y018245D01* 2081 | X001995Y018245D01* 2082 | X001635Y017885D01* 2083 | X001365Y018395D02* 2084 | X001125Y018395D01* 2085 | X000915Y018625D01* 2086 | X000625Y018625D01* 2087 | X000625Y017625D02* 2088 | X001125Y017625D01* 2089 | X000625Y019625D02* 2090 | X002365Y019625D01* 2091 | X002985Y018585D02* 2092 | X003585Y018585D01* 2093 | X003585Y018955D01* 2094 | X003605Y018905D01* 2095 | X006285Y018905D01* 2096 | X006285Y019505D02* 2097 | X006285Y019705D01* 2098 | X006845Y019705D01* 2099 | X005845Y017325D02* 2100 | X004865Y017325D01* 2101 | X004845Y016945D02* 2102 | X004725Y016825D01* 2103 | X004455Y016825D01* 2104 | X003985Y016825D02* 2105 | X003985Y017185D01* 2106 | X003985Y016825D02* 2107 | X003855Y016825D01* 2108 | X003855Y015925D02* 2109 | X002365Y015925D01* 2110 | X002445Y015345D02* 2111 | X002205Y015345D01* 2112 | X002195Y015335D01* 2113 | X002445Y015345D02* 2114 | X002445Y015045D01* 2115 | X002465Y015025D01* 2116 | X002545Y015025D01* 2117 | X002585Y014985D01* 2118 | X002795Y015335D02* 2119 | X002805Y015345D01* 2120 | X003585Y015345D01* 2121 | X003605Y015365D01* 2122 | X004455Y015925D02* 2123 | X004945Y015925D01* 2124 | X005245Y015635D01* 2125 | X005505Y016685D02* 2126 | X005505Y017085D01* 2127 | X005645Y017865D02* 2128 | X002605Y017865D01* 2129 | X002785Y018005D02* 2130 | X002685Y018105D01* 2131 | X002465Y018105D01* 2132 | X002385Y018025D01* 2133 | X002135Y018015D01* 2134 | X003585Y019525D02* 2135 | X003945Y019525D01* 2136 | X003585Y019525D02* 2137 | X003585Y019555D01* 2138 | X003485Y013105D02* 2139 | X003745Y012845D01* 2140 | X003765Y012845D01* 2141 | X003775Y012838D01* 2142 | X003635Y012699D02* 2143 | X003625Y012705D01* 2144 | X003605Y012705D01* 2145 | X003357Y012421D02* 2146 | X003345Y012425D01* 2147 | X003325Y012425D01* 2148 | X001219Y007797D02* 2149 | X001175Y007797D01* 2150 | X001365Y007625D02* 2151 | X000625Y007625D01* 2152 | X000625Y006625D02* 2153 | X001685Y006625D01* 2154 | X001805Y006427D02* 2155 | X002249Y006427D01* 2156 | X002249Y006359D02* 2157 | X001175Y006359D01* 2158 | X001175Y006427D02* 2159 | X001565Y006427D01* 2160 | X001511Y006770D02* 2161 | X001175Y006770D01* 2162 | X001175Y006838D02* 2163 | X001580Y006838D01* 2164 | X001790Y006838D02* 2165 | X002304Y006838D01* 2166 | X002249Y006770D02* 2167 | X001859Y006770D01* 2168 | X001910Y006701D02* 2169 | X002249Y006701D01* 2170 | X002249Y006633D02* 2171 | X001910Y006633D01* 2172 | X001910Y006564D02* 2173 | X002249Y006564D01* 2174 | X002249Y006496D02* 2175 | X001874Y006496D01* 2176 | X002200Y006016D02* 2177 | X001175Y006016D01* 2178 | X001175Y005948D02* 2179 | X002200Y005948D01* 2180 | X002200Y005879D02* 2181 | X001175Y005879D01* 2182 | X001175Y005811D02* 2183 | X002241Y005811D01* 2184 | X002425Y005945D02* 2185 | X002585Y006105D01* 2186 | X002585Y006445D01* 2187 | X002590Y006453D01* 2188 | X002821Y006873D02* 2189 | X002905Y006929D01* 2190 | X002921Y006905D01* 2191 | X002854Y006861D01* 2192 | X002842Y006873D01* 2193 | X002821Y006873D01* 2194 | X002872Y006907D02* 2195 | X002920Y006907D01* 2196 | X002925Y006925D02* 2197 | X002725Y006925D01* 2198 | X002692Y006925D01* 2199 | X002692Y006907D02* 2200 | X001175Y006907D01* 2201 | X001175Y006975D02* 2202 | X002305Y006975D01* 2203 | X002241Y007044D02* 2204 | X001175Y007044D01* 2205 | X001175Y007112D02* 2206 | X002219Y007112D01* 2207 | X002219Y007181D02* 2208 | X001175Y007181D01* 2209 | X001175Y007249D02* 2210 | X002219Y007249D01* 2211 | X002555Y007249D02* 2212 | X002625Y007249D01* 2213 | X002625Y007181D02* 2214 | X002555Y007181D01* 2215 | X002555Y007112D02* 2216 | X002625Y007112D01* 2217 | X002625Y007044D02* 2218 | X002555Y007044D01* 2219 | X002555Y006975D02* 2220 | X002625Y006975D01* 2221 | X002625Y007318D02* 2222 | X002555Y007318D01* 2223 | X002249Y006290D02* 2224 | X001175Y006290D01* 2225 | X001175Y006222D02* 2226 | X002249Y006222D01* 2227 | X002249Y006153D02* 2228 | X001175Y006153D01* 2229 | X001175Y006085D02* 2230 | X002246Y006085D01* 2231 | X001705Y005245D02* 2232 | X002885Y005245D01* 2233 | X003225Y006016D02* 2234 | X003295Y006016D01* 2235 | X003295Y006085D02* 2236 | X003225Y006085D01* 2237 | X003225Y006153D02* 2238 | X003295Y006153D01* 2239 | X003295Y006222D02* 2240 | X003225Y006222D01* 2241 | X003225Y006290D02* 2242 | X003295Y006290D01* 2243 | X003295Y006359D02* 2244 | X003225Y006359D01* 2245 | X003705Y005485D02* 2246 | X001465Y005485D01* 2247 | X001365Y005385D01* 2248 | X001217Y007455D02* 2249 | X001175Y007455D01* 2250 | X000705Y009125D02* 2251 | X000625Y009125D01* 2252 | X003705Y005485D02* 2253 | X003805Y005385D01* 2254 | X002318Y000810D02* 2255 | X007392Y000810D01* 2256 | X007323Y000742D02* 2257 | X002387Y000742D01* 2258 | X002410Y000673D02* 2259 | X007300Y000673D01* 2260 | X007300Y000605D02* 2261 | X002410Y000605D01* 2262 | X002410Y000536D02* 2263 | X007300Y000536D01* 2264 | X007364Y000468D02* 2265 | X002346Y000468D01* 2266 | X002024Y000468D02* 2267 | X001175Y000468D01* 2268 | X001175Y000399D02* 2269 | X008065Y000399D01* 2270 | X008065Y000468D02* 2271 | X007686Y000468D01* 2272 | X007658Y000810D02* 2273 | X008065Y000810D01* 2274 | X008625Y001625D02* 2275 | X006465Y001625D01* 2276 | X007765Y002625D02* 2277 | X008625Y002625D01* 2278 | X008625Y019625D02* 2279 | X008125Y019625D01* 2280 | D20* 2281 | X008125Y019625D03* 2282 | X007645Y018625D03* 2283 | X007405Y018385D03* 2284 | X007885Y018105D03* 2285 | X008125Y018385D03* 2286 | X008125Y017625D03* 2287 | X006895Y018355D03* 2288 | X006845Y019705D03* 2289 | X005845Y017325D03* 2290 | X005645Y017865D03* 2291 | X005505Y017085D03* 2292 | X004845Y016945D03* 2293 | X004865Y017325D03* 2294 | X005245Y015635D03* 2295 | X004995Y015365D03* 2296 | X004825Y015005D03* 2297 | X004885Y014245D03* 2298 | X004905Y013925D03* 2299 | X005185Y013525D03* 2300 | X004905Y013025D03* 2301 | X004585Y012785D03* 2302 | X004585Y013565D03* 2303 | X004575Y013885D03* 2304 | X003625Y013465D03* 2305 | X003265Y014285D03* 2306 | X003585Y015345D03* 2307 | X003285Y016245D03* 2308 | X002965Y016445D03* 2309 | X002945Y015685D03* 2310 | X002585Y014985D03* 2311 | X002345Y014285D03* 2312 | X002725Y014025D03* 2313 | X002725Y013205D03* 2314 | X002105Y012925D03* 2315 | X001865Y013165D03* 2316 | X001665Y012685D03* 2317 | X001425Y012485D03* 2318 | X001125Y012345D03* 2319 | X000625Y012125D03* 2320 | X000625Y011125D03* 2321 | X001335Y010725D03* 2322 | X001645Y010485D03* 2323 | X001985Y011725D03* 2324 | X002345Y010805D03* 2325 | X002665Y010205D03* 2326 | X003025Y010505D03* 2327 | X003085Y009705D03* 2328 | X003445Y009345D03* 2329 | X003905Y008965D03* 2330 | X004345Y008705D03* 2331 | X004585Y008465D03* 2332 | X004765Y008965D03* 2333 | X005175Y010225D03* 2334 | X004765Y010355D03* 2335 | X004325Y010655D03* 2336 | X003885Y011765D03* 2337 | X003445Y010645D03* 2338 | X003265Y011725D03* 2339 | X002305Y009065D03* 2340 | X002585Y008465D03* 2341 | X002665Y008145D03* 2342 | X002425Y007905D03* 2343 | X002305Y008305D03* 2344 | X001915Y009115D03* 2345 | X001265Y008805D03* 2346 | X001025Y008305D03* 2347 | X001365Y007625D03* 2348 | X001685Y006625D03* 2349 | X001365Y005385D03* 2350 | X001705Y005245D03* 2351 | X002425Y005945D03* 2352 | X002885Y005245D03* 2353 | X003165Y005085D03* 2354 | X003345Y005945D03* 2355 | X003805Y005385D03* 2356 | X003865Y005065D03* 2357 | X004345Y005625D03* 2358 | X004585Y004805D03* 2359 | X004745Y004525D03* 2360 | X004905Y005105D03* 2361 | X005365Y005405D03* 2362 | X005845Y004525D03* 2363 | X006465Y003605D03* 2364 | X006945Y003605D03* 2365 | X007285Y004105D03* 2366 | X006905Y005045D03* 2367 | X006485Y005045D03* 2368 | X006085Y006435D03* 2369 | X006405Y006965D03* 2370 | X006485Y006565D03* 2371 | X006805Y006625D03* 2372 | X007045Y007285D03* 2373 | X007045Y007625D03* 2374 | X007525Y008305D03* 2375 | X007705Y008005D03* 2376 | X007665Y008635D03* 2377 | X007665Y009455D03* 2378 | X007885Y010385D03* 2379 | X008125Y011385D03* 2380 | X008125Y012945D03* 2381 | X008125Y013265D03* 2382 | X007745Y013865D03* 2383 | X007605Y014165D03* 2384 | X007285Y014245D03* 2385 | X006965Y013625D03* 2386 | X007225Y012945D03* 2387 | X007375Y012425D03* 2388 | X006965Y012185D03* 2389 | X006725Y012425D03* 2390 | X006385Y013025D03* 2391 | X006145Y011785D03* 2392 | X006235Y011145D03* 2393 | X006565Y010365D03* 2394 | X006805Y010625D03* 2395 | X006805Y011125D03* 2396 | X007045Y009065D03* 2397 | X006805Y008825D03* 2398 | X006405Y008325D03* 2399 | X005725Y007805D03* 2400 | X005385Y006865D03* 2401 | X005165Y007085D03* 2402 | X004945Y006845D03* 2403 | X004925Y007365D03* 2404 | X005405Y008825D03* 2405 | X005705Y009085D03* 2406 | X005785Y010485D03* 2407 | X005645Y011205D03* 2408 | X004765Y011765D03* 2409 | X005785Y014665D03* 2410 | X005605Y015325D03* 2411 | X005585Y015685D03* 2412 | X006145Y015625D03* 2413 | X006385Y016625D03* 2414 | X006725Y014625D03* 2415 | X003985Y017185D03* 2416 | X002985Y018585D03* 2417 | X002605Y017865D03* 2418 | X002135Y018015D03* 2419 | X002025Y017245D03* 2420 | X001865Y016625D03* 2421 | X001505Y015905D03* 2422 | X001535Y015385D03* 2423 | X001365Y014945D03* 2424 | X001365Y014625D03* 2425 | X001125Y014025D03* 2426 | X001125Y013625D03* 2427 | X002365Y015925D03* 2428 | X001635Y017885D03* 2429 | X001365Y018395D03* 2430 | X001125Y017625D03* 2431 | X002365Y019625D03* 2432 | X003945Y019525D03* 2433 | X000625Y009125D03* 2434 | X002905Y008505D03* 2435 | X003325Y008245D03* 2436 | X003325Y007905D03* 2437 | X003745Y007825D03* 2438 | X004045Y007585D03* 2439 | X004105Y007085D03* 2440 | X004345Y004265D03* 2441 | X004985Y003385D03* 2442 | X004565Y002825D03* 2443 | X004605Y002485D03* 2444 | X003945Y002825D03* 2445 | X003765Y002405D03* 2446 | X003185Y003385D03* 2447 | X002465Y003865D03* 2448 | X001945Y003625D03* 2449 | X001705Y002625D03* 2450 | X001365Y003625D03* 2451 | X001125Y001625D03* 2452 | X002185Y000625D03* 2453 | X006465Y001625D03* 2454 | X007525Y000625D03* 2455 | X007765Y002625D03* 2456 | X008005Y003625D03* 2457 | X008245Y003945D03* 2458 | X008285Y004985D03* 2459 | X007765Y004625D03* 2460 | X007765Y004305D03* 2461 | X007525Y005405D03* 2462 | X007525Y005725D03* 2463 | X007905Y006965D03* 2464 | X007905Y007285D03* 2465 | X008145Y008255D03* 2466 | X008285Y006265D03* 2467 | D21* 2468 | X007525Y005405D02* 2469 | X005365Y005405D01* 2470 | X004905Y005105D02* 2471 | X003865Y005105D01* 2472 | X003845Y005085D02* 2473 | X003165Y005085D01* 2474 | X003175Y006925D02* 2475 | X002925Y006925D01* 2476 | X003175Y006925D02* 2477 | X003175Y006935D01* 2478 | X002665Y010205D02* 2479 | X002705Y010245D01* 2480 | X003415Y010245D01* 2481 | X003745Y010565D01* 2482 | X003745Y010905D01* 2483 | X005545Y010905D01* 2484 | X005545Y009085D01* 2485 | X005705Y009085D01* 2486 | X005965Y010885D02* 2487 | X007085Y010885D01* 2488 | X005905Y010905D02* 2489 | X005545Y010905D01* 2490 | X003745Y010905D02* 2491 | X002945Y010905D01* 2492 | X002695Y011155D01* 2493 | X003265Y011725D01* 2494 | X002695Y011155D02* 2495 | X002605Y011245D01* 2496 | X003605Y015365D02* 2497 | X004995Y015365D01* 2498 | X004565Y002825D02* 2499 | X003945Y002825D01* 2500 | X007525Y000625D02* 2501 | X008625Y000625D01* 2502 | M02* 2503 | --------------------------------------------------------------------------------