From a8b63e189bb6d4b79f766537633846c9396c12cf Mon Sep 17 00:00:00 2001 From: Brett Hiltbrand Date: Tue, 31 Oct 2023 08:09:25 -0600 Subject: [PATCH] Cleaning up Schematics and making PCB layout similar for D1 Boards --- .../RatGDO-OpenSource-D1Mini-ESP32-B_Cu.gbl | 28 +- .../RatGDO-OpenSource-D1Mini-ESP32-B_Mask.gbs | 4 +- ...RatGDO-OpenSource-D1Mini-ESP32-B_Paste.gbp | 4 +- ...O-OpenSource-D1Mini-ESP32-B_Silkscreen.gbo | 4 +- ...tGDO-OpenSource-D1Mini-ESP32-Edge_Cuts.gm1 | 4 +- .../RatGDO-OpenSource-D1Mini-ESP32-F_Cu.gtl | 170 ++++--- .../RatGDO-OpenSource-D1Mini-ESP32-F_Mask.gts | 36 +- ...RatGDO-OpenSource-D1Mini-ESP32-F_Paste.gtp | 20 +- ...O-OpenSource-D1Mini-ESP32-F_Silkscreen.gto | 380 +++++++-------- .../RatGDO-OpenSource-D1Mini-ESP32-NPTH.drl | 4 +- .../RatGDO-OpenSource-D1Mini-ESP32-PTH.drl | 10 +- .../RatGDO-OpenSource-D1Mini-ESP32-job.gbrjob | 2 +- .../RatGDO-OpenSource-D1Mini-ESP32.kicad_pcb | 110 ++--- .../RatGDO-OpenSource-D1Mini-ESP32.kicad_sch | 197 +++++--- .../bom/RatGDO-OpenSource-D1Mini-ESP32.csv | 4 +- kicad_files/D1 Mini - ESP32/bom/ibom.html | 2 +- .../RatGDO-OpenSource-D1Mini-ESP8266-B_Cu.gbl | 44 +- ...atGDO-OpenSource-D1Mini-ESP8266-B_Mask.gbs | 42 +- ...tGDO-OpenSource-D1Mini-ESP8266-B_Paste.gbp | 4 +- ...OpenSource-D1Mini-ESP8266-B_Silkscreen.gbo | 4 +- ...DO-OpenSource-D1Mini-ESP8266-Edge_Cuts.gm1 | 4 +- .../RatGDO-OpenSource-D1Mini-ESP8266-F_Cu.gtl | 152 +++--- ...atGDO-OpenSource-D1Mini-ESP8266-F_Mask.gts | 64 +-- ...tGDO-OpenSource-D1Mini-ESP8266-F_Paste.gtp | 20 +- ...OpenSource-D1Mini-ESP8266-F_Silkscreen.gto | 452 +++++++++--------- .../RatGDO-OpenSource-D1Mini-ESP8266-NPTH.drl | 4 +- .../RatGDO-OpenSource-D1Mini-ESP8266-PTH.drl | 10 +- ...atGDO-OpenSource-D1Mini-ESP8266-job.gbrjob | 2 +- ...RatGDO-OpenSource-D1Mini-ESP8266.kicad_pcb | 56 +-- ...RatGDO-OpenSource-D1Mini-ESP8266.kicad_sch | 64 +-- .../bom/RatGDO-OpenSource-D1Mini-ESP8266.csv | 4 +- kicad_files/D1 Mini - ESP8266/bom/ibom.html | 2 +- 32 files changed, 994 insertions(+), 913 deletions(-) diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Cu.gbl b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Cu.gbl index c6a5ab5..2bd4072 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Cu.gbl +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Cu.gbl @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:33:55-06:00*% +%TF.CreationDate,2023-10-31T08:07:36-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP32,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Copper,L2,Bot*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:33:55* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 08:07:36* %MOMM*% %LPD*% G01* @@ -56,11 +56,11 @@ G04 Aperture macros list end* G04 APERTURE END LIST* D10* %TO.P,J3,1,Pin_1*% -%TO.N,Net-(J1-Pin_1)*% +%TO.N,Net-(J1-BLK{slash}OBST)*% X147320000Y-111760000D03* D11* %TO.P,J3,2,Pin_2*% -%TO.N,Net-(J1-Pin_2)*% +%TO.N,Net-(J1-RED{slash}CTRL)*% X149860000Y-111760000D03* %TO.P,J3,3,Pin_3*% %TO.N,GND*% @@ -190,33 +190,33 @@ X154940000Y-88900000D03* %TD*% D13* %TO.P,J2,1,Pin_1*% -%TO.N,Net-(J1-Pin_1)*% +%TO.N,Net-(J1-BLK{slash}OBST)*% X146670000Y-119380000D03* D14* %TO.P,J2,2,Pin_2*% -%TO.N,Net-(J1-Pin_2)*% +%TO.N,Net-(J1-RED{slash}CTRL)*% X150170000Y-119380000D03* %TO.P,J2,3,Pin_3*% %TO.N,GND*% X153670000Y-119380000D03* %TD*% D15* -%TO.P,J1,1,Pin_1*% -%TO.N,Net-(J1-Pin_1)*% +%TO.P,J1,1,BLK/OBST*% +%TO.N,Net-(J1-BLK{slash}OBST)*% X129700000Y-118415000D03* D16* -%TO.P,J1,2,Pin_2*% -%TO.N,Net-(J1-Pin_2)*% +%TO.P,J1,2,RED/CTRL*% +%TO.N,Net-(J1-RED{slash}CTRL)*% X134700000Y-118415000D03* -%TO.P,J1,3,Pin_3*% +%TO.P,J1,3,WHT/GND*% %TO.N,GND*% X139700000Y-118415000D03* %TD*% D17* %TO.N,GND*% -X160020000Y-81280000D03* -X160020000Y-72390000D03* -X157480000Y-78740000D03* +X161290000Y-78740000D03* +X158750000Y-77470000D03* +X161290000Y-72390000D03* X121920000Y-80010000D03* %TD*% %TA.AperFunction,Conductor*% diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Mask.gbs b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Mask.gbs index 7ae5fb5..a329650 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Mask.gbs +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Mask.gbs @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:33:55-06:00*% +%TF.CreationDate,2023-10-31T08:07:37-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP32,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Soldermask,Bot*% %TF.FilePolarity,Negative*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:33:55* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 08:07:37* %MOMM*% %LPD*% G01* diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Paste.gbp b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Paste.gbp index 7b8dc6b..03f1478 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Paste.gbp +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Paste.gbp @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:33:55-06:00*% +%TF.CreationDate,2023-10-31T08:07:36-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP32,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Paste,Bot*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:33:55* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 08:07:36* %MOMM*% %LPD*% G01* diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Silkscreen.gbo b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Silkscreen.gbo index 7f76571..9d8b945 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Silkscreen.gbo +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-B_Silkscreen.gbo @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:33:55-06:00*% +%TF.CreationDate,2023-10-31T08:07:36-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP32,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Legend,Bot*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:33:55* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 08:07:36* %MOMM*% %LPD*% G01* diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-Edge_Cuts.gm1 b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-Edge_Cuts.gm1 index 0403f12..7eb62ae 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-Edge_Cuts.gm1 +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-Edge_Cuts.gm1 @@ -1,11 +1,11 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:33:55-06:00*% +%TF.CreationDate,2023-10-31T08:07:37-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP32,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Profile,NP*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:33:55* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 08:07:37* %MOMM*% %LPD*% G01* diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Cu.gtl b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Cu.gtl index e62e9c7..37baef9 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Cu.gtl +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Cu.gtl @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:33:55-06:00*% +%TF.CreationDate,2023-10-31T08:07:36-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP32,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Copper,L1,Top*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:33:55* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 08:07:36* %MOMM*% %LPD*% G01* @@ -29,14 +29,14 @@ G04 Aperture macros list* 20,1,$1+$1,$6,$7,$8,$9,0* 20,1,$1+$1,$8,$9,$2,$3,0*% G04 Aperture macros list end* -%TA.AperFunction,ComponentPad*% -%ADD10R,1.700000X1.700000*% +%TA.AperFunction,SMDPad,CuDef*% +%ADD10RoundRect,0.250000X0.262500X0.450000X-0.262500X0.450000X-0.262500X-0.450000X0.262500X-0.450000X0*% %TD*% %TA.AperFunction,ComponentPad*% -%ADD11O,1.700000X1.700000*% +%ADD11R,1.700000X1.700000*% %TD*% -%TA.AperFunction,SMDPad,CuDef*% -%ADD12RoundRect,0.250000X0.262500X0.450000X-0.262500X0.450000X-0.262500X-0.450000X0.262500X-0.450000X0*% +%TA.AperFunction,ComponentPad*% +%ADD12O,1.700000X1.700000*% %TD*% %TA.AperFunction,SMDPad,CuDef*% %ADD13RoundRect,0.150000X-0.587500X-0.150000X0.587500X-0.150000X0.587500X0.150000X-0.587500X0.150000X0*% @@ -70,35 +70,35 @@ G04 Aperture macros list end* %TD*% G04 APERTURE END LIST* D10* +%TO.P,R3,1*% +%TO.N,GND*% +X160932500Y-71120000D03* +%TO.P,R3,2*% +%TO.N,Net-(Q2-G)*% +X159107500Y-71120000D03* +%TD*% +D11* %TO.P,J3,1,Pin_1*% -%TO.N,Net-(J1-Pin_1)*% +%TO.N,Net-(J1-BLK{slash}OBST)*% X147320000Y-111760000D03* -D11* +D12* %TO.P,J3,2,Pin_2*% -%TO.N,Net-(J1-Pin_2)*% +%TO.N,Net-(J1-RED{slash}CTRL)*% X149860000Y-111760000D03* %TO.P,J3,3,Pin_3*% %TO.N,GND*% X152400000Y-111760000D03* %TD*% -D12* -%TO.P,R3,1*% -%TO.N,GND*% -X159662500Y-71264162D03* -%TO.P,R3,2*% -%TO.N,Net-(Q2-G)*% -X157837500Y-71264162D03* -%TD*% D13* %TO.P,Q2,1,G*% %TO.N,Net-(Q2-G)*% -X158145000Y-75250000D03* +X159415000Y-73980000D03* %TO.P,Q2,2,S*% %TO.N,GND*% -X158145000Y-77150000D03* +X159415000Y-75880000D03* %TO.P,Q2,3,D*% -%TO.N,Net-(J1-Pin_2)*% -X160020000Y-76200000D03* +%TO.N,Net-(J1-RED{slash}CTRL)*% +X161290000Y-74930000D03* %TD*% D14* %TO.P,U2,1,GND*% @@ -224,40 +224,40 @@ X154940000Y-88900000D03* %TD*% D15* %TO.P,Q1,1,G*% -%TO.N,Net-(J1-Pin_2)*% -X159687500Y-84437500D03* +%TO.N,Net-(J1-RED{slash}CTRL)*% +X161290000Y-81910000D03* %TO.P,Q1,2,S*% %TO.N,GND*% -X159687500Y-82537500D03* +X161290000Y-80010000D03* %TO.P,Q1,3,D*% %TO.N,Net-(Q1-D)*% -X157812500Y-83487500D03* +X159415000Y-80960000D03* %TD*% D16* %TO.P,J2,1,Pin_1*% -%TO.N,Net-(J1-Pin_1)*% +%TO.N,Net-(J1-BLK{slash}OBST)*% X146670000Y-119380000D03* D17* %TO.P,J2,2,Pin_2*% -%TO.N,Net-(J1-Pin_2)*% +%TO.N,Net-(J1-RED{slash}CTRL)*% X150170000Y-119380000D03* %TO.P,J2,3,Pin_3*% %TO.N,GND*% X153670000Y-119380000D03* %TD*% D18* -%TO.P,J1,1,Pin_1*% -%TO.N,Net-(J1-Pin_1)*% +%TO.P,J1,1,BLK/OBST*% +%TO.N,Net-(J1-BLK{slash}OBST)*% X129700000Y-118415000D03* D19* -%TO.P,J1,2,Pin_2*% -%TO.N,Net-(J1-Pin_2)*% +%TO.P,J1,2,RED/CTRL*% +%TO.N,Net-(J1-RED{slash}CTRL)*% X134700000Y-118415000D03* -%TO.P,J1,3,Pin_3*% +%TO.P,J1,3,WHT/GND*% %TO.N,GND*% X139700000Y-118415000D03* %TD*% -D12* +D10* %TO.P,R2,1*% %TO.N,Net-(U2-IO_23{slash}D7)*% X124102500Y-78740000D03* @@ -267,7 +267,7 @@ X122277500Y-78740000D03* %TD*% D20* %TO.P,R1,1*% -%TO.N,Net-(J1-Pin_1)*% +%TO.N,Net-(J1-BLK{slash}OBST)*% X122277500Y-82550000D03* %TO.P,R1,2*% %TO.N,Net-(U2-IO_23{slash}D7)*% @@ -275,23 +275,57 @@ X124102500Y-82550000D03* %TD*% D21* %TO.N,GND*% -X160020000Y-81280000D03* -X160020000Y-72390000D03* -X157480000Y-78740000D03* +X161290000Y-78740000D03* +X158750000Y-77470000D03* +X161290000Y-72390000D03* X121920000Y-80010000D03* %TD*% D22* -%TO.N,Net-(J1-Pin_2)*% -X160750000Y-83375000D02* -X159687500Y-84437500D01* -X160750000Y-76930000D02* -X160750000Y-83375000D01* -X159687500Y-84437500D02* -X159687500Y-100330000D01* +%TO.N,Net-(J1-RED{slash}CTRL)*% +X162560000Y-76200000D02* +X161290000Y-74930000D01* +X162560000Y-80640000D02* +X162560000Y-76200000D01* +X161290000Y-81910000D02* +X162560000Y-80640000D01* +X161290000Y-100330000D02* +X161290000Y-81910000D01* +X149860000Y-111760000D02* +X161290000Y-100330000D01* +%TO.N,Net-(Q1-D)*% +X155119569Y-74930000D02* +X153670000Y-74930000D01* +X153670000Y-74930000D02* +X152400000Y-73660000D01* +X159415000Y-79225431D02* +X155119569Y-74930000D01* +X159415000Y-80960000D02* +X159415000Y-79225431D01* +%TO.N,GND*% +X161290000Y-80010000D02* +X161290000Y-78740000D01* +X159415000Y-76805000D02* +X158750000Y-77470000D01* +X159415000Y-75880000D02* +X159415000Y-76805000D01* +X160932500Y-72032500D02* +X161290000Y-72390000D01* +X160932500Y-71120000D02* +X160932500Y-72032500D01* +%TO.N,Net-(Q2-G)*% +X159107500Y-73672500D02* +X159415000Y-73980000D01* +X159107500Y-71120000D02* +X159107500Y-73672500D01* +X158082500Y-70095000D02* +X159107500Y-71120000D01* +X153425000Y-70095000D02* +X158082500Y-70095000D01* +X152400000Y-71120000D02* +X153425000Y-70095000D01* +%TO.N,Net-(J1-RED{slash}CTRL)*% X149860000Y-111760000D02* X148590000Y-113030000D01* -X160020000Y-76200000D02* -X160750000Y-76930000D01* X148590000Y-114300000D02* X150170000Y-115880000D01* X148590000Y-113030000D02* @@ -300,13 +334,9 @@ X138815000Y-114300000D02* X148590000Y-114300000D01* X134700000Y-118415000D02* X138815000Y-114300000D01* -X149860000Y-111760000D02* -X159687500Y-101932500D01* X150170000Y-115880000D02* X150170000Y-119380000D01* -X159687500Y-101932500D02* -X159687500Y-100330000D01* -%TO.N,Net-(J1-Pin_1)*% +%TO.N,Net-(J1-BLK{slash}OBST)*% X129700000Y-118415000D02* X122277500Y-110992500D01* X129700000Y-118415000D02* @@ -323,45 +353,9 @@ X136355000Y-111760000D02* X147320000Y-111760000D01* X130810000Y-121920000D02* X144130000Y-121920000D01* -%TO.N,Net-(Q1-D)*% -X157812500Y-83487500D02* -X155965000Y-81640000D01* -X155965000Y-81640000D02* -X155965000Y-75710000D01* -X154940000Y-74685000D02* -X153425000Y-74685000D01* -X155965000Y-75710000D02* -X154940000Y-74685000D01* -X153425000Y-74685000D02* -X152400000Y-73660000D01* -%TO.N,Net-(Q2-G)*% -X156956662Y-72145000D02* -X153425000Y-72145000D01* -X153425000Y-72145000D02* -X152400000Y-71120000D01* -X157837500Y-71264162D02* -X157813338Y-71240000D01* -X157837500Y-71264162D02* -X156956662Y-72145000D01* -X158145000Y-75250000D02* -X157837500Y-74942500D01* -X157837500Y-74942500D02* -X157837500Y-71264162D01* %TO.N,GND*% -X159687500Y-82537500D02* -X159687500Y-81612500D01* -X159687500Y-81612500D02* -X160020000Y-81280000D01* -X159662500Y-71264162D02* -X159662500Y-72032500D01* -X158145000Y-78075000D02* -X157480000Y-78740000D01* -X158145000Y-77150000D02* -X158145000Y-78075000D01* X122277500Y-78740000D02* X122277500Y-79652500D01* -X159662500Y-72032500D02* -X160020000Y-72390000D01* X122277500Y-79652500D02* X121920000Y-80010000D01* %TO.N,Net-(U2-IO_23{slash}D7)*% diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Mask.gts b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Mask.gts index fd2989b..312d6c6 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Mask.gts +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Mask.gts @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:33:55-06:00*% +%TF.CreationDate,2023-10-31T08:07:37-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP32,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Soldermask,Top*% %TF.FilePolarity,Negative*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:33:55* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 08:07:37* %MOMM*% %LPD*% G01* @@ -29,9 +29,9 @@ G04 Aperture macros list* 20,1,$1+$1,$6,$7,$8,$9,0* 20,1,$1+$1,$8,$9,$2,$3,0*% G04 Aperture macros list end* -%ADD10R,1.700000X1.700000*% -%ADD11O,1.700000X1.700000*% -%ADD12RoundRect,0.250000X0.262500X0.450000X-0.262500X0.450000X-0.262500X-0.450000X0.262500X-0.450000X0*% +%ADD10RoundRect,0.250000X0.262500X0.450000X-0.262500X0.450000X-0.262500X-0.450000X0.262500X-0.450000X0*% +%ADD11R,1.700000X1.700000*% +%ADD12O,1.700000X1.700000*% %ADD13C,5.000000*% %ADD14RoundRect,0.150000X-0.587500X-0.150000X0.587500X-0.150000X0.587500X0.150000X-0.587500X0.150000X0*% %ADD15C,1.400000*% @@ -43,17 +43,17 @@ G04 Aperture macros list end* %ADD21RoundRect,0.250000X-0.262500X-0.450000X0.262500X-0.450000X0.262500X0.450000X-0.262500X0.450000X0*% G04 APERTURE END LIST* D10* +%TO.C,R3*% +X160932500Y-71120000D03* +X159107500Y-71120000D03* +%TD*% +D11* %TO.C,J3*% X147320000Y-111760000D03* -D11* +D12* X149860000Y-111760000D03* X152400000Y-111760000D03* %TD*% -D12* -%TO.C,R3*% -X159662500Y-71264162D03* -X157837500Y-71264162D03* -%TD*% D13* %TO.C,REF\u002A\u002A*% X162560000Y-63500000D03* @@ -69,9 +69,9 @@ X120650000Y-63500000D03* %TD*% D14* %TO.C,Q2*% -X158145000Y-75250000D03* -X158145000Y-77150000D03* -X160020000Y-76200000D03* +X159415000Y-73980000D03* +X159415000Y-75880000D03* +X161290000Y-74930000D03* %TD*% D15* %TO.C,U2*% @@ -118,9 +118,9 @@ X154940000Y-88900000D03* %TD*% D16* %TO.C,Q1*% -X159687500Y-84437500D03* -X159687500Y-82537500D03* -X157812500Y-83487500D03* +X161290000Y-81910000D03* +X161290000Y-80010000D03* +X159415000Y-80960000D03* %TD*% D17* %TO.C,J2*% @@ -136,7 +136,7 @@ D20* X134700000Y-118415000D03* X139700000Y-118415000D03* %TD*% -D12* +D10* %TO.C,R2*% X124102500Y-78740000D03* X122277500Y-78740000D03* diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Paste.gtp b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Paste.gtp index 4f2b70e..808cb64 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Paste.gtp +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Paste.gtp @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:33:55-06:00*% +%TF.CreationDate,2023-10-31T08:07:36-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP32,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Paste,Top*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:33:55* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 08:07:36* %MOMM*% %LPD*% G01* @@ -36,20 +36,20 @@ G04 Aperture macros list end* G04 APERTURE END LIST* D10* %TO.C,R3*% -X159662500Y-71264162D03* -X157837500Y-71264162D03* +X160932500Y-71120000D03* +X159107500Y-71120000D03* %TD*% D11* %TO.C,Q2*% -X158145000Y-75250000D03* -X158145000Y-77150000D03* -X160020000Y-76200000D03* +X159415000Y-73980000D03* +X159415000Y-75880000D03* +X161290000Y-74930000D03* %TD*% D12* %TO.C,Q1*% -X159687500Y-84437500D03* -X159687500Y-82537500D03* -X157812500Y-83487500D03* +X161290000Y-81910000D03* +X161290000Y-80010000D03* +X159415000Y-80960000D03* %TD*% D10* %TO.C,R2*% diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Silkscreen.gto b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Silkscreen.gto index 437fa01..91dfe83 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Silkscreen.gto +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-F_Silkscreen.gto @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:33:55-06:00*% +%TF.CreationDate,2023-10-31T08:07:36-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP32,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Legend,Top*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:33:55* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 08:07:36* %MOMM*% %LPD*% G01* @@ -1624,6 +1624,54 @@ X147460233Y-126251401D02* X147317376Y-126299020D01* X147317376Y-126299020D02* X147079281Y-126299020D01* +X162393333Y-71430657D02* +X162060000Y-70954466D01* +X161821905Y-71430657D02* +X161821905Y-70430657D01* +X161821905Y-70430657D02* +X162202857Y-70430657D01* +X162202857Y-70430657D02* +X162298095Y-70478276D01* +X162298095Y-70478276D02* +X162345714Y-70525895D01* +X162345714Y-70525895D02* +X162393333Y-70621133D01* +X162393333Y-70621133D02* +X162393333Y-70763990D01* +X162393333Y-70763990D02* +X162345714Y-70859228D01* +X162345714Y-70859228D02* +X162298095Y-70906847D01* +X162298095Y-70906847D02* +X162202857Y-70954466D01* +X162202857Y-70954466D02* +X161821905Y-70954466D01* +X162726667Y-70430657D02* +X163345714Y-70430657D01* +X163345714Y-70430657D02* +X163012381Y-70811609D01* +X163012381Y-70811609D02* +X163155238Y-70811609D01* +X163155238Y-70811609D02* +X163250476Y-70859228D01* +X163250476Y-70859228D02* +X163298095Y-70906847D01* +X163298095Y-70906847D02* +X163345714Y-71002085D01* +X163345714Y-71002085D02* +X163345714Y-71240180D01* +X163345714Y-71240180D02* +X163298095Y-71335418D01* +X163298095Y-71335418D02* +X163250476Y-71383038D01* +X163250476Y-71383038D02* +X163155238Y-71430657D01* +X163155238Y-71430657D02* +X162869524Y-71430657D01* +X162869524Y-71430657D02* +X162774286Y-71383038D01* +X162774286Y-71383038D02* +X162726667Y-71335418D01* X144004819Y-112093333D02* X144719104Y-112093333D01* X144719104Y-112093333D02* @@ -1660,116 +1708,68 @@ X145004819Y-111569523D02* X144957200Y-111664761D01* X144957200Y-111664761D02* X144909580Y-111712380D01* -X161123333Y-71574819D02* -X160790000Y-71098628D01* -X160551905Y-71574819D02* -X160551905Y-70574819D01* -X160551905Y-70574819D02* -X160932857Y-70574819D01* -X160932857Y-70574819D02* -X161028095Y-70622438D01* -X161028095Y-70622438D02* -X161075714Y-70670057D01* -X161075714Y-70670057D02* -X161123333Y-70765295D01* -X161123333Y-70765295D02* -X161123333Y-70908152D01* -X161123333Y-70908152D02* -X161075714Y-71003390D01* -X161075714Y-71003390D02* -X161028095Y-71051009D01* -X161028095Y-71051009D02* -X160932857Y-71098628D01* -X160932857Y-71098628D02* -X160551905Y-71098628D01* -X161456667Y-70574819D02* -X162075714Y-70574819D01* -X162075714Y-70574819D02* -X161742381Y-70955771D01* -X161742381Y-70955771D02* -X161885238Y-70955771D01* -X161885238Y-70955771D02* -X161980476Y-71003390D01* 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-X159844404Y-73683390D02* -X159272976Y-74254819D01* -X159272976Y-74254819D02* -X159892023Y-74254819D01* +X163377487Y-75423011D02* +X163282249Y-75375392D01* +X163282249Y-75375392D02* +X163187011Y-75280154D01* +X163187011Y-75280154D02* +X163044154Y-75137296D01* +X163044154Y-75137296D02* +X162948916Y-75089677D01* +X162948916Y-75089677D02* +X162853678Y-75089677D01* +X162901297Y-75327773D02* +X162806059Y-75280154D01* +X162806059Y-75280154D02* +X162710821Y-75184915D01* +X162710821Y-75184915D02* +X162663202Y-74994439D01* +X162663202Y-74994439D02* +X162663202Y-74661106D01* +X162663202Y-74661106D02* +X162710821Y-74470630D01* +X162710821Y-74470630D02* +X162806059Y-74375392D01* +X162806059Y-74375392D02* +X162901297Y-74327773D01* +X162901297Y-74327773D02* +X163091773Y-74327773D01* +X163091773Y-74327773D02* +X163187011Y-74375392D01* +X163187011Y-74375392D02* +X163282249Y-74470630D01* +X163282249Y-74470630D02* +X163329868Y-74661106D01* +X163329868Y-74661106D02* +X163329868Y-74994439D01* +X163329868Y-74994439D02* +X163282249Y-75184915D01* +X163282249Y-75184915D02* +X163187011Y-75280154D01* +X163187011Y-75280154D02* +X163091773Y-75327773D01* +X163091773Y-75327773D02* +X162901297Y-75327773D01* +X163710821Y-74423011D02* +X163758440Y-74375392D01* +X163758440Y-74375392D02* +X163853678Y-74327773D01* +X163853678Y-74327773D02* +X164091773Y-74327773D01* +X164091773Y-74327773D02* +X164187011Y-74375392D01* +X164187011Y-74375392D02* +X164234630Y-74423011D01* +X164234630Y-74423011D02* +X164282249Y-74518249D01* +X164282249Y-74518249D02* +X164282249Y-74613487D01* +X164282249Y-74613487D02* +X164234630Y-74756344D01* +X164234630Y-74756344D02* +X163663202Y-75327773D01* +X163663202Y-75327773D02* +X164282249Y-75327773D01* X147828095Y-95974819D02* X147828095Y-96784342D01* X147828095Y-96784342D02* @@ -1964,58 +1964,58 @@ X130230476Y-92164819D02* X130801904Y-92164819D01* X130516190Y-93164819D02* X130516190Y-92164819D01* -X158654761Y-86437557D02* -X158559523Y-86389938D01* -X158559523Y-86389938D02* -X158464285Y-86294700D01* -X158464285Y-86294700D02* -X158321428Y-86151842D01* -X158321428Y-86151842D02* -X158226190Y-86104223D01* -X158226190Y-86104223D02* -X158130952Y-86104223D01* -X158178571Y-86342319D02* -X158083333Y-86294700D01* -X158083333Y-86294700D02* -X157988095Y-86199461D01* -X157988095Y-86199461D02* -X157940476Y-86008985D01* -X157940476Y-86008985D02* -X157940476Y-85675652D01* -X157940476Y-85675652D02* -X157988095Y-85485176D01* -X157988095Y-85485176D02* -X158083333Y-85389938D01* -X158083333Y-85389938D02* -X158178571Y-85342319D01* -X158178571Y-85342319D02* -X158369047Y-85342319D01* -X158369047Y-85342319D02* -X158464285Y-85389938D01* -X158464285Y-85389938D02* -X158559523Y-85485176D01* -X158559523Y-85485176D02* -X158607142Y-85675652D01* -X158607142Y-85675652D02* -X158607142Y-86008985D01* -X158607142Y-86008985D02* -X158559523Y-86199461D01* -X158559523Y-86199461D02* -X158464285Y-86294700D01* -X158464285Y-86294700D02* -X158369047Y-86342319D01* -X158369047Y-86342319D02* -X158178571Y-86342319D01* -X159559523Y-86342319D02* -X158988095Y-86342319D01* -X159273809Y-86342319D02* -X159273809Y-85342319D01* -X159273809Y-85342319D02* -X159178571Y-85485176D01* -X159178571Y-85485176D02* -X159083333Y-85580414D01* -X159083333Y-85580414D02* -X158988095Y-85628033D01* +X163310669Y-81296184D02* +X163215431Y-81248565D01* +X163215431Y-81248565D02* +X163120193Y-81153327D01* +X163120193Y-81153327D02* +X162977336Y-81010469D01* +X162977336Y-81010469D02* +X162882098Y-80962850D01* +X162882098Y-80962850D02* +X162786860Y-80962850D01* +X162834479Y-81200946D02* +X162739241Y-81153327D01* +X162739241Y-81153327D02* +X162644003Y-81058088D01* +X162644003Y-81058088D02* +X162596384Y-80867612D01* +X162596384Y-80867612D02* +X162596384Y-80534279D01* +X162596384Y-80534279D02* +X162644003Y-80343803D01* +X162644003Y-80343803D02* +X162739241Y-80248565D01* +X162739241Y-80248565D02* +X162834479Y-80200946D01* +X162834479Y-80200946D02* +X163024955Y-80200946D01* +X163024955Y-80200946D02* +X163120193Y-80248565D01* +X163120193Y-80248565D02* +X163215431Y-80343803D01* +X163215431Y-80343803D02* +X163263050Y-80534279D01* +X163263050Y-80534279D02* +X163263050Y-80867612D01* +X163263050Y-80867612D02* +X163215431Y-81058088D01* +X163215431Y-81058088D02* +X163120193Y-81153327D01* +X163120193Y-81153327D02* +X163024955Y-81200946D01* +X163024955Y-81200946D02* +X162834479Y-81200946D01* +X164215431Y-81200946D02* +X163644003Y-81200946D01* +X163929717Y-81200946D02* +X163929717Y-80200946D01* +X163929717Y-80200946D02* +X163834479Y-80343803D01* +X163834479Y-80343803D02* +X163739241Y-80439041D01* +X163739241Y-80439041D02* +X163644003Y-80486660D01* X157146666Y-113754819D02* X157146666Y-114469104D01* X157146666Y-114469104D02* @@ -2141,33 +2141,33 @@ X120959524Y-82242914D01* X120959524Y-82242914D02* X120864286Y-82290533D01* D11* +%TO.C,R3*% +X160247064Y-71855000D02* +X159792936Y-71855000D01* +X160247064Y-70385000D02* +X159792936Y-70385000D01* %TO.C,J3*% -X145990000Y-111760000D02* -X145990000Y-110430000D01* -X148590000Y-110430000D02* -X153730000Y-110430000D01* X148590000Y-113090000D02* X153730000Y-113090000D01* X148590000Y-113090000D02* X148590000Y-110430000D01* +X153730000Y-113090000D02* +X153730000Y-110430000D01* +X145990000Y-111760000D02* +X145990000Y-110430000D01* X145990000Y-110430000D02* X147320000Y-110430000D01* -X153730000Y-113090000D02* +X148590000Y-110430000D02* X153730000Y-110430000D01* -%TO.C,R3*% -X158977064Y-71999162D02* -X158522936Y-71999162D01* -X158977064Y-70529162D02* -X158522936Y-70529162D01* %TO.C,Q2*% -X159082500Y-74640000D02* -X157407500Y-74640000D01* -X159082500Y-74640000D02* -X159732500Y-74640000D01* -X159082500Y-77760000D02* -X158432500Y-77760000D01* -X159082500Y-77760000D02* -X159732500Y-77760000D01* +X160352500Y-73370000D02* +X158677500Y-73370000D01* +X160352500Y-73370000D02* +X161002500Y-73370000D01* +X160352500Y-76490000D02* +X159702500Y-76490000D01* +X160352500Y-76490000D02* +X161002500Y-76490000D01* %TO.C,U2*% X125730000Y-60960000D02* X125730000Y-90170000D01* @@ -2215,14 +2215,14 @@ X128270000Y-93980000D01* G37* D11* %TO.C,Q1*% -X158750000Y-85047500D02* -X160425000Y-85047500D01* -X158750000Y-85047500D02* -X158100000Y-85047500D01* -X158750000Y-81927500D02* -X159400000Y-81927500D01* -X158750000Y-81927500D02* -X158100000Y-81927500D01* +X160352500Y-82520000D02* +X162027500Y-82520000D01* +X160352500Y-82520000D02* +X159702500Y-82520000D01* +X160352500Y-79400000D02* +X161002500Y-79400000D01* +X160352500Y-79400000D02* +X159702500Y-79400000D01* %TO.C,J2*% X143720000Y-114630000D02* X145720000Y-114630000D01* diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-NPTH.drl b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-NPTH.drl index 22d634c..605ae30 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-NPTH.drl +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-NPTH.drl @@ -1,7 +1,7 @@ M48 -; DRILL file {KiCad 7.0.7} date Tue Oct 31 06:33:58 2023 +; DRILL file {KiCad 7.0.7} date Tue Oct 31 08:07:39 2023 ; FORMAT={-:-/ absolute / inch / decimal} -; #@! TF.CreationDate,2023-10-31T06:33:58-06:00 +; #@! TF.CreationDate,2023-10-31T08:07:39-06:00 ; #@! TF.GenerationSoftware,Kicad,Pcbnew,7.0.7 ; #@! TF.FileFunction,NonPlated,1,2,NPTH FMAT,2 diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-PTH.drl b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-PTH.drl index ef4fd17..f5540ff 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-PTH.drl +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-PTH.drl @@ -1,7 +1,7 @@ M48 -; DRILL file {KiCad 7.0.7} date Tue Oct 31 06:33:58 2023 +; DRILL file {KiCad 7.0.7} date Tue Oct 31 08:07:39 2023 ; FORMAT={-:-/ absolute / inch / decimal} -; #@! TF.CreationDate,2023-10-31T06:33:58-06:00 +; #@! TF.CreationDate,2023-10-31T08:07:39-06:00 ; #@! TF.GenerationSoftware,Kicad,Pcbnew,7.0.7 ; #@! TF.FileFunction,Plated,1,2,PTH FMAT,2 @@ -21,9 +21,9 @@ G90 G05 T1 X4.8Y-3.15 -X6.2Y-3.1 -X6.3Y-2.85 -X6.3Y-3.2 +X6.25Y-3.05 +X6.35Y-2.85 +X6.35Y-3.1 T2 X5.0Y-2.6 X5.0Y-2.7 diff --git a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-job.gbrjob b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-job.gbrjob index ef62d1f..5e21f01 100644 --- a/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-job.gbrjob +++ b/kicad_files/D1 Mini - ESP32/Gerber Files/RatGDO-OpenSource-D1Mini-ESP32-job.gbrjob @@ -5,7 +5,7 @@ "Application": "Pcbnew", "Version": "7.0.7" }, - "CreationDate": "2023-10-31T06:33:55-06:00" + "CreationDate": "2023-10-31T08:07:37-06:00" }, "GeneralSpecs": { "ProjectId": { diff --git a/kicad_files/D1 Mini - ESP32/RatGDO-OpenSource-D1Mini-ESP32.kicad_pcb b/kicad_files/D1 Mini - ESP32/RatGDO-OpenSource-D1Mini-ESP32.kicad_pcb index 678965b..462847d 100644 --- a/kicad_files/D1 Mini - ESP32/RatGDO-OpenSource-D1Mini-ESP32.kicad_pcb +++ b/kicad_files/D1 Mini - ESP32/RatGDO-OpenSource-D1Mini-ESP32.kicad_pcb @@ -76,8 +76,8 @@ ) (net 0 "") - (net 1 "Net-(J1-Pin_2)") - (net 2 "Net-(J1-Pin_1)") + (net 1 "Net-(J1-BLK{slash}OBST)") + (net 2 "Net-(J1-RED{slash}CTRL)") (net 3 "Net-(Q1-D)") (net 4 "Net-(Q2-G)") (net 5 "+3.3V") @@ -121,7 +121,7 @@ (footprint "Resistor_SMD:R_0805_2012Metric" (layer "F.Cu") (tstamp 1d510a84-4f2c-46f3-9090-2dca07a95c59) - (at 158.75 71.264162 180) + (at 160.02 71.12 180) (descr "Resistor SMD 0805 (2012 Metric), square (rectangular) end terminal, IPC_7351 nominal, (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator") (tags "resistor") (property "Sheetfile" "RatGDO-OpenSource-D1Mini-ESP32.kicad_sch") @@ -227,9 +227,9 @@ (fp_line (start 1.27 6.35) (end -1.27 6.35) (stroke (width 0.1) (type solid)) (layer "F.Fab") (tstamp 9ac6107a-5d86-4813-be20-1c3c59127876)) (pad "1" thru_hole rect (at 0 0 90) (size 1.7 1.7) (drill 1) (layers "*.Cu" "*.Mask") - (net 2 "Net-(J1-Pin_1)") (pinfunction "Pin_1") (pintype "passive") (tstamp b733b297-2a24-48a5-ab84-0fc049a3149e)) + (net 1 "Net-(J1-BLK{slash}OBST)") (pinfunction "Pin_1") (pintype "passive") (tstamp b733b297-2a24-48a5-ab84-0fc049a3149e)) (pad "2" thru_hole oval (at 0 2.54 90) (size 1.7 1.7) (drill 1) (layers "*.Cu" "*.Mask") - (net 1 "Net-(J1-Pin_2)") (pinfunction "Pin_2") (pintype "passive") (tstamp 16c2e883-5bb0-40da-8929-a8056c8a5732)) + (net 2 "Net-(J1-RED{slash}CTRL)") (pinfunction "Pin_2") (pintype "passive") (tstamp 16c2e883-5bb0-40da-8929-a8056c8a5732)) (pad "3" thru_hole oval (at 0 5.08 90) (size 1.7 1.7) (drill 1) (layers "*.Cu" "*.Mask") (net 6 "GND") (pinfunction "Pin_3") (pintype "passive") (tstamp 7c43baa5-afed-4cfb-a9dd-21ca9dc1441e)) (model "${KICAD6_3DMODEL_DIR}/Connector_PinSocket_2.54mm.3dshapes/PinSocket_1x03_P2.54mm_Vertical.wrl" @@ -341,7 +341,7 @@ (footprint "Package_TO_SOT_SMD:SOT-23" (layer "F.Cu") (tstamp 857c9619-88ca-4276-96f8-82c3f196ae64) - (at 159.0825 76.2) + (at 160.3525 74.93) (descr "SOT, 3 Pin (https://www.jedec.org/system/files/docs/to-236h.pdf variant AB), generated with kicad-footprint-generator ipc_gullwing_generator.py") (tags "SOT TO_SOT_SMD") (property "Sheetfile" "RatGDO-OpenSource-D1Mini-ESP32.kicad_sch") @@ -350,7 +350,7 @@ (property "ki_keywords" "N-Channel MOSFET") (path "/bee4ccd4-d858-42cd-b3bf-245a5a5ef3f7") (attr smd) - (fp_text reference "Q2" (at 0 -2.4) (layer "F.SilkS") + (fp_text reference "Q2" (at 3.120226 -0.057046) (layer "F.SilkS") (effects (font (size 1 1) (thickness 0.15))) (tstamp 924cbdd7-4ff2-4f24-9dc0-d63c39e08b15) ) @@ -393,7 +393,7 @@ (pad "2" smd roundrect (at -0.9375 0.95) (size 1.475 0.6) (layers "F.Cu" "F.Paste" "F.Mask") (roundrect_rratio 0.25) (net 6 "GND") (pinfunction "S") (pintype "passive") (tstamp 1e94c412-e13f-41c9-b869-a50d006e0efc)) (pad "3" smd roundrect (at 0.9375 0) (size 1.475 0.6) (layers "F.Cu" "F.Paste" "F.Mask") (roundrect_rratio 0.25) - (net 1 "Net-(J1-Pin_2)") (pinfunction "D") (pintype "passive") (tstamp 6035dfd8-cfc8-45b3-935d-c4fe947b545a)) + (net 2 "Net-(J1-RED{slash}CTRL)") (pinfunction "D") (pintype "passive") (tstamp 6035dfd8-cfc8-45b3-935d-c4fe947b545a)) (model "${KICAD6_3DMODEL_DIR}/Package_TO_SOT_SMD.3dshapes/SOT-23.wrl" (offset (xyz 0 0 0)) (scale (xyz 1 1 1)) @@ -599,7 +599,7 @@ (footprint "Package_TO_SOT_SMD:SOT-23" (layer "F.Cu") (tstamp a5549976-ccc4-46f4-8a75-f42da451354b) - (at 158.75 83.4875 180) + (at 160.3525 80.96 180) (descr "SOT, 3 Pin (https://www.jedec.org/system/files/docs/to-236h.pdf variant AB), generated with kicad-footprint-generator ipc_gullwing_generator.py") (tags "SOT TO_SOT_SMD") (property "Sheetfile" "RatGDO-OpenSource-D1Mini-ESP32.kicad_sch") @@ -608,7 +608,7 @@ (property "ki_keywords" "N-Channel Switching MOSFET") (path "/f9d5d1ea-1248-4f21-bd56-d2e62f58c5a2") (attr smd) - (fp_text reference "Q1" (at 0 -2.4) (layer "F.SilkS") + (fp_text reference "Q1" (at -3.053408 0.213873) (layer "F.SilkS") (effects (font (size 1 1) (thickness 0.15))) (tstamp e25913bf-9827-49d1-8222-33c70523717f) ) @@ -647,7 +647,7 @@ (fp_line (start 0.65 1.45) (end -0.65 1.45) (stroke (width 0.1) (type solid)) (layer "F.Fab") (tstamp 415fc966-f9b1-4634-b10d-ceeb1718496f)) (pad "1" smd roundrect (at -0.9375 -0.95 180) (size 1.475 0.6) (layers "F.Cu" "F.Paste" "F.Mask") (roundrect_rratio 0.25) - (net 1 "Net-(J1-Pin_2)") (pinfunction "G") (pintype "input") (tstamp b1e62cc7-fcc5-41a3-8b4d-7c46d14c3159)) + (net 2 "Net-(J1-RED{slash}CTRL)") (pinfunction "G") (pintype "input") (tstamp b1e62cc7-fcc5-41a3-8b4d-7c46d14c3159)) (pad "2" smd roundrect (at -0.9375 0.95 180) (size 1.475 0.6) (layers "F.Cu" "F.Paste" "F.Mask") (roundrect_rratio 0.25) (net 6 "GND") (pinfunction "S") (pintype "passive") (tstamp 90a01b6b-faed-4d90-b915-3ec43d319f29)) (pad "3" smd roundrect (at 0.9375 0 180) (size 1.475 0.6) (layers "F.Cu" "F.Paste" "F.Mask") (roundrect_rratio 0.25) @@ -799,9 +799,9 @@ (fp_line (start 9.45 3) (end 9.45 -4.25) (stroke (width 0.1) (type solid)) (layer "F.Fab") (tstamp cf033786-c1d1-4898-a72f-26a2b386899e)) (pad "1" thru_hole roundrect (at 0 0) (size 1.8 3.6) (drill 1.2) (layers "*.Cu" "*.Mask") (roundrect_rratio 0.1388888889) - (net 2 "Net-(J1-Pin_1)") (pinfunction "Pin_1") (pintype "passive") (tstamp f78659e3-9f86-4c98-ae8e-3215b3e599e9)) + (net 1 "Net-(J1-BLK{slash}OBST)") (pinfunction "Pin_1") (pintype "passive") (tstamp f78659e3-9f86-4c98-ae8e-3215b3e599e9)) (pad "2" thru_hole oval (at 3.5 0) (size 1.8 3.6) (drill 1.2) (layers "*.Cu" "*.Mask") - (net 1 "Net-(J1-Pin_2)") (pinfunction "Pin_2") (pintype "passive") (tstamp 505d1e68-70aa-433e-93c6-09fecfcfb450)) + (net 2 "Net-(J1-RED{slash}CTRL)") (pinfunction "Pin_2") (pintype "passive") (tstamp 505d1e68-70aa-433e-93c6-09fecfcfb450)) (pad "3" thru_hole oval (at 7 0) (size 1.8 3.6) (drill 1.2) (layers "*.Cu" "*.Mask") (net 6 "GND") (pinfunction "Pin_3") (pintype "passive") (tstamp d1bfb129-e5b9-4dd4-8d57-bc3c6a5da452)) (model "${KICAD6_3DMODEL_DIR}/Connector_Phoenix_MC.3dshapes/PhoenixContact_MCV_1,5_3-G-3.5_1x03_P3.50mm_Vertical.wrl" @@ -925,11 +925,11 @@ (fp_circle (center 10 0) (end 11.5 0) (stroke (width 0.1) (type solid)) (fill none) (layer "F.Fab") (tstamp 99c8cc2c-81e7-4122-bd30-ef1bb1d577ce)) (pad "1" thru_hole rect (at 0 0) (size 2.6 2.6) (drill 1.3) (layers "*.Cu" "*.Mask") - (net 2 "Net-(J1-Pin_1)") (pinfunction "Pin_1") (pintype "passive") (tstamp efa5f7dd-1549-4d95-838b-42c1fe36111c)) + (net 1 "Net-(J1-BLK{slash}OBST)") (pinfunction "BLK/OBST") (pintype "passive") (tstamp efa5f7dd-1549-4d95-838b-42c1fe36111c)) (pad "2" thru_hole circle (at 5 0) (size 2.6 2.6) (drill 1.3) (layers "*.Cu" "*.Mask") - (net 1 "Net-(J1-Pin_2)") (pinfunction "Pin_2") (pintype "passive") (tstamp 79912918-652c-4dbe-9ba8-af6aa62216ae)) + (net 2 "Net-(J1-RED{slash}CTRL)") (pinfunction "RED/CTRL") (pintype "passive") (tstamp 79912918-652c-4dbe-9ba8-af6aa62216ae)) (pad "3" thru_hole circle (at 10 0) (size 2.6 2.6) (drill 1.3) (layers "*.Cu" "*.Mask") - (net 6 "GND") (pinfunction "Pin_3") (pintype "passive") (tstamp 509a1775-4dfb-473b-8c68-c778c388f086)) + (net 6 "GND") (pinfunction "WHT/GND") (pintype "passive") (tstamp 509a1775-4dfb-473b-8c68-c778c388f086)) (model "${KICAD6_3DMODEL_DIR}/TerminalBlock_Phoenix.3dshapes/TerminalBlock_Phoenix_MKDS-1,5-3_1x03_P5.00mm_Horizontal.wrl" (offset (xyz 0 0 0)) (scale (xyz 1 1 1)) @@ -1035,7 +1035,7 @@ (fp_line (start 1 0.625) (end -1 0.625) (stroke (width 0.1) (type solid)) (layer "F.Fab") (tstamp 20542691-12ad-447f-b6c8-0afd999485b7)) (pad "1" smd roundrect (at -0.9125 0) (size 1.025 1.4) (layers "F.Cu" "F.Paste" "F.Mask") (roundrect_rratio 0.243902439) - (net 2 "Net-(J1-Pin_1)") (pintype "passive") (tstamp 08132efd-dc81-4eb6-9868-77534d4c86dd)) + (net 1 "Net-(J1-BLK{slash}OBST)") (pintype "passive") (tstamp 08132efd-dc81-4eb6-9868-77534d4c86dd)) (pad "2" smd 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+ (wire (pts (xy 92.71 59.69) (xy 92.71 104.14)) (stroke (width 0) (type default)) (uuid e33268c3-dbbc-48af-b536-5aa31c1118e7) ) @@ -1001,7 +1086,7 @@ (stroke (width 0) (type default)) (uuid e3bad503-9e35-4017-bb34-63888b905d40) ) - (wire (pts (xy 105.41 69.85) (xy 105.41 105.41)) + (wire (pts (xy 105.41 69.85) (xy 105.41 104.14)) (stroke (width 0) (type default)) (uuid e43c3edd-ef04-4ccc-a970-65c9b9699426) ) @@ -1175,7 +1260,7 @@ ) ) - (symbol (lib_id "Connector:Screw_Terminal_01x03") (at 162.56 90.17 0) (unit 1) + (symbol (lib_name "Screw_Terminal_01x03_1") (lib_id "Connector:Screw_Terminal_01x03") (at 162.56 90.17 0) (unit 1) (in_bom yes) (on_board yes) (dnp no) (uuid 379b019b-bd23-4e17-a2be-0dbfd1662791) (property "Reference" "J1" (at 161.29 81.28 0) @@ -1253,19 +1338,19 @@ ) ) - (symbol (lib_id "Transistor_FET:AO3400A") (at 125.73 116.84 0) (mirror x) (unit 1) + (symbol (lib_id "Transistor_FET:AO3400A") (at 125.73 118.11 0) (mirror x) (unit 1) (in_bom yes) (on_board yes) (dnp no) (uuid bee4ccd4-d858-42cd-b3bf-245a5a5ef3f7) - (property "Reference" "Q2" (at 132.08 118.11 0) + (property "Reference" "Q2" (at 132.08 119.38 0) (effects (font (size 1.27 1.27)) (justify left)) ) - (property "Value" "AO3400A" (at 132.08 115.57 0) + (property "Value" "AO3400A" (at 132.08 116.84 0) (effects (font (size 1.27 1.27)) (justify left)) ) - (property "Footprint" "Package_TO_SOT_SMD:SOT-23" (at 130.81 114.935 0) + (property "Footprint" "Package_TO_SOT_SMD:SOT-23" (at 130.81 116.205 0) (effects (font (size 1.27 1.27) italic) (justify left) hide) ) - (property "Datasheet" "http://www.aosmd.com/pdfs/datasheet/AO3400A.pdf" (at 125.73 116.84 0) + (property "Datasheet" "http://www.aosmd.com/pdfs/datasheet/AO3400A.pdf" (at 125.73 118.11 0) (effects (font (size 1.27 1.27)) (justify left) hide) ) (pin "1" (uuid 5ca69093-9751-4628-921f-ef4068b3ad70)) @@ -1333,19 +1418,19 @@ ) ) - (symbol (lib_id "Transistor_FET:2N7002") (at 128.27 60.96 180) (unit 1) + (symbol (lib_id "Transistor_FET:2N7002") (at 127 74.93 180) (unit 1) (in_bom yes) (on_board yes) (dnp no) (uuid f9d5d1ea-1248-4f21-bd56-d2e62f58c5a2) - (property "Reference" "Q1" (at 121.92 62.23 0) + (property "Reference" "Q1" (at 120.65 76.2 0) (effects (font (size 1.27 1.27)) (justify left)) ) - (property "Value" "2N7002" (at 121.92 59.69 0) + (property "Value" "2N7002" (at 120.65 73.66 0) (effects (font (size 1.27 1.27)) (justify left)) ) - (property "Footprint" "Package_TO_SOT_SMD:SOT-23" (at 123.19 59.055 0) + (property "Footprint" "Package_TO_SOT_SMD:SOT-23" (at 121.92 73.025 0) (effects (font (size 1.27 1.27) italic) (justify left) hide) ) - (property "Datasheet" "https://www.onsemi.com/pub/Collateral/NDS7002A-D.PDF" (at 128.27 60.96 0) + (property "Datasheet" "https://www.onsemi.com/pub/Collateral/NDS7002A-D.PDF" (at 127 74.93 0) (effects (font (size 1.27 1.27)) (justify left) hide) ) (pin "1" (uuid 18a071b0-18ff-4b87-85af-50b8ee586b3e)) diff --git a/kicad_files/D1 Mini - ESP32/bom/RatGDO-OpenSource-D1Mini-ESP32.csv b/kicad_files/D1 Mini - ESP32/bom/RatGDO-OpenSource-D1Mini-ESP32.csv index dda78e7..9361e70 100644 --- a/kicad_files/D1 Mini - ESP32/bom/RatGDO-OpenSource-D1Mini-ESP32.csv +++ b/kicad_files/D1 Mini - ESP32/bom/RatGDO-OpenSource-D1Mini-ESP32.csv @@ -1,6 +1,6 @@ "Id";"Designator";"Footprint";"Quantity";"Designation";"Supplier and ref"; -1;"J3";"PinSocket_1x03_P2.54mm_Vertical";1;"Screw_Terminal_01x03";;; -2;"R3,R2,R1";"R_0805_2012Metric";3;"10k";;; +1;"R3,R2,R1";"R_0805_2012Metric";3;"10k";;; +2;"J3";"PinSocket_1x03_P2.54mm_Vertical";1;"Screw_Terminal_01x03";;; 3;"Q2";"SOT-23";1;"AO3400A";;; 4;"U2";"ESP32_mini";1;"mini_esp32";;; 5;"Q1";"SOT-23";1;"2N7002";;; diff --git a/kicad_files/D1 Mini - ESP32/bom/ibom.html b/kicad_files/D1 Mini - ESP32/bom/ibom.html index 615b227..7e9cbe3 100644 --- a/kicad_files/D1 Mini - ESP32/bom/ibom.html +++ b/kicad_files/D1 Mini - ESP32/bom/ibom.html @@ -975,7 +975,7 @@ /////////////////////////////////////////////// /////////////////////////////////////////////// -var pcbdata = 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maUrk3hrlUCokblLU6iHW/XCR7njWWFEJFbQ0GHShmkaIg0IXoWujsp/XjkfG3XJp1BgWemGUfXulzlE32Ik0GU4nk1xVVFk3JrKUGWKXA2rHLkmU0xmWQ1YWemai/xw3wV4joVUlCic3/UEUHnM2SUCVOUSKfXqLfXIUuK+b9zKhzlsXFwn5xHnV01Kwyjo240U2emJGnz2HK0FpvUImiTSQLiRFE1yhQ21h625J210lzkY0fLO1QX+lI3HzGge2Pj+neiA2RjO0QnuXOUlp35pnoXhUR1W2oRFWW2VWpVBV210XnUx2W2cUsUjHh2W21lm2C6rnB09D51zne3Bp3rMX+lu0uZ3oVnnUNWx1J0JWx14k23vUyjzZ/KRGN01IDWPKAW23/p4XoVD0s1RkGG92d2S0N3hju0jb42RHl2+0L1ljfVF0lojb8Xp252d1LkT1FaEWb320vIJ2d1XVcpQmnmd2nW6HVV90hUzIt0P1SmKEunNHhj5iL1LV8DbUloARt0JW+oAM9LUXWUv1mmAW0ivywIfBd1CipW23vC3wIOU3skEh6UcLP0YMz1oM8kYOP2v6T19UYOtGIM4kYP53cUUMcUVk90kMAi33CiPUboYNMOpU/Wyi0NQxhVH1cPullXX24IvLJ3gMEOv15X8NxUcMK0lpzgCGpUHV9n8PsPeFzWsLlxfnoI41O13TsSk0UP4QoPMOE2GP90JI6OT6aPBmAVG0loPI2GAWcPWOYktUZ2aOqMlliN6PIpn2FHJSJnuP+WYhZX+iaNkNg29mszWOONqOw2+pCTeUGPoOJOdlaUYWbQ61UCWPNpCRZ1a0UOjWPItW209bW2JlT3yFVofFz0uZSa1hl1Kg+0lr1OdoA0ijB1VPhhTG71lNbKSOoTmNFhn15PMXnUp2pP6P31Kjj0N0kPbENPYOXWuNLPwMmPENO38B0VL3JnKZbN0MJFNPBonXGOpXQPfgubLPFNxMZElqXHVMw23Oyj1AIX+lbWrUzP73nWB0dN3OzOhN/N0l5l8MzORndNePVkzMX0tUp0nN/KpXhW+pmYanJNCXRYot4PGm5aPjyVpUhppnpO3w6Xdo5kfjOmyDs3qUVblPeE83lxRZFagOJkp1Fa5nR273w2LOsWyM1pfPtNA3ovMiq1F0dbhElMUMa3JSO1WPqlCs1MnItqdle1HO+32FKv8vB2yvkhh09x+rrXAgDN9ZisJ2nr42iPVnNZQXp18PNYQl5m50Hp4XCtB0CYn0hiHPI2utAvysfKWs4s5OuugXkPoNGu6hANzb53jPgMHqRt/AMkLkRum3Wvi0HqvlzlBUHqEMwvRur0ZiSOXb8VhUOv/p8usUb08ZWsevNN3aFs+t0aXZmsBtzZZvP2psYumPskxtJs5MQ5xWBU5vMTqKD3vWHZ0XmunmjsVmpV2MwZZ30O5KHbeXUOdv/pkO3k4mHYtu9ULv/p9t1v/hMX0Tt2dsARMOAW93BSVUtUzuXvdU5Hv1dhtyoMdtCVoiwkyM4UQg2OBM2ulK5npvRstj8XjvLHBRxVuOEWPv903ULulKgOj0btAfQTBuvvDICEtUXvDLSKJk3tYc5hqPLKr5pBofqItXqPajAc/0rVJhoht3oXvM0dPvrMxpKNHVoivmCOgeQWPhgMJtoj/k6bm2vubxis4e7OMiP0VN9WTj43DudvcccjHs8ndhkPSs0cSwanLuvvcNRytuMPIpqeJTvuQn2HierjGetk8vdiUXR02s6esm+VceAkjQmvCMpj5u4KicAurgCeJmsdGcIMmeQjxMowcettZEufAk8WheadNuOz51KfGmOw2fhf3WxQbOT6Oxt2u21P0xgvKuesoz5cat5egM6vTyOw2O2cpv4QGcmsPbmz1fOd/T310huuz0nJtfFfbuZetPxUvtJeeEIXzu9ftd1uBxjcDfNHTT53uiEkEgSmtN9rzcHiunL5SkHwUDxYSlWQbdxvUGrfTd5MVn1hbcLdCVcR0WncHcW1cRxWhJneHeqH3f7eyCkTtl3d7cUC/aIi/lcRDGvf4ynlcTeWA/yTomjPHKvdIji2XcnfQ/xx3EA6vyMRnc8wAmcn8iPcSn7NQyneoZPcrGVWbeobo8rEX1hRbe0xPXlAU+vfOYxVE/dWbc/ew+4+0jXeejg9bHNdY8Tbc8AkA/fcA5s+7WU+frvcXFi9xsL1RMAl08UAlubTlwa4m3Iky/UguhqmHtsoa9ygd4sfM96+E9i5Fmo8E8SmctfB69k8H5QXmhU/BxJH03QT49Q2TXylf38ka/yhy8y6gUPe/bxye+S2c/0iqme/70O93rzjaFW/R/7hHxvS1GC76mo83cXeG9V4s/beZ86/PjzdJ8qEy6zevd1RmVMmYO+jG9Ckrr8Wc/nf2XUHGMPcW9CUf4t/0+S94HE/Q+/eeVbpp9g/kWR21jD/AUXD299/i3Cn18I9Qy6nj0O9t/2m5ubiK/7hk/G5xUk+a/sqfpSmU/D1QiDjb+H/08+RA3b8CE59PgSJr+B8i+/lWlR/j/LFWmRnbSElA/v96kwHT/P9QMmJcXvGHv7xZs+F/F1iaV74b9vghXK0gryp5a8a4f/TPDb29LH9ySNfdviWyn4b9G+iVVdhMXN659V+u1dPlzwTZWl/ye1FbkKVXa5Vhe7IYliaRoEUDy+VLK0oQxAHMDk+KA8ga9wIH8C2BZfW0DeGLhqQiiBJUnt6X0idlsB9pU9p33wGE8ukiAmQbGSDJD8N+NIdlCA2VQa84B1bOMiyQJKfpL+d8LQf/2F539rkQZYAQAM8pKC/kj/H/mWSyZv93B61YooSRh4HE4kWdZfpv29LIMXBCg+8nHUpjY92+u5MfvgK36jkISc3UDE71PiJCEKc3CXp+xLh4VHBaQyIWYMoHAVQhhKTwSvECF5CV4pfYXgzxQokhTayQr+n7xLh0lGhFADIrCm6LSDSB7FZHt+EKEEDeKn/CkhoLMQvUSBQgiJFd3CHeIGh6A2Mj40aHU8UyiwwwSfw0QNdlQbQ3kFqimHw8N+7Q4cnygcEHDleLlAoT73lirUOUxxCkuYKgE3CsBNQ7vhEiPKFC/BnlB5CcO/4C89hePMoREmqG+D++d4Z6qH0gG/MwRc/FQRbSSqFUmBqg/gOCJqEWCa4VzYpIIMO7Fx7ixAmYc9W8EjDghsZb4syA166CPkd1byo0KMGn9+AVIiEVfxJHd5fBwffEc1UqHPURBwvNwTXGkAB8AR5NV/jYJBG8j+a9JIPjLTdYMi74pJNMmsPgHgkMhZI5AcTSFFo9vSfI/Gq3x6FoiBBMIy0i729Cc8eREtaEdEPspK0nSAoy0XWR0GpDRR9I+IRqK0b/RzRitU0sfCP46iJaWo+YW/ENHV8dBWvdWiVShjajJhfoUMX6U8EhjHKhJYsA8LzRuV5+1yNXraOBEz8tWxo34ZGK6ExjLa+9N3vrysaj8EyeIu2hfQmGE87aTDXfsWObR10wxZI+0ZnUWqwD1hTdYxrv14gXNY6lYjXocKsJ20wWA4s4bHS5pbcWYf9AsaLXjGoiZx2NZ4Z+xDpo0ORw43MgCIrFjUfhkLZvmdTyG+pP0X1ZUQqzX51iyedtGmuWIP5mkJhF4o8XLRPHu0HxSkcIcwTTiHBWCLqbODjk4J44C4vBYmjaWUTy4sEoooUI/BFjwhoEuw6mk3AviWJ+4peSMeSFGQcZwUzkY2vmEvAMB0JdcQGuBPgkE0xwO6SQOBJpDrx/ElBUUQuG0Tto+cko8uAUigkMTrk0gJiagTdySjgJQCLiWxOqJGIEM8iCkdkAolPwG0XIXlMTVnIITD4x8KvIRP3hUhGcjyciZBIrBZplG5NACvPGfhIFyaPE9xGrnmrsS3onE7+FghDEQTKJjuVMfuDMmFJbJfNDiY5L4kaM786oFieEmHGeSbch4ugHKHsT0TvJ1BCgEvg2gvxvw/k2iUFJtyt1fJAoKxE3GLip4vQWIZCN/nJpSUx8N+RiQ5Ojw+4gC/eLkKSH+zgEHRmoFXHHDFRX9fMlUvDEHCNEplipISBvB0lFEuSFM1ICfG/GkDZTCC5+IhKlOFDW8e87+PkWGCjIUFvS/AGSfHVBjEFOks0sSWfld4pllpj8AVCtXFS6i5pcWcqcTRDL4oAC7KYaelLDy25C65SC5MqnmoWEyQ9FPVDAkhp+lSp4yEojvHsL1TDIjUzCZDQFoq4JCWwkUC9JKksVYYKSMiczWPgPTJM3U6iczRbJL5yUEiZNDhLGRjSnkaMuXG/ixmXJrpF0yGp1NZSAEXpn8a3Nyl+TC1oZYMsqXiAUk0zWpTEPHihXukUzRYnorSSx3ymIFFkzNfqTdPxJ3TsJOMjmELMumyAiJXUhpA2IEDfhQ8mM3VlumlBj4UZ08GsTzJ7w9TY6MM9mbPlSQ6zaZ1UYGcXUhBGyqYTcLCDrPJmPTl8dVCuvZOYnvTS8FYlWaATyiapa6hhEachFulRYV0k0/7I+D5l21UJkuDmSJU6R64pZayDnqzMlllx9p9M2CqHPRlQoeU1M0OYHJJkKsLgaU0aadiDw1iwp1+QaYbKZm6xCp0UwKbvlynqzUMJcgVL3l9Qlt5Z3ePfFUj3ptyv8oKd8Rjkzjfj2Cv4rgvjh9RSNaJu6F8Imk0YvIPq/GWUPhCUiyhdEGYK6AvN/yXh3EwGcJkjI3g3on0mTWefWnfTpoiCIIY+b+gSbP5z59E9dMpgKrWSWJd8q+SrTpAsTt5D8iiXvNEyfNvwKifeb7TpEyTOIl855vuCXnoTt5J1CBTmkiiaNaQXIdSPtmgweMBaNMFHL7QeQ3hhQcWDTFjFdDQgbUXsMJmeBtKigPICWZDOvPJCSBGMYBYUBQCixzgJ5/sN7MpmYVyhJ5nmAqMHTPBUU6FQcJzHCHsZEk9Q5CyvNZhYyaMuKhC4zNxmsbYLIYMcYNIvPlndYA468hBUqDqQ5kTM68uxDqFxitRlMTkVCUqi8zkYPGMCtKBYr/CZMaFPoJJBosGYOK6F22X2okzMXKKPFG8wxdlnaxgKZyiIHRRpiRFkKXYoS6kIotwU5YTqaCr/MQr+ZaKkF3KShdEzpFeLwsDC7DGAqBDkzFYbCv5nkrJDmKeFRSzJVxBErOYklfpFJUZEkWAL9w8SuRT1ChbRLvFfzIJeIthhJwU4LBAedjgri45PUAEouPwyghoYKSAEHUDTBphyM7MSQfEHG2mWqU5l/DBgJhB4jLKkoOoYEPMq/QO8AGgdEhUdkmXbL8k+IaJgjDOUUBT2GNTkL6jmg3KtuACexPMomWihCRMy2ZfMvsR8AUlZ3UYj6F+WchyI1IpuHgjCaMNZlhIkxHwHYUrYoIsKnsnsv4Zlo4QJA75WstIaygKQQQrFfVAIa7LuhokI+L7TnB8AghcK9SCIo+XLdh6EKnULSvxCfKNedcYEISopUF9/0PoJUDxH2XEqNery2gM4BYDrA+gXAMgH0rThmAQg7qMAFADwCbAjAoqzgkYGEATAVV7gdecMwkAvL6ATQTYCMG1WaNdVTAygE0FaDtAeCFwTQA6hlXmBLAsABVUqqIAqqrg6qzVQYCSzHk9V1BC1doCIDGrMg7HX4H6tgyWq2gAE21dKpMCOrC4zqxVcqtVWwBPVWqzIK5l9UJBUYhqoNd6tDW1BqgOoSNdap/F2r0csqp1S6uTUeqNV6aooJmtjB6r+Iua4NQ2v7xNrzVJa6NXLNjWVqE11at1SmrTXerTVna+bgGpYBGrR1l1fUOGo+DdqbVva+1XGrlWcFB17q91COu1UFrm1OawNW2ohBehC1/qxdWWtjWfiBlP4oZX+JGU8ExlPEOWbMt+DqQewky8EHiCiKMBX1poDEHYs/W0hMIVWV9XwHfWSA70hC4DXeldCfKP1n6T4KCu/XQawNj6nmrsqQ3+piskYVDYGHUhLgyQTILTKzEfUWhZlGGyOMiD/gkaQwZGgjfOGI4fqRsuG5eT+u1b+hUNdeI+N+pGzQgkVcGiloiD4DcbUYBmbDRBqA0Vwf1inREC8EfXlwfQPRAjaBtg28QiS8K/DchpU2PqMa9iQQHRtpBgrGN1RDlayH03/KxQj62UnyuE3RRysGIfMJxsk08bVM7G6Zcxvw0ltUIGKj9W5vU3Cb7EmaY0PZrQ1cbX1B4U2JIF3Z4JrNIGvkEZqJYhhTNxGGDZhCM0TVgQHmt9VpuIz4hEQTAWLSrDk1vzFNqGZUDhFVXirJVfa+NfKqTVDra1XqnddkHIgFglw2AV9UWCSAYhW1+a/vJkkKTtbd29cbrUICtU9qyg1WtdYmtdWbq1Vda3remDJACV2td6UNCNqnV5qmth6V5PICU1raVAZ6oeeWv6VY5r1ucO9QThwiSysQWy10JryI2oh9MeoTUC+vgSagPgF2MzHIBFCSb4Q8iR7eiBSiIhv1w4aUHioB1RwJ4d2+UH5nqhXbUIFIA1tDskBYgt8V2oMJ/D03whJJqWjiOApwjoK7twEFWFdoUhvRftAgCgHIAVCkkYwSir0G9x8x/wrtfIYsPlvSS3wGNeOsnaFqfbmYaO7EjiITrbjva3leOjHUgoZ3fAwNV2skEOAohS6cdQUL7aSE5DfqRdWGgHWaBe3q6Bq/OgHUKDkDdMGdOEUUKiqu2G7pQ+oBnXqCZ1a7nt7rO7Yr2p0A7fIP2kHVDRJ1mZ5QiCj3dLpU3o7vuku7HZMq7CC4JMvO+7eeFZhvRLkSIFjRro+2ogWOXWJHX+xl0n4fdSoXXf7tx2x63dauhnZeE11pA+si4JZUXuPjR7k9dAB3S+veDlxKNNe7XY7vSRygfgcOsvQSAr2WgaYQUIrHTvy0h6A9fWOvX7qV0VawAEq8gJNqrV1bZtqa+bTuuTRIghld26UD1p3UnVP4a+zjIduwAxqV1/a2rTNuHVL6Q1K++Ku1r30Hr81J+T4LvvRBvB99h+itTVvXXz6z9jWi/fmFX3MByIZqTfSGvYkP7/9rxA1aNqjVLqJtR+9/dNprVbrz9RQWPeuCv0AHIYQB5A/frQPgGX9y69HJetO1Dyb1I80Zb6nuKObGAR8dMGBpmYw90NcgLnoFr+ZPg/NjBxtBFpmZ6hn1VBuYnFqSzyhQVggRg8WFoOyiNQ2ekQylrCZ9TctaukQ/wdcw0ggNS4dg2VuDp9SiwHK3g0wfB1JY/QZK34NQdEOfKkWIvBg0HDJDV6ksrBvDTocqlJ6ksxYXZfqGMPSGSWwECQxRDcO0HBcchiuIwYcNi6/UyhiQ/YasN8ASWBh7Q4wfXRHwojWh91owe/AppCVguSDaoYqpsbgs0WpRVId8MDVDDOhkw5hEn3T6JAF6p1GwQP0cFSD96kMRLgYPqBfwuOyMY0a40cgnYzB5moGDYOp5mBd8PrNq3QWdH7MKNWvUIaoOkkWjYTFdFaEkPTHaDFwKtPIdTwPRW6/cMI6MYGOt0ytSRvkXVHDC7GijxYYSDMf8ntGAjaxlWHbU5AuGpjZx2gyNnmPeHFjKmveisauOEwbjw9TY0su2NHxg6w9PY0YYOPdHO6agE47NMIz4hj6IYFQ1QZxHbpm0JbT44icAitpomzxrw+ichiibY6hoSY6caxAuaCTwxow3SK9DlY7avRuw6cYxDmbY6lx9Ez8FSNMm54HRk6roPiOW1aTy8043BmsO3HyT6J5ECXtuMch4VopmY8fXSoKbpTTxk3FCekhYbgG+YLjMDuJMgg+NsoACIRHDDyHwD+J3U5EgROnGFs3mk05CZiOzT2hnIf+kqZiNgm9Dn9eE1sf6OAmHT+pwTQ8bGMOm/8lyh43CEVPMnOjwZ94/+lDPNHaD0yjU6yFOPhncdn9OUz6FFPOZgjeptEwKf16RGrTfx1Q1yfzRRYjlZp/ZmyZNPenDT/qRkxWagypn6TVJsJrGd1PxnvipJvulGcBIua+5hB6oxcBIP/j6jhOIsIlqoOjlfkuOv3G9EDN6gE0omxEuGHuNChAQYGzvJ4YNaznJAq5/TL73+N6mJzNeJ7XhtcMAN/gYurnAty2WzmUj1hrnNwfjNBloGPJu86OdnPsgzdJhbIJeeEPmRVKh52vceaoP6QJkTKwnHgjNP6QIiiIAvIubJVAW5zf61XuLh4PLnKwJhPNJFtjCoWDznvQMAaYCPjnVzZek46OTZSe9DQgF5cwWE9My4sIfKn8zQb0Oa56L8FxtDVG14UXdT8FkUMifIvMCkjakb0JabFx4WfTs5qQMabFx0h7Ehi8SyBZrwp6iTv5vvZ71gsbnzIy1GlTLmFAoXT2x8DvZ7x0tkbZzNIIs6pfXMnnhIeIW84palPXmzzKfeJDJawv7miLs8CCyuZU3MXIYDFhEB9sr4hhLlTATczhZ/zgWtjrl0wz/mhA8QsLhFlTXbkwvwWtznyvucfo/2n6Gt9auKGGs/VyBMDOV5gBqEMJ4GYDb+qbRuq/3ZXRYYa4qzeAKtx4KI2AOq7wFKvHaHVFVz/Vle9WNXcg7Eg7bfu1U1XmAeViAywDG3QH2rq6ufZlcQPf6igvVngP1Yat5o2t8Oga+NagPnrYDnV2a3Nvmu4kmrLVhq7TqKtgQCgm10tUdtn0Dqurc16q6deavnWCrXXZINQe+BtWbrJ+hA/teyuSJqUzVtSGQAKsuKhls59SJ9Z2szWfri+g6/9abXvWLr4ATbZkHhtFWgbkN8q9Dfq33XvVaNp6zmQKv42aoPKzG8YHSvwGcbv1vGx7NqDyh0QINoOEMpJsM3IDV1mo2VfJtwHKr3Vk1UzfRt2ZGbTsM64TbZvjaprFNnm7jb5vC2JA9Nsa8jcPWg2RbH1sW5Na+sZWYb26kNcND6vgoVrkINa8tbVvbWsbt1va7DeytogeiS1/W4NZDXKRkgo1smx1exsL7tbyBx2yNaPEvWvbBN1W5dfFsa2Ig9gRwKqtcCjrzBYBh8E0ACBBA5VK6FwLYFDvRADAcQAALTVBiwtQPJsDcKCZ3EgTVrO61fztlBPQtQQu5UEztqQc7kIYG40EqNfjBl527gpdt8yIKtlDAWDLSYh3k73WXd0lEKE+1NL8LjALu8iCVAA61KBpse54W9MA7X4FaLu+xc7QA6Q4cF5e7lpDBdhUpkxge+GE2MA7rEZG8e1hBj2zTb46G5e/AX5VpBZpnCpRV3YTySnUQ99oK2Pbuh0hzdF9yFRXE5DzZoQkMI+03BPsPJDQQ9tez9qQX/28Vh97nYWEDMwOD7ee9iVbrV0wPwHYu9HX3d+D/3CQgDgXb/kAv/3SQX9icHVOIdBw/89p8XTg9nuEwsIt9+HWg7/s9ZJ78DnE/vbdOQO979SZB80Vj3OJtDXDuBxbsvtcaRHmEMPSbmcv0PYHeegfbI6QfcPS9hhPe0YwIc17j76C/+zhE9z1tNCv9j+/6nLyUAyjVWqG+ba1tIG8dgYZgP/cuVI3p12qz9TVnsdngmmLt6a1Y6puW2Ftdj7AA488f23kDqedx+qcDBePJbd16m1toCeig3ukTkJ6o7a0JPMMSNia6ba5u7XrHB12XUMrSevQXrYTwJ7uyKcm3rrK63s4PI5sDmLtY8vIJtHlPZq8LAe1IFbFTPtCmliy+tkiPgjZ6unPETZQqCRHaI/FsofAiTvGL3GunrTvPQVX4TLzZnSursFs0Bj1pqgdx6w3kF5CIbs1eCEvXkHUhGOWnSu1+9Mlitxsh4Mug4y2auezxDnfI/p6j03hV7czV2pp506zuN6eTHzjp5T2HDt61lV2nUDia6eEQVLd9w9D5YpLcIbnDMZpxM7mcyBzHM+yx99d8ce3cVgJQtf2EnWK3R1WRXF1RCifc2Ynfjk1Q+ULV5RaAINql3qrxekucnmLmxxgxhB6qzwG1glyao2ilAvgifJl27aqujreXtQfl+yF9uRIxXp7GQIK58fu3WX+C6l5LJBupTlXHIOVxi4VcHXpFRdm8CQhBtWQ51lYA1xU45sS2yXFtrF7q7Fc8r8XzjjNUq71WXV8XmTyp2ba1fCuTV+EY15IBVfJObXHL/14HfVvovNbLLnV0a8LVzFaXAbn19G+DctAtr7r7J0K95uOu3uhal14a8zd6qY3mr8N9q+yumrjXIIEl3G8MK2vy3IbrJ67fldeuM1J1X1/m4DdNus3prmtym7reev03Datt8647fcuM1argdzTALeU2i3M63NxQBbcbalb/bmd4m7dfmuNbE7ht+2srdBuNXrb6d36+3eduV3Ybtd726SydxR39rlGxu7PeOFq3Sb9m6/tTf1uT3rma92W99Ag2F3b7118m8PcevC367pLDbcYWJuHXyBnlXq6sixuD3D77t/++fe+Y9X2bgNyx19dIfoP+Bx9z2+lvDumQVb99wG4Q/tux3ZrmD946w+xOcPbYPNyB8veAeIPS7n96R+idWvWXKHhN/u6HcbuqPi7jj8u6Y+Wvcnxbtj+e5BvCeePUHu90HaPdS2KPDasT1+9Ve4eJACnkjxh9g/HvsPyBiXux4k+gfm2qHwd3x7U9ke4Pmn/T0R4veHrF2iHwz4x+M/MfBP+a1DM25o9WftP1H3j3Z85vqeZPFLkNeB/Ve6faPh2bph54k9GfvPJnjT7J5gxAf9XxHud056U83v8P6HyLw54jdW2Avynu1y9fc8pfv397+zwJ8y/5q9T9Hjj3p8djXu0gDHor+l5K+Tud15Xizy9eGQGeEvkn0N3++i9+fkDLXnL7e6q8DeTXnXiLxa+ZdNeQ1p7Fz5V+C8jfavnn+rxN7TdmewOs3oL1Z5m86fx3vnrF+t9a/JODvYX3b+S/2/te8Plnsr5u4K+neWPeTxhht5euPfDvaXlb0+7W8veRPR3p16N8K9Seeve3mx92G497vNv+ar7+J7u+Oed1v3xb+D53Vzgnvqnhr5N4A/VebPnXqr795U9vfV3QPvJzj9y9HfIfuPrr7W6i8E+rbhqZV5qBBuiug3dPlH+9/I99fjIUr5TzK8lfutGfXL8bxrY1UrAAPgzID2mE69TAIABAAAK4xBV2ejptb9bjvBAuAmdzZ8kEVtK+5V6dn0FOmZ8C+JgQvk981iLti/8XEv6X7L9XiQqsrmvlX/s/V9GrbfOAbX37fJ9duTPgv9H7reU99wmg5vmX5Kqt+GL7rTv7AKr83gO+g1ofl37r7x9VOqjNT/sy3dHmATTscgRF9c68tfCFNAL7p+xZiIUgwXEzoZy7vCg/Brfsz/7UxG+5wXlnq5s8HfaWdIuVnPedP187hdZ+AcJmuNh36keV5riBrOv15YkID+Hemfyc0HEb8PdN4bOoB2gWAjWbs1I5pILHn8rd+un+IVI6i4qPSezvNju7tK/sgNW5iYrtuGkGh+lehrJ/n31Eqce0fygbWj0AMgv9TeFr7TwtYkOf3JPygy8m/zvpf8AeP/o/7VAQ4CDYAM8gNmqgBevrv73e1Vu/7Ue7QmAFWWCbogHQBgPnv4HWQAVW4+6SAU/CDeOAWgGYepnjF5YBnPnXZ3+StuAGH+0IBk5eeLPsQFs+pAR6D/+AblQF/+STnH7oBsAXjbvAx6nqosc9iETbvAeAVTrzYX/pwFEBvXli4lw8pvwGA64gZx4zwjpIWr2EhoAAEnumiDZ6ygRNnHA0g7bjeAK2/PjAEw+qNlZABOo3qhA6Bb3KyCjueoOoFme5NJdAqBsGAj6o2/VhAGYQYgfYExe5NLIGiBQIAoF6evgX4hyB6oN4Fs+NJloGBBtHjSZ6BA7gYHhB1ruYLM28XpYEBuEvDYGjedgYQE+eGAcW5sBkAVyC4BEAWmAsBEgbB6e+J7mLgJIRYGGphS+OlBB52YqsICS+AfuQAJo+IFhA2+gQMr7kAbXIhRzuofgv4OaOQR74G+gAaZyda46oLrsgQoH74tBFvoH5SAnQW1qK+PQVr5L+NgRr7rBKvkCCSyowelaVBZntUFTB0weAqzBsrkID++lvssHyS3QfHZcAhoCMGDBOweQATOAwW76/uRAUcEkBJ+IWqC6SNtcFLBWwZbah+OvmEDbBDwTgDFWEIUYF/uPwYwF/BeqgCHzBrQTcF4IdwSH6vBYfmmAVILwVCHYAV8HOqfB/HmuorABAAb7K+GgRLD/B+OqiGLB7QX5DlBJnuSGUhFgBoFIh9QdhD0hbQRIAJoowdU7N2wyq3ZjywEPNg8GyoITCrmSfiKB2Y85qIFJAEmt+qokWECpqeBioRqCSaaxtKEqmiGrKHZQXllujiOWoWcYl6YoXJh2GsociAPaASOKG0afUpyBN6toYSAShfWh+Ys4/qn5qyhGIJC5ihQUuhreh6kDqZihYpnqFmYhEH+rgg6oVTrAa4YfKFihuEnlrfqpJBqC3mB/EqFWh4YI4Zlu88LirJhUoV5bD0jeoGj6hqoZOZ6k79pmFmhoGMaH5h1obeaoYNIJaEOhZlje4WhLGuxIYhaymW7+hoWr5g0aNeL9i0KimiqGrmjYV6GjhqVlcFT6FjlwEmBC1u8A3grWv/oscHAYoH8ucgDtorhD4LQHLe+PnkE9Wi4UtptasoVpgNWaHFuHtafIueBeOgoWdrChKfmMrmhIDjo4tgLKpOZJ+SIIejyh0YUqFNwpymqF64MYX/bTK74YOG6hQml+F0q4Eb2EgRTsGaGehdhl+GqYaYXaE6OepmSrPmzfDwZfhYGFzrmhTYcvJfhHwL6FGhRjsRGigwYcySCaFEF+HAgxpr+GahY9uZB5aMmm2GERS4P+HQRHoclgGmTAFxFgRGuCWx/2b4WOE5wUEWBEs4PGnyr6gyEXypz+YoUfBkqnEQAzhgK/jxGJhkxF+HWhHetv5SqxgZf6ZAG4RiB30pToBAUBh4eArHh9jquzn+BwY16ABF4aZH/hgmg1ZHhy4YE6lInIJ9ZNAAAEL7AH4gn5Cht6iKGASerGCqO6hRJeCfAJLMJiB036lkRcgVAIGzEchEAlGAkSUXDr9meCHY6BgsRNFHLYdYP3AvqYREiAx6W6EiqfA6UXIA0g64K6wsggGt+qeEfoAuD1R+DtCBNR0kFIAyg9UZVHW6FVH7BUsjrB3rZMkMExTfAFXNlE76nUaSDkQVsnNg+60xJ1FYgmUSSxJAyyMtHS6yUTWgMQFoDNEMQ80XqyUaFeokyXgXFCSwxg6RJ1HIg3UcphARG0WNE3RUqHViXgMyv1EZRyKFEZ9R6UStGfRThphAVIeUb9HbRrmOxgY0P0V6DnwwWBFElRAOAWDQgwWMdH4au3KboyGgJCMj4aTNk+CoQ0Ma8qdRrwD0i2YYMcbpSY4GoSrZAAMaZrKQ7IC8hfRb0ddE0xXwGYavRQoO9HAx5MdSDfRQMVtFb4MzF1ijEP0TzF/MBIPkiCxq0WAoNRSOlFFQxYCkVEsapUWoB/MEmHoSdR54NjHNo2xOyqdRfoMTphMRxO3CYx40Qgp/Mkse9GzRCYMLEfAAiGNHsxRSniqpmNsULFgKl0SdFMgc0ZcwA4wSO9E4QE0VFj3EqOrdqjUusSwYBxemljFxELBhirG6CsekroxV0UDGQxMUbkr2x+WolHIoV8nLGGxtsZkzExbMTzFXyKUDzSbR4sYMyFxwOtzElxp0eGAOxMcS0xxxFevwS1RnTJ7HgxY0fKC3KR1KaqUxYsX9EzyI0cjEfRIMU5CigRLMXHIoPZkFH3hIUY+EBCwoDDKMAOvn6BBgaSPGAfgC8btxmgtuJBT7ii8X8RQyqFH/h6BewUvEzuK8EvDLkx8XvErxzkAQrrx8WGoA0g5QpyCvieweyDkgXIOUJzxTCHsE4QziBojpIX8RRB7BWIBuARCv8S/H+UMUJ0j1CZYBXB7BT4CHArx58dBR7BSQJvH0IJRBBJ3xaCXqAjk3ENGKLxwSCQQlw1MNdQLxo1MvFTI8UALTkJA1JQk1k5eAJSEJroMQn6QxOGBQ6+4EIlg+kz8U/CcJzSOVg8Jj4jr7XE3GF0g3xHCZP6pIO8JBb6UqCduQEgVCabiIUqCfsTfASyD6APU8CUYQFgTSC7hVU8CQqhPg+yIfFwJhRHiBSA65E2J7BywURwtCX9pWQ/xyhP/EkwO8fhB7wH8TPAFgM1HfEEgD8UQhoc6yKyCXx9CV0jIJvwCEmnxbpOAl8JtXP4kSCg0C2R3xJ8fvGRmkJiglfCy8QkmkJ2drvGhJ0yulS5JmSTO4TxTdlPF1GBOOFF4xBGtSQyxfqHFG3aJdOXB/RprE2CmaTSeLG2sOUZJol0QoDLHDR7cC+r88ZUb1H0xBGrfBNxbUQ/B6aTGi1H1sg/NMnCaIILdGjJrMcJqHUytK6xyxL6jlq+xXrHo65RxGKFjzRrSUtGvqw5L3H3RgMTyrNJIMRrTVJRye7EXRSMcJq0g8oO7TqkGMUslZAPUTWjrR1yVOi3RL0VzE3JJcX4ZjJHSb3EUxD0ZCkgx+mFHHW6vSQVG4xe0QRqug8McpjIsXyeMk/whoIjHYp5gurEopjurMmExNhginCajhHYi2Y/yUlqAgeoF8B0xaya+pZkLyMzEgpT+iXGyGEKZynpxycdXH5asKYSonUVsbGA1JtycKkoQD8IilJkyKbLH9x5Gi/CxxysaFqEpEcbLHngKsa+rGEM5ErEKpIGmojqyl1O1HW6jyRbFgKIsdbGgpvcXSIpxwmhckgx3xNilmph0RQZexryYal+x8YAqgzJUSsHFgKDSXppqpOMQGkUpaKUql/MLsRpqypdSbakCpGGg6m8xOVO6lopWaAjGZMu0Y7pIpdSYkwjxhekKl1xlqWKkFpmTKbEJpfSUnGDMLMYToTYaaffI5kBsRhpNwqMXXGZxGGgcR1AdcdWk7JRJHMl1xgafakSprafqnWpVAL6h5QoceRp1pIirnHlpcqZoxRpCaUOnryboD2RLpJcdn55Ec6XUkOM0qVOkYpIit2lNpuKScpHpdGnGiKx68mWk/qFmK1E6q3cecnLp1jJVE9piaaUlXqxBsn5kGO0S8mFgJMJ0l18ICEAn9hDKZFAHo1afqB/pNUABmcx9MVID/plySUAbR8GdBmIZs6Shmsmlafcl7R8GcBAHpP6V8m4ZgJnikEZV0fBkfa6qVUk4Z/eH3p3p9SRSnwZOEGTFrR3cfBkmRtMXNgQZC8SBlspNaLFidwKGZlhwp9cUuBQZQmbzFYpZGanjiZCRj4gLxf1JlHvpRBrU5fpQ5lRmO6fUiHBYZ3qfFFWhAQdtGnJaUXpkwZHENNGyhxUf0l34I0S+rsSqBuVGwZzKf3jvxdUZxntRemr5iG6d6eBluZ+YU3ArJnGVzHJoD8UNFWZgycqFyyeyXNimZuUYfRPJC0alGmaW5GClIZgMUlmIZmaS+qxZ5qUdHYpl5O8kuYnyfHGNE/mX6i0pvmTFAygwKWMlpZdyQ5lVRxmVCkpZpmqST6ZHMbOnmZWmb7RmYMMfmHeg+GeizYppki2lJYi6bKHJ8lGd1nVJHmX2nkpKaWZipI5IDSkPpZmGaCMpfGVzErZoGeynVZVllyl1Z1ui1mZR5BlRDxpDWY6nxYosWdmSp16Zpnzp+sWcT5hcoCMkapWsWNkqgIaaCyapfYQJq6p8qY2mShZQJFlQsJqeFlmU2WSKmXZNWZKn8xDsVDmRpLyZKFg5rqS3HG6qJHaBGpOmbdqiS/qXQaTpb2USmhpc2ZvzPZMzKNm3ZsaSdkCxV2RnH6pcOTnFhpUOQXF+gRcYjmtZdcWXHNZu2b3FVxVObZkk5BVAjlOZkyfTlE5gGnUDjpA1D4juZXOUPFMUvKgrqHZvccPFwqvWZ1kiKZOZcj9Z/lKLnOZvCpjnS51JGSnhMeOcmgsJVjNrmtxeWedHryGWaDlkQh0crmjxrORumJ8pKqDls5V6dTqS6WWQ7lSp0DOFlLh1uc+nfK4WaqS6Eh6S+nlZJWbun+5soa6DMZnuVLn5hhuXRnuJbud6EI6QICIpUYTub5iZ5UWIURTZsqUbkW5xuvNkJ5xuT6lR5UqEpl9mtRoOYE4SVOBBJJ+oXPSPx/VGdgbU+YbspRJC1KFTd5V8cVTLBRovmG6mXoEQhNUSolaGiEU1ADhj85mZSwjUq8ZbL5hHKlICdIgxBLidQ3oQolAEOVPPn6Yv9BoiT59MvmFkq1aElTD51fJKGXK7IBvklU/eTfmD5/VH4n9Coec/lN58BDCA35RCffkiQdZLKGda3CYpgAFvmLvnFUr+X5A75AQbAj/WLeNbrJoH+ZAnW8p4UgX3xb+agWhJDjKSKt5/ifKhf50uUBo0gQBOdZWiVoc4nyogDm2CyhBpgSAuIBWC3l9aUCXyhW4NmT2CIJQSFrhQFvmGonnCSIAflSIm8Z0LwF7+aEnCMAhT3mSAmFA4n4aTzqEmJAmiQaSYFveZvAS4shUlB4F/8MokHZkSB0g7wD5NjQ0FZSOyBnx6SWwU+WIoC4nUJiFIAUZIEWvfBqFoeb/krw6fg9RP5YhfgmVk7hb3nY6ZBcmjOFcFBSA4F2QHYV3w8CIw6jQceauQQUA1DAhip/VqAn0IQRa0jT5ehbhRUFOhWPnt5qFDIUD5WSXkisFo+R4lAEcHOxCEFbeUQi7k9EGwWSFb8IEluFchb3lyQjhbgXj5UyPwVlipYe/FAEkgquLkFf8Uol9FDochJyQ8BdLlr5xiWeRxFohU0WxEfRYgX5FXSJAWc5tRcIJjFeRbMXGQ0YjQVaIliW6Q5JCuQ+AWJd8Luz6mx5GNlGJnSKuwtF/eDolvwDArWAG54BawLrFgBQIkuI1xWvGAFyyFQpcCZxWKn+FLCZ0gFJjyAroLFsxc3nf54JfvH2C0xT/lAlUyMsVn5PxbwC15ifvXn1OYUQqTup/4YjotJFUfTG4ly6d5mLJ/4fHrUpAWYSWhgt6fMlQ0dcJxEPkvoFnl/JpDsMz/hN2hwixRk6eyU0lsURSlklyyYtk7RPWf+FdaUqBdEilG0NpgysKObJHY6+WVyVV5C4NJBxZpWayWxgypXiUGZkdPSVj28CMSUElaycqXIgcWSSWNRxpfJKugdWJanUo/4arqUZ8NLqWalT6Z9RVgGpcNDqxaJcFEVJY8pIjJFuDiXRlR2RXElv5eCFRBYFTFLshj2JdMob7xEXAsjRlCaJoVwFY/GGUHRXoAYhb5GpUHxqUEVCUAGCCTgWDMFwVGcWsgCTsLBcgJBcvmdQCTn6ArUBiCIUJOjMfYXxlkkAk7Qwd+TZS8Jf9na4RlesHVRj2vZb3nYFrSO2XYxxCQwUwg7ZS1G/Fk5YIDll8MYokRI/ZdHALlMBZ0JZlg5eGU+F1ZdmXbl+8YwyEmq5TGUeFneaNBhlMEG0WBFhRWmXRRnicQiQl85T9wDFcFI+WJlmkHQVJFN5VvTFlxCGeUalSvBwVwUK5bRHCR6CXBT5QK+Qk4cQuCQCiblCTr6DyFu5YmWIVM7nEgL+2CihWxlK8QcVYV+SfmVMSKFUGUBJc+WWJplc0RmVuk1hbJFHiiRVRXaFW5WdGWF7ResVNlDKfYVYcv8ABVMUCJV4mFJoFfuUrxGFceoIV2FYeQEFW5R2XEJT7NMVsVdoHfAN6r8GWUpCgNC4lIlYZR+UmFUxV3nkVaRacgSVF5cRWHknuCJUnlaFawKOFF5WJVuk/pXhWzF/5VuWK8l4HUUoQpIoWVMlkxXGQZFW5TDoFglgl/SglPleBp7FfxVxU+VHlVcXL5nEYBXOVaxY8VblFZUuXUCrFQTwI6HxVFWSVM5ZFVoJhFWOW8VXSLhWiV+Ff/ltgRVfZXflPFZ2U2VERdxUpQREF6XlJDeb6VtwhReRkJAuiXxWBVbVYgkJJkFaJmiSSFbZXwZEEioWuVrSKSAUs+FX1ULxG0uZVLFXBcEkDVsxUiUTVI1akkZVw1dZXUCjhatXYVDVZ+kPh36Z/llF6UQLRXlSVA5V5RCCr3nHcj+RrBi5O1FfmwxZ1dkUn5V4HlHXUxYLPkdF1uvMi5lxVJBXb5kHr+Wb5WAmNFKQlZQDUiFY0crSn8b1WHHgK8lUPmMJL6nkxh59+RFieinUddX7xXVEpXY1D1cVRvlY0TDJVVTed5VjRTEsAW6KABRITfgkNS/kLV+MfTUEgvFD9UE1EZezVXVhNcuVM13NRGW2VH1ZqDnVc5adXHwxBZQVkFccPSx6gktQAU0udFRygSVeUbOTr5LBTgWNSQFZIhIlbcSKC4JDZfPmWGQhRBXQ1eTDzXEIXNfdWLFUpU2L81o1a4VKFVtaNXTVQtcmXUlfRU5AhElFSXDhJ6UQBSfl15IYVEEqlWfEMVlNYDn2FqhV8Vo1+VQoVBJHNTuVbFXhWbUeFJVd7Ho1X5RrWI1F+eEVwlwdcxWBFNVX7W3wAdX+WFFH1V7U7wvhfLW/4yZTbXbFTtVIX0VfRSnWjVgta3VN1JCfon5aHdThXd16UTjUrxSdQPGfV3tX+xS1URP9UFFOBXlBPZW+CYInVJNebV6mpiQnUwlAVWQkk1GdSaQO1VMY7LcJnxasgw1S4RogPFnRXTUwFcVZ0XS1L5dtVfFTkOLX3lpxWFWu151SCWb1jdS5XCVsMYPURkytaYrJlWgjPWA63RYWRF1QMTLXuCl1cDVq1NleXVG1+tW6TE1F9QzWpk1RfjHx5voFMi4V4NZg07wz9YRXg1LNUASH1hsSGSINyVfFUq1fmU+D7VKmYdVDmwOFbHUoP8R7n1Jk6aw1HZUWQclwJeTB7ldJ00Zw18pLaPbFmJ8SHtnfaE1LQlf2wja6VSNQjbVkw5vDeI3jxjdh+n0N08UdUphJ1f+HYc+8bNKKFZZRtC9gb8LamwJY9qOQmNNVL7XKlUFL8VvVcpXLL5VcxP8V6lhhKElIi/FW416NpjZ4WcRG0GWDEJRxFaK2NtYPYXqABlYkAU4GiMaluVoYMlBJVsTaOUkgEkEtKJJU5YuFT1d1GnUWNUSnpV3Uw9bk0iM2RZ42BVujSY3FUOVceTlNoSQ41FNasBPnOcy5C5HMgXILxQ2Nw4I+CzlcxTQnKl+NBOUEV1TcY21NG9dnZ9NFTf1SFNfTYE1/53laE1I1/VG+Wil0TcVS2V7JQk175Y1bg4pNINek3zlmTSCBL5OTbiUaQ3tZ4RNiLkQ03FUhVZY0RlVTe6XuNw5T02IUlzcmWtl2zSbjdFQwpE1RE0ibRSAJuTZ2S+g0hRc23No1ZjVMINTc7WWV6SMNwKVTTdBT/hEJCFUwJt8XaWpNT8Y+J2lfUCvEQttEfE2X1nyAC2il1tIIkc6WLZ00qg0CVRDmN0zbHUItuDsM07lhVUy0HlriVgl0tZNfXWVktjV01HUOQiZUfNuZFpVdIu9d40TNYSWYW5NwrYlSnsTNVC3rVP1fs2PN69VM2wtxxdg1eNSLXC38C9zbk38UnlaQ36tOLVfXpk6zYS2UNZFYkCkt6VdNW8tVLbq2uNnLawmjNtEay1f1Ble61gNslQE35VcrfjX2t9VWo3KZSfgw2VJ2Gf3a/YmGaqz65iZRiH4lX9G0lxtMmdw3dJcbdG1bJ1me+WEgl6eBnfRhZXJguZZpR1HlltGbSWSx85aBh4mvyXm2ElxGKSCbJc2NslbljisbGpt00Qk64a5qYZnKVs8MlllZCTvG21ZtuZ23/Kh0YVlLKnbSTYfJImYxXVtd0U1lztQKetl1tfbYhlcZYZUO0cxi6YO0ptA2VdGbt4mWYbNtu7Xtkntv2Hu2aiSbYe0lx/sUqVRtd2bER4xGlTm2xxO7SNiFtwdHSJ5pPZZEgzZfMT+1Lt4pc7EvJ7ZQ21UspOSKU8qDJhjkDpo7aqVXtS0ae2NZJ7auziZdDaG2aNQ5sdUt5QHMmWjUcJS2AgYuNQ/lY1DOj7o3VHQSPnkdQKK9XPNemokL5N++SgV/sWTaDUr5DOiLGwNSVIDVipHOha3Md1utSX1la1MokMd3qRfm5prvLrrfaZNbdVkdw4MR07UOtYp0jNxNQoXONNNdQWJA5yPY1adQnXLmoNeNRgX8dlZWzXQ1qnU81c1RHX2V81NnU82C1eHSLV7Nuut9wS1rwhTW7kt9aQUAFLVYrWi1nHXcieVI5fXqu5sVbzX41JuqSjqJESNZ0lUxtRbUWdibTuVxdFHZ3Xct+GvZ37xcdW4VZdK8S7VOd2Re7U0JDOnfZfVphYYV+dpdQYXLkDOlRgF1PtWHWqFCzQ4VfFGnWTU5dShZZ1sthTcjqp1nncxD5V+pTgXNdOdbEVd5dXRAhIgSReA1VdIrcN0pFjHeV2vlA3ROjnVGXbrppd9AAknUVHult1gI5dd13bdXif3V9do1d4lUUm3Up1WJ2xUt1j1+nTno/AhzQd0jdsGclJINgrbrpcdnlSAyL1T7Bq1wNr3SyCl1sJRN2sdz3dVWEddJW9BQN5daRagNSDcrWFdJFd/VXd+FTg15djrS/XI9wgi0Xw97nZa3pkUupCiy1LxVQ3g9FALj1tdUqaXUEN5xf91+VmrYFWBdv5QAyfdLPdx2/duHWF0dVagnD3xdFDaD2RF9Qn82Q9YPZ7HQYfPa93rR3CVz3f57XS62o9Z3evU4NR3Vj2ENCvZFUFdSGQfWkVRPZvBR4giWfX69J2ZID4NGVVF3gVoVRr089LlRj0XZ6+Rh0YloUWMo4d3+atr4d43ZEXUEErfJ0gQBGk0yUdT1RhoZI51fDUJppzd9XQ1E2EBCU9/VLx3tpGLfH2blP6hs1Q18+b8YidcImJ3+aYTXfBSd1Hc56adELflqlaIzTrVl9lHcTVF9cnQ93apfLUTUU1H7QJ3oFUBc31mdsXdDWV9cZXr0YagfT3061PvQLXl1Hvc53E10Ggj03CZBSXRQwpPVP0AFF7f50uddGkn1+lI/dMha1IZVAWfoSEHwXR93SAl3iFKBd31vwR/TKn99x3TkW21Q/fbWGNffRK1R1R9aP1FdzzTKk+Iy3T7VSt4yR+AitNXdBQsp9ENN1aFfRaBh59K8C7U190lcxDx1YWhK0bdsA/11kFkA50gLdPaezRjdl1Z5oh1hdXCWL9pdagMR9+TdXXUFz/WCi9dN/Z3UtVOBRP0E9pRS3mkDxleg0B9ErfUVKFFAy5Uu1DA26RKtIfa009Fr/Qmmz9XgmHUTY/uDIl69QaaXDcdMlRN0n9gxSV0n9i/Hq3MD+FZgl6BKgxCXs9XA15XT9PYJP1ANKRTH1ZNQvcWlSDP3V71ipDKmlWFk5dVW0OtiPYvXID/ZEwNyD+xV40IDveXT2WD4KPlVGt9ffYOE9vqWUiS9xvb6nNIqDX4OCYWtV4OJ9rPa61NpOrR91MDUbQD0L19A2YPAlWze2kmtYvZEXt9BIE73DyTVViVPtqKaUg0wdSX1h45o5FvDalibWck1DJmTw056FQ0nEDJxUbroIaubYaX1ZwgcLnFt4nS7hkpAw7rqm4wHbW3MpiQJdAhZDaR0PQ6NWJNH5AabU7rCg3bSugJZHuoRD9tD6RFLJZtuSsOqlE7fhpPQCpaRk961OCVlXJpmkPDLtIRlzG7D67VzGNDjWWVmldtQ21lhp5Q/OmTZZQ1Aj9ZkmecNzxKDPinxx6SEhgfZPw63pSI/7fCkppJICZBClrmK8Ohg18Gtl3DYySiNbZ+hvcMCA7w7ZhcZbw1w18xdqYSM2pF2dbHPD52delfDFOW2lF6GUMqlfZkmmCME5n2a9mvOOOfdksagLkDnGpe6QcPg55I2KkPD52TDlD6uI7e2ztAo8jntZPI22245VeQzqOhv2QqO6ZLI5RluprcW3AMj8Odik0jlaXGlU5lI0mmylOengjoIdcfsP6jPijnmF6xo4WmiprnXiOlpIOVLqtDPimeleR/WdpD/ZbcIGDAjh8vqm8BHcV2mR5dXcDR0Zm+YqMijhKj6MPZTuu8MS5Z6TGMzpeOTGMS58mEjSbDzo/AoMAWY6SOy5to8yPdSJOYXm/DB9jMipjio8GN1AycD4ApwIAH0DCAiABMBHADwAQBh22wCAB7A7gCdp15RQ5iVjKjsP8oO8euLKS/OTkHCCsqogdKlYOk488r2EeRGTDDj5EKOOHoEmvTBFmBJKuF8R9MJmh4qcbCh4KaMehig9Oh4xhI+gJ42cbIm5417G2Q5MJuEDOngU2Cah9MD5h/q541LnLjWMPKBIq54zlGxW3MB3oUkeuDzTvOCMOZrnjGMXP4g+0GegoKh448zq4IxHFxoITv9hDB4ZQmgqHpEME/2BYgH2lBNgTMev2BTjy3EMYwu2sKRMgT8SMpGGwWGreNAqbHBrCrjcbP3h6EwiijCto044RDogSNCxjxcVE6xOrwJmpuMsT9QdBM0cGsJRoEk2QIhN7jFIAeOiBjOHhpvjhIB+NKTy1LKBATfekJPLIuytzDR6AKiEVBWiUICbEcQk7OMXYFKh+ZCT8ufxMQTYKkJPsqcIPeBcTy3P0YuGpk0xmD+PE6SrAg94O+PA69QX5NuwsaF/xPOz6gZOQT9QcpNaTq4GZM+T0JiZPxT3kw7z3E0DPYj3gI43GztOnk5xOCTJrj6lBQ849xNNuOfqJMF8WzCCASGe458pbKJrs5Nw6P4y5o5TNExypRTjkw1PVTsJilM2TJrgKnAqvU+ZOFTxyh1MAquU2Spvjv4+M59OkUw+OYmrUwSqlcTOq1ONTs4NMh9Tfrm6VFg9MG5MUkfDYYaqTomnGz1InxOw4CTzyhIREsWliD6pTcbFZCITEcJhOo8eUBlMXYWRERr3TqMM+rrTe0z34H94NJRPPKj3jn6uTBU0i4WgVk7WjcTEsJDNZTYk9UDCqu0+DNyIPlu9PQzy3IkDjj9bMxMF8T0LMqhTkyvVMTOfkwTAk2f4+C4oqBMERoAq+M+zReTm01jOQq9bNZPDTmzrYSEQY03NxjwiWlNMtT2anZNkzj4y868T9FstP4O/06TNgzzyuUM8QJGbdOMzkSHLMCOdKMdPZqPqfLNngwE/c7UqXMzrNUzDM2zMtgmk3DqszPk8Mg4TrCBdPcT+kEuPiwG02zO2zeGqCKOwqRlMpSIzs3rO3KbU2tkKzjsyIhlIhs+bMkIY+V7Nl2Gs8VMkw/M2Xa6z+U88qZmoKgFPTT7s7HOuzhk3Nx6mBs0NPBzsU6bMOzPk7uxgTkk0djRTW3ABNDRzUxTMvKE1MXzWz9KnzjLI0s9xMMqMllDMJTQQiAiGIv0+DMtzhiHRMETOgmcS5tGnJ9OwCjKlDN+YA81twRzQM83NQIrcxhOjz08+PPrT7c9Dwcz6M39M2CG8/eBuz682jNhzkBFMFBzCfILMnzZfN1M4zJc51PzcQKsXPkz4zluhnTV41vOEkFykqBNzuxDuOCafMxTPdk9yszoOTKSmkSXz584bRLjj0PnOj0G817MGERoJyDHdK48+D/z+FsjM3KaROxNNTGMyUwwLKMNlOek8C3SC1Twzt4TQTgC9SAMAqOqQuWz4s2roELRc3lwfanTkES4LWXEwuzUmC2+PCzS1AAufz97MJMhgV4/gsykNCyjBEz6xLJPMzs87sSSL4NE9OjzwhEjMxcCi0lNNM3c+gtVTRBdIs5EZU9uT9zJxC66hzq4FiAqL8833M+cKE/oTqAgdJrPXzwC6kDXTjCzeNjkuI6CryTgWkITWLys5uPSTni2YtFtuM7aSGLc9GgvTjn8BePMldczovrje8BVNBLHszUg+LgJn4t2T7i4pPhLryklxgQ7C34vbT6MzTPrErxDXNQzH5qhMZLFoElwjz0eikt8T+i4oR0ids9ot+LL4+SB8LQhIajeLcc2EuDEHM0xPYL7SzEtClcsAVMFggy3nP86SijVCJMjSz5wmRSzqMuZLgsIsod6Ay+XN9LW8+eBrggmkhNQLQhA8hnTiC2bO2kVkGBPkLGy/ssSGhy/0vsWi8D4hNLNy4st1LQhP2AzL3YCYvVLNy85OQLpS/oQcU3U1gsFLzywHNeZ2S84v4gwK1fP7j4LOCstLWC1uNArXy3EtArX4wTAbLsM4IuRzaK7csVzPYMgvvg2y0kuskFKrflpL0K3ODjjWC1hrMLHjvCqhTgK9BnqmtKzbCWLQK3pPUyby89OsrOEyzNuYA8+CuELOy1itrL6i2EtIo+k6rDoL6SP8uwLrzmvkyrdmBivaT20OSAJLNbZXN+KKq4ivzTGKkIRSrWi2IsKT0K3quxLeC74vbIPs6FPCLJIK8slTuxDzP5IoS3asAz7K4EtArWKgTDwrNy35Oqq1wMIA2As4X2PolA4y711YwIDn6GCPmEmZ5od8xrx6gPTiSwHggZt7OY6pfiEaMqKc35geGKKocpToBRgvJ2G3syCCh6fyRzOEiRawHqra4a7AKRrQUBcCrKbvOTqGanGccpsqX6DdP+qdzhvxg65WMDjPzGvOWg6mB6GGuIukZgZjnTla4i7TKxWEcZzYia0+N6mvGBdgdrM9t7Mo6y2DTCXOhazWuBsOE5TynmBRknyjmq65mslrMLtspU65WvuHcBMtlVh6qrchZEy2UgCkHUElwWl5Xr84ZkxPrJ6gK5He3vkwKvrJIQIDvrhkQ2r82e6uSBC2t6wcIB2gG/pFzhIG1GB6uL6y9Z/rRav97QGwG6/6IbH/thKQbKQS2DobP4sG39jdTiGt468uo0l8UhJiM5MUEoXXzUbqzslSBmBGn5UcgNGw8SBmf6axsyYRzl6DW+f6Yc0Qq5zqrpSmf6ZeBkgME1swvhESekaoQR8Dvb5R/G/TTUbWugg7Z6XG+qA8bn1KPZQZtClo4xhomaiRW6Cjk7BFGAm2ZLvOWNFxZ/pdBapQ16Y5NZuqBBzhdjJodDn+lPgdxvWx40CJn+lfVGNAbosOGGpqDpU5DkxvZ6LG5ps06im4YoRbKm3joibkuiujny/E0rT3Gvm2lIzr6OtJvyZ8YJ5sQ6HETlsSWPNPlt+aNm7MHAu/eNlvmbWEO86pbcFlBnGbyukyCTGum4NOy6fG4YoabDG6o4/AXofRtsbNer1t2GXW2xvSOvoGltObxW6o5da8prFujb028OFMANmy9pxTgjgVt/pPFqMQ+rfqwGuBRZSewQP4YbQ05gF4a2Fo84cfejpLJT3U3Wk6v9qalhdF28MVwWdGudtRb6muXE79VeFFuxWzGwvTDUAOiw4K6I2KShw6J27NvPGAQU1s5+DscJEdIw9oDtLJJPTHo8FOJq+qZIWaBDrHmdKXWDLJU9ndtXbalIguNEdG90hfb9m/hYK6n23GgG6Z6yylTdMeoCWXOdO4DQM7qMN35o7SO/ZsqGQO8/i9kNHKiQU7SyS1oxdsei2ZCa2qXICfwnepTqo7BPI8gTgCxaOZhapDghCM7FaGdtk7eOl4bZoGu9Tt46QhrujK7hXFdrSbPaVx16gaVg5FG+l+P/qrshoLxAvWRS7bvVEXWnz5eemG+j427K2lRCu7L1l7uvqKDA7so+Hu0b5O7g2i7tB7iXlvrU4/+jGW+7wewZFYbRzmvpx7ke4oH56Kez7tp7EXsRtBrpGzPF4L6azltHwMuq5SyOw1Wc4owIVI5u8T8a+z5kkTTNxnTIMuvISN7vmy35tcDxNobt7Le1+Q+mvm1X5tcN2vKbub5OhdiTMnGyfhg6mWxPvqbq4caZD7Ma2JsgOQUE1Q6bguE2E3TGVN3tFYnOt/Ze8gaAJt77E4KkAbzOWzTA1mjThlNAJguCvvnOwEIJpLb8+5GFQuD+wgs5bkMN0ZX7HKjfurwNFo05n7A+yTqeNo5j3sB62++6xgHffiC41zsYEfvuheOueBTBxex3u2pdzvAdc6OzkPPBJfWFTpMOlJjiZAHJ+33tq6UB0FC2mgFmQdH2kM8XuD7Bxsgej7gJgptM4FaBgfm6NGZc5kHzBy2vL7kLllvl7G+5fsIehB7vsIHJu5fM5biIGIcUxlB4IdNrFunxOCANm0hKgWChyxZcHqjjfDoabBwrtKwk+1Agfm0jt3r1bIRRnrxYE24BDDONeqdSiboEyTpJiAh83sj6eh3PtOHffp+p8kumigcoa6w4lpKHoh8Ryyavh14cV7Zh0bqQwkGcmii6YmgfvkKXG287EadfDltQQJeh4eQzSh6YdaawR3EeubRGkEdd0thwYdc6rjtdP+Hbh80QlHLW7fuQuAGjwdyHWlp+qOkM9jof8abxP3sBHqKp+pd7kB/UcWaN4jXsfA7ZnlYQL3h1FaPq8emEYtHkWgDgImLG7P5Jg2mgAsYamEKGh0Y2mjGsEacIOWaPqTRx9tFHnR7DiTGmx8ftGasJLRp34QLlvjjHEh0QdGaw+6mZUH0xywdwHeuJXtya2a7QeFaQAjwaMHEWo+qI6w21PvdG/x5pOGbD4Mab/H9a+ft370x8YcGsYm5vsWaxGHUf7HQWmknhrUx9cc+bvR7Jr6C2h68coaeJ1xqhHYx0SdwJAgUMdyQmCzluDHSKrifJUO++Uc+aDJ5AeZH7h6EKFHJe1ppMcZGrcdm9KEKVt9YY+x+pwcRjhtvT7QWqKf4n4Jy/u+gAp4CcULNRzyfoKCJzWZynNh0gqYn9QugcdHkp4CQYnvRyKckH5J4qd2aBvdicyn0FvycTHSyuKfAn1Jevt/7fx4yUj7dh3qe7HOB0yf8nGp2Udcn7h+EU/HBJ1prEUYp26cfq8pdZrubeBxZoRnSiiSfuHWMG9OfHQWmeBP7Xp9KAsnYJ36fsaEsPcppnGoIVoacx4zluigVh1ub6nl4zScqHOZyQdpnF+02sZn3R2CdSHxR6meSHJx42DwUoB4aednb+0JrKHQx2BBETOW2GuWmGZ/ce/7GIEzqyaXwrMrRp54DaEiJSZyxsJHsmhAf9V6Z0Uw0wG59mcfqfDvComntJ6Ba7xc59Cc1HA0aCqRHJCGqcC5xZ6qcNnOVEqG8HdmuudVnQxy414aMm4eiYme56aR5hdp3oY6+TZyWfCntCjMdMRfJzr4Tnox7jo6+Gp1ee7nYF2cdGYkF/ufqQJp5yBMHKOvKeXAjxxNUAnuF7qeyaxqQednndmlczbn5+4icfqcLJSrtnCBxNW7HLx6ic0XFZz0T3nDR68R5nb5zqYTVbR5MQaHfF9xcDnvFxQZPnPZ6tVLjX5y2edHfImmcyXQWoqIhgzF/WcNHsooJqenR5+xrqXnIJ6fZnsmsIcsqMF9pcuHnpwpcGXpl2RcmX0FxxcWa8KeJcsXxQOEfZomJ/TRUXap1jScHFJ7xeeXrB0GfuHvl8xdaXH6qjTdn15w2ess79q5f90vJ7qchXBR6qC2X8V88dlHwV1mShimEL6cT6QgL6v+raLgQaTxB1Vh0E4j6q/Aj7iQG8e/YUJ+qcigiFuBqA63fnKeIXjR0mf2azV8DucHFsyhols2BwvFvhqRyWx9rcpwufWGpV0vujkPzlRrD04145ckaQ123AwnJGr1fqn1Z0ZrQQrB7wEQnJdK1ebXdVzsc7XsGEMdRaLW+8DVn9J1XjNHFV91cNXoB1dfZaN14ftdXWmnqbLXT1+4dyQ1V6deUn8SH1eHXdJ6pp0gv181fmQS229fsaBG51flHsmukig36ZzDe/XKxyv7Q33Uk+f8Q+uvyeA3cp4jdxTcp4+DaHaN6SDHd6p1Je/X9iEqc/XWN3Gs43KIzRGk3K+7JrwI3U3Alg34ZyjcQXo5FTewIGZwoRKHBN3P4ZnalOzeEwqx6zeY3fN0TfGNEhsEkLXNR4zeo3wt+pHlnMCBEd03feoUP5736cONF7jiKFZa3sjh6B0gpe3+fgsquFsI9TXXJbNxght+AeksjezrfFrne9Sf23Nt/xdU4gDhOC3nzTnmBybEWm1yeISa3mDCgX+7PuQI64Avue3nTriF/mE3K7e6ImlgqAQHvONRv77nhyAoTGmB6ftozcd5fsvMgi7ojR3r+0XPKSUFhdjbEj+5Yiugeht/t53AoD7el3qxHLNUg7t+c6p3Td7reJ3bdw7f0HnWghhsb7B6Zs93zt9AdoHK62mDJ3xBx6dsg1U/gcuHkCM3dQusd0PfkHxt5OjW3KDrEdN3ZFogewHbIHoR2K6Oi2sNofd6FvPHnd1FYH3m61Hd8HlW/re4h8dwDt9rR99IfgXSyk/eYHMh1xaHw991ruKHykvJYBbLFkvfSOWh6hNj3x9zXr+3AzmA+GHKTh8cG3ut4bwzO3t9PcKgLHKUeb39h7RsV+eYGvf96s92ffuH2R/Gi4P/GqnfXo49/kdkPVtwg/MQMkdOAOWpD+kfTg1lrmYeH38gw/1XVD/A8+HsR9eiaJ0evkc+nvdwxd7iUpkA/1XQj4fAF3tR5fdTDapzGWdr0D8UcTYSx2/edHv2E7d338jyvd/3Qx/0cm3HFAeayaDAgiZqPaJy/foSEm4Td3Hqj3mAHOit+sdVrdj/pZrKOx71cCg490ZqSPdj+A/THyF4ZC4ILj1ccmPYRo4hb3jj17eGP116fdL3Xj3A84P4T98dkatd3venHoJxXfAnepH5oM4Jd6cdQnUjzUcE8SD3I8NnyJ7I/p3Bx2xd7ynj9Mc2nEGLIDx39JyA9u3oVvZrNP1D8WttPiE7o+8XVJ0UYM48lvSfdHAT/EiEnLJ7zi4PyN949RP3JzFfwTCT4VotV2T97epP/J+0+JSldzOtyn6z1fC5P/JwRf1PtQWadzPvODVsNnHJ3Uoz+DF9qej3Vz8UcunkdyU8NHDpz6YFPxz3U/F3EJ+aehPgd5s96ni9ys80WuNzGthPiz0iSj3Mz7BcXPxD0Y/ln/jwQ81nOzxxThPsZyxLhgZZxmcN7ky2mCTPnZ/DBHrCzymd8UCL6zfAXsT+Wf8XLEvPfjnjE1PcYvRZ5WcDPQx7md8R2dw2eecykcI+tnxL2Y8fqiZ+v5aPDZ0Oe03TL7xfCvezvhhCW7DjS/FnSCNOednyF5AosPxGkNwEvaCHkdgXZLzi+tPW5wNgw3KGmhcYIV8P/dIXqyoc/SPF53Rdf3N52xcLwZzw0ePnTEW8/sar56K/HnH53mENgUryq/G3Iz0HeAXrr4C9/Hjr1VigvQWhHdz3Orwler3Ub4q8YP4bzhdU4dd8ReJvJL9hcEXl8Hc/+T6b5pOZv3SDUcUXerw09qntF2+hZvQWiPepg5b6xfQX1rw2dcXrL26/saDb0mHiPQl42/GvQx2JdOvgr5xe+vXL7Jc8vSj4O/4v20L292XUNBpc9Px5zpceYkLxUeGXxRDg+tPi72ncUPxQJA9p3Rz9Ze0vdb2pcv3ebzU/DVfEz+gVPQWm5d7vFmoFfTv7Gte9tvd7528+XXZxfLFvEV7bfYv1b+lfwvvL+lfwXbLw0d5oxyvGie4T7ylcIv223lc7+BV/tsaNPpYBJjXVazxMkP9V38jJPPE2Hd7X21+v5IfrT1h9Hr+rsh+oah9wR+tPPV52v6uPEANeGERfnSLKvRmmVdfORS62EIfiLvcS+Pc1zR/5vdmmR8rr6Hya9Efm6+h97PLV9h98iJd8Y8PXMk+qZHXkspMYxTgz6poXXQUzh/XXUMPh9sTqn0mcNTrTy9fkfWzLC/2aqH/BN8f314DfyfLmvSdmfKn89c/X2nyhoQ3y3Pp+dP8N3Z+zPVn/cRiosoMjeC3ob/q5WP/Ny5/6u9j9TdREJzn5+2EkMFM8k3Jrtu9Gn7nw84OPNN3s76u27wzds3vn05/Bn6X5twefqx2l883rU/58LHct069Bfnn2seGPhXxF8S31H0Zcxf0jyV8ZfCXzjeMMJ761Pbv6t6pkE41QA23YP871GHDQt9/q9qhc0IBbAIZt3RgTOcGHbfavYGlN8P2LT8WsTOSkdobkvEzppFu3W9+t+Lbu9zRZIuam5Aj+vM6/t9guuzwxHITTj1jOQu634FuXvUYRSr9Pw78aC1eNUAS+fvL32zppRd38B4XwNd1fflYtXqGFmfZ3y/uA/YisD/wIfz1GHZLP+7t8RaH31ndhv0PyTBqvozyN/TIj3/O8vAfrkmiD3T31GESEFwe4i4vtXiSa3PZ78j9k/QU8g9lnpPwd/xvyPxt9pvfrrmEGPaP7jo4/L2vRLz3OP0T9w/din67rwfaPj+LuQv8T+wvgv/LL/ysX6L8db0v9/dbT9Pz+97uBmwO/PfozmN/jvUYUiId2wHya/6umWD5YIv2P5dS1hyv+Aanf5byb8lUxT+z/+gBH5vKD+NP6X4EfUDsQ9bflJrff9fJrsogB3WP8FNc/ML3N/SZfh2r/Y/If14fcPaoWCYq3L4Bw++Tgf8w82hvk3m+Ufjhgn+h/Ufxz8R/3SvCMavSH279q/UYbcVyfy70t8l/Yj/9/2//YeU/2vYoDxNU/a77488TTP8r8hFj308/1/UR5r+Au7Zp4Gs/Mb0t9ARpjyL+MRr93mBFfUYUayj2Hj+V9T/GJpE+rw5Zp4GN/VIDU/Pjhfx4/N/aDzwYePQT9j/D/Pz8i8qwngQtiL/yH54Fi/zP4B9IPx/8987/yT0G+Rgnge2HoSR3/f+wYyz8OB7PL/9lvOv8/6yZa/Fr9/AlL8i/jOMdvsr9D/uP9O/hrgyIuhpyXn6EzfrN8orIgCTnI+9QLIpE6HE29YARj9VvmX9DQrgD3WFn9puMlpS/t78y3C6FH/nf8pIp/8C1k/8aAbBEMnkxYawmgDv/pJZxwnQCrvuVgKAX/9gAWW4hMJX9P3mW5V/j+8y3Gf9Hnq+8tLGIDbvlX8aARqFx/mwCX9mW55AW/8ofje5W/vQD1ARADCXjQCRAfgDywj2AyAXb8NcEoJd/voCa8EGQkAdQDAcihB37LXcUHizgtBHYDkAX340wL99j5NYC0wEa9yARbNOXggCqTh29PAXJBhwpAh0XqX5+XOIDQ7ia8IgWg495HX9HAYQD6njU8vAYe9fHm4Diwlu9v7m4DwflED2zNkCRXpK8fzjYDIgfLh5XmmBKAQNh1XreZ4QBkC1QMq8NcA98MtB08vLIeVTzsQCWcNCpSLk28OgWhFzXr6EOKFA5T3vECPHiED/3k4Q5wMBF87v0DEgTe8YiKz8RniFt2HNNB5gUwCZ1nmAVvoIQUnjRZ1gZMCkfiMDZXuYCegQIC30OQDWgZRc9gd7dCIkm897nwRaAd4C7fjER2wqkCYHrrArgVMDuAUYw2gXwDmJpecwAckRdTP/JkgXlBRgd98OYLEDZgWlBwQeI8wQYEDpPsGFduEqFQQVQ5Pzn8DPCKiCzjByp5fjWYelFO9ugUjBcQeYCBiGagpbmm8uIL78l3lb8BoOSCt3gXd/uCCC+AS41EQSL9ygIb86FEID6gGMCASPZhL7r39gwqkBPvuL9i1j/4BQRCDygO4DMgdiDjUs4D2QWhEk7mkC1nL8DQQXSIpfnr88gcqDYrEH8pwiwBcrrtt+5CG1negXtPAvwovnBp9o/gnI0PmJ8fwvNlRPg8D6ggQp8Ppl8OfmjlBPo6D7fkVgi1sp8GliXpPAn/Ik1hR86PqIFjQZTwmPk6EjQRACgvtv8rLJx8Zfj6CPQVJ8QPqBZPAkvIKSJaDQftaD1Pr/ofwifhageZ8qIkSQ5PiZ9/riGE4wU5NQrCv8cwdZ8nQZ6AKwa6CeIgmRePq6CcAbOQLQXCCMAdtchJgmDpuO2D6gsh8xQhjISPmJFkwatNYXm+4cvraDRwa1NgvrAgKAbsDwvujcJwSa4pwTQCdJKhM5wYTchIsFwUQfV9fQjyoxwUuCb3GQosJil8/zCYDwFIiCBwV5ZT2LODcvkjcbAdgpxFGuCFIleDzwTeC4pvy5+wa8RqvqeDfQT4JZpLSDnwaV9XwbHhzIB3Y0plx8UXLntvSsUMxlD185fsZcBvkyBy9myd7fqN8a9j6A69vN9HHE3tELphC29v5dmiMt83NvhD7vrxF2jmuAT/hd9XTk6dn/pSgRDmahujCd99DkqBzvgv8HjtUcAfp5xHTqpd6/o0Cejo5cXvlz96LlzoEfo3ckrj99iwr/sybgD84IOXcbNrVcrTmD9ZIUCc9DID8JISBc9vu7As7nycBIWFccIbxCvzvpdF3Lj9hmFMdefgwd8Idj8siDqd+IVZDmjrgdafrYg6IQWdnvmERHTjhDkQTXt3ISj9D9mGcjIXz9fjgL9EmKADTIUFCvLlDdRfsFD2Ifb9UmI4duIQT9iQfocFLvFCVAUJDUVAb9MdN0wxIQb9dfjxdEwTr91DhZDRvLWFTIRb9EocftrfoAD4TshDtfjb96tvZCXfgqDOTlX4KPnBDHjn596fhocM/iEdiIQH9Q/jodw/t5C4jtVCYpqBDkjtEdi/oNCyjiNdczCn8xod6Cc/hkcvTl1Ccjk7B8/hX9NTnFcewYX9OoetCyjlJDq/v6gwoXFC7QSWDTIfphAtmdDCAV+djof38MoVec0rrdDZDuFCx/s2cOzi9CgtvMd5/kz8CNNjdJvrgdTthcdl/uqQ7nMccEDhv8jjnfg3oQ/8a0mcZUjAf8SgBadnIV9Cdvm1D7CJFCloTf86oeRCP/hUCvzphd4fgIFBTvRCVIYTCFTsxDQftDDroTCdnxo78rzjdC0YWFCkoeACDTvxCoAWCduITgDGAY8dUAdodkIZzDiod5c2wVdDcoV2DhYdzDBMGZs+YTe5jgVlcxIrjDkzjQDX/upCItD2EBYcTC1gSwDpTuTCrThQD1tlFDFYVVsezvwDtoZtDhAadDTYbZEWYcdDpAVxCYTsoDVfnJD2AQjDJjspCNYaRDSDkKdtgZbCqIUjCDwebCvTsbCqjuFDxXIbCA4ZYDQztjCEgdN84zvVDb7Py5o4UtspYekDGrr5CUgfBCbARsCszpXsYgay8+ThEDRgVGcyzvnC7zoLCLAe7C6ztRcM4X3ZXoQgc04VMdk4WFdrYXBxabiJcMAc3DENH+lRzksDggSXD/UGUDkGKecVzjaFVcLUCh4QI8BQJnDsIdnCzgShdhoZcDSLq3Ca8DPD2YXbCBgb8CxIXY8C4UbCJgQ5d9oT0DJ4YvC5gRlCvzl3Cm8AjAUQQBc1gbxCwTvjDaiDvCILqnDKIexceoTg9BgenDvbi+EszlX554ehdlYXYpXgQvCX4fhA3gf1DuUCAj9YdyhP4e5cm1mAQ34fXDbIdiB4EaxDJIZXCYQUmFD4ZCDc4YVC0EQJdS4TER5ASadrYR5Dd0PXC0QaQiMQcpdoEVICesFO8METiDdLsZciQdSD34Qs4SQaAiyQWptPTnvCWiFvDwrtQjnYVVh64flCVbkIic4BvD+QWes6ERIiwoYZDhQZIi8ESsRxQVQjDiLYDIzqbCTmIGdHLuUBjgXTDUEeqDMriLCASGL9ZYVqCQADqD8roGsoIYON4YUGCgbpXseJs2CVTrtc2Ig39agU1d7EemDHrhjC5ZJDccIe6D0Dv1d0/luRCDi2AEjvP9bEVjdJruEiUYV5EwYcEjONjLcAfv4jLrn9dEwc6CNrpadn/p4jpbpkj4YfaDD9l9c8wSGRRNoUidQDgD6wcDp3EXN9swY1c7rlWD8kcEkWbraEKkY0jg4Z+gqtqUjwImMgVrhZ9bQt0i6kV0jmbgHDW5L4iW/BOC2rtnDdwQjdObhuCWyELcdQPOCpkZTcRbuoDioeLcNwTDJ/zokia8EsiObisjhATkDVbt7AbAXMjBEU0jxXJMDlkbeD+XPeDebqjB5wQBDBEXsjFbu+C4EusibAT+CckdwiLkfLdfoQkDalC5dtkZ18jtoBJHYIeAddmZgB1vWwKqKnodCr2h8QPeAW9PhpXNr3s7QE2Fu8pXs2uJDoASl0Zz7kiI/9KeFMUeoBB9BiiZdJdQYIB2EUfo4Y8gAjpG9EUV0bnkAJdNLkgpBnc67A5t8wmT8aHDSjYUWflozuc4YoEWtQ8oPtiUSaV8tCii2nL/p4qDflMUTG4btAgUjsFM5a9A/t1ChqEmHIMRy9CaFOUczp1Ud3oTQiyjzdIMQHdOoVuQTBNZUd+BMiuNCoXKgYTQplg8UQFJdUaSiA9Kg5EdDoVbUevcQ4FTpHspXCWdCSiaCt6i+pBSj1CpQCmtjlBCdDRl2zMw4XUcnlzUedNnUXSjZQrhIq7gCEQHGflQLqTpA0UKivdCbhRUaHkiUddpzUbmiyUUqj3tJmjiDhuB29KmisLrHoedHqiOztWiI9JJpxUdAdL9Dai6DvaiK0XHly1szoU9FGjO0fK8PDiyByFISieHh6j1dmCYsjs/ghtqPlLUZ+pWdPTpwSIuct0A2i6wlEj6rgKjKURaEGjsrJ49OoVevoNNP1DWjfMhKd+NHOj8tO38/jvQQp0Tfkq/J+pR0Tii3UexoV0IOi9NE2i8HpbpDdt39dDkijK0b7cu9B2jzoV/s3CKroz0YhC8xjXoC9CBjN0ag920bGEKEb85R9MqjR8mEjptrFhDdiH9HDAOjTqNLkH0fkdwUa6i3js8YpUeOjYLoNdyICWF0MWLoxrleiF0aNdgTDmjMwsx9QMMui/UWqcmMUgcTQnuiFjnRi2dEejMnpOj0UbYUgXqRi+NqWi1rgSjX0fxo8MYWiJ0d+jr0YVpLcA6jBMReioiMBjeMYBda0l1pDipxjWjm6BFNCAZtHhBiV0cx8FMf+j8gIuji0YIR9QjOj2kXKjHUe4dIzFnpOcvCi1juV4yMU5ioURJ8LEn4hpUddd30TUU3jgAxfUa+iIPrqC7wgdsNbow1XNg/tUauLhCMF5sHNPLptYhYkYJrJN2UTDVi9Abo60OLtlIBuAuURTFTqNdEGsLGjqiN3pDYn/IMVAptwHFbptYs0ksHOdCZttrEMsfrtt0GKlocKjotdCGB40YagiIFFt+Cl1jC8Pn5msQ8RVYpFhQtg8RaFKrEs0Clja9Ebp3omohqUZ9R2MarFpdHVjSdpjpJsSzB+dgljfdLrVGFLodkOIXoJCGpRzbmjIRNtdF7EPIcgsoljHosrAQwAbpFlJLp6kE1iFDktiYarVjh7FViSYgKd/LKo4OIFDombHFj7NhZhy4kHApsVtiF/JwplsXVAXNn8NydFDjqUYLgg9AjVN/NY9VHJ8Bxtq1inYIDi0cdhBwtkHAGAD2tU+NdiR/PSAtsejjN5PjEGTDDjcVP1i8Slg4icTtj9zh9pLdmj4jfCAY0DKQoH1sAZqcAE47tGuEc9ont0fOzi19HSIucaE5YMBzi1NKVYQ9mt4zMFCB/9Nwg/dp6BQDNfpqcNLjBcdbtlcWgZFcUd5sDCLjAdOrj4Nkns9cdHYgQMU4JcfrizcQntoPuo1MOnB9XenMQh7AjUAgglZHcV4dqGjA8kqLUEh0fjjIXHdR9HNiA24pXCCmnWYFdJB4EDtk09jAPFxUFzo7qEHcVbkHiazHdQtcO7ijse2Zk8Z2gfcfIEorBnjQ/uDVVrs9Q8cdhIk8fp92duHjY8Z+CjHB7iK8bPBB4Y1IS8Uv8j4DFiq8DqY7qHcYm8TNEW/FlI1AHmExoi7jWjH1Ie8Ybty8dm9u8SiCPqpXtyaNaZLMdVIS9GPje8XHBkMVlIMwDrtZ8Y4Z58cPjs8QPjupOPjF8Rq9tJCKZq8aioD8RKFEmF3idzKfjf9H7jD8vcZE8U2tqaFsgxUiPjxjAGZwts/jOaGiY78VpZIxG6ZXYi3jQLD/j8zJ3ji1m0YOTJJoz8WBpQCVXjn8Q0YwCWLVICfYQfwPTo18WLooCQGE98dYY2jAZp5YvgQ58ZnpoCVviXEPgT0CdTh98XrhH8ctFkMTSYOTFnFVzn3RicFxY+8VX4ITEAS+8ZXtp6HGZgCe8ZP0BQSmCTcYqrkcdc7GWcJTIISicO2ZLxLwT68U2sOCSDD38X3Rf8dHiOzufQh8XNjK4efQV8QjV/8WEwq2ixZHojGjomAISpTDDUu0S3JqcF6FPFD8ZG8UjoICe8ZmzDPY2CTGYicKdsLCb7RMzKPYSanyiKzJ/iYUeCYXrs4ToUINjP6AHi96tPYaHJ3RCTEYT6kF2jj6KY5CdMkheLB2ZsCYbFAaC/tO6HyZkiQXjwiYfipCVpZwiZKZJdHISgiZwSj8a4SnCbNsciaCJP6JR89QoUTbZrTcxojHjs3lUTI0Nlji8dIS1IHASSiQ6YIiQUTZPlzpP6N7iYthUSS0MbMQYb7jqTC2AXjBg1jTHAxX8QrofCS6ZRifYSzajRYBiUPYhiUQ5SiT0TncewSOiVXibCUmY6iXqEXCb6hhAnniH6rQZe/vYSLie8YURvsS2ibkTXnLfjhidi5GHOrtxiWEwrvtb588eISriSDjn8EUCcGMUSFiTOs4GIMTMcUI5g6FMMmdi4SRiVYSzYuwSYbuzsDiZ8SHwDNFmCWcTU8WbIsLmwxM8XpoMCbmY2GGHjcCY4YMGGQ4SwjcSkzLghD8ZSSoVBMYjCSgTg6HOBeCQSTomOStZHHlFf4E6ECGOsSn8Q09yzAQxJCVfjqTJD86Hg4T3jOyTviSiSQsRYi9trbiDQZrcpCUREYyj3Z2fNo4AykxRvcRNxAaFKYwylyAVHG1xUkPKY9Sfw4JuEGAwjHqTMHOPtsScI4VSQZoJuOsguLLeVrTA6S7oXG068MC4VibaT0wH/h6YOKgr7MRhTSez5HSd0x2yvw5GNu/EkIoGSDSUiICtiaSYyUQ4nSdGTRHBkpiHHehwyVC5/SRI50yQaT27CxZ4yaI5SSKACwyW6ZgHsWScyaI5w9Hc4CySZsjSamZLSVqSUnIFsrKqqTBHKr9nSWVpBtnQ4NKi3gbpnmhuySWwXcG1sMLAiZayovhMtinpR7E2UrcDDi6yfxFUMGfYa9NPZgdCWTKyQCSl7MmSTNuvYDWGxVzpivocIhbwi2mjI/NGOT57FrtawtBUhyYQ4syX/YJeAwStHHGSJsMTh4McKSdHHaTLNkTh7jA2SIHJodyyYbZSyfVcdSdA4KybBc78HBCayY+joUIg5K6I2TXHDt8WyfaSJHs2SnyS6T6ruaTJ2neSe8fxp0KdFVAQHKZ+NDAgfTKeSq0ART4KYeSYjo8hEHAuTpXmBSlHJuTIKUBTK2v+S4HB4dstruTEjm0SiIuRSa9DeTGKuOTdDr2RrNJeT8KdNsH7PxFMKX2TZPlfYUKZ2TOHo+SqIKqTWKThEYKT+Tb0YX8IKfkczQIhoEKaw8eCe/ZvyZRjgdieSQKexpgTEo4TKacd6fgZTsNA3Jw1jpTiNKhhkKVrjZKXJonKfQZXHrZTjSeYJfSSh9agauSSMSPYiKfRSZSVB9LEdnBb1sVdjtgsphHPCNDkAY595Nno7SmhhpsUCA97NasqFFdpqiZBF0kCFg8seNFA0Nq1SpMjszZKOT1WhmBmDqSAnSTAkfyRfdjSelTiqZ6Il7Bzp0pKDtE+F+SpVkCgotm/EN7IuFJdvFTGqQ80SsP3cmcHVSSxgYEIdJVTQyWf5XkPDtKDCc0ZqQDtf4tA5tRhAhCHAOBEqW3B5MP3cvMERTeqT+BXdP4ZpWuaibpr5gpiUi1hMHdj4tktTlWj4hiqX+or7NVTVsXSBiHI9T97lEdOHK9SOsZc47Sp8Ah7ApsQqI3cfqQtStdgYE0ovNSaqQpQXqZrxZkGNjitPxEFrokgPscWT3gPiAoMCzjVvDF5Y9Kk4XljBsqvKbkCnHOA54objJAlT479PuB7HNMoiabrjyaYE4cabuFxtDLjMafjT7HITS1wlV4SnMqUEGPTSMNhrjZcb0BaaRSw2acF4OaZTT+ce7teaZjSRadhIhaVZ4WOBTTpadzSiNvH4YPnbjoIaYSDiD89rWjcY3NIA8r4CyBDiX6l39gzh9aU2ZicuDRdEMJgHTPSwjCLogl4sHRzIMMZT3huAXTA7SCZpPA3QD1NP6NbTsmC+By/INMvaTQTpwBOh2HJ/RjCEbScXvJgrTsmZM8VbdvuKBYgiSoS4wAjpqTLuwQTEnS77LkTd2EASn/BJhsVFnSR/qUhvgNyTU6R39PyUKYp1pr9JieKY9TDHTmAibSHTH1kZvgRtHCeLV2aHGBUDD9i4GI3S7HIfBLadi56an99hwPXTsXKqQjfsbTHCSEQ8AVrTSiRrToARSxViXJA0TA2gRYqCTF6TP8I6TMThkNnTygb6BqTMMg06R6BsINISWwBoS4wDFB+iaUgOwCYwxfFRhUVF3SkCXm8j6epBTiVzxTvkPTaDKGApiU/5b6XApP6Zb8zZDMTN4HWY95MnTUSSXVXnuUCM6cphC7KXTz6XfTOmrrS24D/THlK/SA7tPT5lNSQ+vthJLicFwzAe/SJSWbTQHugz+GN3TqnutFb7BgxSGbHTfiYQzH6VAz5lK3T5nkgyEDpQxeSWfSf6fMo9amgz8dNITcEMAzqGTqZSGPwyXwMHS2SZrlF/LQh5QPg4JcjQhmGf0SQUM4D8GUmZ7qrb9IdFHTpaoo8lGScpZ6fU84GXApLDHQ8vXjaFBmH5lF/iHBx4YMxZ6Xm8/oO8YtmCKY66cWtQWKDT3EDYykzOoBnGe3STace0PGb3SbjKng8ScpJh6VwY/jFThXGXrERCAcDiGaTl5jE39hCa8QYmQIz46fcRQ8enSazMEymQXIy76f4zM/jfSWGaSQfGZAy0mYdk3vmyjBGcUyX3hYlLTNEySQYWgpGQ8pAPE7jAmWIZZUrn849IEcGmZH8N6akTy8mpEk6bvS0YlwyKQTwzciQpQO3pkyusumA/Abkz2mSEYWifRIwmVEY5mewyYHrMyCQe8B+mVEYkCQvAn6Qu1vaXm89GSSxk+Fa9pmXfTTOJ0zFwmkzswQCDEmWEwrmb0zx6VFY9WBqZ/5Bjp46SfgEmYfT6GTWhwGZMRv6WIcktluCTmcthAcvYhT3jsyvWFYZQ4GCMI0XnIoIKHAtGc+hpQBqCmmRWsn9Miy/me0yY2I/jr0Asy5sEcyy3pKjqUU0l0WV4DXou84kUq0yO6Vg5iWQYiHGaiykWbSzSWRq9DsCCzWmQcyeMAEyHmdAdW5Dkz1mXwdBrqkz5DsPQr6Wnd2WSF44CRizzdDlozARcyhWWbJVGXHSgoMRhj4EACEWcRx7JF/9sGQHo9LMs9oWYOtT2BKzCmfIcgyC0SF4GKya6byy2meboK6Z68jWc/T1Wd7TDnn3TgoFQyuWUFALWZ0ytGXZBharaziGZuwo8b3cyzv6ypmaGBvtJdTgoD6yuFCiM7dOqzWWXw8/aTRwgyEgTv5Amy7II6yg6ZiYoOKPS6FF6z1WZPTNgbiFnWVvSMmbXog2cWye3s3Tz7qUgDApOhzGe84YGU0CjGePDrOByY95LizuwIwz6nu2yOKPkTT3lSyJ5tiy4wHWziJi0zr0HaAnQm8tnmYKybphLAp2b7SEiXLBGmcvSv9pxgSWVE1/9j2zFQYWySdBxRhjOhJu2YQyWJAeyw6R5g/WbiBMQbbSN2VOhY/mPcV6ZAslwo0FpwKmyGoJCzr0OCyKoDWy4wOOzfnOezKER6Bh2UZwlmcwF2MFg5GGK2zPGQ7dPap6ytWXnosYJnjJ0GEyfYOBy3WXuNkOaUFh6ZVwgOV4DyIKjisuJ+yPQKzpVtnBzEtKe8ydDTAuwEHAh8fuyMOWbVdlLzg9GRRyHNHhpdGRwz2fG8kO8W6zGNqyy+2Rhz3GTezK2XnpLqFhyq6dSjyUZcoF4AByoXE9kdQHvJv2czoTqNgS6GTncNWb/D52WBipOWhzN4Hez+UVszL2b7chOWsz80fft8OXrSi0dxyUWYJymOVwwLaYqj82Xm9DdL7c5iH8Zqntpz2fD8ygMM+zO9isZtmV8y2uLPTZOUXTfnHMQ9jHm9JOXkBI2V2yQOfXdzOXSzh7qgz/oOhz4XNJzyCAJymttmzecO+yWdCZzZWSdTDaaeymlNfdxGSTg9Waoc+cjJyM2ZaZ4dJpz7UUmiiuXa87aVPZhOUZy8dGZQc2TBzl7v5yLOcvdTGRbBt2cQdBmdL87aSFS4NmFSirvbiOsMIzAfisgo1hEzEXA9M69nqwv6bz9hCWcyK/H65BFjG12OT5McsQUZ02Yu4ykOfcPJNh8wHDaFwMqayvpuzQiWbQyvpgdy89DSyKSJKgZdLWlyPhihDnPzwi/CdztnL9hJufhBAYL85vuYh9mJuWZU2Ety44L3Ba1tezBPjtzUWT1zKeNDzSjIzSIgvS5BnFd5vXDi4GXLe4BcUbjhfMjzavLfA6XOjyUecTTcgtesM1PCBfXFjBUeWTzn8If5BAtbiSaQeEeXDTyyAnTyo9g7Y5ZLTzwvOLTseUb46asq4qAPT5mecB4BefTySeR+s2uA3AWea4FPbBzyg3CLy31srT5ScGsC9lxBH8QoD5sGtkQeEFZiHjfAJ/AFJy7o4hdeXIQKWMzM2QOlBnuEIYRnpmgVYbGS3aYlJYSGsDbeW3TgEARAepndxLeRpIIiB4QTeebSGwHyQlgeqiDeVfAmcDrCz8aj8oINZZjeUkShgQToo+S4ZTnmOR+EWrykgfDBuwjCiC6YCQxUIrg0aqXSGTLeYzapXTcVtmEw+S+980MP5a9FhCDbkbyASOSZT3v8ofseUAXjEm9zeSsQQTHPdq+SsRk2Try2NlLwVWXgDDypry4lCP9oVPiQASHGYqcH3omLNAp16cOAQ+bUQh+ZrSNptwC7GaXSHsVICMlIgzksAMgeeG3yEMI6RUVI3yvDPZzE+aCII8Nzsm7h3yz+f/SCce0yr+X79Y0EoCA0Zd8l+f+Zx+bogT+Wvh4+Xvzt+QXgu+d/zb+Yji36Rrz0LM/gvfrhgvLGjI8GeALJzKJJWAcAKC8C8YWJC1i44U9pFGUdhI+QXheScfzM8E4RIBY/8ROD/yZcJni/FGPd9+SAL8zHa8P+dpZodspIRKBgDC6E49IKP8Am8KgKJGRtAjdPUyRLP/yD+aPo0BWXzWjHMZb/g/yrTsbgVCdz8O+R/gftkkCyBZXxk2SJgySLmYEBDQKpQAoL+Wo5SS2fwLsyOSYJnkbzF+BoTifhILIzPRYXmboKqKsYKzeWtlxEiZpu+QlZT2D9s3bhIKk2QcCB+VA0VDPRJkBafATWTUyr4HQLsyMAzKBTgLESvYLuBe4IRWeQ8yBVQlzBYfAqBWElDDPMzfBVQk4hRWB/eZkN8zLfIOBXglOWTg8JBYXTzmVvz2mTkIcmbPyhLPC0VCdL9Y+WAg3Be/zAhTPA4zNU8IhZ8gXDNILt+QCh8LOIKe+eAM2hSELWhYZzATGS0K+UqAAhffjrWl0DSBYQLUKDREnaQ0KHypay1+YxQyhbQKMBa+VjzAYKe+bCgFhQzgEhYEUqhdEKahRRQWzPULxhRxR1NEndphf2ATNEMCYhRLA4WfCz0Ba3jrhXCybBX35JEM4ynhfQVDCGuz8haPj8FJ8LNBaqhJhVbc3iKgSfhYyySQKoL5UJaz6+cCKPhaCLoBe8LXhdOBVBbxQwhSELvENYKL+WsLAROiK5JJbJFENUL78fMgBXgQLY8VZBnLIe9phY1IZWSUA9hfjihBRHzW8bSLVWXCKaqPkSlnNkKOhf1RWRfuythV7iyRfiLv8YHyJXsSLj8SXzWmTfyRRWbJAWTp0cBSyKDdhYLj8gMLsXn8sORZflsReyLXcZKLbWS4LiqH3yC2fAgHiLfY2qE0KvwCFRLqW1QThRWAMhUPk1RUigveQDVtdp7z1OV7i5RX7zmBdiJf8IYz1Ra0YV+Y2yP4ZYKF+aG9A7gaLT4AGK83poL3RSvj5BfpZOkE5kpmSRNoxSlIfeSly4RZDRyTPU8/hczRTWXXygRYMYYRSdgwRdGLIaFkKHyFnyixSsL+RVhINhfhhTqINMf8UUKSEIShxjAiLa7ojpcxVmL5RamLn1HhIJBbALyuYbyVRfpguhbXcW+QZJDDO4hreTKJqwTeyqEI2LRRJCzbhT5gnRd7pHhRWK5xZ6KSxU6FRxReyXwOCLiaJ8Y07lCLJxbyS95OGLLaFkLlRQlZ7CBcKMRTni9cM5YqXhIK7xZCoTxY+L9eQwiXwDdo5/G0Z1xWagthEAQrxSRyEMKnzeYhBpmOTeKkzM8Y6Od0LM6Oppmhf0TIJRxyvRR/RdwYBKq+RyK0iT+KMxeEShxTi8cxTESvDEBhdxZ3RjxZPAH9jyZiJUIZsBdISotKMLbRepziJfeLEJLOK+6C8ZQga2KYiThLtRR2ZPRReKIJYDpUJUhLj6EkT0JDm0V6MFwyVEm92JX3Q1eUgKHeWJK4zMYgaxSiZzgoiAhhZnSmlEBo95CYti6eJLgQKn8iJcqywJQbc8JX3QRWXXzTBaHSVDCYL0JVvTnxVbcO+VUSgrAnyahZ/RIxauKTTPuLdEBUKPJQRLFhYIzbJX2L8MCkKHTCRL7ecxLP6KxK2QFJKIpZxL4BSaY3Jf2LbCRpKNQA+KbJZcgFNPRJRJQ3SrJVFL8SMNzIIY1VrEYEVlBTmFwiK0Z4ECVLR1hMggCPAhz+Te49QMUh5hYloSBVOtLBd/8kHtMoypREIuRbCBOpZiK/SiVK+pQlYJYEkKbAdRYc8WeB8dmNKupbJQppaVKVRcwplnsPQlIF+LcEA6Kb3OJtFbsQgQTJxBQMAgoaYOjSPvCQF1ADht3MLgFTpXZEFeTzzjgidKEApdLFAq6YUAvdKseQzzSeW/5hINgF7pXp5HpfgFnpdzzXpR+sxQdQEvpff5bperM/pfV5EeVi4gZWQEaAudLYZRDKGaRLTGAq8RT/Im0GrGDL+XHDLReZT5GeajYsPu24i8CdZ4kL65BcCXYrpQDKENsbgIVO240gmzyFrNaDnAhzxiebjK3pViKUgsSjyZYoFa4NXw5AsKAWZRl4sNv9ZA0AO46ZdzKCWkzKfgALKrdmZ47aFDBCZeRAibGxM6gkaCuZS9KxeQhtbjCLL+pgrYggvNkPAv2TCNkPIoZay4AGBdKxcVaY0ZQQEKZRrKsNj9LmAiDLD1OUATfDZ1pZWSEKQisAqQscFOQjxNuQlcEFgryFiMDjL0rKyFPZeyEHAjSFkQnSF/ZWiFA/Dep1ZSyEPZV7KfAj7KUQjHKGQnyF45f9K5SfqDled+ksZWfZbtFswZTGNKaNITpi5UKCgyDqBmNhXLLwZzFUdnkwS5fy4b5BsT18qjibkVsNHsVzx9kVOtL8U3A4YQRyPqBsTKyl5YRdA3LDbKuYUae4S8mOmZaiO8AMjDNEczE3h3gIkYYsePknQji9tFF9jcEjAi29IBYADGb11OeUDV5d+pLqIcYTCPPLZjiKltgVPKfTAAY78hfL65TXKJ5aPKp0ByTa5ZOZSLEccTqOsZmAiUokdNfKVYS2Ay5S+oz5d0YNwu5pT5YCAEiRArzCW9xsQcArL8evLnzCfTniU/ph4V/LIiYKAzQtWyOSY3KhQYXYvQh/Ka8IQrLQvgqUAZ01b8akBfQEfL4EHDSoFSPLXAXQr/CR5t8IqQqWNEcQenPlLFefqDDtpFTU/NORTtq6Uk0AkCugp2jNQtODRirfjhFVpUIgRZZHspNSSFV/QQYag48NEoqkDsxt2JBqAlIizgq6WGE67Hyo55STAhFSTKLsborjFbNslaLpp58HorxdqdTcVIrhQkajtvdBlpY8ER0VFejFMsAkCkQNIrPFW00COQmI0MQYq8TOYqFIM9stFbsolFTFAjCaoqRFYfS7+GOimlGorzFb1sldhEqdFQbdpzOFt+8M8w9iji8YeHYrTFZMV8lfUSeCnCybFdiTNFQmgHFeYqH4vaFBunEqSlforvtEmhDpaz5oZewLtwhwhzwoTAulVbibZazLAZZ0qrwpToLZfhgm1JKFulcHKZZSQEMIn0qxlXMqRlYwo3ZRjTGAosr9Qo7KerMMqNlYrTjZTwqSNl19RQr+Z8yecLVzL3KT7KcqUAVXLOHJcrJzNcrEHCSBs4aeYlHKGyHkZTo0qUqiXkecrXwvySO9BrhcFdb5sWpPKn5RtTCCeYrOFLtSSSeeZL5RaSh4BgrE+EUYySqujN5cQ4h6QgrDbKiqZHEfKV5YirWvuAqYVZO1jhTfLN+FOT+wN/Cx5Yg5blUoqW5RqUqVeYqwpLqSyVSrBSgv/LHGpCTzFS9oLlSPYmLPvSTyfCA+NoNNYFUhE0VbvKHNDhEtOa2EWVe1TSCbeZMFctSoVUYqaVca0CFemA+VWCrD4JAqgVRQqiSF+T+VTArmFcaSqVQ0DNeHZTrWrXD2Ff40AifiBuFTbjeFSCE1af+yCwMaTJBMkqM4SpESqBIrTwT4qN7C6rGlVIqfVSbhXVaUF2hCuTAsUGqnFYg4q5ZEqOVQUraIkGQMVHkrBFc6rxcIlpl5RYr6yXK1rFTGrabsREV/O3lSglkq41eQFgzByqQ1WWVyyBIrvFfIq6Iszl/FU0rIIr6rZFXBwUQV+FdouyB/lfFhmIqUMm1Z2rtImCoe1TrEvDrhF8HCDIn/JeZZIvYJYrGmqTSnmFiInhkCwG0qGAtDLFlYU4xlcMrV1SsqjpWsrelZ5F3Gj0qK0GZFcEpur2lfv511WU411Tuqamseql1aerL1bc191U2or1cHs/IgYB6xg2M+gCgAUAEYBTAK2M3VDEBDACABKtIXAAAFJmOIQDIAdABcAUAAR2E1SzqQtSRmBWzrAGwAwa2ICZ2LvzMANDWr6JoALAAABecqn0AJIHscnoFjs2IRhCDY3uAEAH/VoABsAwgHYAYAAmA/6u7Gqqn8iTQBQ1fbm6k8GsAMVwAIAeGu9U5dj5CXMtD8MISuAHQGEA7+nWAKwFm0JnkeAQgEmAgwBsAsAFE17+lDlycrk1QwFw1+GpGwtQHzATQBQAfQD6AzqnrUidhqMvgBcAxADIAu2xo1dGoY1BgCY1QgBY1Sdn/V3zI8CCGuw1PGs01/GsjMJGoJCwmvdQSmrXUKAB1BQgGk1XQFk1rY3U1/mssAKmvDlIADU1Cmvc1fGrCAI2F01+msM1BgGM1K6HrG9qis19GsY1ewHs1IAFY1KACc1l7E41GBm41vGu1UnmuI1/gFI1xms4IkWsLggWp22wWvSsMmpYAcWsU1YmvdlbIVVUnWoS1VWqS1OmqEAemoM1YACM1+YG8AOmrGAYWumAxACgA/6qaAOWomAlgD2A0qiA1LAAAASmBqWABBrxANBritf4419MKzUkFy4kNWxq0NQ9IMNckE3NZVrYgIuFtNUfBvNb0EJAGGUPAORqWglRqQAMtq8tYVrHNWTTW2s7sLmGnsNNYlqr9KhhntXKpmYJNq/Nd1rLABMAUAFL4g1BJrZtECF2CFfp1PHgARgCNrUteNr0tTDrMtWZqiABZrZST9rbNXsAitSVrkmbziTtSDqBtZkAHNMzZ9wJDrJVG9qRNXDrC4AjqkdZMAwAJJqKtAHLXUBjqovFjrVVKNq0te4AMtdNrxgFMAZgAtrX1UIBltatr3xBtqQAJtqAAKI7AAABUmutVUe2qg1VgEO1LjhBuI1nSQfvjAAyGsN1qGrAgATnTs1uqRsoOu1UEGjpsZshZ1B2w+1lGoCiZOvcAdmpYADmvCAluqKA9mkBu2ADlO9uvp1+gDPAuQGG1LAFD89Wq61ymqTlMWpC1fWvC1Cmsa1LAGi1Kevk1DutiAkep4A0epAAYurx1EuoJ1BetMA5mqq00urm1swHl1LAEV1hcDW19qhV16uq11OuvA1qAH21Buqc1Qeo8CqeCaCgGvN1F2rt1GGrt1t2s01TurlsLutq1BIRXQ7uq+1XutiAPupAAfuq713qh71tIQoAY+oMAeerPArupM17OoT1vWta17+na1sWtT18ep61Ycqz16mvD1O+oL1Reom1YQEJ14QAr1M+ir1susW1Cuto19GqV162pnChcBb12ut11Hev11bGr6RKQT71Zuot1/6tt1JuCGUsBvKc7qHD1hJHook+tpAe+tn1LgE+1nuu/1Nmu91+Wt91f2v91Tmr7BEBsp0W+vcAd+tM1MeuxCcevT1IAEz1x+rXUp+s619BsYNHWvP1t+ph1u+px1Y2sf1U2uoNVgFf1FRnf182s/1detwNv+qb1/+q21GuqAN7esg1XYzANpBpN1kICgNQ+rgNI+rgNFBsyAE+pQNSNlj1+YDn1OBus1v2oK1lOp6s7YJD1puoq1+GqoNGBph1DWo51GesT1qqmT1YWuz1bBtcNHhpv1d2oj13Bvv1uOv4NJmtY1whqlUohpr17gCW1khob1yupkNIAAAAiioBgDYobU4GAaUDH/p2tMpB1DQHq0NTVsMNWkkw9X4aZ/MwB55Q4b3tVgaPdb2NvtbgbftRYattAvJ/9M9ZbDXxrG9jUYFbIYaIQhfr4dYjrkdbzrUdQLqp4sLrsdSwAH9fjqn9WXqwjdKoF9foAmNfUbucY0b2tPUAdDUUAdwlNqOjbQbHDd0bOdb0aedXzr05byFMOsMbRdUEbxjQIastanAZjXMb/tS44ktv/psjS0aqtW0aS6OUaD9WuoudX0b9jc0FY5UVdjjbwbxdbEBJdb4AZtRwbq9XLqojV/rrNVIbU4CrqAAKrJGhQ2d6sA2XiJqz3yrmXna3I21eMNSZ2VEj96nPUEakujMALunlG4w3VGq40EG5fVEG1fVDWJEQjWUHErG1DDaahQJDBFjZvGqLXeGlgDuGjg2eG5w0MGjk1n67PXh637BTaiTxjGkvUTGwQ3l64nWWa2o3k65jVUm5Q2rWe43CQBk000iHXT6l7UQoLY1eGo/WcmtrWha7k0Ra3k3sGgU2+G/DXCmmoyim043im843TG2U34G+U3zG96VhAOPIKBfE2MmvkLMm7EJamro06mq/VMGywAsG8/V+m1TWcGvw0Wm37Apavg1nGkI12m0w1ym8w03GoyJKmkZWugVU2P+ZnUamuVQ+mtk2FwE01cm001p64038m/rXhmugAimqM0AmzwCl64E3Za+02L6ik0r65Q20msyKIgdM1MmvfU5m2HWH6/016mk/UGmws3bGlw26mwc1Cm8s2Wmys3F6wE01mi43Ua+s2zGxs0KmgPUy4SsitmiTzumtU2Zmmg0EhLs1OGns3Jygs2sG4s0jm0s3mm8c2Rm/41Tm6s0Sm2c01G+M0OmxM3EGnqwtmgUrtmz02dm1k3dmy/UHm/U3X6os37mmLWnm/HU2BC82jG603Tmm81xm3LUJmwg1Omlc2pOA3pvm9U3bmzU2fmvc3fmpPW/mnw3/mjC1/m/E0RmugCTm4I2ZaqC14Ghs2OmpM3Om+xzYoJC1bmkAAsmug3Hm3s2weIM08mgC14Wsc0gWwi2Xm4i3Taus33m8i2Pm6k3Jmw2zUWy5C0Wr007mtC1Dmvk0jmw83Bmpi2hmwU1lmri1Wm6M02m2M38W6C0Pm2C2UWlYhhAW+CyACS0fmxi3sWgM2FwVi1Gmsy2Gm+LUqWis08WmM0kWrS1kWhc0UWp81DWFM3ghN03IGzc2SW1C2mW3C3mWzk0Dmo83WW0c12Wic0OWjS1OWy43zmpfVNm5c1SWVJzZAYy1ZmrgC7mmS35mrC02WzK0lmsM1nm1S1EWxy18W2K0CW1y1CW9I2nsOk3qmVK0oW7M3SWkM2YW/s14Wxq0cWiK2gWwvXgW6822m5y1mG3S3uWkNTMk6q34gWq30W700NWxS1NW5g0hWhS1hWoC0l6wq1RWiC09W0q3aWwS39W4S39eGmmMZdc0+WjM1+W+q0BW9k1yW7K2Dm1q3YW/C3nm7i1gW9S3LWzS2rWly3xWpc0laoa0h6yrajWhi3amya1uG062hWwK05Wzi32Wm61VmoE23m8k1uWza0Os53ZlAD63jWo615m/k3yWti3/W8K0FWoG2dW263dW+61zmsq1PWuC0g+E8KtyWG1SW+G3Dm5i1I2qy0o2+a3Tmxa3A2q82g20i19Wyk342qq3taeEbE2/y1fWsK0U2nC3HW5i3U26s202jG0g2mc2M2mC3M2vS0E2//Ts2x40M6/a0mWrm0o2nm25Wk835W4C3o2sU13WmK042ta3lWja2VWmmmPRDm2HWxW182n83NWi63nWgG3tW663C2+m2i23q3i2hK0kGls07W423pWia3c2362zWqm1q2ha0a2rq0M2x206WiW0DW5AyvWo22y21Y3y2tK04ADK1W2li0zW5G1m2wC1+2mm0B2zG1B2h61M2523XeE8LzZd21x2z21K2723J2hG2q25S1o2yK1023i21m7O1O2560Q+Bp7/6Au1R2j03IWsa0k2023l28m2l2ym0p2tq1V2jq2a2rG3a2u8262vG2S21m3llXa1+G9u10Wz62+m761BWj8QtW5e3W2oe222ke1Z2nW2PWxc342160z2wu2EhYu0D2le2WW3m092pS1mm9W3V2u2212sG1xW/e1T2mmmvmtu2+WhW1L2r20W2nK0J2gW0EWtS0i2yC3B29a2h2yG1S23dVIgY+3x29e2J2te1zWtO2C2jO1AOla272nO2N25ryv2mi3v2mO11Wj22k22S292n+1nW2B3/2q62AO+23AO+u0h23O2I+Zu2BObB1IGue0f22O0n2gh1ZW4h1/Ws+0b22+3D2wO0O26h2gO2h3TeV+0pWnB0dm1h0wO7+3TW+B2+2yu28Ore38Oqh1oOhu1wWpK0jWd63iO982SO0+1X2qa2BmpO392vR2D2hR0UOh+1i2mh0YOwa30Owy0AbDc24Ozu2c2r+0l2zh0+27h2o20x1FW6K0lWlR2WOtR0tmllJcuex0SOvB1F29h2I2vu2X2sm3X22y2b2sx3FWuu2+OoR1WOhawpmwJ3QO3R3RO/R0WWwx1ROwh0xOy61C27e0COpJ162sB3NmmHV1dBWzBO7R2hOth3d2rJ0/W1x1l2xp0XWwG1324p3KO8e172iG2Km0S1s23iYZO8J0nW5p1GO1p08O/20dOpR2oO7p3oO/x2VOh41MOjzUOOxe25m8Z1wOy22kOxB0AOrx1a2qXWzaj/W167p3Qm0AAq6hI0WaxE2gG5c35OexzIMNcIYmmA27sMChh+Qo0rGko3YAMo2sO6HUVG8IDYGsk1P2lJ2qOdfIE07uxFG5Z0BOF41fOtnVfmno3c6lHX86n40aNP4012hJ2hG6U2k6gF3421QLxOcshrhex0Qu1mx1O751rOwDW7G+F0HG4KLIu++2ouix3kW/G33EKKi7qwkB4uva0EujY0EhYl0wunY1wu/o0IujOVHGimwi6pa2j2/Z2gmw50QmiQ1Qm2I1/68owgAYDUIm3bUgGpQ3LmkXx6uW/Y5GmA1EdDDXITBk3DINXSBOa84kmyo3z6gF0VWlV2pMZwKs8zgg+WmwIkgV41cusVRku3l0Uu7OBC6yJ0q2/m2IO4ejaarlydO841E6knWhU2Z2qOyW15yS12z2jzW2uwl2OOhOwNOwvVBavs0yOzZ0IO+R1Va41wqm4V0724N1+OyW2obdV3v2qN3sul7UEO5rX+rc+25Oj10FOny3pu313TO2M0RG8E2xAaI1SulgCN6mE3xG4DUXOxV2pGg7UkG1OXRysVSD63I3AK+A26BMF1r62Wy+CIt2xun51WAP52xAUp2T2sO0ckWkJ+ypZ0GAfSDMAfSD2u9C3w6512Jugx2yO9x0C20DDaa/Fx+ukI0BumU2425+3Lu7aWru+6X4mzd2EhaN2dGkl0cOpN2/2rZ2puhnV1BakC7OkV2JO7N3JOuC1tGB93ju9wDPu7d2sO4Z1EOz90kOlN032qrV/u8911uki0Nu8Q3HO6V3SG2V2bahV0gAPXXKukg0c3Fu3VgjV0GAS7W3rdOw3aqO0PavkJPaqF2YG351VGhd3Ae1y1qOyChoGVu3ruwbXg6he3YhTl27u7l2fGgY2IuqzIr22ABCulF3eOyU1TGkB3sevS3Ny+KCketM3v2tRAhOmN2s6gh0fGvY2ie/l05kCT1Se6l0ye+sYYeo53161t1xG3D1dugj1KutI2JWkj2BOECHke9wCUe+A00enj33a8BSPagw2bG2d0Uak103uwF1KenF1T6zz2rG9T21OzT0HbEl06e8l3fG/T1uuuAxGei93P6oQ3ouoN3g2jj0o/ApzOetT18eg63hU2L1Our42AawY3o6m9RUu1L2ius/VgmzD0WepjUgm1gDjaloIPAYQD66owAEAIwAva1XUPAAADiAABEAAPLp2Ib3mAIgAAAZUR1BvjAA6dgG9d4GIABAHTsauom9AAAVPgJPprgAQAFgJ2MWAKqoVgCgA8APcAOAJYA+tQ8A11NFjM7B4B07P3AD9PQBMADTBMAKjgGxqgA8APrrUAABI4gLMbNtV26YbYUBVdQq7N9f97ttaKp67IUBZjfCbRVK1ZKgLMbznaKpaXDD7EjQq6DVIj7O3aD7fAKj6FXbK5UfTtqMfdhrFgAQBTAOYA21HOow1GtYmgAMBzdSx7QAB4BbNRN61gGABmgPAAAACr0atgB+reADygNADkgVVSre4gBTe44Dja+ABkAbn2UAeACrejSx4APADwAAABq9Gs69KwB22TQEDdsxpqgiwFVUm2s59GIXgAwEGfI42tbGQviaA9AFs1AAEEhvYKYTfaqoJvUN7mfenYQwFSbUSt7q2AAQB4AHABTABt6hACt71vSoB4AM76qTSKpvdSoAAAHJWGfD3W+2332+poAoub3X0+9YBM+1n0TAdn02ATn0i+nn1CAVb0dAFACbAAgBoAAADCjgHVUkmvgATwFz9MvuF9jAG4A8AEoA6dj69N3shAwvtF94vvSQHgCl9svvl9bY39Wyvtp9MfoZ98frZ9xAA59XPrT9LAAT9Sft8iNgBQAxwHF9mfuz9aAGL9AAGkBvRN7M7BX6bvQ37yQOL6EYK36AABIoAVsY4agv1K+oQAUAWzVq+jX1a+88A6+vkhPAfX1HAKk1lAU/0eAdX1CATX1zwSv26+ncC3+w30NjHsaxAOICq6370bWb72A+poLfenbVg+v/0gASH3/6RoDg+xI1duhH1wBpI2iqFH1wBtH102WAOQB+V2iqbH1oB3H2NAF9VRG99UF++AAQANr1QahsYEAV73wAa4C5ajsZbAbUFyQfMDJwIAAAA==")) +var pcbdata = JSON.parse(LZString.decompressFromBase64("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")) /////////////////////////////////////////////// /////////////////////////////////////////////// diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Cu.gbl b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Cu.gbl index 38e2d24..deace62 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Cu.gbl +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Cu.gbl @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:30:40-06:00*% +%TF.CreationDate,2023-10-31T07:57:55-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP8266,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Copper,L2,Bot*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:30:40* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 07:57:55* %MOMM*% %LPD*% G01* @@ -30,16 +30,16 @@ G04 Aperture macros list* 20,1,$1+$1,$8,$9,$2,$3,0*% G04 Aperture macros list end* %TA.AperFunction,ComponentPad*% -%ADD10R,1.700000X1.700000*% +%ADD10R,2.000000X2.000000*% %TD*% %TA.AperFunction,ComponentPad*% -%ADD11O,1.700000X1.700000*% +%ADD11O,2.000000X1.600000*% %TD*% %TA.AperFunction,ComponentPad*% -%ADD12R,2.000000X2.000000*% +%ADD12R,1.700000X1.700000*% %TD*% %TA.AperFunction,ComponentPad*% -%ADD13O,2.000000X1.600000*% +%ADD13O,1.700000X1.700000*% %TD*% %TA.AperFunction,ComponentPad*% %ADD14RoundRect,0.250000X-0.650000X-1.550000X0.650000X-1.550000X0.650000X1.550000X-0.650000X1.550000X0*% @@ -58,22 +58,10 @@ G04 Aperture macros list end* %TD*% G04 APERTURE END LIST* D10* -%TO.P,J3,1,Blk/Obst*% -%TO.N,Net-(J1-Blk{slash}Obst)*% -X147335000Y-111760000D03* -D11* -%TO.P,J3,2,Red/Cntrl*% -%TO.N,Net-(J1-Red{slash}Cntrl)*% -X149875000Y-111760000D03* -%TO.P,J3,3,Wht/Gnd*% -%TO.N,GND*% -X152415000Y-111760000D03* -%TD*% -D12* %TO.P,U1,1,~{RST}*% %TO.N,unconnected-(U1-~{RST}-Pad1)*% X129547500Y-66160000D03* -D13* +D11* %TO.P,U1,2,A0*% %TO.N,unconnected-(U1-A0-Pad2)*% X129547500Y-68700000D03* @@ -120,6 +108,18 @@ X152407500Y-68700000D03* %TO.N,unconnected-(U1-TX-Pad16)*% X152407500Y-66160000D03* %TD*% +D12* +%TO.P,J3,1,Blk/Obst*% +%TO.N,Net-(J1-Blk{slash}Obst)*% +X147335000Y-111760000D03* +D13* +%TO.P,J3,2,Red/Cntrl*% +%TO.N,Net-(J1-Red{slash}Cntrl)*% +X149875000Y-111760000D03* +%TO.P,J3,3,Wht/Gnd*% +%TO.N,GND*% +X152415000Y-111760000D03* +%TD*% D14* %TO.P,J2,1,Blk/Obst*% %TO.N,Net-(J1-Blk{slash}Obst)*% @@ -146,9 +146,9 @@ X139700000Y-118415000D03* %TD*% D18* %TO.N,GND*% -X160020000Y-81280000D03* -X160020000Y-72390000D03* -X157480000Y-78740000D03* +X161290000Y-78740000D03* +X156210000Y-74930000D03* +X160020000Y-69850000D03* X121920000Y-80010000D03* %TD*% %TA.AperFunction,Conductor*% diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Mask.gbs b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Mask.gbs index b201f78..0b3ef21 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Mask.gbs +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Mask.gbs @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:30:41-06:00*% +%TF.CreationDate,2023-10-31T07:57:55-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP8266,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Soldermask,Bot*% %TF.FilePolarity,Negative*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:30:41* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 07:57:55* %MOMM*% %LPD*% G01* @@ -29,34 +29,20 @@ G04 Aperture macros list* 20,1,$1+$1,$6,$7,$8,$9,0* 20,1,$1+$1,$8,$9,$2,$3,0*% G04 Aperture macros list end* -%ADD10R,1.700000X1.700000*% -%ADD11O,1.700000X1.700000*% +%ADD10R,2.000000X2.000000*% +%ADD11O,2.000000X1.600000*% %ADD12C,5.000000*% -%ADD13R,2.000000X2.000000*% -%ADD14O,2.000000X1.600000*% +%ADD13R,1.700000X1.700000*% +%ADD14O,1.700000X1.700000*% %ADD15RoundRect,0.250000X-0.650000X-1.550000X0.650000X-1.550000X0.650000X1.550000X-0.650000X1.550000X0*% %ADD16O,1.800000X3.600000*% %ADD17R,2.600000X2.600000*% %ADD18C,2.600000*% G04 APERTURE END LIST* D10* -%TO.C,J3*% -X147335000Y-111760000D03* -D11* -X149875000Y-111760000D03* -X152415000Y-111760000D03* -%TD*% -D12* -%TO.C,REF\u002A\u002A*% -X162560000Y-63500000D03* -%TD*% -%TO.C,REF\u002A\u002A*% -X162560000Y-118110000D03* -%TD*% -D13* %TO.C,U1*% X129547500Y-66160000D03* -D14* +D11* X129547500Y-68700000D03* X129547500Y-71240000D03* X129547500Y-73780000D03* @@ -75,8 +61,22 @@ X152407500Y-66160000D03* %TD*% D12* %TO.C,REF\u002A\u002A*% +X162560000Y-63500000D03* +%TD*% +%TO.C,REF\u002A\u002A*% +X162560000Y-118110000D03* +%TD*% +%TO.C,REF\u002A\u002A*% X120650000Y-118110000D03* %TD*% +D13* +%TO.C,J3*% +X147335000Y-111760000D03* +D14* +X149875000Y-111760000D03* +X152415000Y-111760000D03* +%TD*% +D12* %TO.C,REF\u002A\u002A*% X120650000Y-63500000D03* %TD*% diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Paste.gbp b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Paste.gbp index 5e8618c..d329e92 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Paste.gbp +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Paste.gbp @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:30:40-06:00*% +%TF.CreationDate,2023-10-31T07:57:55-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP8266,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Paste,Bot*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:30:40* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 07:57:55* %MOMM*% %LPD*% G01* diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Silkscreen.gbo b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Silkscreen.gbo index 642156a..d5e7af9 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Silkscreen.gbo +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-B_Silkscreen.gbo @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:30:41-06:00*% +%TF.CreationDate,2023-10-31T07:57:55-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP8266,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Legend,Bot*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:30:41* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 07:57:55* %MOMM*% %LPD*% G01* diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-Edge_Cuts.gm1 b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-Edge_Cuts.gm1 index e0cb00d..4032612 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-Edge_Cuts.gm1 +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-Edge_Cuts.gm1 @@ -1,11 +1,11 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:30:41-06:00*% +%TF.CreationDate,2023-10-31T07:57:55-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP8266,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Profile,NP*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:30:41* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 07:57:55* %MOMM*% %LPD*% G01* diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Cu.gtl b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Cu.gtl index ed1884f..ea6adac 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Cu.gtl +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Cu.gtl @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:30:40-06:00*% +%TF.CreationDate,2023-10-31T07:57:55-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP8266,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Copper,L1,Top*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:30:40* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 07:57:55* %MOMM*% %LPD*% G01* @@ -30,19 +30,19 @@ G04 Aperture macros list* 20,1,$1+$1,$8,$9,$2,$3,0*% G04 Aperture macros list end* %TA.AperFunction,ComponentPad*% -%ADD10R,1.700000X1.700000*% +%ADD10R,2.000000X2.000000*% %TD*% %TA.AperFunction,ComponentPad*% -%ADD11O,1.700000X1.700000*% +%ADD11O,2.000000X1.600000*% %TD*% %TA.AperFunction,SMDPad,CuDef*% %ADD12RoundRect,0.250000X0.262500X0.450000X-0.262500X0.450000X-0.262500X-0.450000X0.262500X-0.450000X0*% %TD*% %TA.AperFunction,ComponentPad*% -%ADD13R,2.000000X2.000000*% +%ADD13R,1.700000X1.700000*% %TD*% %TA.AperFunction,ComponentPad*% -%ADD14O,2.000000X1.600000*% +%ADD14O,1.700000X1.700000*% %TD*% %TA.AperFunction,SMDPad,CuDef*% %ADD15RoundRect,0.150000X-0.587500X-0.150000X0.587500X-0.150000X0.587500X0.150000X-0.587500X0.150000X0*% @@ -73,30 +73,10 @@ G04 Aperture macros list end* %TD*% G04 APERTURE END LIST* D10* -%TO.P,J3,1,Blk/Obst*% -%TO.N,Net-(J1-Blk{slash}Obst)*% -X147335000Y-111760000D03* -D11* -%TO.P,J3,2,Red/Cntrl*% -%TO.N,Net-(J1-Red{slash}Cntrl)*% -X149875000Y-111760000D03* -%TO.P,J3,3,Wht/Gnd*% -%TO.N,GND*% -X152415000Y-111760000D03* -%TD*% -D12* -%TO.P,R3,1*% -%TO.N,GND*% -X159662500Y-71264162D03* -%TO.P,R3,2*% -%TO.N,Net-(Q2-G)*% -X157837500Y-71264162D03* -%TD*% -D13* %TO.P,U1,1,~{RST}*% %TO.N,unconnected-(U1-~{RST}-Pad1)*% X129547500Y-66160000D03* -D14* +D11* %TO.P,U1,2,A0*% %TO.N,unconnected-(U1-A0-Pad2)*% X129547500Y-68700000D03* @@ -143,27 +123,47 @@ X152407500Y-68700000D03* %TO.N,unconnected-(U1-TX-Pad16)*% X152407500Y-66160000D03* %TD*% +D12* +%TO.P,R3,1*% +%TO.N,GND*% +X159551173Y-71215222D03* +%TO.P,R3,2*% +%TO.N,Net-(Q2-G)*% +X157726173Y-71215222D03* +%TD*% +D13* +%TO.P,J3,1,Blk/Obst*% +%TO.N,Net-(J1-Blk{slash}Obst)*% +X147335000Y-111760000D03* +D14* +%TO.P,J3,2,Red/Cntrl*% +%TO.N,Net-(J1-Red{slash}Cntrl)*% +X149875000Y-111760000D03* +%TO.P,J3,3,Wht/Gnd*% +%TO.N,GND*% +X152415000Y-111760000D03* +%TD*% D15* %TO.P,Q2,1,G*% %TO.N,Net-(Q2-G)*% -X158145000Y-75250000D03* +X158071757Y-73632843D03* %TO.P,Q2,2,S*% %TO.N,GND*% -X158145000Y-77150000D03* +X158071757Y-75532843D03* %TO.P,Q2,3,D*% %TO.N,Net-(J1-Red{slash}Cntrl)*% -X160020000Y-76200000D03* +X159946757Y-74582843D03* %TD*% D16* %TO.P,Q1,1,G*% %TO.N,Net-(J1-Red{slash}Cntrl)*% -X159687500Y-84437500D03* +X160096200Y-80709515D03* %TO.P,Q1,2,S*% %TO.N,GND*% -X159687500Y-82537500D03* +X160096200Y-78809515D03* %TO.P,Q1,3,D*% %TO.N,Net-(Q1-D)*% -X157812500Y-83487500D03* +X158221200Y-79759515D03* %TD*% D17* %TO.P,J2,1,Blk/Obst*% @@ -207,28 +207,56 @@ X124102500Y-82550000D03* %TD*% D22* %TO.N,GND*% -X160020000Y-81280000D03* -X160020000Y-72390000D03* -X157480000Y-78740000D03* +X161290000Y-78740000D03* +X156210000Y-74930000D03* +X160020000Y-69850000D03* X121920000Y-80010000D03* %TD*% D23* +%TO.N,Net-(J1-Red{slash}Cntrl)*% +X162015000Y-76651086D02* +X159946757Y-74582843D01* +X162015000Y-79040305D02* +X162015000Y-76651086D01* +X160020000Y-80785715D02* +X160269590Y-80785715D01* +X160269590Y-80785715D02* +X162015000Y-79040305D01* +X160020000Y-80785715D02* +X160096200Y-80709515D01* +X149875000Y-110475000D02* +X160020000Y-100330000D01* +X149875000Y-111760000D02* +X149875000Y-110475000D01* +X160020000Y-100330000D02* +X160020000Y-80785715D01* %TO.N,Net-(Q1-D)*% -X157812500Y-83487500D02* -X156210000Y-81885000D01* -X156210000Y-77582500D02* +X152407500Y-73945815D02* X152407500Y-73780000D01* -X156210000Y-81885000D02* -X156210000Y-77582500D01* +X158221200Y-79759515D02* +X152407500Y-73945815D01* +%TO.N,GND*% +X161220485Y-78809515D02* +X161290000Y-78740000D01* +X160096200Y-78809515D02* +X161220485Y-78809515D01* +X156812843Y-75532843D02* +X156210000Y-74930000D01* +X158071757Y-75532843D02* +X156812843Y-75532843D01* +X159551173Y-70318827D02* +X160020000Y-69850000D01* +X159551173Y-71215222D02* +X159551173Y-70318827D01* %TO.N,Net-(Q2-G)*% -X157813338Y-71240000D02* -X152407500Y-71240000D01* -X157837500Y-71264162D02* -X157813338Y-71240000D01* -X158145000Y-75250000D02* -X157837500Y-74942500D01* -X157837500Y-74942500D02* -X157837500Y-71264162D01* +X158071757Y-71560806D02* +X158071757Y-73632843D01* +X157726173Y-71215222D02* +X158071757Y-71560806D01* +X157701395Y-71240000D02* +X157726173Y-71215222D01* +X152407500Y-71240000D02* +X157701395Y-71240000D01* %TO.N,Net-(U1-MOSI{slash}D7)*% X124222500Y-78860000D02* X129547500Y-78860000D01* @@ -240,20 +268,8 @@ X124102500Y-78740000D01* X129660000Y-81400000D02* X129547500Y-81400000D01* %TO.N,GND*% -X159687500Y-82537500D02* -X159687500Y-81612500D01* -X159687500Y-81612500D02* -X160020000Y-81280000D01* -X159662500Y-71264162D02* -X159662500Y-72032500D01* -X158145000Y-78075000D02* -X157480000Y-78740000D01* -X158145000Y-77150000D02* -X158145000Y-78075000D01* X122277500Y-78740000D02* X122277500Y-79652500D01* -X159662500Y-72032500D02* -X160020000Y-72390000D01* X122277500Y-79652500D02* X121920000Y-80010000D01* %TO.N,Net-(J1-Blk{slash}Obst)*% @@ -274,29 +290,15 @@ X129700000Y-118270000D01* X145400000Y-120650000D02* X146670000Y-119380000D01* %TO.N,Net-(J1-Red{slash}Cntrl)*% -X160020000Y-76200000D02* -X161290000Y-77470000D01* -X149875000Y-110475000D02* -X158750000Y-101600000D01* X146360000Y-115570000D02* X150170000Y-119380000D01* X150170000Y-119380000D02* X150170000Y-112055000D01* -X158750000Y-85375000D02* -X159687500Y-84437500D01* X150170000Y-112055000D02* X149875000Y-111760000D01* -X161290000Y-82835000D02* -X160005698Y-84119302D01* -X158750000Y-101600000D02* -X158750000Y-85375000D01* X134700000Y-118415000D02* X137545000Y-115570000D01* -X161290000Y-77470000D02* -X161290000Y-82835000D01* X137545000Y-115570000D02* X146360000Y-115570000D01* -X149875000Y-111760000D02* -X149875000Y-110475000D01* %TD*% M02* diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Mask.gts b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Mask.gts index 5beb6bf..4bf20b1 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Mask.gts +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Mask.gts @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:30:41-06:00*% +%TF.CreationDate,2023-10-31T07:57:55-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP8266,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Soldermask,Top*% %TF.FilePolarity,Negative*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:30:41* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 07:57:55* %MOMM*% %LPD*% G01* @@ -29,12 +29,12 @@ G04 Aperture macros list* 20,1,$1+$1,$6,$7,$8,$9,0* 20,1,$1+$1,$8,$9,$2,$3,0*% G04 Aperture macros list end* -%ADD10R,1.700000X1.700000*% -%ADD11O,1.700000X1.700000*% +%ADD10R,2.000000X2.000000*% +%ADD11O,2.000000X1.600000*% %ADD12RoundRect,0.250000X0.262500X0.450000X-0.262500X0.450000X-0.262500X-0.450000X0.262500X-0.450000X0*% %ADD13C,5.000000*% -%ADD14R,2.000000X2.000000*% -%ADD15O,2.000000X1.600000*% +%ADD14R,1.700000X1.700000*% +%ADD15O,1.700000X1.700000*% %ADD16RoundRect,0.150000X-0.587500X-0.150000X0.587500X-0.150000X0.587500X0.150000X-0.587500X0.150000X0*% %ADD17RoundRect,0.150000X0.587500X0.150000X-0.587500X0.150000X-0.587500X-0.150000X0.587500X-0.150000X0*% %ADD18RoundRect,0.250000X-0.650000X-1.550000X0.650000X-1.550000X0.650000X1.550000X-0.650000X1.550000X0*% @@ -44,28 +44,9 @@ G04 Aperture macros list end* %ADD22RoundRect,0.250000X-0.262500X-0.450000X0.262500X-0.450000X0.262500X0.450000X-0.262500X0.450000X0*% G04 APERTURE END LIST* D10* -%TO.C,J3*% -X147335000Y-111760000D03* -D11* -X149875000Y-111760000D03* -X152415000Y-111760000D03* -%TD*% -D12* -%TO.C,R3*% -X159662500Y-71264162D03* -X157837500Y-71264162D03* -%TD*% -D13* -%TO.C,REF\u002A\u002A*% -X162560000Y-63500000D03* -%TD*% -%TO.C,REF\u002A\u002A*% -X162560000Y-118110000D03* -%TD*% -D14* %TO.C,U1*% X129547500Y-66160000D03* -D15* +D11* X129547500Y-68700000D03* X129547500Y-71240000D03* X129547500Y-73780000D03* @@ -82,24 +63,43 @@ X152407500Y-71240000D03* X152407500Y-68700000D03* X152407500Y-66160000D03* %TD*% +D12* +%TO.C,R3*% +X159551173Y-71215222D03* +X157726173Y-71215222D03* +%TD*% D13* %TO.C,REF\u002A\u002A*% +X162560000Y-63500000D03* +%TD*% +%TO.C,REF\u002A\u002A*% +X162560000Y-118110000D03* +%TD*% +%TO.C,REF\u002A\u002A*% X120650000Y-118110000D03* %TD*% +D14* +%TO.C,J3*% +X147335000Y-111760000D03* +D15* +X149875000Y-111760000D03* +X152415000Y-111760000D03* +%TD*% +D13* %TO.C,REF\u002A\u002A*% X120650000Y-63500000D03* %TD*% D16* %TO.C,Q2*% -X158145000Y-75250000D03* -X158145000Y-77150000D03* -X160020000Y-76200000D03* +X158071757Y-73632843D03* +X158071757Y-75532843D03* +X159946757Y-74582843D03* %TD*% D17* %TO.C,Q1*% -X159687500Y-84437500D03* -X159687500Y-82537500D03* -X157812500Y-83487500D03* +X160096200Y-80709515D03* +X160096200Y-78809515D03* +X158221200Y-79759515D03* %TD*% D18* %TO.C,J2*% diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Paste.gtp b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Paste.gtp index 620b4bc..425a8a1 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Paste.gtp +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Paste.gtp @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:30:40-06:00*% +%TF.CreationDate,2023-10-31T07:57:55-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP8266,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Paste,Top*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:30:40* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 07:57:55* %MOMM*% %LPD*% G01* @@ -36,20 +36,20 @@ G04 Aperture macros list end* G04 APERTURE END LIST* D10* %TO.C,R3*% -X159662500Y-71264162D03* -X157837500Y-71264162D03* +X159551173Y-71215222D03* +X157726173Y-71215222D03* %TD*% D11* %TO.C,Q2*% -X158145000Y-75250000D03* -X158145000Y-77150000D03* -X160020000Y-76200000D03* +X158071757Y-73632843D03* +X158071757Y-75532843D03* +X159946757Y-74582843D03* %TD*% D12* %TO.C,Q1*% -X159687500Y-84437500D03* -X159687500Y-82537500D03* -X157812500Y-83487500D03* +X160096200Y-80709515D03* +X160096200Y-78809515D03* +X158221200Y-79759515D03* %TD*% D10* %TO.C,R2*% diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Silkscreen.gto b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Silkscreen.gto index 3493f21..09e82f1 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Silkscreen.gto +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-F_Silkscreen.gto @@ -1,12 +1,12 @@ %TF.GenerationSoftware,KiCad,Pcbnew,7.0.7*% -%TF.CreationDate,2023-10-31T06:30:41-06:00*% +%TF.CreationDate,2023-10-31T07:57:55-06:00*% %TF.ProjectId,RatGDO-OpenSource-D1Mini-ESP8266,52617447-444f-42d4-9f70-656e536f7572,rev?*% %TF.SameCoordinates,Original*% %TF.FileFunction,Legend,Top*% %TF.FilePolarity,Positive*% %FSLAX46Y46*% G04 Gerber Fmt 4.6, Leading zero omitted, Abs format (unit mm)* -G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 06:30:41* +G04 Created by KiCad (PCBNEW 7.0.7) date 2023-10-31 07:57:55* %MOMM*% %LPD*% G01* @@ -1623,6 +1623,82 @@ X155386944Y-126133428D02* X155244087Y-126181047D01* X155244087Y-126181047D02* X155005992Y-126181047D01* +X150785595Y-92614819D02* +X150785595Y-93424342D01* +X150785595Y-93424342D02* +X150833214Y-93519580D01* +X150833214Y-93519580D02* +X150880833Y-93567200D01* +X150880833Y-93567200D02* +X150976071Y-93614819D01* +X150976071Y-93614819D02* 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+X159808700Y-78199515D01* +X159158700Y-78199515D02* +X158508700Y-78199515D01* %TO.C,J2*% X143720000Y-114630000D02* X145720000Y-114630000D01* diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-NPTH.drl b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-NPTH.drl index 84682b3..36380bf 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-NPTH.drl +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-NPTH.drl @@ -1,7 +1,7 @@ M48 -; DRILL file {KiCad 7.0.7} date Tue Oct 31 06:30:43 2023 +; DRILL file {KiCad 7.0.7} date Tue Oct 31 07:57:58 2023 ; FORMAT={-:-/ absolute / inch / decimal} -; #@! TF.CreationDate,2023-10-31T06:30:43-06:00 +; #@! TF.CreationDate,2023-10-31T07:57:58-06:00 ; #@! TF.GenerationSoftware,Kicad,Pcbnew,7.0.7 ; #@! TF.FileFunction,NonPlated,1,2,NPTH FMAT,2 diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-PTH.drl b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-PTH.drl index 5e0a962..18af724 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-PTH.drl +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-PTH.drl @@ -1,7 +1,7 @@ M48 -; DRILL file {KiCad 7.0.7} date Tue Oct 31 06:30:43 2023 +; DRILL file {KiCad 7.0.7} date Tue Oct 31 07:57:58 2023 ; FORMAT={-:-/ absolute / inch / decimal} -; #@! TF.CreationDate,2023-10-31T06:30:43-06:00 +; #@! TF.CreationDate,2023-10-31T07:57:58-06:00 ; #@! TF.GenerationSoftware,Kicad,Pcbnew,7.0.7 ; #@! TF.FileFunction,Plated,1,2,PTH FMAT,2 @@ -19,9 +19,9 @@ G90 G05 T1 X4.8Y-3.15 -X6.2Y-3.1 -X6.3Y-2.85 -X6.3Y-3.2 +X6.15Y-2.95 +X6.3Y-2.75 +X6.35Y-3.1 T2 X5.1003Y-2.6047 X5.1003Y-2.7047 diff --git a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-job.gbrjob b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-job.gbrjob index d124ae0..fd0a699 100644 --- a/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-job.gbrjob +++ b/kicad_files/D1 Mini - ESP8266/Gerber Files/RatGDO-OpenSource-D1Mini-ESP8266-job.gbrjob @@ -5,7 +5,7 @@ "Application": "Pcbnew", "Version": "7.0.7" }, - "CreationDate": "2023-10-31T06:30:41-06:00" + "CreationDate": "2023-10-31T07:57:55-06:00" }, "GeneralSpecs": { "ProjectId": { diff --git a/kicad_files/D1 Mini - ESP8266/RatGDO-OpenSource-D1Mini-ESP8266.kicad_pcb b/kicad_files/D1 Mini - ESP8266/RatGDO-OpenSource-D1Mini-ESP8266.kicad_pcb index b75ee4d..72d3535 100644 --- a/kicad_files/D1 Mini - ESP8266/RatGDO-OpenSource-D1Mini-ESP8266.kicad_pcb +++ b/kicad_files/D1 Mini - ESP8266/RatGDO-OpenSource-D1Mini-ESP8266.kicad_pcb @@ -97,7 +97,7 @@ (footprint "Resistor_SMD:R_0805_2012Metric" (layer "F.Cu") (tstamp 1d510a84-4f2c-46f3-9090-2dca07a95c59) - (at 158.75 71.264162 180) + (at 158.638673 71.215222 180) (descr "Resistor SMD 0805 (2012 Metric), square (rectangular) end terminal, IPC_7351 nominal, (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator") (tags "resistor") (property "Sheetfile" "RatGDO-OpenSource-D1Mini-ESP8266.kicad_sch") @@ -501,7 +501,7 @@ (footprint "Package_TO_SOT_SMD:SOT-23" (layer "F.Cu") (tstamp 857c9619-88ca-4276-96f8-82c3f196ae64) - (at 159.0825 76.2) + (at 159.009257 74.582843) (descr "SOT, 3 Pin (https://www.jedec.org/system/files/docs/to-236h.pdf variant AB), generated with kicad-footprint-generator ipc_gullwing_generator.py") (tags "SOT TO_SOT_SMD") (property "Sheetfile" "RatGDO-OpenSource-D1Mini-ESP8266.kicad_sch") @@ -510,7 +510,7 @@ (property "ki_keywords" "N-Channel MOSFET") (path "/bee4ccd4-d858-42cd-b3bf-245a5a5ef3f7") (attr smd) - (fp_text reference "Q2" (at 0 -2.4) (layer "F.SilkS") + (fp_text reference "Q2" (at 3.4775 0) (layer "F.SilkS") (effects (font (size 1 1) (thickness 0.15))) (tstamp 924cbdd7-4ff2-4f24-9dc0-d63c39e08b15) ) @@ -563,7 +563,7 @@ (footprint "Package_TO_SOT_SMD:SOT-23" (layer "F.Cu") (tstamp a5549976-ccc4-46f4-8a75-f42da451354b) - (at 158.75 83.4875 180) + (at 159.1587 79.759515 180) (descr "SOT, 3 Pin (https://www.jedec.org/system/files/docs/to-236h.pdf variant AB), generated with kicad-footprint-generator ipc_gullwing_generator.py") (tags "SOT TO_SOT_SMD") (property "Sheetfile" "RatGDO-OpenSource-D1Mini-ESP8266.kicad_sch") @@ -572,7 +572,7 @@ (property "ki_keywords" "N-Channel Switching MOSFET") (path "/f9d5d1ea-1248-4f21-bd56-d2e62f58c5a2") (attr smd) - (fp_text reference "Q1" (at 0 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ESP8266/bom/RatGDO-OpenSource-D1Mini-ESP8266.csv @@ -1,7 +1,7 @@ "Id";"Designator";"Footprint";"Quantity";"Designation";"Supplier and ref"; -1;"J3";"PinSocket_1x03_P2.54mm_Vertical";1;"Screw_Terminal_01x03";;; +1;"U1";"WEMOS_D1_mini_light";1;"WeMos_D1_mini";;; 2;"R3,R2,R1";"R_0805_2012Metric";3;"10k";;; -3;"U1";"WEMOS_D1_mini_light";1;"WeMos_D1_mini";;; +3;"J3";"PinSocket_1x03_P2.54mm_Vertical";1;"Screw_Terminal_01x03";;; 4;"Q2";"SOT-23";1;"AO3400A";;; 5;"Q1";"SOT-23";1;"2N7002";;; 6;"J2";"PhoenixContact_MCV_1,5_3-G-3.5_1x03_P3.50mm_Vertical";1;"Screw_Terminal_01x03";;; diff --git a/kicad_files/D1 Mini - ESP8266/bom/ibom.html b/kicad_files/D1 Mini - ESP8266/bom/ibom.html index 6a34d2b..d5021e9 100644 --- a/kicad_files/D1 Mini - ESP8266/bom/ibom.html +++ b/kicad_files/D1 Mini - ESP8266/bom/ibom.html @@ -975,7 +975,7 @@ /////////////////////////////////////////////// /////////////////////////////////////////////// -var pcbdata = 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")) +var pcbdata = JSON.parse(LZString.decompressFromBase64("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")) 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