diff --git a/pcb/CyanStripe/CyanStripe.kicad_pcb b/pcb/CyanStripe/CyanStripe.kicad_pcb
index 70979b09d51cb3be680d6585db41aafb0e11c899..bdf3d6dbb4b25beac1606da35723ea936e4e1020 100644
--- a/pcb/CyanStripe/CyanStripe.kicad_pcb
+++ b/pcb/CyanStripe/CyanStripe.kicad_pcb
@@ -2,14 +2,22 @@
(general
(thickness 1.6)
- (drawings 29)
+ (drawings 36)
(tracks 548)
(zones 0)
- (modules 89)
+ (modules 90)
(nets 76)
)
(page A4)
+ (title_block
+ (title CyanStripe)
+ (date 2022-02-11)
+ (rev v1.0)
+ (company fxk8y)
+ (comment 1 "CyanBus node for WS2812")
+ )
+
(layers
(0 F.Cu signal)
(31 B.Cu signal)
@@ -78,7 +86,7 @@
(aux_axis_origin 0 0)
(visible_elements FFFFFF7F)
(pcbplotparams
- (layerselection 0x010a0_7fffffff)
+ (layerselection 0x010f8_ffffffff)
(usegerberextensions false)
(usegerberattributes true)
(usegerberadvancedattributes true)
@@ -267,6 +275,162 @@
(add_net ~RESET)
)
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+ (xy -0.626533 -0.697229) (xy -0.638375 -0.682322) (xy -0.671732 -0.647523) (xy -0.72335 -0.596038)
+ (xy -0.789978 -0.531074) (xy -0.868363 -0.455837) (xy -0.948266 -0.380111) (xy -1.0346 -0.298278)
+ (xy -1.112179 -0.223811) (xy -1.177753 -0.159906) (xy -1.22807 -0.10976) (xy -1.259878 -0.07657)
+ (xy -1.27 -0.063749) (xy -1.258652 -0.048548) (xy -1.226684 -0.012519) (xy -1.177208 0.041006)
+ (xy -1.113339 0.108694) (xy -1.038189 0.187214) (xy -0.960966 0.266976) (xy -0.875511 0.354936)
+ (xy -0.795905 0.437176) (xy -0.725822 0.509878) (xy -0.668931 0.569227) (xy -0.628906 0.611405)
+ (xy -0.610881 0.63091) (xy -0.56983 0.677334) (xy -1.1938 0.674184) (xy -1.405466 0.444653)
+ (xy -1.617133 0.215121) (xy -1.621844 0.446228) (xy -1.626556 0.677334) (xy -2.1336 0.677334)
+ (xy -2.1336 -1.202266) (xy -1.6256 -1.202266) (xy -1.6256 -0.296841)) (layer F.SilkS) (width 0.01))
+ )
+
(module TripwireHook:subraum_6.2x7.2 (layer B.Cu) (tedit 0) (tstamp 6207E5FC)
(at 155.575 79.65 180)
(fp_text reference G*** (at 0 0) (layer B.SilkS) hide
@@ -3502,7 +3666,7 @@
(fp_text reference C6 (at 0 -1.43 90) (layer F.SilkS) hide
(effects (font (size 1 1) (thickness 0.15)))
)
- (fp_text value 100nF (at 0 1.43 90) (layer F.Fab)
+ (fp_text value 1µF (at 0 1.43 90) (layer F.Fab)
(effects (font (size 1 1) (thickness 0.15)))
)
(fp_line (start -0.8 0.4) (end -0.8 -0.4) (layer F.Fab) (width 0.1))
@@ -6050,6 +6214,27 @@
)
)
+ (gr_text +3V3 (at 159.4 135 60) (layer B.SilkS)
+ (effects (font (size 1 1) (thickness 0.2)) (justify mirror))
+ )
+ (gr_text GND (at 151.9 134.2) (layer B.SilkS)
+ (effects (font (size 1 1) (thickness 0.2)) (justify mirror))
+ )
+ (gr_text 32 (at 152.4 131.7) (layer B.SilkS)
+ (effects (font (size 1 1) (thickness 0.2)) (justify mirror))
+ )
+ (gr_text 33 (at 152.4 129.2) (layer B.SilkS)
+ (effects (font (size 1 1) (thickness 0.2)) (justify mirror))
+ )
+ (gr_text 26 (at 159.9 131.7) (layer B.SilkS)
+ (effects (font (size 1 1) (thickness 0.2)) (justify mirror))
+ )
+ (gr_text 25 (at 159.9 129.2) (layer B.SilkS)
+ (effects (font (size 1 1) (thickness 0.2)) (justify mirror))
+ )
+ (gr_text Service (at 155.4 98.6 90) (layer F.SilkS)
+ (effects (font (size 1 1) (thickness 0.25)))
+ )
(gr_text Z (at 214.125 123.425) (layer B.SilkS) (tstamp 6207ED50)
(effects (font (size 2 2) (thickness 0.5)) (justify mirror))
)
@@ -6655,7 +6840,7 @@
(segment (start 211.505 75.77) (end 212.59 74.685) (width 0.2) (layer F.Cu) (net 74))
(segment (start 211.4 75.77) (end 211.505 75.77) (width 0.2) (layer F.Cu) (net 74))
- (zone (net 32) (net_name "Net-(C8-Pad2)") (layer F.Cu) (tstamp 6203FE34) (hatch edge 0.508)
+ (zone (net 32) (net_name "Net-(C8-Pad2)") (layer F.Cu) (tstamp 62081A60) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6673,7 +6858,7 @@
)
)
)
- (zone (net 33) (net_name "Net-(C8-Pad1)") (layer F.Cu) (tstamp 6203FE37) (hatch edge 0.508)
+ (zone (net 33) (net_name "Net-(C8-Pad1)") (layer F.Cu) (tstamp 62081A5D) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6691,7 +6876,7 @@
)
)
)
- (zone (net 34) (net_name +5V_X) (layer F.Cu) (tstamp 6203FE9A) (hatch edge 0.508)
+ (zone (net 34) (net_name +5V_X) (layer F.Cu) (tstamp 62081A5A) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6709,7 +6894,7 @@
)
)
)
- (zone (net 57) (net_name +24V) (layer F.Cu) (tstamp 6203FE9D) (hatch edge 0.508)
+ (zone (net 57) (net_name +24V) (layer F.Cu) (tstamp 62081A57) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6728,7 +6913,7 @@
)
)
)
- (zone (net 45) (net_name "Net-(R10-Pad1)") (layer F.Cu) (tstamp 6203FEA0) (hatch edge 0.508)
+ (zone (net 45) (net_name "Net-(R10-Pad1)") (layer F.Cu) (tstamp 62081A54) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6747,7 +6932,7 @@
)
)
)
- (zone (net 30) (net_name "Net-(C7-Pad2)") (layer F.Cu) (tstamp 6203FEA3) (hatch edge 0.508)
+ (zone (net 30) (net_name "Net-(C7-Pad2)") (layer F.Cu) (tstamp 62081A51) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6765,7 +6950,7 @@
)
)
)
- (zone (net 2) (net_name "Net-(R3-Pad2)") (layer F.Cu) (tstamp 6203FF09) (hatch edge 0.508)
+ (zone (net 2) (net_name "Net-(R3-Pad2)") (layer F.Cu) (tstamp 62081A4E) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6781,7 +6966,7 @@
)
)
)
- (zone (net 37) (net_name "Net-(C18-Pad2)") (layer F.Cu) (tstamp 6203F978) (hatch edge 0.508)
+ (zone (net 37) (net_name "Net-(C18-Pad2)") (layer F.Cu) (tstamp 62081A4B) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6799,7 +6984,7 @@
)
)
)
- (zone (net 38) (net_name "Net-(C18-Pad1)") (layer F.Cu) (tstamp 6203F975) (hatch edge 0.508)
+ (zone (net 38) (net_name "Net-(C18-Pad1)") (layer F.Cu) (tstamp 62081A48) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6817,7 +7002,7 @@
)
)
)
- (zone (net 39) (net_name +5V_Y) (layer F.Cu) (tstamp 6203F972) (hatch edge 0.508)
+ (zone (net 39) (net_name +5V_Y) (layer F.Cu) (tstamp 62081A45) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6835,7 +7020,7 @@
)
)
)
- (zone (net 57) (net_name +24V) (layer F.Cu) (tstamp 6203F96F) (hatch edge 0.508)
+ (zone (net 57) (net_name +24V) (layer F.Cu) (tstamp 62081A42) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6854,7 +7039,7 @@
)
)
)
- (zone (net 47) (net_name "Net-(R13-Pad2)") (layer F.Cu) (tstamp 6203F96C) (hatch edge 0.508)
+ (zone (net 47) (net_name "Net-(R13-Pad2)") (layer F.Cu) (tstamp 62081A3F) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6873,7 +7058,7 @@
)
)
)
- (zone (net 35) (net_name "Net-(C17-Pad2)") (layer F.Cu) (tstamp 6203F969) (hatch edge 0.508)
+ (zone (net 35) (net_name "Net-(C17-Pad2)") (layer F.Cu) (tstamp 62081A3C) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6891,7 +7076,7 @@
)
)
)
- (zone (net 46) (net_name "Net-(R11-Pad2)") (layer F.Cu) (tstamp 6203F966) (hatch edge 0.508)
+ (zone (net 46) (net_name "Net-(R11-Pad2)") (layer F.Cu) (tstamp 62081A39) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6907,7 +7092,7 @@
)
)
)
- (zone (net 42) (net_name "Net-(C26-Pad2)") (layer F.Cu) (tstamp 6203EF31) (hatch edge 0.508)
+ (zone (net 42) (net_name "Net-(C26-Pad2)") (layer F.Cu) (tstamp 62081A36) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6925,7 +7110,7 @@
)
)
)
- (zone (net 43) (net_name "Net-(C26-Pad1)") (layer F.Cu) (tstamp 6203EF2E) (hatch edge 0.508)
+ (zone (net 43) (net_name "Net-(C26-Pad1)") (layer F.Cu) (tstamp 62081A33) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6943,7 +7128,7 @@
)
)
)
- (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 6203EF2B) (hatch edge 0.508)
+ (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 62081A30) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6961,7 +7146,7 @@
)
)
)
- (zone (net 57) (net_name +24V) (layer F.Cu) (tstamp 6203EF28) (hatch edge 0.508)
+ (zone (net 57) (net_name +24V) (layer F.Cu) (tstamp 62081A2D) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6980,7 +7165,7 @@
)
)
)
- (zone (net 49) (net_name "Net-(R17-Pad2)") (layer F.Cu) (tstamp 6203EF25) (hatch edge 0.508)
+ (zone (net 49) (net_name "Net-(R17-Pad2)") (layer F.Cu) (tstamp 62081A2A) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -6999,7 +7184,7 @@
)
)
)
- (zone (net 40) (net_name "Net-(C25-Pad2)") (layer F.Cu) (tstamp 6203EF22) (hatch edge 0.508)
+ (zone (net 40) (net_name "Net-(C25-Pad2)") (layer F.Cu) (tstamp 62081A27) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -7017,7 +7202,7 @@
)
)
)
- (zone (net 48) (net_name "Net-(R15-Pad2)") (layer F.Cu) (tstamp 6203EF1F) (hatch edge 0.508)
+ (zone (net 48) (net_name "Net-(R15-Pad2)") (layer F.Cu) (tstamp 62081A24) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -7033,7 +7218,7 @@
)
)
)
- (zone (net 1) (net_name GND) (layer F.Cu) (tstamp 0) (hatch edge 0.508)
+ (zone (net 1) (net_name GND) (layer F.Cu) (tstamp 62081A21) (hatch edge 0.508)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
(fill yes (arc_segments 32) (thermal_gap 0.2) (thermal_bridge_width 0.508))
@@ -8340,7 +8525,7 @@
)
)
)
- (zone (net 1) (net_name GND) (layer B.Cu) (tstamp 62036660) (hatch edge 0.508)
+ (zone (net 1) (net_name GND) (layer B.Cu) (tstamp 62081A1E) (hatch edge 0.508)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
(fill yes (arc_segments 32) (thermal_gap 0.2) (thermal_bridge_width 0.508))
@@ -8913,7 +9098,7 @@
)
)
)
- (zone (net 54) (net_name LED_X) (layer F.Cu) (tstamp 0) (hatch edge 0.508)
+ (zone (net 54) (net_name LED_X) (layer F.Cu) (tstamp 62081A1B) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -8929,7 +9114,7 @@
)
)
)
- (zone (net 54) (net_name LED_X) (layer B.Cu) (tstamp 6203E127) (hatch edge 0.508)
+ (zone (net 54) (net_name LED_X) (layer B.Cu) (tstamp 62081A18) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -8945,7 +9130,7 @@
)
)
)
- (zone (net 55) (net_name LED_Y) (layer F.Cu) (tstamp 6203E155) (hatch edge 0.508)
+ (zone (net 55) (net_name LED_Y) (layer F.Cu) (tstamp 62081A15) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -8961,7 +9146,7 @@
)
)
)
- (zone (net 55) (net_name LED_Y) (layer B.Cu) (tstamp 6203E154) (hatch edge 0.508)
+ (zone (net 55) (net_name LED_Y) (layer B.Cu) (tstamp 62081A12) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -8977,7 +9162,7 @@
)
)
)
- (zone (net 56) (net_name LED_Z) (layer F.Cu) (tstamp 6203E155) (hatch edge 0.508)
+ (zone (net 56) (net_name LED_Z) (layer F.Cu) (tstamp 62081A0F) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -8993,7 +9178,7 @@
)
)
)
- (zone (net 56) (net_name LED_Z) (layer B.Cu) (tstamp 6203E154) (hatch edge 0.508)
+ (zone (net 56) (net_name LED_Z) (layer B.Cu) (tstamp 62081A0C) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9009,7 +9194,7 @@
)
)
)
- (zone (net 34) (net_name +5V_X) (layer F.Cu) (tstamp 0) (hatch edge 0.508)
+ (zone (net 34) (net_name +5V_X) (layer F.Cu) (tstamp 62081A09) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9025,7 +9210,7 @@
)
)
)
- (zone (net 39) (net_name +5V_Y) (layer F.Cu) (tstamp 6203E2A6) (hatch edge 0.508)
+ (zone (net 39) (net_name +5V_Y) (layer F.Cu) (tstamp 62081A06) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9041,7 +9226,7 @@
)
)
)
- (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 6203E2A6) (hatch edge 0.508)
+ (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 62081A03) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9057,7 +9242,7 @@
)
)
)
- (zone (net 44) (net_name +5V_Z) (layer B.Cu) (tstamp 6203E2A6) (hatch edge 0.508)
+ (zone (net 44) (net_name +5V_Z) (layer B.Cu) (tstamp 62081A00) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9073,7 +9258,7 @@
)
)
)
- (zone (net 39) (net_name +5V_Y) (layer B.Cu) (tstamp 6203E2A6) (hatch edge 0.508)
+ (zone (net 39) (net_name +5V_Y) (layer B.Cu) (tstamp 620819FD) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9089,7 +9274,7 @@
)
)
)
- (zone (net 34) (net_name +5V_X) (layer B.Cu) (tstamp 6203E2A6) (hatch edge 0.508)
+ (zone (net 34) (net_name +5V_X) (layer B.Cu) (tstamp 620819FA) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9105,7 +9290,7 @@
)
)
)
- (zone (net 61) (net_name TA) (layer F.Cu) (tstamp 0) (hatch edge 0.508)
+ (zone (net 61) (net_name TA) (layer F.Cu) (tstamp 620819F7) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9123,7 +9308,7 @@
)
)
)
- (zone (net 59) (net_name TB) (layer F.Cu) (tstamp 0) (hatch edge 0.508)
+ (zone (net 59) (net_name TB) (layer F.Cu) (tstamp 620819F4) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9141,7 +9326,7 @@
)
)
)
- (zone (net 57) (net_name +24V) (layer F.Cu) (tstamp 0) (hatch edge 0.508)
+ (zone (net 57) (net_name +24V) (layer F.Cu) (tstamp 620819F1) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9157,7 +9342,7 @@
)
)
)
- (zone (net 57) (net_name +24V) (layer B.Cu) (tstamp 0) (hatch edge 0.508)
+ (zone (net 57) (net_name +24V) (layer B.Cu) (tstamp 620819EE) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9184,7 +9369,7 @@
)
)
)
- (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620709E1) (hatch edge 0.508)
+ (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620819EB) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9202,7 +9387,7 @@
)
)
)
- (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620707A1) (hatch edge 0.508)
+ (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620819E8) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9220,7 +9405,7 @@
)
)
)
- (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620707A2) (hatch edge 0.508)
+ (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620819E5) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9238,7 +9423,7 @@
)
)
)
- (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620707A3) (hatch edge 0.508)
+ (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620819E2) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9256,7 +9441,7 @@
)
)
)
- (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620707A4) (hatch edge 0.508)
+ (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620819DF) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9274,7 +9459,7 @@
)
)
)
- (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620707A5) (hatch edge 0.508)
+ (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620819DC) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9292,7 +9477,7 @@
)
)
)
- (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620707A6) (hatch edge 0.508)
+ (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620819D9) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
@@ -9310,7 +9495,7 @@
)
)
)
- (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620707A7) (hatch edge 0.508)
+ (zone (net 44) (net_name +5V_Z) (layer F.Cu) (tstamp 620819D6) (hatch edge 0.508)
(priority 1)
(connect_pads yes (clearance 0.2))
(min_thickness 0.2)
diff --git a/pcb/CyanStripe/CyanStripe.sch b/pcb/CyanStripe/CyanStripe.sch
index 1ae932279ab65ebf27dd101f718a239eaa350515..d8d7dec3d92d4ddc64c824d8d0f958a46013bb61 100644
--- a/pcb/CyanStripe/CyanStripe.sch
+++ b/pcb/CyanStripe/CyanStripe.sch
@@ -649,8 +649,8 @@ U 1 1 61EDCBF5
P 6150 2750
AR Path="/61ED92B4/61EDCBF5" Ref="C?" Part="1"
AR Path="/61EDCBF5" Ref="C2" Part="1"
-F 0 "C2" V 6100 2800 50 0000 L CNN
-F 1 "1µF" V 6200 2800 50 0000 L CNN
+F 0 "C2" V 6100 2850 50 0000 L CNN
+F 1 "1µF" V 6200 2850 50 0000 L CNN
F 2 "Capacitor_SMD:C_0603_1608Metric" H 6188 2600 50 0001 C CNN
F 3 "~" H 6150 2750 50 0001 C CNN
1 6150 2750
@@ -1091,7 +1091,7 @@ L Device:C C6
U 1 1 620752B8
P 7800 4200
F 0 "C6" V 7700 4000 50 0000 L CNN
-F 1 "100nF" V 7700 4300 50 0000 L CNN
+F 1 "1µF" V 7700 4300 50 0000 L CNN
F 2 "Capacitor_SMD:C_0603_1608Metric" H 7838 4050 50 0001 C CNN
F 3 "~" H 7800 4200 50 0001 C CNN
1 7800 4200
diff --git a/pcb/CyanStripe/LED.sch b/pcb/CyanStripe/LED.sch
index d1cd46e2c416b04b2ec970c4137efc715460aa40..877d401727307fa14ed4e2db15333ca636748b84 100644
--- a/pcb/CyanStripe/LED.sch
+++ b/pcb/CyanStripe/LED.sch
@@ -3,7 +3,7 @@ EELAYER 30 0
EELAYER END
$Descr User 5512 4724
encoding utf-8
-Sheet 6 13
+Sheet 9 13
Title "LED"
Date "2022-01-16"
Rev "v1.0"
@@ -27,7 +27,7 @@ AR Path="/620978C5/620846C7/61F0F467" Ref="D6" Part="1"
AR Path="/620978C5/620846CC/61F0F467" Ref="D7" Part="1"
AR Path="/620978C5/620846D6/61F0F467" Ref="D8" Part="1"
AR Path="/620978C5/620846DB/61F0F467" Ref="D9" Part="1"
-F 0 "D9" H 3000 1950 50 0000 L CNN
+F 0 "D5" H 3000 1950 50 0000 L CNN
F 1 "WS2812B-2020" H 3000 1600 50 0000 L CNN
F 2 "TripwireHook:WS2812B-2020" H 2800 1450 50 0001 L TNN
F 3 "" H 2850 1375 50 0001 L TNN
@@ -52,7 +52,7 @@ AR Path="/620978C5/620846C7/61F12278" Ref="#PWR023" Part="1"
AR Path="/620978C5/620846CC/61F12278" Ref="#PWR025" Part="1"
AR Path="/620978C5/620846D6/61F12278" Ref="#PWR027" Part="1"
AR Path="/620978C5/620846DB/61F12278" Ref="#PWR029" Part="1"
-F 0 "#PWR029" H 2750 1900 50 0001 C CNN
+F 0 "#PWR021" H 2750 1900 50 0001 C CNN
F 1 "GND" H 2755 1977 50 0000 C CNN
F 2 "" H 2750 2150 50 0001 C CNN
F 3 "" H 2750 2150 50 0001 C CNN
@@ -71,7 +71,7 @@ AR Path="/620978C5/620846C7/61F12556" Ref="C24" Part="1"
AR Path="/620978C5/620846CC/61F12556" Ref="C27" Part="1"
AR Path="/620978C5/620846D6/61F12556" Ref="C30" Part="1"
AR Path="/620978C5/620846DB/61F12556" Ref="C31" Part="1"
-F 0 "C31" V 2748 1350 50 0000 C CNN
+F 0 "C19" V 2748 1350 50 0000 C CNN
F 1 "1µF" V 2839 1350 50 0000 C CNN
F 2 "Capacitor_SMD:C_0603_1608Metric" H 3038 1200 50 0001 C CNN
F 3 "~" H 3000 1350 50 0001 C CNN
@@ -90,7 +90,7 @@ AR Path="/620978C5/620846C7/61F136BD" Ref="#PWR024" Part="1"
AR Path="/620978C5/620846CC/61F136BD" Ref="#PWR026" Part="1"
AR Path="/620978C5/620846D6/61F136BD" Ref="#PWR028" Part="1"
AR Path="/620978C5/620846DB/61F136BD" Ref="#PWR030" Part="1"
-F 0 "#PWR030" H 3250 1100 50 0001 C CNN
+F 0 "#PWR022" H 3250 1100 50 0001 C CNN
F 1 "GND" V 3255 1222 50 0000 R CNN
F 2 "" H 3250 1350 50 0001 C CNN
F 3 "" H 3250 1350 50 0001 C CNN
diff --git a/pcb/CyanStripe/gerber.zip b/pcb/CyanStripe/gerber.zip
new file mode 100644
index 0000000000000000000000000000000000000000..14f1ca4949d987f8b4fa111bc05969d32d299c9e
Binary files /dev/null and b/pcb/CyanStripe/gerber.zip differ
diff --git a/pcb/CyanStripe/ibom/ibom.html b/pcb/CyanStripe/ibom/ibom.html
new file mode 100644
index 0000000000000000000000000000000000000000..85fcf60cfcac96ac58b285605cc8869ec96cf431
--- /dev/null
+++ b/pcb/CyanStripe/ibom/ibom.html
@@ -0,0 +1,4337 @@
+<!DOCTYPE html>
+<html lang="en">
+
+<head>
+ <meta charset="UTF-8">
+ <meta name="viewport" content="width=device-width, initial-scale=1.0">
+ <title>Interactive BOM for KiCAD</title>
+ <style type="text/css">
+:root {
+ --pcb-edge-color: black;
+ --pad-color: #878787;
+ --pad-hole-color: #CCCCCC;
+ --pad-color-highlight: #D04040;
+ --pad-color-highlight-both: #D0D040;
+ --pad-color-highlight-marked: #44a344;
+ --pin1-outline-color: #ffb629;
+ --pin1-outline-color-highlight: #ffb629;
+ --pin1-outline-color-highlight-both: #fcbb39;
+ --pin1-outline-color-highlight-marked: #fdbe41;
+ --silkscreen-edge-color: #aa4;
+ --silkscreen-polygon-color: #4aa;
+ --silkscreen-text-color: #4aa;
+ --fabrication-edge-color: #907651;
+ --fabrication-polygon-color: #907651;
+ --fabrication-text-color: #a27c24;
+ --track-color: #def5f1;
+ --track-color-highlight: #D04040;
+ --zone-color: #def5f1;
+ --zone-color-highlight: #d0404080;
+}
+
+html,
+body {
+ margin: 0px;
+ height: 100%;
+ font-family: Verdana, sans-serif;
+}
+
+.dark.topmostdiv {
+ --pcb-edge-color: #eee;
+ --pad-color: #808080;
+ --pin1-outline-color: #ffa800;
+ --pin1-outline-color-highlight: #ccff00;
+ --track-color: #42524f;
+ --zone-color: #42524f;
+ background-color: #252c30;
+ color: #eee;
+}
+
+button {
+ background-color: #eee;
+ border: 1px solid #888;
+ color: black;
+ height: 44px;
+ width: 44px;
+ text-align: center;
+ text-decoration: none;
+ display: inline-block;
+ font-size: 14px;
+ font-weight: bolder;
+}
+
+.dark button {
+ /* This will be inverted */
+ background-color: #c3b7b5;
+}
+
+button.depressed {
+ background-color: #0a0;
+ color: white;
+}
+
+.dark button.depressed {
+ /* This will be inverted */
+ background-color: #b3b;
+}
+
+button:focus {
+ outline: 0;
+}
+
+button#tb-btn {
+ background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.32 290.12h5.82M1.32 291.45h5.82' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 292.5v4.23M.26 292.63H8.2' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='1.35' y='295.73'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
+}
+
+button#lr-btn {
+ background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.06 290.12H3.7m-2.64 1.33H3.7m-2.64 1.32H3.7m-2.64 1.3H3.7m-2.64 1.33H3.7' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 288.8v7.94m0-4.11h3.96' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='5.11' y='291.96'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
+}
+
+button#bom-btn {
+ background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)' fill='none' stroke='%23000' stroke-width='.4'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' stroke-linejoin='round'/%3E%3Cpath d='M1.59 290.12h5.29M1.59 291.45h5.33M1.59 292.75h5.33M1.59 294.09h5.33M1.59 295.41h5.33'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-grouped-btn {
+ background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m4 0h5m4 0h3M6.1 22h3m3.9 0h5m4 0h4m-16-8h4m4 0h4'/%3E%3Cpath stroke-linecap='null' d='M5 17.5h22M5 26.6h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-ungrouped-btn {
+ background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m-4 8h3m-3 8h4'/%3E%3Cpath stroke-linecap='null' d='M5 13.5h22m-22 8h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#bom-netlist-btn {
+ background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg fill='none' stroke='%23000' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-width='2' d='M6 26l6-6v-8m13.8-6.3l-6 6v8'/%3E%3Ccircle cx='11.8' cy='9.5' r='2.8' stroke-width='2'/%3E%3Ccircle cx='19.8' cy='22.8' r='2.8' stroke-width='2'/%3E%3C/g%3E%3C/svg%3E");
+}
+
+button#copy {
+ background-image: url("data:image/svg+xml,%3Csvg height='48' viewBox='0 0 48 48' width='48' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M0 0h48v48h-48z' fill='none'/%3E%3Cpath d='M32 2h-24c-2.21 0-4 1.79-4 4v28h4v-28h24v-4zm6 8h-22c-2.21 0-4 1.79-4 4v28c0 2.21 1.79 4 4 4h22c2.21 0 4-1.79 4-4v-28c0-2.21-1.79-4-4-4zm0 32h-22v-28h22v28z'/%3E%3C/svg%3E");
+ background-position: 6px 6px;
+ background-repeat: no-repeat;
+ background-size: 26px 26px;
+ border-radius: 6px;
+ height: 40px;
+ width: 40px;
+ margin: 10px 5px;
+}
+
+button#copy:active {
+ box-shadow: inset 0px 0px 5px #6c6c6c;
+}
+
+textarea.clipboard-temp {
+ position: fixed;
+ top: 0;
+ left: 0;
+ width: 2em;
+ height: 2em;
+ padding: 0;
+ border: None;
+ outline: None;
+ box-shadow: None;
+ background: transparent;
+}
+
+.left-most-button {
+ border-right: 0;
+ border-top-left-radius: 6px;
+ border-bottom-left-radius: 6px;
+}
+
+.middle-button {
+ border-right: 0;
+}
+
+.right-most-button {
+ border-top-right-radius: 6px;
+ border-bottom-right-radius: 6px;
+}
+
+.button-container {
+ font-size: 0;
+ margin: 10px 10px 10px 0px;
+}
+
+.dark .button-container {
+ filter: invert(1);
+}
+
+.button-container button {
+ background-size: 32px 32px;
+ background-position: 5px 5px;
+ background-repeat: no-repeat;
+}
+
+@media print {
+ .hideonprint {
+ display: none;
+ }
+}
+
+canvas {
+ cursor: crosshair;
+}
+
+canvas:active {
+ cursor: grabbing;
+}
+
+.fileinfo {
+ width: 100%;
+ max-width: 1000px;
+ border: none;
+ padding: 5px;
+}
+
+.fileinfo .title {
+ font-size: 20pt;
+ font-weight: bold;
+}
+
+.fileinfo td {
+ overflow: hidden;
+ white-space: nowrap;
+ max-width: 1px;
+ width: 50%;
+ text-overflow: ellipsis;
+}
+
+.bom {
+ border-collapse: collapse;
+ font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+ font-size: 10pt;
+ table-layout: fixed;
+ width: 100%;
+ margin-top: 1px;
+ position: relative;
+}
+
+.bom th,
+.bom td {
+ border: 1px solid black;
+ padding: 5px;
+ word-wrap: break-word;
+ text-align: center;
+ position: relative;
+}
+
+.dark .bom th,
+.dark .bom td {
+ border: 1px solid #777;
+}
+
+.bom th {
+ background-color: #CCCCCC;
+ background-clip: padding-box;
+}
+
+.dark .bom th {
+ background-color: #3b4749;
+}
+
+.bom tr.highlighted:nth-child(n) {
+ background-color: #cfc;
+}
+
+.dark .bom tr.highlighted:nth-child(n) {
+ background-color: #226022;
+}
+
+.bom tr:nth-child(even) {
+ background-color: #f2f2f2;
+}
+
+.dark .bom tr:nth-child(even) {
+ background-color: #313b40;
+}
+
+.bom tr.checked {
+ color: #1cb53d;
+}
+
+.dark .bom tr.checked {
+ color: #2cce54;
+}
+
+.bom tr {
+ transition: background-color 0.2s;
+}
+
+.bom .numCol {
+ width: 30px;
+}
+
+.bom .value {
+ width: 15%;
+}
+
+.bom .quantity {
+ width: 65px;
+}
+
+.bom th .sortmark {
+ position: absolute;
+ right: 1px;
+ top: 1px;
+ margin-top: -5px;
+ border-width: 5px;
+ border-style: solid;
+ border-color: transparent transparent #221 transparent;
+ transform-origin: 50% 85%;
+ transition: opacity 0.2s, transform 0.4s;
+}
+
+.dark .bom th .sortmark {
+ filter: invert(1);
+}
+
+.bom th .sortmark.none {
+ opacity: 0;
+}
+
+.bom th .sortmark.desc {
+ transform: rotate(180deg);
+}
+
+.bom th:hover .sortmark.none {
+ opacity: 0.5;
+}
+
+.bom .bom-checkbox {
+ width: 30px;
+ position: relative;
+ user-select: none;
+ -moz-user-select: none;
+}
+
+.bom .bom-checkbox:before {
+ content: "";
+ position: absolute;
+ border-width: 15px;
+ border-style: solid;
+ border-color: #51829f transparent transparent transparent;
+ visibility: hidden;
+ top: -15px;
+}
+
+.bom .bom-checkbox:after {
+ content: "Double click to set/unset all";
+ position: absolute;
+ color: white;
+ top: -35px;
+ left: -26px;
+ background: #51829f;
+ padding: 5px 15px;
+ border-radius: 8px;
+ white-space: nowrap;
+ visibility: hidden;
+}
+
+.bom .bom-checkbox:hover:before,
+.bom .bom-checkbox:hover:after {
+ visibility: visible;
+ transition: visibility 0.2s linear 1s;
+}
+
+.split {
+ -webkit-box-sizing: border-box;
+ -moz-box-sizing: border-box;
+ box-sizing: border-box;
+ overflow-y: auto;
+ overflow-x: hidden;
+ background-color: inherit;
+}
+
+.split.split-horizontal,
+.gutter.gutter-horizontal {
+ height: 100%;
+ float: left;
+}
+
+.gutter {
+ background-color: #ddd;
+ background-repeat: no-repeat;
+ background-position: 50%;
+ transition: background-color 0.3s;
+}
+
+.dark .gutter {
+ background-color: #777;
+}
+
+.gutter.gutter-horizontal {
+ background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAeCAYAAADkftS9AAAAIklEQVQoU2M4c+bMfxAGAgYYmwGrIIiDjrELjpo5aiZeMwF+yNnOs5KSvgAAAABJRU5ErkJggg==');
+ cursor: ew-resize;
+ width: 5px;
+}
+
+.gutter.gutter-vertical {
+ background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB4AAAAFAQMAAABo7865AAAABlBMVEVHcEzMzMzyAv2sAAAAAXRSTlMAQObYZgAAABBJREFUeF5jOAMEEAIEEFwAn3kMwcB6I2AAAAAASUVORK5CYII=');
+ cursor: ns-resize;
+ height: 5px;
+}
+
+.searchbox {
+ float: left;
+ height: 40px;
+ margin: 10px 5px;
+ padding: 12px 32px;
+ font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+ font-size: 18px;
+ box-sizing: border-box;
+ border: 1px solid #888;
+ border-radius: 6px;
+ outline: none;
+ background-color: #eee;
+ transition: background-color 0.2s, border 0.2s;
+ background-image: url('data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAABAAAAAQCAYAAAAf8/9hAAABNklEQVQ4T8XSMUvDQBQH8P/LElFa/AIZHcTBQSz0I/gFstTBRR2KUC4ldDxw7h0Bl3RRUATxi4iiODgoiLNrbQYp5J6cpJJqomkX33Z37/14d/dIa33MzDuYI4johOI4XhyNRteO46zNYjDzAxE1yBZprVeZ+QbAUhXEGJMA2Ox2u4+fQIa0mPmsCgCgJYQ4t7lfgF0opQYAdv9ABkKI/UnOFCClXKjX61cA1osQY8x9kiRNKeV7IWA3oyhaSdP0FkAtjxhj3hzH2RBCPOf3pzqYHCilfAAX+URm9oMguPzeWSGQvUcMYC8rOBJCHBRdqxTo9/vbRHRqi8bj8XKv1xvODbiuW2u32/bvf0SlDv4XYOY7z/Mavu+nM1+BmQ+NMc0wDF/LprP0DbTWW0T00ul0nn4b7Q87+X4Qmfiq2wAAAABJRU5ErkJggg==');
+ background-position: 10px 10px;
+ background-repeat: no-repeat;
+}
+
+.dark .searchbox {
+ background-color: #111;
+ color: #eee;
+}
+
+.searchbox::placeholder {
+ color: #ccc;
+}
+
+.dark .searchbox::placeholder {
+ color: #666;
+}
+
+.filter {
+ width: calc(60% - 64px);
+}
+
+.reflookup {
+ width: calc(40% - 10px);
+}
+
+input[type=text]:focus {
+ background-color: white;
+ border: 1px solid #333;
+}
+
+.dark input[type=text]:focus {
+ background-color: #333;
+ border: 1px solid #ccc;
+}
+
+mark.highlight {
+ background-color: #5050ff;
+ color: #fff;
+ padding: 2px;
+ border-radius: 6px;
+}
+
+.dark mark.highlight {
+ background-color: #76a6da;
+ color: #111;
+}
+
+.menubtn {
+ background-color: white;
+ border: none;
+ background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36' viewBox='0 0 20 20'%3E%3Cpath fill='none' d='M0 0h20v20H0V0z'/%3E%3Cpath d='M15.95 10.78c.03-.25.05-.51.05-.78s-.02-.53-.06-.78l1.69-1.32c.15-.12.19-.34.1-.51l-1.6-2.77c-.1-.18-.31-.24-.49-.18l-1.99.8c-.42-.32-.86-.58-1.35-.78L12 2.34c-.03-.2-.2-.34-.4-.34H8.4c-.2 0-.36.14-.39.34l-.3 2.12c-.49.2-.94.47-1.35.78l-1.99-.8c-.18-.07-.39 0-.49.18l-1.6 2.77c-.1.18-.06.39.1.51l1.69 1.32c-.04.25-.07.52-.07.78s.02.53.06.78L2.37 12.1c-.15.12-.19.34-.1.51l1.6 2.77c.1.18.31.24.49.18l1.99-.8c.42.32.86.58 1.35.78l.3 2.12c.04.2.2.34.4.34h3.2c.2 0 .37-.14.39-.34l.3-2.12c.49-.2.94-.47 1.35-.78l1.99.8c.18.07.39 0 .49-.18l1.6-2.77c.1-.18.06-.39-.1-.51l-1.67-1.32zM10 13c-1.65 0-3-1.35-3-3s1.35-3 3-3 3 1.35 3 3-1.35 3-3 3z'/%3E%3C/svg%3E%0A");
+ background-position: center;
+ background-repeat: no-repeat;
+}
+
+.statsbtn {
+ background-color: white;
+ border: none;
+ background-image: url("data:image/svg+xml,%3Csvg width='36' height='36' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M4 6h28v24H4V6zm0 8h28v8H4m9-16v24h10V5.8' fill='none' stroke='%23000' stroke-width='2'/%3E%3C/svg%3E");
+ background-position: center;
+ background-repeat: no-repeat;
+}
+
+.iobtn {
+ background-color: white;
+ border: none;
+ background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36'%3E%3Cpath fill='none' stroke='%23000' stroke-width='2' d='M3 33v-7l6.8-7h16.5l6.7 7v7H3zM3.2 26H33M21 9l5-5.9 5 6h-2.5V15h-5V9H21zm-4.9 0l-5 6-5-6h2.5V3h5v6h2.5z'/%3E%3Cpath fill='none' stroke='%23000' d='M6.1 29.5H10'/%3E%3C/svg%3E");
+ background-position: center;
+ background-repeat: no-repeat;
+}
+
+.visbtn {
+ background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='24' height='24'%3E%3Cpath fill='none' stroke='%23333' d='M2.5 4.5h5v15h-5zM9.5 4.5h5v15h-5zM16.5 4.5h5v15h-5z'/%3E%3C/svg%3E");
+ background-position: center;
+ background-repeat: no-repeat;
+ padding: 15px;
+}
+
+#vismenu-content {
+ left: 0px;
+ font-family: Verdana, sans-serif;
+}
+
+.dark .statsbtn,
+.dark .savebtn,
+.dark .menubtn,
+.dark .iobtn,
+.dark .visbtn {
+ filter: invert(1);
+}
+
+.flexbox {
+ display: flex;
+ align-items: center;
+ justify-content: space-between;
+ width: 100%;
+}
+
+.savebtn {
+ background-color: #d6d6d6;
+ width: auto;
+ height: 30px;
+ flex-grow: 1;
+ margin: 5px;
+ border-radius: 4px;
+}
+
+.savebtn:active {
+ background-color: #0a0;
+ color: white;
+}
+
+.dark .savebtn:active {
+ /* This will be inverted */
+ background-color: #b3b;
+}
+
+.stats {
+ border-collapse: collapse;
+ font-size: 12pt;
+ table-layout: fixed;
+ width: 100%;
+ min-width: 450px;
+}
+
+.dark .stats td {
+ border: 1px solid #bbb;
+}
+
+.stats td {
+ border: 1px solid black;
+ padding: 5px;
+ word-wrap: break-word;
+ text-align: center;
+ position: relative;
+}
+
+#checkbox-stats div {
+ position: absolute;
+ left: 0;
+ top: 0;
+ height: 100%;
+ width: 100%;
+ display: flex;
+ align-items: center;
+ justify-content: center;
+}
+
+#checkbox-stats .bar {
+ background-color: rgba(28, 251, 0, 0.6);
+}
+
+.menu {
+ position: relative;
+ display: inline-block;
+ margin: 10px 10px 10px 0px;
+}
+
+.menu-content {
+ font-size: 12pt !important;
+ text-align: left !important;
+ font-weight: normal !important;
+ display: none;
+ position: absolute;
+ background-color: white;
+ right: 0;
+ min-width: 300px;
+ box-shadow: 0px 8px 16px 0px rgba(0, 0, 0, 0.2);
+ z-index: 100;
+ padding: 8px;
+}
+
+.dark .menu-content {
+ background-color: #111;
+}
+
+.menu:hover .menu-content {
+ display: block;
+}
+
+.menu:hover .menubtn,
+.menu:hover .iobtn,
+.menu:hover .statsbtn {
+ background-color: #eee;
+}
+
+.menu-label {
+ display: inline-block;
+ padding: 8px;
+ border: 1px solid #ccc;
+ border-top: 0;
+ width: calc(100% - 18px);
+}
+
+.menu-label-top {
+ border-top: 1px solid #ccc;
+}
+
+.menu-textbox {
+ float: left;
+ height: 24px;
+ margin: 10px 5px;
+ padding: 5px 5px;
+ font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
+ font-size: 14px;
+ box-sizing: border-box;
+ border: 1px solid #888;
+ border-radius: 4px;
+ outline: none;
+ background-color: #eee;
+ transition: background-color 0.2s, border 0.2s;
+ width: calc(100% - 10px);
+}
+
+.menu-textbox.invalid,
+.dark .menu-textbox.invalid {
+ color: red;
+}
+
+.dark .menu-textbox {
+ background-color: #222;
+ color: #eee;
+}
+
+.radio-container {
+ margin: 4px;
+}
+
+.topmostdiv {
+ width: 100%;
+ height: 100%;
+ background-color: white;
+ transition: background-color 0.3s;
+}
+
+#top {
+ height: 78px;
+ border-bottom: 2px solid black;
+}
+
+.dark #top {
+ border-bottom: 2px solid #ccc;
+}
+
+#dbg {
+ display: block;
+}
+
+::-webkit-scrollbar {
+ width: 8px;
+}
+
+::-webkit-scrollbar-track {
+ background: #aaa;
+}
+
+::-webkit-scrollbar-thumb {
+ background: #666;
+ border-radius: 3px;
+}
+
+::-webkit-scrollbar-thumb:hover {
+ background: #555;
+}
+
+.slider {
+ -webkit-appearance: none;
+ width: 100%;
+ margin: 3px 0;
+ padding: 0;
+ outline: none;
+ opacity: 0.7;
+ -webkit-transition: .2s;
+ transition: opacity .2s;
+ border-radius: 3px;
+}
+
+.slider:hover {
+ opacity: 1;
+}
+
+.slider:focus {
+ outline: none;
+}
+
+.slider::-webkit-slider-runnable-track {
+ -webkit-appearance: none;
+ width: 100%;
+ height: 8px;
+ background: #d3d3d3;
+ border-radius: 3px;
+ border: none;
+}
+
+.slider::-webkit-slider-thumb {
+ -webkit-appearance: none;
+ width: 15px;
+ height: 15px;
+ border-radius: 50%;
+ background: #0a0;
+ cursor: pointer;
+ margin-top: -4px;
+}
+
+.dark .slider::-webkit-slider-thumb {
+ background: #3d3;
+}
+
+.slider::-moz-range-thumb {
+ width: 15px;
+ height: 15px;
+ border-radius: 50%;
+ background: #0a0;
+ cursor: pointer;
+}
+
+.slider::-moz-range-track {
+ height: 8px;
+ background: #d3d3d3;
+ border-radius: 3px;
+}
+
+.dark .slider::-moz-range-thumb {
+ background: #3d3;
+}
+
+.slider::-ms-track {
+ width: 100%;
+ height: 8px;
+ border-width: 3px 0;
+ background: transparent;
+ border-color: transparent;
+ color: transparent;
+ transition: opacity .2s;
+}
+
+.slider::-ms-fill-lower {
+ background: #d3d3d3;
+ border: none;
+ border-radius: 3px;
+}
+
+.slider::-ms-fill-upper {
+ background: #d3d3d3;
+ border: none;
+ border-radius: 3px;
+}
+
+.slider::-ms-thumb {
+ width: 15px;
+ height: 15px;
+ border-radius: 50%;
+ background: #0a0;
+ cursor: pointer;
+ margin: 0;
+}
+
+.shameless-plug {
+ font-size: 0.8em;
+ text-align: center;
+ display: block;
+}
+
+a {
+ color: #0278a4;
+}
+
+.dark a {
+ color: #00b9fd;
+}
+
+#frontcanvas,
+#backcanvas {
+ touch-action: none;
+}
+
+.placeholder {
+ border: 1px dashed #9f9fda !important;
+ background-color: #edf2f7 !important;
+}
+
+.dragging {
+ z-index: 999;
+}
+
+.dark .dragging>table>tbody>tr {
+ background-color: #252c30;
+}
+
+.dark .placeholder {
+ filter: invert(1);
+}
+
+.column-spacer {
+ top: 0;
+ left: 0;
+ width: calc(100% - 4px);
+ position: absolute;
+ cursor: pointer;
+ user-select: none;
+ height: 100%;
+}
+
+.column-width-handle {
+ top: 0;
+ right: 0;
+ width: 4px;
+ position: absolute;
+ cursor: col-resize;
+ user-select: none;
+ height: 100%;
+}
+
+.column-width-handle:hover {
+ background-color: #4f99bd;
+}
+
+
+ </style>
+ <script type="text/javascript" >
+///////////////////////////////////////////////
+/*
+ Split.js - v1.3.5
+ MIT License
+ https://github.com/nathancahill/Split.js
+*/
+!function(e,t){"object"==typeof exports&&"undefined"!=typeof module?module.exports=t():"function"==typeof define&&define.amd?define(t):e.Split=t()}(this,function(){"use strict";var e=window,t=e.document,n="addEventListener",i="removeEventListener",r="getBoundingClientRect",s=function(){return!1},o=e.attachEvent&&!e[n],a=["","-webkit-","-moz-","-o-"].filter(function(e){var n=t.createElement("div");return n.style.cssText="width:"+e+"calc(9px)",!!n.style.length}).shift()+"calc",l=function(e){return"string"==typeof e||e instanceof String?t.querySelector(e):e};return function(u,c){function z(e,t,n){var i=A(y,t,n);Object.keys(i).forEach(function(t){return e.style[t]=i[t]})}function h(e,t){var n=B(y,t);Object.keys(n).forEach(function(t){return e.style[t]=n[t]})}function f(e){var t=E[this.a],n=E[this.b],i=t.size+n.size;t.size=e/this.size*i,n.size=i-e/this.size*i,z(t.element,t.size,this.aGutterSize),z(n.element,n.size,this.bGutterSize)}function m(e){var t;this.dragging&&((t="touches"in e?e.touches[0][b]-this.start:e[b]-this.start)<=E[this.a].minSize+M+this.aGutterSize?t=E[this.a].minSize+this.aGutterSize:t>=this.size-(E[this.b].minSize+M+this.bGutterSize)&&(t=this.size-(E[this.b].minSize+this.bGutterSize)),f.call(this,t),c.onDrag&&c.onDrag())}function g(){var e=E[this.a].element,t=E[this.b].element;this.size=e[r]()[y]+t[r]()[y]+this.aGutterSize+this.bGutterSize,this.start=e[r]()[G]}function d(){var t=this,n=E[t.a].element,r=E[t.b].element;t.dragging&&c.onDragEnd&&c.onDragEnd(),t.dragging=!1,e[i]("mouseup",t.stop),e[i]("touchend",t.stop),e[i]("touchcancel",t.stop),t.parent[i]("mousemove",t.move),t.parent[i]("touchmove",t.move),delete t.stop,delete t.move,n[i]("selectstart",s),n[i]("dragstart",s),r[i]("selectstart",s),r[i]("dragstart",s),n.style.userSelect="",n.style.webkitUserSelect="",n.style.MozUserSelect="",n.style.pointerEvents="",r.style.userSelect="",r.style.webkitUserSelect="",r.style.MozUserSelect="",r.style.pointerEvents="",t.gutter.style.cursor="",t.parent.style.cursor=""}function S(t){var i=this,r=E[i.a].element,o=E[i.b].element;!i.dragging&&c.onDragStart&&c.onDragStart(),t.preventDefault(),i.dragging=!0,i.move=m.bind(i),i.stop=d.bind(i),e[n]("mouseup",i.stop),e[n]("touchend",i.stop),e[n]("touchcancel",i.stop),i.parent[n]("mousemove",i.move),i.parent[n]("touchmove",i.move),r[n]("selectstart",s),r[n]("dragstart",s),o[n]("selectstart",s),o[n]("dragstart",s),r.style.userSelect="none",r.style.webkitUserSelect="none",r.style.MozUserSelect="none",r.style.pointerEvents="none",o.style.userSelect="none",o.style.webkitUserSelect="none",o.style.MozUserSelect="none",o.style.pointerEvents="none",i.gutter.style.cursor=j,i.parent.style.cursor=j,g.call(i)}function v(e){e.forEach(function(t,n){if(n>0){var i=F[n-1],r=E[i.a],s=E[i.b];r.size=e[n-1],s.size=t,z(r.element,r.size,i.aGutterSize),z(s.element,s.size,i.bGutterSize)}})}function p(){F.forEach(function(e){e.parent.removeChild(e.gutter),E[e.a].element.style[y]="",E[e.b].element.style[y]=""})}void 0===c&&(c={});var y,b,G,E,w=l(u[0]).parentNode,D=e.getComputedStyle(w).flexDirection,U=c.sizes||u.map(function(){return 100/u.length}),k=void 0!==c.minSize?c.minSize:100,x=Array.isArray(k)?k:u.map(function(){return k}),L=void 0!==c.gutterSize?c.gutterSize:10,M=void 0!==c.snapOffset?c.snapOffset:30,O=c.direction||"horizontal",j=c.cursor||("horizontal"===O?"ew-resize":"ns-resize"),C=c.gutter||function(e,n){var i=t.createElement("div");return i.className="gutter gutter-"+n,i},A=c.elementStyle||function(e,t,n){var i={};return"string"==typeof t||t instanceof String?i[e]=t:i[e]=o?t+"%":a+"("+t+"% - "+n+"px)",i},B=c.gutterStyle||function(e,t){return n={},n[e]=t+"px",n;var n};"horizontal"===O?(y="width","clientWidth",b="clientX",G="left","paddingLeft"):"vertical"===O&&(y="height","clientHeight",b="clientY",G="top","paddingTop");var F=[];return E=u.map(function(e,t){var i,s={element:l(e),size:U[t],minSize:x[t]};if(t>0&&(i={a:t-1,b:t,dragging:!1,isFirst:1===t,isLast:t===u.length-1,direction:O,parent:w},i.aGutterSize=L,i.bGutterSize=L,i.isFirst&&(i.aGutterSize=L/2),i.isLast&&(i.bGutterSize=L/2),"row-reverse"===D||"column-reverse"===D)){var a=i.a;i.a=i.b,i.b=a}if(!o&&t>0){var c=C(t,O);h(c,L),c[n]("mousedown",S.bind(i)),c[n]("touchstart",S.bind(i)),w.insertBefore(c,s.element),i.gutter=c}0===t||t===u.length-1?z(s.element,s.size,L/2):z(s.element,s.size,L);var f=s.element[r]()[y];return f<s.minSize&&(s.minSize=f),t>0&&F.push(i),s}),o?{setSizes:v,destroy:p}:{setSizes:v,getSizes:function(){return E.map(function(e){return e.size})},collapse:function(e){if(e===F.length){var t=F[e-1];g.call(t),o||f.call(t,t.size-t.bGutterSize)}else{var n=F[e];g.call(n),o||f.call(n,n.aGutterSize)}},destroy:p}}});
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+// Copyright (c) 2013 Pieroxy <pieroxy@pieroxy.net>
+// This work is free. You can redistribute it and/or modify it
+// under the terms of the WTFPL, Version 2
+// For more information see LICENSE.txt or http://www.wtfpl.net/
+//
+// For more information, the home page:
+// http://pieroxy.net/blog/pages/lz-string/testing.html
+//
+// LZ-based compression algorithm, version 1.4.4
+var LZString=function(){var o=String.fromCharCode,i={};var n={decompressFromBase64:function(o){return null==o?"":""==o?null:n._decompress(o.length,32,function(n){return function(o,n){if(!i[o]){i[o]={};for(var t=0;t<o.length;t++)i[o][o.charAt(t)]=t}return i[o][n]}("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",o.charAt(n))})},_decompress:function(i,n,t){var r,e,a,s,p,u,l,f=[],c=4,d=4,h=3,v="",g=[],m={val:t(0),position:n,index:1};for(r=0;r<3;r+=1)f[r]=r;for(a=0,p=Math.pow(2,2),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 2:return""}for(f[3]=l,e=l,g.push(l);;){if(m.index>i)return"";for(a=0,p=Math.pow(2,h),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(l=a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 2:return g.join("")}if(0==c&&(c=Math.pow(2,h),h++),f[l])v=f[l];else{if(l!==d)return null;v=e+e.charAt(0)}g.push(v),f[d++]=e+v.charAt(0),e=v,0==--c&&(c=Math.pow(2,h),h++)}}};return n}();"function"==typeof define&&define.amd?define(function(){return LZString}):"undefined"!=typeof module&&null!=module?module.exports=LZString:"undefined"!=typeof angular&&null!=angular&&angular.module("LZString",[]).factory("LZString",function(){return LZString});
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*!
+ * PEP v0.4.3 | https://github.com/jquery/PEP
+ * Copyright jQuery Foundation and other contributors | http://jquery.org/license
+ */
+!function(a,b){"object"==typeof exports&&"undefined"!=typeof module?module.exports=b():"function"==typeof define&&define.amd?define(b):a.PointerEventsPolyfill=b()}(this,function(){"use strict";function a(a,b){b=b||Object.create(null);var c=document.createEvent("Event");c.initEvent(a,b.bubbles||!1,b.cancelable||!1);
+for(var d,e=2;e<m.length;e++)d=m[e],c[d]=b[d]||n[e];c.buttons=b.buttons||0;
+var f=0;return f=b.pressure&&c.buttons?b.pressure:c.buttons?.5:0,c.x=c.clientX,c.y=c.clientY,c.pointerId=b.pointerId||0,c.width=b.width||0,c.height=b.height||0,c.pressure=f,c.tiltX=b.tiltX||0,c.tiltY=b.tiltY||0,c.twist=b.twist||0,c.tangentialPressure=b.tangentialPressure||0,c.pointerType=b.pointerType||"",c.hwTimestamp=b.hwTimestamp||0,c.isPrimary=b.isPrimary||!1,c}function b(){this.array=[],this.size=0}function c(a,b,c,d){this.addCallback=a.bind(d),this.removeCallback=b.bind(d),this.changedCallback=c.bind(d),A&&(this.observer=new A(this.mutationWatcher.bind(this)))}function d(a){return"body /shadow-deep/ "+e(a)}function e(a){return'[touch-action="'+a+'"]'}function f(a){return"{ -ms-touch-action: "+a+"; touch-action: "+a+"; }"}function g(){if(F){D.forEach(function(a){String(a)===a?(E+=e(a)+f(a)+"\n",G&&(E+=d(a)+f(a)+"\n")):(E+=a.selectors.map(e)+f(a.rule)+"\n",G&&(E+=a.selectors.map(d)+f(a.rule)+"\n"))});var a=document.createElement("style");a.textContent=E,document.head.appendChild(a)}}function h(){if(!window.PointerEvent){if(window.PointerEvent=a,window.navigator.msPointerEnabled){var b=window.navigator.msMaxTouchPoints;Object.defineProperty(window.navigator,"maxTouchPoints",{value:b,enumerable:!0}),u.registerSource("ms",_)}else Object.defineProperty(window.navigator,"maxTouchPoints",{value:0,enumerable:!0}),u.registerSource("mouse",N),void 0!==window.ontouchstart&&u.registerSource("touch",V);u.register(document)}}function i(a){if(!u.pointermap.has(a)){var b=new Error("InvalidPointerId");throw b.name="InvalidPointerId",b}}function j(a){for(var b=a.parentNode;b&&b!==a.ownerDocument;)b=b.parentNode;if(!b){var c=new Error("InvalidStateError");throw c.name="InvalidStateError",c}}function k(a){var b=u.pointermap.get(a);return 0!==b.buttons}function l(){window.Element&&!Element.prototype.setPointerCapture&&Object.defineProperties(Element.prototype,{setPointerCapture:{value:W},releasePointerCapture:{value:X},hasPointerCapture:{value:Y}})}
+var m=["bubbles","cancelable","view","detail","screenX","screenY","clientX","clientY","ctrlKey","altKey","shiftKey","metaKey","button","relatedTarget","pageX","pageY"],n=[!1,!1,null,null,0,0,0,0,!1,!1,!1,!1,0,null,0,0],o=window.Map&&window.Map.prototype.forEach,p=o?Map:b;b.prototype={set:function(a,b){return void 0===b?this["delete"](a):(this.has(a)||this.size++,void(this.array[a]=b))},has:function(a){return void 0!==this.array[a]},"delete":function(a){this.has(a)&&(delete this.array[a],this.size--)},get:function(a){return this.array[a]},clear:function(){this.array.length=0,this.size=0},forEach:function(a,b){return this.array.forEach(function(c,d){a.call(b,c,d,this)},this)}};var q=["bubbles","cancelable","view","detail","screenX","screenY","clientX","clientY","ctrlKey","altKey","shiftKey","metaKey","button","relatedTarget","buttons","pointerId","width","height","pressure","tiltX","tiltY","pointerType","hwTimestamp","isPrimary","type","target","currentTarget","which","pageX","pageY","timeStamp"],r=[!1,!1,null,null,0,0,0,0,!1,!1,!1,!1,0,null,0,0,0,0,0,0,0,"",0,!1,"",null,null,0,0,0,0],s={pointerover:1,pointerout:1,pointerenter:1,pointerleave:1},t="undefined"!=typeof SVGElementInstance,u={pointermap:new p,eventMap:Object.create(null),captureInfo:Object.create(null),eventSources:Object.create(null),eventSourceList:[],registerSource:function(a,b){var c=b,d=c.events;d&&(d.forEach(function(a){c[a]&&(this.eventMap[a]=c[a].bind(c))},this),this.eventSources[a]=c,this.eventSourceList.push(c))},register:function(a){for(var b,c=this.eventSourceList.length,d=0;d<c&&(b=this.eventSourceList[d]);d++)
+b.register.call(b,a)},unregister:function(a){for(var b,c=this.eventSourceList.length,d=0;d<c&&(b=this.eventSourceList[d]);d++)
+b.unregister.call(b,a)},contains:function(a,b){try{return a.contains(b)}catch(c){return!1}},down:function(a){a.bubbles=!0,this.fireEvent("pointerdown",a)},move:function(a){a.bubbles=!0,this.fireEvent("pointermove",a)},up:function(a){a.bubbles=!0,this.fireEvent("pointerup",a)},enter:function(a){a.bubbles=!1,this.fireEvent("pointerenter",a)},leave:function(a){a.bubbles=!1,this.fireEvent("pointerleave",a)},over:function(a){a.bubbles=!0,this.fireEvent("pointerover",a)},out:function(a){a.bubbles=!0,this.fireEvent("pointerout",a)},cancel:function(a){a.bubbles=!0,this.fireEvent("pointercancel",a)},leaveOut:function(a){this.out(a),this.propagate(a,this.leave,!1)},enterOver:function(a){this.over(a),this.propagate(a,this.enter,!0)},eventHandler:function(a){if(!a._handledByPE){var b=a.type,c=this.eventMap&&this.eventMap[b];c&&c(a),a._handledByPE=!0}},listen:function(a,b){b.forEach(function(b){this.addEvent(a,b)},this)},unlisten:function(a,b){b.forEach(function(b){this.removeEvent(a,b)},this)},addEvent:function(a,b){a.addEventListener(b,this.boundHandler)},removeEvent:function(a,b){a.removeEventListener(b,this.boundHandler)},makeEvent:function(b,c){this.captureInfo[c.pointerId]&&(c.relatedTarget=null);var d=new a(b,c);return c.preventDefault&&(d.preventDefault=c.preventDefault),d._target=d._target||c.target,d},fireEvent:function(a,b){var c=this.makeEvent(a,b);return this.dispatchEvent(c)},cloneEvent:function(a){for(var b,c=Object.create(null),d=0;d<q.length;d++)b=q[d],c[b]=a[b]||r[d],!t||"target"!==b&&"relatedTarget"!==b||c[b]instanceof SVGElementInstance&&(c[b]=c[b].correspondingUseElement);return a.preventDefault&&(c.preventDefault=function(){a.preventDefault()}),c},getTarget:function(a){var b=this.captureInfo[a.pointerId];return b?a._target!==b&&a.type in s?void 0:b:a._target},propagate:function(a,b,c){for(var d=a.target,e=[];d!==document&&!d.contains(a.relatedTarget);) if(e.push(d),d=d.parentNode,!d)return;c&&e.reverse(),e.forEach(function(c){a.target=c,b.call(this,a)},this)},setCapture:function(b,c,d){this.captureInfo[b]&&this.releaseCapture(b,d),this.captureInfo[b]=c,this.implicitRelease=this.releaseCapture.bind(this,b,d),document.addEventListener("pointerup",this.implicitRelease),document.addEventListener("pointercancel",this.implicitRelease);var e=new a("gotpointercapture");e.pointerId=b,e._target=c,d||this.asyncDispatchEvent(e)},releaseCapture:function(b,c){var d=this.captureInfo[b];if(d){this.captureInfo[b]=void 0,document.removeEventListener("pointerup",this.implicitRelease),document.removeEventListener("pointercancel",this.implicitRelease);var e=new a("lostpointercapture");e.pointerId=b,e._target=d,c||this.asyncDispatchEvent(e)}},dispatchEvent:/*scope.external.dispatchEvent || */function(a){var b=this.getTarget(a);if(b)return b.dispatchEvent(a)},asyncDispatchEvent:function(a){requestAnimationFrame(this.dispatchEvent.bind(this,a))}};u.boundHandler=u.eventHandler.bind(u);var v={shadow:function(a){if(a)return a.shadowRoot||a.webkitShadowRoot},canTarget:function(a){return a&&Boolean(a.elementFromPoint)},targetingShadow:function(a){var b=this.shadow(a);if(this.canTarget(b))return b},olderShadow:function(a){var b=a.olderShadowRoot;if(!b){var c=a.querySelector("shadow");c&&(b=c.olderShadowRoot)}return b},allShadows:function(a){for(var b=[],c=this.shadow(a);c;)b.push(c),c=this.olderShadow(c);return b},searchRoot:function(a,b,c){if(a){var d,e,f=a.elementFromPoint(b,c);for(e=this.targetingShadow(f);e;){if(d=e.elementFromPoint(b,c)){var g=this.targetingShadow(d);return this.searchRoot(g,b,c)||d} e=this.olderShadow(e)} return f}},owner:function(a){
+for(var b=a;b.parentNode;)b=b.parentNode;
+return b.nodeType!==Node.DOCUMENT_NODE&&b.nodeType!==Node.DOCUMENT_FRAGMENT_NODE&&(b=document),b},findTarget:function(a){var b=a.clientX,c=a.clientY,d=this.owner(a.target);
+return d.elementFromPoint(b,c)||(d=document),this.searchRoot(d,b,c)}},w=Array.prototype.forEach.call.bind(Array.prototype.forEach),x=Array.prototype.map.call.bind(Array.prototype.map),y=Array.prototype.slice.call.bind(Array.prototype.slice),z=Array.prototype.filter.call.bind(Array.prototype.filter),A=window.MutationObserver||window.WebKitMutationObserver,B="[touch-action]",C={subtree:!0,childList:!0,attributes:!0,attributeOldValue:!0,attributeFilter:["touch-action"]};c.prototype={watchSubtree:function(a){
+//
+this.observer&&v.canTarget(a)&&this.observer.observe(a,C)},enableOnSubtree:function(a){this.watchSubtree(a),a===document&&"complete"!==document.readyState?this.installOnLoad():this.installNewSubtree(a)},installNewSubtree:function(a){w(this.findElements(a),this.addElement,this)},findElements:function(a){return a.querySelectorAll?a.querySelectorAll(B):[]},removeElement:function(a){this.removeCallback(a)},addElement:function(a){this.addCallback(a)},elementChanged:function(a,b){this.changedCallback(a,b)},concatLists:function(a,b){return a.concat(y(b))},
+installOnLoad:function(){document.addEventListener("readystatechange",function(){"complete"===document.readyState&&this.installNewSubtree(document)}.bind(this))},isElement:function(a){return a.nodeType===Node.ELEMENT_NODE},flattenMutationTree:function(a){
+var b=x(a,this.findElements,this);
+return b.push(z(a,this.isElement)),b.reduce(this.concatLists,[])},mutationWatcher:function(a){a.forEach(this.mutationHandler,this)},mutationHandler:function(a){if("childList"===a.type){var b=this.flattenMutationTree(a.addedNodes);b.forEach(this.addElement,this);var c=this.flattenMutationTree(a.removedNodes);c.forEach(this.removeElement,this)}else"attributes"===a.type&&this.elementChanged(a.target,a.oldValue)}};var D=["none","auto","pan-x","pan-y",{rule:"pan-x pan-y",selectors:["pan-x pan-y","pan-y pan-x"]}],E="",F=window.PointerEvent||window.MSPointerEvent,G=!window.ShadowDOMPolyfill&&document.head.createShadowRoot,H=u.pointermap,I=25,J=[1,4,2,8,16],K=!1;try{K=1===new MouseEvent("test",{buttons:1}).buttons}catch(L){}
+var M,N={POINTER_ID:1,POINTER_TYPE:"mouse",events:["mousedown","mousemove","mouseup","mouseover","mouseout"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},lastTouches:[],
+isEventSimulatedFromTouch:function(a){for(var b,c=this.lastTouches,d=a.clientX,e=a.clientY,f=0,g=c.length;f<g&&(b=c[f]);f++){
+var h=Math.abs(d-b.x),i=Math.abs(e-b.y);if(h<=I&&i<=I)return!0}},prepareEvent:function(a){var b=u.cloneEvent(a),c=b.preventDefault;return b.preventDefault=function(){a.preventDefault(),c()},b.pointerId=this.POINTER_ID,b.isPrimary=!0,b.pointerType=this.POINTER_TYPE,b},prepareButtonsForMove:function(a,b){var c=H.get(this.POINTER_ID);
+0!==b.which&&c?a.buttons=c.buttons:a.buttons=0,b.buttons=a.buttons},mousedown:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);K||(c.buttons=J[c.button],b&&(c.buttons|=b.buttons),a.buttons=c.buttons),H.set(this.POINTER_ID,a),b&&0!==b.buttons?u.move(c):u.down(c)}},mousemove:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,H.set(this.POINTER_ID,a),u.move(b)}},mouseup:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=H.get(this.POINTER_ID),c=this.prepareEvent(a);if(!K){var d=J[c.button];
+c.buttons=b?b.buttons&~d:0,a.buttons=c.buttons}H.set(this.POINTER_ID,a),
+c.buttons&=~J[c.button],0===c.buttons?u.up(c):u.move(c)}},mouseover:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,H.set(this.POINTER_ID,a),u.enterOver(b)}},mouseout:function(a){if(!this.isEventSimulatedFromTouch(a)){var b=this.prepareEvent(a);K||this.prepareButtonsForMove(b,a),b.button=-1,u.leaveOut(b)}},cancel:function(a){var b=this.prepareEvent(a);u.cancel(b),this.deactivateMouse()},deactivateMouse:function(){H["delete"](this.POINTER_ID)}},O=u.captureInfo,P=v.findTarget.bind(v),Q=v.allShadows.bind(v),R=u.pointermap,S=2500,T=200,U="touch-action",V={events:["touchstart","touchmove","touchend","touchcancel"],register:function(a){M.enableOnSubtree(a)},unregister:function(){},elementAdded:function(a){var b=a.getAttribute(U),c=this.touchActionToScrollType(b);c&&(a._scrollType=c,u.listen(a,this.events),
+Q(a).forEach(function(a){a._scrollType=c,u.listen(a,this.events)},this))},elementRemoved:function(a){a._scrollType=void 0,u.unlisten(a,this.events),
+Q(a).forEach(function(a){a._scrollType=void 0,u.unlisten(a,this.events)},this)},elementChanged:function(a,b){var c=a.getAttribute(U),d=this.touchActionToScrollType(c),e=this.touchActionToScrollType(b);
+d&&e?(a._scrollType=d,Q(a).forEach(function(a){a._scrollType=d},this)):e?this.elementRemoved(a):d&&this.elementAdded(a)},scrollTypes:{EMITTER:"none",XSCROLLER:"pan-x",YSCROLLER:"pan-y",SCROLLER:/^(?:pan-x pan-y)|(?:pan-y pan-x)|auto$/},touchActionToScrollType:function(a){var b=a,c=this.scrollTypes;return"none"===b?"none":b===c.XSCROLLER?"X":b===c.YSCROLLER?"Y":c.SCROLLER.exec(b)?"XY":void 0},POINTER_TYPE:"touch",firstTouch:null,isPrimaryTouch:function(a){return this.firstTouch===a.identifier},setPrimaryTouch:function(a){
+(0===R.size||1===R.size&&R.has(1))&&(this.firstTouch=a.identifier,this.firstXY={X:a.clientX,Y:a.clientY},this.scrolling=!1,this.cancelResetClickCount())},removePrimaryPointer:function(a){a.isPrimary&&(this.firstTouch=null,this.firstXY=null,this.resetClickCount())},clickCount:0,resetId:null,resetClickCount:function(){var a=function(){this.clickCount=0,this.resetId=null}.bind(this);this.resetId=setTimeout(a,T)},cancelResetClickCount:function(){this.resetId&&clearTimeout(this.resetId)},typeToButtons:function(a){var b=0;return"touchstart"!==a&&"touchmove"!==a||(b=1),b},touchToPointer:function(a){var b=this.currentTouchEvent,c=u.cloneEvent(a),d=c.pointerId=a.identifier+2;c.target=O[d]||P(c),c.bubbles=!0,c.cancelable=!0,c.detail=this.clickCount,c.button=0,c.buttons=this.typeToButtons(b.type),c.width=2*(a.radiusX||a.webkitRadiusX||0),c.height=2*(a.radiusY||a.webkitRadiusY||0),c.pressure=a.force||a.webkitForce||.5,c.isPrimary=this.isPrimaryTouch(a),c.pointerType=this.POINTER_TYPE,
+c.altKey=b.altKey,c.ctrlKey=b.ctrlKey,c.metaKey=b.metaKey,c.shiftKey=b.shiftKey;
+var e=this;return c.preventDefault=function(){e.scrolling=!1,e.firstXY=null,b.preventDefault()},c},processTouches:function(a,b){var c=a.changedTouches;this.currentTouchEvent=a;for(var d,e=0;e<c.length;e++)d=c[e],b.call(this,this.touchToPointer(d))},
+shouldScroll:function(a){if(this.firstXY){var b,c=a.currentTarget._scrollType;if("none"===c)
+b=!1;else if("XY"===c)
+b=!0;else{var d=a.changedTouches[0],e=c,f="Y"===c?"X":"Y",g=Math.abs(d["client"+e]-this.firstXY[e]),h=Math.abs(d["client"+f]-this.firstXY[f]);
+b=g>=h}return this.firstXY=null,b}},findTouch:function(a,b){for(var c,d=0,e=a.length;d<e&&(c=a[d]);d++)if(c.identifier===b)return!0},
+vacuumTouches:function(a){var b=a.touches;
+if(R.size>=b.length){var c=[];R.forEach(function(a,d){
+if(1!==d&&!this.findTouch(b,d-2)){var e=a.out;c.push(e)}},this),c.forEach(this.cancelOut,this)}},touchstart:function(a){this.vacuumTouches(a),this.setPrimaryTouch(a.changedTouches[0]),this.dedupSynthMouse(a),this.scrolling||(this.clickCount++,this.processTouches(a,this.overDown))},overDown:function(a){R.set(a.pointerId,{target:a.target,out:a,outTarget:a.target}),u.enterOver(a),u.down(a)},touchmove:function(a){this.scrolling||(this.shouldScroll(a)?(this.scrolling=!0,this.touchcancel(a)):(a.preventDefault(),this.processTouches(a,this.moveOverOut)))},moveOverOut:function(a){var b=a,c=R.get(b.pointerId);
+if(c){var d=c.out,e=c.outTarget;u.move(b),d&&e!==b.target&&(d.relatedTarget=b.target,b.relatedTarget=e,
+d.target=e,b.target?(u.leaveOut(d),u.enterOver(b)):(
+b.target=e,b.relatedTarget=null,this.cancelOut(b))),c.out=b,c.outTarget=b.target}},touchend:function(a){this.dedupSynthMouse(a),this.processTouches(a,this.upOut)},upOut:function(a){this.scrolling||(u.up(a),u.leaveOut(a)),this.cleanUpPointer(a)},touchcancel:function(a){this.processTouches(a,this.cancelOut)},cancelOut:function(a){u.cancel(a),u.leaveOut(a),this.cleanUpPointer(a)},cleanUpPointer:function(a){R["delete"](a.pointerId),this.removePrimaryPointer(a)},
+dedupSynthMouse:function(a){var b=N.lastTouches,c=a.changedTouches[0];
+if(this.isPrimaryTouch(c)){
+var d={x:c.clientX,y:c.clientY};b.push(d);var e=function(a,b){var c=a.indexOf(b);c>-1&&a.splice(c,1)}.bind(null,b,d);setTimeout(e,S)}}};M=new c(V.elementAdded,V.elementRemoved,V.elementChanged,V);var W,X,Y,Z=u.pointermap,$=window.MSPointerEvent&&"number"==typeof window.MSPointerEvent.MSPOINTER_TYPE_MOUSE,_={events:["MSPointerDown","MSPointerMove","MSPointerUp","MSPointerOut","MSPointerOver","MSPointerCancel","MSGotPointerCapture","MSLostPointerCapture"],register:function(a){u.listen(a,this.events)},unregister:function(a){u.unlisten(a,this.events)},POINTER_TYPES:["","unavailable","touch","pen","mouse"],prepareEvent:function(a){var b=a;return $&&(b=u.cloneEvent(a),b.pointerType=this.POINTER_TYPES[a.pointerType]),b},cleanup:function(a){Z["delete"](a)},MSPointerDown:function(a){Z.set(a.pointerId,a);var b=this.prepareEvent(a);u.down(b)},MSPointerMove:function(a){var b=this.prepareEvent(a);u.move(b)},MSPointerUp:function(a){var b=this.prepareEvent(a);u.up(b),this.cleanup(a.pointerId)},MSPointerOut:function(a){var b=this.prepareEvent(a);u.leaveOut(b)},MSPointerOver:function(a){var b=this.prepareEvent(a);u.enterOver(b)},MSPointerCancel:function(a){var b=this.prepareEvent(a);u.cancel(b),this.cleanup(a.pointerId)},MSLostPointerCapture:function(a){var b=u.makeEvent("lostpointercapture",a);u.dispatchEvent(b)},MSGotPointerCapture:function(a){var b=u.makeEvent("gotpointercapture",a);u.dispatchEvent(b)}},aa=window.navigator;aa.msPointerEnabled?(W=function(a){i(a),j(this),k(a)&&(u.setCapture(a,this,!0),this.msSetPointerCapture(a))},X=function(a){i(a),u.releaseCapture(a,!0),this.msReleasePointerCapture(a)}):(W=function(a){i(a),j(this),k(a)&&u.setCapture(a,this)},X=function(a){i(a),u.releaseCapture(a)}),Y=function(a){return!!u.captureInfo[a]},g(),h(),l();var ba={dispatcher:u,Installer:c,PointerEvent:a,PointerMap:p,targetFinding:v};return ba});
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var config = {"dark_mode": true, "show_pads": true, "show_fabrication": false, "show_silkscreen": true, "highlight_pin1": true, "redraw_on_drag": true, "board_rotation": 0, "checkboxes": "Sourced,Placed", "bom_view": "left-right", "layer_view": "F", "extra_fields": [], "fields": ["References", "Value", "Footprint", "Quantity"]}
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+var pcbdata = JSON.parse(LZString.decompressFromBase64("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"))
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* Utility functions */
+
+var storagePrefix = 'KiCad_HTML_BOM__' + pcbdata.metadata.title + '__' +
+ pcbdata.metadata.revision + '__#';
+var storage;
+
+function initStorage(key) {
+ try {
+ window.localStorage.getItem("blank");
+ storage = window.localStorage;
+ } catch (e) {
+ // localStorage not available
+ }
+ if (!storage) {
+ try {
+ window.sessionStorage.getItem("blank");
+ storage = window.sessionStorage;
+ } catch (e) {
+ // sessionStorage also not available
+ }
+ }
+}
+
+function readStorage(key) {
+ if (storage) {
+ return storage.getItem(storagePrefix + key);
+ } else {
+ return null;
+ }
+}
+
+function writeStorage(key, value) {
+ if (storage) {
+ storage.setItem(storagePrefix + key, value);
+ }
+}
+
+function fancyDblClickHandler(el, onsingle, ondouble) {
+ return function() {
+ if (el.getAttribute("data-dblclick") == null) {
+ el.setAttribute("data-dblclick", 1);
+ setTimeout(function() {
+ if (el.getAttribute("data-dblclick") == 1) {
+ onsingle();
+ }
+ el.removeAttribute("data-dblclick");
+ }, 200);
+ } else {
+ el.removeAttribute("data-dblclick");
+ ondouble();
+ }
+ }
+}
+
+function smoothScrollToRow(rowid) {
+ document.getElementById(rowid).scrollIntoView({
+ behavior: "smooth",
+ block: "center",
+ inline: "nearest"
+ });
+}
+
+function focusInputField(input) {
+ input.scrollIntoView(false);
+ input.focus();
+ input.select();
+}
+
+function copyToClipboard() {
+ var text = '';
+ for (var node of bomhead.childNodes[0].childNodes) {
+ if (node.firstChild) {
+ text = text + node.firstChild.nodeValue;
+ }
+ if (node != bomhead.childNodes[0].lastChild) {
+ text += '\t';
+ }
+ }
+ text += '\n';
+ for (var row of bombody.childNodes) {
+ for (var cell of row.childNodes) {
+ for (var node of cell.childNodes) {
+ if (node.nodeName == "INPUT") {
+ if (node.checked) {
+ text = text + '✓';
+ }
+ } else if (node.nodeName == "MARK") {
+ text = text + node.firstChild.nodeValue;
+ } else {
+ text = text + node.nodeValue;
+ }
+ }
+ if (cell != row.lastChild) {
+ text += '\t';
+ }
+ }
+ text += '\n';
+ }
+ var textArea = document.createElement("textarea");
+ textArea.classList.add('clipboard-temp');
+ textArea.value = text;
+
+ document.body.appendChild(textArea);
+ textArea.focus();
+ textArea.select();
+
+ try {
+ if (document.execCommand('copy')) {
+ console.log('Bom copied to clipboard.');
+ }
+ } catch (err) {
+ console.log('Can not copy to clipboard.');
+ }
+
+ document.body.removeChild(textArea);
+}
+
+function removeGutterNode(node) {
+ for (var i = 0; i < node.childNodes.length; i++) {
+ if (node.childNodes[i].classList &&
+ node.childNodes[i].classList.contains("gutter")) {
+ node.removeChild(node.childNodes[i]);
+ break;
+ }
+ }
+}
+
+function cleanGutters() {
+ removeGutterNode(document.getElementById("bot"));
+ removeGutterNode(document.getElementById("canvasdiv"));
+}
+
+var units = {
+ prefixes: {
+ giga: ["G", "g", "giga", "Giga", "GIGA"],
+ mega: ["M", "mega", "Mega", "MEGA"],
+ kilo: ["K", "k", "kilo", "Kilo", "KILO"],
+ milli: ["m", "milli", "Milli", "MILLI"],
+ micro: ["U", "u", "micro", "Micro", "MICRO", "μ", "µ"], // different utf8 μ
+ nano: ["N", "n", "nano", "Nano", "NANO"],
+ pico: ["P", "p", "pico", "Pico", "PICO"],
+ },
+ unitsShort: ["R", "r", "Ω", "F", "f", "H", "h"],
+ unitsLong: [
+ "OHM", "Ohm", "ohm", "ohms",
+ "FARAD", "Farad", "farad",
+ "HENRY", "Henry", "henry"
+ ],
+ getMultiplier: function(s) {
+ if (this.prefixes.giga.includes(s)) return 1e9;
+ if (this.prefixes.mega.includes(s)) return 1e6;
+ if (this.prefixes.kilo.includes(s)) return 1e3;
+ if (this.prefixes.milli.includes(s)) return 1e-3;
+ if (this.prefixes.micro.includes(s)) return 1e-6;
+ if (this.prefixes.nano.includes(s)) return 1e-9;
+ if (this.prefixes.pico.includes(s)) return 1e-12;
+ return 1;
+ },
+ valueRegex: null,
+}
+
+function initUtils() {
+ var allPrefixes = units.prefixes.giga
+ .concat(units.prefixes.mega)
+ .concat(units.prefixes.kilo)
+ .concat(units.prefixes.milli)
+ .concat(units.prefixes.micro)
+ .concat(units.prefixes.nano)
+ .concat(units.prefixes.pico);
+ var allUnits = units.unitsShort.concat(units.unitsLong);
+ units.valueRegex = new RegExp("^([0-9\.]+)" +
+ "\\s*(" + allPrefixes.join("|") + ")?" +
+ "(" + allUnits.join("|") + ")?" +
+ "(\\b.*)?$", "");
+ units.valueAltRegex = new RegExp("^([0-9]*)" +
+ "(" + units.unitsShort.join("|") + ")?" +
+ "([GgMmKkUuNnPp])?" +
+ "([0-9]*)" +
+ "(\\b.*)?$", "");
+ for (var bom_type of ["both", "F", "B"]) {
+ for (var row of pcbdata.bom[bom_type]) {
+ row.push(parseValue(row[1], row[3][0][0]));
+ }
+ }
+}
+
+function parseValue(val, ref) {
+ var inferUnit = (unit, ref) => {
+ if (unit) {
+ unit = unit.toLowerCase();
+ if (unit == 'Ω' || unit == "ohm" || unit == "ohms") {
+ unit = 'r';
+ }
+ unit = unit[0];
+ } else {
+ ref = /^([a-z]+)\d+$/i.exec(ref);
+ if (ref) {
+ ref = ref[1].toLowerCase();
+ if (ref == "c") unit = 'f';
+ else if (ref == "l") unit = 'h';
+ else if (ref == "r" || ref == "rv") unit = 'r';
+ else unit = null;
+ }
+ }
+ return unit;
+ };
+ val = val.replace(/,/g, "");
+ var match = units.valueRegex.exec(val);
+ var unit;
+ if (match) {
+ val = parseFloat(match[1]);
+ if (match[2]) {
+ val = val * units.getMultiplier(match[2]);
+ }
+ unit = inferUnit(match[3], ref);
+ if (!unit) return null;
+ else return {
+ val: val,
+ unit: unit,
+ extra: match[4],
+ }
+ }
+ match = units.valueAltRegex.exec(val);
+ if (match && (match[1] || match[4])) {
+ val = parseFloat(match[1] + "." + match[4]);
+ if (match[3]) {
+ val = val * units.getMultiplier(match[3]);
+ }
+ unit = inferUnit(match[2], ref);
+ if (!unit) return null;
+ else return {
+ val: val,
+ unit: unit,
+ extra: match[5],
+ }
+ }
+ return null;
+}
+
+function valueCompare(a, b, stra, strb) {
+ if (a === null && b === null) {
+ // Failed to parse both values, compare them as strings.
+ if (stra != strb) return stra > strb ? 1 : -1;
+ else return 0;
+ } else if (a === null) {
+ return 1;
+ } else if (b === null) {
+ return -1;
+ } else {
+ if (a.unit != b.unit) return a.unit > b.unit ? 1 : -1;
+ else if (a.val != b.val) return a.val > b.val ? 1 : -1;
+ else if (a.extra != b.extra) return a.extra > b.extra ? 1 : -1;
+ else return 0;
+ }
+}
+
+function validateSaveImgDimension(element) {
+ var valid = false;
+ var intValue = 0;
+ if (/^[1-9]\d*$/.test(element.value)) {
+ intValue = parseInt(element.value);
+ if (intValue <= 16000) {
+ valid = true;
+ }
+ }
+ if (valid) {
+ element.classList.remove("invalid");
+ } else {
+ element.classList.add("invalid");
+ }
+ return intValue;
+}
+
+function saveImage(layer) {
+ var width = validateSaveImgDimension(document.getElementById("render-save-width"));
+ var height = validateSaveImgDimension(document.getElementById("render-save-height"));
+ var bgcolor = null;
+ if (!document.getElementById("render-save-transparent").checked) {
+ var style = getComputedStyle(topmostdiv);
+ bgcolor = style.getPropertyValue("background-color");
+ }
+ if (!width || !height) return;
+
+ // Prepare image
+ var canvas = document.createElement("canvas");
+ var layerdict = {
+ transform: {
+ x: 0,
+ y: 0,
+ s: 1,
+ panx: 0,
+ pany: 0,
+ zoom: 1,
+ },
+ bg: canvas,
+ fab: canvas,
+ silk: canvas,
+ highlight: canvas,
+ layer: layer,
+ }
+ // Do the rendering
+ recalcLayerScale(layerdict, width, height);
+ prepareLayer(layerdict);
+ clearCanvas(canvas, bgcolor);
+ drawBackground(layerdict, false);
+ drawHighlightsOnLayer(layerdict, false);
+
+ // Save image
+ var imgdata = canvas.toDataURL("image/png");
+
+ var filename = pcbdata.metadata.title;
+ if (pcbdata.metadata.revision) {
+ filename += `.${pcbdata.metadata.revision}`;
+ }
+ filename += `.${layer}.png`;
+ saveFile(filename, dataURLtoBlob(imgdata));
+}
+
+function saveSettings() {
+ var data = {
+ type: "InteractiveHtmlBom settings",
+ version: 1,
+ pcbmetadata: pcbdata.metadata,
+ settings: settings,
+ }
+ var blob = new Blob([JSON.stringify(data, null, 4)], {
+ type: "application/json"
+ });
+ saveFile(`${pcbdata.metadata.title}.settings.json`, blob);
+}
+
+function loadSettings() {
+ var input = document.createElement("input");
+ input.type = "file";
+ input.accept = ".settings.json";
+ input.onchange = function(e) {
+ var file = e.target.files[0];
+ var reader = new FileReader();
+ reader.onload = readerEvent => {
+ var content = readerEvent.target.result;
+ var newSettings;
+ try {
+ newSettings = JSON.parse(content);
+ } catch (e) {
+ alert("Selected file is not InteractiveHtmlBom settings file.");
+ return;
+ }
+ if (newSettings.type != "InteractiveHtmlBom settings") {
+ alert("Selected file is not InteractiveHtmlBom settings file.");
+ return;
+ }
+ var metadataMatches = newSettings.hasOwnProperty("pcbmetadata");
+ if (metadataMatches) {
+ for (var k in pcbdata.metadata) {
+ if (!newSettings.pcbmetadata.hasOwnProperty(k) || newSettings.pcbmetadata[k] != pcbdata.metadata[k]) {
+ metadataMatches = false;
+ }
+ }
+ }
+ if (!metadataMatches) {
+ var currentMetadata = JSON.stringify(pcbdata.metadata, null, 4);
+ var fileMetadata = JSON.stringify(newSettings.pcbmetadata, null, 4);
+ if (!confirm(
+ `Settins file metadata does not match current metadata.\n\n` +
+ `Page metadata:\n${currentMetadata}\n\n` +
+ `Settings file metadata:\n${fileMetadata}\n\n` +
+ `Press OK if you would like to import settings anyway.`)) {
+ return;
+ }
+ }
+ overwriteSettings(newSettings.settings);
+ }
+ reader.readAsText(file, 'UTF-8');
+ }
+ input.click();
+}
+
+function overwriteSettings(newSettings) {
+ initDone = false;
+ Object.assign(settings, newSettings);
+ writeStorage("bomlayout", settings.bomlayout);
+ writeStorage("bommode", settings.bommode);
+ writeStorage("canvaslayout", settings.canvaslayout);
+ writeStorage("bomCheckboxes", settings.checkboxes.join(","));
+ document.getElementById("bomCheckboxes").value = settings.checkboxes.join(",");
+ for (var checkbox of settings.checkboxes) {
+ writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+ }
+ writeStorage("markWhenChecked", settings.markWhenChecked);
+ padsVisible(settings.renderPads);
+ document.getElementById("padsCheckbox").checked = settings.renderPads;
+ fabricationVisible(settings.renderFabrication);
+ document.getElementById("fabricationCheckbox").checked = settings.renderFabrication;
+ silkscreenVisible(settings.renderSilkscreen);
+ document.getElementById("silkscreenCheckbox").checked = settings.renderSilkscreen;
+ referencesVisible(settings.renderReferences);
+ document.getElementById("referencesCheckbox").checked = settings.renderReferences;
+ valuesVisible(settings.renderValues);
+ document.getElementById("valuesCheckbox").checked = settings.renderValues;
+ tracksVisible(settings.renderTracks);
+ document.getElementById("tracksCheckbox").checked = settings.renderTracks;
+ zonesVisible(settings.renderZones);
+ document.getElementById("zonesCheckbox").checked = settings.renderZones;
+ dnpOutline(settings.renderDnpOutline);
+ document.getElementById("dnpOutlineCheckbox").checked = settings.renderDnpOutline;
+ setRedrawOnDrag(settings.redrawOnDrag);
+ document.getElementById("dragCheckbox").checked = settings.redrawOnDrag;
+ setDarkMode(settings.darkMode);
+ document.getElementById("darkmodeCheckbox").checked = settings.darkMode;
+ setHighlightPin1(settings.highlightpin1);
+ document.getElementById("highlightpin1Checkbox").checked = settings.highlightpin1;
+ showFootprints(settings.show_footprints);
+ writeStorage("boardRotation", settings.boardRotation);
+ document.getElementById("boardRotation").value = settings.boardRotation / 5;
+ document.getElementById("rotationDegree").textContent = settings.boardRotation;
+ initDone = true;
+ prepCheckboxes();
+ changeBomLayout(settings.bomlayout);
+}
+
+function saveFile(filename, blob) {
+ var link = document.createElement("a");
+ var objurl = URL.createObjectURL(blob);
+ link.download = filename;
+ link.href = objurl;
+ link.click();
+}
+
+function dataURLtoBlob(dataurl) {
+ var arr = dataurl.split(','),
+ mime = arr[0].match(/:(.*?);/)[1],
+ bstr = atob(arr[1]),
+ n = bstr.length,
+ u8arr = new Uint8Array(n);
+ while (n--) {
+ u8arr[n] = bstr.charCodeAt(n);
+ }
+ return new Blob([u8arr], {
+ type: mime
+ });
+}
+
+var settings = {
+ canvaslayout: "default",
+ bomlayout: "default",
+ bommode: "grouped",
+ checkboxes: [],
+ checkboxStoredRefs: {},
+ darkMode: false,
+ highlightpin1: false,
+ redrawOnDrag: true,
+ boardRotation: 0,
+ renderPads: true,
+ renderReferences: true,
+ renderValues: true,
+ renderSilkscreen: true,
+ renderFabrication: true,
+ renderDnpOutline: false,
+ renderTracks: true,
+ renderZones: true,
+}
+
+function initDefaults() {
+ settings.bomlayout = readStorage("bomlayout");
+ if (settings.bomlayout === null) {
+ settings.bomlayout = config.bom_view;
+ }
+ if (!['bom-only', 'left-right', 'top-bottom'].includes(settings.bomlayout)) {
+ settings.bomlayout = config.bom_view;
+ }
+ settings.bommode = readStorage("bommode");
+ if (settings.bommode === null) {
+ settings.bommode = "grouped";
+ }
+ if (!["grouped", "ungrouped", "netlist"].includes(settings.bommode)) {
+ settings.bommode = "grouped";
+ }
+ settings.canvaslayout = readStorage("canvaslayout");
+ if (settings.canvaslayout === null) {
+ settings.canvaslayout = config.layer_view;
+ }
+ var bomCheckboxes = readStorage("bomCheckboxes");
+ if (bomCheckboxes === null) {
+ bomCheckboxes = config.checkboxes;
+ }
+ settings.checkboxes = bomCheckboxes.split(",").filter((e) => e);
+ document.getElementById("bomCheckboxes").value = bomCheckboxes;
+
+ settings.markWhenChecked = readStorage("markWhenChecked") || "";
+ populateMarkWhenCheckedOptions();
+
+ function initBooleanSetting(storageString, def, elementId, func) {
+ var b = readStorage(storageString);
+ if (b === null) {
+ b = def;
+ } else {
+ b = (b == "true");
+ }
+ document.getElementById(elementId).checked = b;
+ func(b);
+ }
+
+ initBooleanSetting("padsVisible", config.show_pads, "padsCheckbox", padsVisible);
+ initBooleanSetting("fabricationVisible", config.show_fabrication, "fabricationCheckbox", fabricationVisible);
+ initBooleanSetting("silkscreenVisible", config.show_silkscreen, "silkscreenCheckbox", silkscreenVisible);
+ initBooleanSetting("referencesVisible", true, "referencesCheckbox", referencesVisible);
+ initBooleanSetting("valuesVisible", true, "valuesCheckbox", valuesVisible);
+ if ("tracks" in pcbdata) {
+ initBooleanSetting("tracksVisible", true, "tracksCheckbox", tracksVisible);
+ initBooleanSetting("zonesVisible", true, "zonesCheckbox", zonesVisible);
+ } else {
+ document.getElementById("tracksAndZonesCheckboxes").style.display = "none";
+ tracksVisible(false);
+ zonesVisible(false);
+ }
+ initBooleanSetting("dnpOutline", false, "dnpOutlineCheckbox", dnpOutline);
+ initBooleanSetting("redrawOnDrag", config.redraw_on_drag, "dragCheckbox", setRedrawOnDrag);
+ initBooleanSetting("darkmode", config.dark_mode, "darkmodeCheckbox", setDarkMode);
+ initBooleanSetting("highlightpin1", config.highlight_pin1, "highlightpin1Checkbox", setHighlightPin1);
+
+ var fields = ["checkboxes"].concat(config.fields);
+ var hcols = JSON.parse(readStorage("hiddenColumns"));
+ if (hcols === null) {
+ hcols = [];
+ }
+ settings.hiddenColumns = hcols.filter(e => fields.includes(e));
+
+ var cord = JSON.parse(readStorage("columnOrder"));
+ if (cord === null) {
+ cord = fields;
+ } else {
+ cord = cord.filter(e => fields.includes(e));
+ if (cord.length != fields.length)
+ cord = fields;
+ }
+ settings.columnOrder = cord;
+
+ settings.boardRotation = readStorage("boardRotation");
+ if (settings.boardRotation === null) {
+ settings.boardRotation = config.board_rotation * 5;
+ } else {
+ settings.boardRotation = parseInt(settings.boardRotation);
+ }
+ document.getElementById("boardRotation").value = settings.boardRotation / 5;
+ document.getElementById("rotationDegree").textContent = settings.boardRotation;
+}
+
+// Helper classes for user js callbacks.
+
+const IBOM_EVENT_TYPES = {
+ ALL: "all",
+ HIGHLIGHT_EVENT: "highlightEvent",
+ CHECKBOX_CHANGE_EVENT: "checkboxChangeEvent",
+ BOM_BODY_CHANGE_EVENT: "bomBodyChangeEvent",
+}
+
+const EventHandler = {
+ callbacks: {},
+ init: function() {
+ for (eventType of Object.values(IBOM_EVENT_TYPES))
+ this.callbacks[eventType] = [];
+ },
+ registerCallback: function(eventType, callback) {
+ this.callbacks[eventType].push(callback);
+ },
+ emitEvent: function(eventType, eventArgs) {
+ event = {
+ eventType: eventType,
+ args: eventArgs,
+ }
+ var callback;
+ for (callback of this.callbacks[eventType])
+ callback(event);
+ for (callback of this.callbacks[IBOM_EVENT_TYPES.ALL])
+ callback(event);
+ }
+}
+EventHandler.init();
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* PCB rendering code */
+
+var emptyContext2d = document.createElement("canvas").getContext("2d");
+
+function deg2rad(deg) {
+ return deg * Math.PI / 180;
+}
+
+function calcFontPoint(linepoint, text, offsetx, offsety, tilt) {
+ var point = [
+ linepoint[0] * text.width + offsetx,
+ linepoint[1] * text.height + offsety
+ ];
+ // This approximates pcbnew behavior with how text tilts depending on horizontal justification
+ point[0] -= (linepoint[1] + 0.5 * (1 + text.justify[0])) * text.height * tilt;
+ return point;
+}
+
+function drawText(ctx, text, color) {
+ if ("ref" in text && !settings.renderReferences) return;
+ if ("val" in text && !settings.renderValues) return;
+ ctx.save();
+ ctx.fillStyle = color;
+ ctx.strokeStyle = color;
+ ctx.lineCap = "round";
+ ctx.lineJoin = "round";
+ ctx.lineWidth = text.thickness;
+ if ("svgpath" in text) {
+ ctx.stroke(new Path2D(text.svgpath));
+ ctx.restore();
+ return;
+ }
+ ctx.translate(...text.pos);
+ ctx.translate(text.thickness * 0.5, 0);
+ var angle = -text.angle;
+ if (text.attr.includes("mirrored")) {
+ ctx.scale(-1, 1);
+ angle = -angle;
+ }
+ var tilt = 0;
+ if (text.attr.includes("italic")) {
+ tilt = 0.125;
+ }
+ var interline = text.height * 1.5 + text.thickness;
+ var txt = text.text.split("\n");
+ // KiCad ignores last empty line.
+ if (txt[txt.length - 1] == '') txt.pop();
+ ctx.rotate(deg2rad(angle));
+ var offsety = (1 - text.justify[1]) / 2 * text.height; // One line offset
+ offsety -= (txt.length - 1) * (text.justify[1] + 1) / 2 * interline; // Multiline offset
+ for (var i in txt) {
+ var lineWidth = text.thickness + interline / 2 * tilt;
+ for (var j = 0; j < txt[i].length; j++) {
+ if (txt[i][j] == '\t') {
+ var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+ lineWidth += fourSpaces - lineWidth % fourSpaces;
+ } else {
+ if (txt[i][j] == '~') {
+ j++;
+ if (j == txt[i].length)
+ break;
+ }
+ lineWidth += pcbdata.font_data[txt[i][j]].w * text.width;
+ }
+ }
+ var offsetx = -lineWidth * (text.justify[0] + 1) / 2;
+ var inOverbar = false;
+ for (var j = 0; j < txt[i].length; j++) {
+ if (txt[i][j] == '\t') {
+ var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
+ offsetx += fourSpaces - offsetx % fourSpaces;
+ continue;
+ } else if (txt[i][j] == '~') {
+ j++;
+ if (j == txt[i].length)
+ break;
+ if (txt[i][j] != '~') {
+ inOverbar = !inOverbar;
+ }
+ }
+ var glyph = pcbdata.font_data[txt[i][j]];
+ if (inOverbar) {
+ var overbarStart = [offsetx, -text.height * 1.4 + offsety];
+ var overbarEnd = [offsetx + text.width * glyph.w, overbarStart[1]];
+
+ if (!lastHadOverbar) {
+ overbarStart[0] += text.height * 1.4 * tilt;
+ lastHadOverbar = true;
+ }
+ ctx.beginPath();
+ ctx.moveTo(...overbarStart);
+ ctx.lineTo(...overbarEnd);
+ ctx.stroke();
+ } else {
+ lastHadOverbar = false;
+ }
+ for (var line of glyph.l) {
+ ctx.beginPath();
+ ctx.moveTo(...calcFontPoint(line[0], text, offsetx, offsety, tilt));
+ for (var k = 1; k < line.length; k++) {
+ ctx.lineTo(...calcFontPoint(line[k], text, offsetx, offsety, tilt));
+ }
+ ctx.stroke();
+ }
+ offsetx += glyph.w * text.width;
+ }
+ offsety += interline;
+ }
+ ctx.restore();
+}
+
+function drawedge(ctx, scalefactor, edge, color) {
+ ctx.strokeStyle = color;
+ ctx.lineWidth = Math.max(1 / scalefactor, edge.width);
+ ctx.lineCap = "round";
+ ctx.lineJoin = "round";
+ if ("svgpath" in edge) {
+ ctx.stroke(new Path2D(edge.svgpath));
+ } else {
+ ctx.beginPath();
+ if (edge.type == "segment") {
+ ctx.moveTo(...edge.start);
+ ctx.lineTo(...edge.end);
+ }
+ if (edge.type == "rect") {
+ ctx.moveTo(...edge.start);
+ ctx.lineTo(edge.start[0], edge.end[1]);
+ ctx.lineTo(...edge.end);
+ ctx.lineTo(edge.end[0], edge.start[1]);
+ ctx.lineTo(...edge.start);
+ }
+ if (edge.type == "arc") {
+ ctx.arc(
+ ...edge.start,
+ edge.radius,
+ deg2rad(edge.startangle),
+ deg2rad(edge.endangle));
+ }
+ if (edge.type == "circle") {
+ ctx.arc(
+ ...edge.start,
+ edge.radius,
+ 0, 2 * Math.PI);
+ ctx.closePath();
+ }
+ if (edge.type == "curve") {
+ ctx.moveTo(...edge.start);
+ ctx.bezierCurveTo(...edge.cpa, ...edge.cpb, ...edge.end);
+ }
+ ctx.stroke();
+ }
+}
+
+function getChamferedRectPath(size, radius, chamfpos, chamfratio) {
+ // chamfpos is a bitmask, left = 1, right = 2, bottom left = 4, bottom right = 8
+ var path = new Path2D();
+ var width = size[0];
+ var height = size[1];
+ var x = width * -0.5;
+ var y = height * -0.5;
+ var chamfOffset = Math.min(width, height) * chamfratio;
+ path.moveTo(x, 0);
+ if (chamfpos & 4) {
+ path.lineTo(x, y + height - chamfOffset);
+ path.lineTo(x + chamfOffset, y + height);
+ path.lineTo(0, y + height);
+ } else {
+ path.arcTo(x, y + height, x + width, y + height, radius);
+ }
+ if (chamfpos & 8) {
+ path.lineTo(x + width - chamfOffset, y + height);
+ path.lineTo(x + width, y + height - chamfOffset);
+ path.lineTo(x + width, 0);
+ } else {
+ path.arcTo(x + width, y + height, x + width, y, radius);
+ }
+ if (chamfpos & 2) {
+ path.lineTo(x + width, y + chamfOffset);
+ path.lineTo(x + width - chamfOffset, y);
+ path.lineTo(0, y);
+ } else {
+ path.arcTo(x + width, y, x, y, radius);
+ }
+ if (chamfpos & 1) {
+ path.lineTo(x + chamfOffset, y);
+ path.lineTo(x, y + chamfOffset);
+ path.lineTo(x, 0);
+ } else {
+ path.arcTo(x, y, x, y + height, radius);
+ }
+ path.closePath();
+ return path;
+}
+
+function getOblongPath(size) {
+ return getChamferedRectPath(size, Math.min(size[0], size[1]) / 2, 0, 0);
+}
+
+function getPolygonsPath(shape) {
+ if (shape.path2d) {
+ return shape.path2d;
+ }
+ if ("svgpath" in shape) {
+ shape.path2d = new Path2D(shape.svgpath);
+ } else {
+ var path = new Path2D();
+ for (var polygon of shape.polygons) {
+ path.moveTo(...polygon[0]);
+ for (var i = 1; i < polygon.length; i++) {
+ path.lineTo(...polygon[i]);
+ }
+ path.closePath();
+ }
+ shape.path2d = path;
+ }
+ return shape.path2d;
+}
+
+function drawPolygonShape(ctx, shape, color) {
+ ctx.save();
+ ctx.fillStyle = color;
+ if (!("svgpath" in shape)) {
+ ctx.translate(...shape.pos);
+ ctx.rotate(deg2rad(-shape.angle));
+ }
+ ctx.fill(getPolygonsPath(shape));
+ ctx.restore();
+}
+
+function drawDrawing(ctx, scalefactor, drawing, color) {
+ if (["segment", "arc", "circle", "curve", "rect"].includes(drawing.type)) {
+ drawedge(ctx, scalefactor, drawing, color);
+ } else if (drawing.type == "polygon") {
+ drawPolygonShape(ctx, drawing, color);
+ } else {
+ drawText(ctx, drawing, color);
+ }
+}
+
+function getCirclePath(radius) {
+ var path = new Path2D();
+ path.arc(0, 0, radius, 0, 2 * Math.PI);
+ path.closePath();
+ return path;
+}
+
+function getCachedPadPath(pad) {
+ if (!pad.path2d) {
+ // if path2d is not set, build one and cache it on pad object
+ if (pad.shape == "rect") {
+ pad.path2d = new Path2D();
+ pad.path2d.rect(...pad.size.map(c => -c * 0.5), ...pad.size);
+ } else if (pad.shape == "oval") {
+ pad.path2d = getOblongPath(pad.size);
+ } else if (pad.shape == "circle") {
+ pad.path2d = getCirclePath(pad.size[0] / 2);
+ } else if (pad.shape == "roundrect") {
+ pad.path2d = getChamferedRectPath(pad.size, pad.radius, 0, 0);
+ } else if (pad.shape == "chamfrect") {
+ pad.path2d = getChamferedRectPath(pad.size, pad.radius, pad.chamfpos, pad.chamfratio)
+ } else if (pad.shape == "custom") {
+ pad.path2d = getPolygonsPath(pad);
+ }
+ }
+ return pad.path2d;
+}
+
+function drawPad(ctx, pad, color, outline) {
+ ctx.save();
+ ctx.translate(...pad.pos);
+ ctx.rotate(deg2rad(pad.angle));
+ if (pad.offset) {
+ ctx.translate(...pad.offset);
+ }
+ ctx.fillStyle = color;
+ ctx.strokeStyle = color;
+ var path = getCachedPadPath(pad);
+ if (outline) {
+ ctx.stroke(path);
+ } else {
+ ctx.fill(path);
+ }
+ ctx.restore();
+}
+
+function drawPadHole(ctx, pad, padHoleColor) {
+ if (pad.type != "th") return;
+ ctx.save();
+ ctx.translate(...pad.pos);
+ ctx.rotate(deg2rad(pad.angle));
+ ctx.fillStyle = padHoleColor;
+ if (pad.drillshape == "oblong") {
+ ctx.fill(getOblongPath(pad.drillsize));
+ } else {
+ ctx.fill(getCirclePath(pad.drillsize[0] / 2));
+ }
+ ctx.restore();
+}
+
+function drawFootprint(ctx, layer, scalefactor, footprint, colors, highlight, outline) {
+ if (highlight) {
+ // draw bounding box
+ if (footprint.layer == layer) {
+ ctx.save();
+ ctx.globalAlpha = 0.2;
+ ctx.translate(...footprint.bbox.pos);
+ ctx.rotate(deg2rad(-footprint.bbox.angle));
+ ctx.translate(...footprint.bbox.relpos);
+ ctx.fillStyle = colors.pad;
+ ctx.fillRect(0, 0, ...footprint.bbox.size);
+ ctx.globalAlpha = 1;
+ ctx.strokeStyle = colors.pad;
+ ctx.strokeRect(0, 0, ...footprint.bbox.size);
+ ctx.restore();
+ }
+ }
+ // draw drawings
+ for (var drawing of footprint.drawings) {
+ if (drawing.layer == layer) {
+ drawDrawing(ctx, scalefactor, drawing.drawing, colors.pad);
+ }
+ }
+ // draw pads
+ if (settings.renderPads) {
+ for (var pad of footprint.pads) {
+ if (pad.layers.includes(layer)) {
+ drawPad(ctx, pad, colors.pad, outline);
+ if (pad.pin1 && settings.highlightpin1) {
+ drawPad(ctx, pad, colors.outline, true);
+ }
+ }
+ }
+ for (var pad of footprint.pads) {
+ drawPadHole(ctx, pad, colors.padHole);
+ }
+ }
+}
+
+function drawEdgeCuts(canvas, scalefactor) {
+ var ctx = canvas.getContext("2d");
+ var edgecolor = getComputedStyle(topmostdiv).getPropertyValue('--pcb-edge-color');
+ for (var edge of pcbdata.edges) {
+ drawedge(ctx, scalefactor, edge, edgecolor);
+ }
+}
+
+function drawFootprints(canvas, layer, scalefactor, highlight) {
+ var ctx = canvas.getContext("2d");
+ ctx.lineWidth = 3 / scalefactor;
+ var style = getComputedStyle(topmostdiv);
+
+ var colors = {
+ pad: style.getPropertyValue('--pad-color'),
+ padHole: style.getPropertyValue('--pad-hole-color'),
+ outline: style.getPropertyValue('--pin1-outline-color'),
+ }
+
+ for (var i = 0; i < pcbdata.footprints.length; i++) {
+ var mod = pcbdata.footprints[i];
+ var outline = settings.renderDnpOutline && pcbdata.bom.skipped.includes(i);
+ var h = highlightedFootprints.includes(i);
+ var d = markedFootprints.has(i);
+ if (highlight) {
+ if(h && d) {
+ colors.pad = style.getPropertyValue('--pad-color-highlight-both');
+ colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-both');
+ } else if (h) {
+ colors.pad = style.getPropertyValue('--pad-color-highlight');
+ colors.outline = style.getPropertyValue('--pin1-outline-color-highlight');
+ } else if (d) {
+ colors.pad = style.getPropertyValue('--pad-color-highlight-marked');
+ colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-marked');
+ }
+ }
+ if( h || d || !highlight) {
+ drawFootprint(ctx, layer, scalefactor, mod, colors, highlight, outline);
+ }
+ }
+}
+
+function drawBgLayer(layername, canvas, layer, scalefactor, edgeColor, polygonColor, textColor) {
+ var ctx = canvas.getContext("2d");
+ for (var d of pcbdata.drawings[layername][layer]) {
+ if (["segment", "arc", "circle", "curve", "rect"].includes(d.type)) {
+ drawedge(ctx, scalefactor, d, edgeColor);
+ } else if (d.type == "polygon") {
+ drawPolygonShape(ctx, d, polygonColor);
+ } else {
+ drawText(ctx, d, textColor);
+ }
+ }
+}
+
+function drawTracks(canvas, layer, color, highlight) {
+ ctx = canvas.getContext("2d");
+ ctx.strokeStyle = color;
+ ctx.lineCap = "round";
+ for (var track of pcbdata.tracks[layer]) {
+ if (highlight && highlightedNet != track.net) continue;
+ ctx.lineWidth = track.width;
+ ctx.beginPath();
+ if ('radius' in track) {
+ ctx.arc(
+ ...track.center,
+ track.radius,
+ deg2rad(track.startangle),
+ deg2rad(track.endangle));
+ } else {
+ ctx.moveTo(...track.start);
+ ctx.lineTo(...track.end);
+ }
+ ctx.stroke();
+ }
+}
+
+function drawZones(canvas, layer, color, highlight) {
+ ctx = canvas.getContext("2d");
+ ctx.strokeStyle = color;
+ ctx.fillStyle = color;
+ ctx.lineJoin = "round";
+ for (var zone of pcbdata.zones[layer]) {
+ if (!zone.path2d) {
+ zone.path2d = getPolygonsPath(zone);
+ }
+ if (highlight && highlightedNet != zone.net) continue;
+ ctx.fill(zone.path2d);
+ if (zone.width > 0) {
+ ctx.lineWidth = zone.width;
+ ctx.stroke(zone.path2d);
+ }
+ }
+}
+
+function clearCanvas(canvas, color = null) {
+ var ctx = canvas.getContext("2d");
+ ctx.save();
+ ctx.setTransform(1, 0, 0, 1, 0, 0);
+ if (color) {
+ ctx.fillStyle = color;
+ ctx.fillRect(0, 0, canvas.width, canvas.height);
+ } else {
+ if (!window.matchMedia("print").matches)
+ ctx.clearRect(0, 0, canvas.width, canvas.height);
+ }
+ ctx.restore();
+}
+
+function drawNets(canvas, layer, highlight) {
+ var style = getComputedStyle(topmostdiv);
+ if (settings.renderTracks) {
+ var trackColor = style.getPropertyValue(highlight ? '--track-color-highlight' : '--track-color');
+ drawTracks(canvas, layer, trackColor, highlight);
+ }
+ if (settings.renderZones) {
+ var zoneColor = style.getPropertyValue(highlight ? '--zone-color-highlight' : '--zone-color');
+ drawZones(canvas, layer, zoneColor, highlight);
+ }
+ if (highlight && settings.renderPads) {
+ var padColor = style.getPropertyValue('--pad-color-highlight');
+ var padHoleColor = style.getPropertyValue('--pad-hole-color');
+ var ctx = canvas.getContext("2d");
+ for (var footprint of pcbdata.footprints) {
+ // draw pads
+ var padDrawn = false;
+ for (var pad of footprint.pads) {
+ if (highlightedNet != pad.net) continue;
+ if (pad.layers.includes(layer)) {
+ drawPad(ctx, pad, padColor, false);
+ padDrawn = true;
+ }
+ }
+ if (padDrawn) {
+ // redraw all pad holes because some pads may overlap
+ for (var pad of footprint.pads) {
+ drawPadHole(ctx, pad, padHoleColor);
+ }
+ }
+ }
+ }
+}
+
+function drawHighlightsOnLayer(canvasdict, clear = true) {
+ if (clear) {
+ clearCanvas(canvasdict.highlight);
+ }
+ if (markedFootprints.size > 0 || highlightedFootprints.length > 0) {
+ drawFootprints(canvasdict.highlight, canvasdict.layer,
+ canvasdict.transform.s * canvasdict.transform.zoom, true);
+ }
+ if (highlightedNet !== null) {
+ drawNets(canvasdict.highlight, canvasdict.layer, true);
+ }
+}
+
+function drawHighlights() {
+ drawHighlightsOnLayer(allcanvas.front);
+ drawHighlightsOnLayer(allcanvas.back);
+}
+
+function drawBackground(canvasdict, clear = true) {
+ if (clear) {
+ clearCanvas(canvasdict.bg);
+ clearCanvas(canvasdict.fab);
+ clearCanvas(canvasdict.silk);
+ }
+
+ drawNets(canvasdict.bg, canvasdict.layer, false);
+ drawFootprints(canvasdict.bg, canvasdict.layer,
+ canvasdict.transform.s * canvasdict.transform.zoom, false);
+
+ drawEdgeCuts(canvasdict.bg, canvasdict.transform.s);
+
+ var style = getComputedStyle(topmostdiv);
+ var edgeColor = style.getPropertyValue('--silkscreen-edge-color');
+ var polygonColor = style.getPropertyValue('--silkscreen-polygon-color');
+ var textColor = style.getPropertyValue('--silkscreen-text-color');
+ if (settings.renderSilkscreen) {
+ drawBgLayer(
+ "silkscreen", canvasdict.silk, canvasdict.layer,
+ canvasdict.transform.s * canvasdict.transform.zoom,
+ edgeColor, polygonColor, textColor);
+ }
+ edgeColor = style.getPropertyValue('--fabrication-edge-color');
+ polygonColor = style.getPropertyValue('--fabrication-polygon-color');
+ textColor = style.getPropertyValue('--fabrication-text-color');
+ if (settings.renderFabrication) {
+ drawBgLayer(
+ "fabrication", canvasdict.fab, canvasdict.layer,
+ canvasdict.transform.s * canvasdict.transform.zoom,
+ edgeColor, polygonColor, textColor);
+ }
+}
+
+function prepareCanvas(canvas, flip, transform) {
+ var ctx = canvas.getContext("2d");
+ ctx.setTransform(1, 0, 0, 1, 0, 0);
+ var fontsize = 1.55;
+ ctx.scale(transform.zoom, transform.zoom);
+ ctx.translate(transform.panx, transform.pany);
+ if (flip) {
+ ctx.scale(-1, 1);
+ }
+ ctx.translate(transform.x, transform.y);
+ ctx.rotate(deg2rad(settings.boardRotation));
+ ctx.scale(transform.s, transform.s);
+}
+
+function prepareLayer(canvasdict) {
+ var flip = (canvasdict.layer == "B");
+ for (var c of ["bg", "fab", "silk", "highlight"]) {
+ prepareCanvas(canvasdict[c], flip, canvasdict.transform);
+ }
+}
+
+function rotateVector(v, angle) {
+ angle = deg2rad(angle);
+ return [
+ v[0] * Math.cos(angle) - v[1] * Math.sin(angle),
+ v[0] * Math.sin(angle) + v[1] * Math.cos(angle)
+ ];
+}
+
+function applyRotation(bbox) {
+ var corners = [
+ [bbox.minx, bbox.miny],
+ [bbox.minx, bbox.maxy],
+ [bbox.maxx, bbox.miny],
+ [bbox.maxx, bbox.maxy],
+ ];
+ corners = corners.map((v) => rotateVector(v, settings.boardRotation));
+ return {
+ minx: corners.reduce((a, v) => Math.min(a, v[0]), Infinity),
+ miny: corners.reduce((a, v) => Math.min(a, v[1]), Infinity),
+ maxx: corners.reduce((a, v) => Math.max(a, v[0]), -Infinity),
+ maxy: corners.reduce((a, v) => Math.max(a, v[1]), -Infinity),
+ }
+}
+
+function recalcLayerScale(layerdict, width, height) {
+ var bbox = applyRotation(pcbdata.edges_bbox);
+ var scalefactor = 0.98 * Math.min(
+ width / (bbox.maxx - bbox.minx),
+ height / (bbox.maxy - bbox.miny)
+ );
+ if (scalefactor < 0.1) {
+ scalefactor = 1;
+ }
+ layerdict.transform.s = scalefactor;
+ var flip = (layerdict.layer == "B");
+ if (flip) {
+ layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor + width) * 0.5;
+ } else {
+ layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor - width) * 0.5;
+ }
+ layerdict.transform.y = -((bbox.maxy + bbox.miny) * scalefactor - height) * 0.5;
+ for (var c of ["bg", "fab", "silk", "highlight"]) {
+ canvas = layerdict[c];
+ canvas.width = width;
+ canvas.height = height;
+ canvas.style.width = (width / devicePixelRatio) + "px";
+ canvas.style.height = (height / devicePixelRatio) + "px";
+ }
+}
+
+function redrawCanvas(layerdict) {
+ prepareLayer(layerdict);
+ drawBackground(layerdict);
+ drawHighlightsOnLayer(layerdict);
+}
+
+function resizeCanvas(layerdict) {
+ var canvasdivid = {
+ "F": "frontcanvas",
+ "B": "backcanvas"
+ } [layerdict.layer];
+ var width = document.getElementById(canvasdivid).clientWidth * devicePixelRatio;
+ var height = document.getElementById(canvasdivid).clientHeight * devicePixelRatio;
+ recalcLayerScale(layerdict, width, height);
+ redrawCanvas(layerdict);
+}
+
+function resizeAll() {
+ resizeCanvas(allcanvas.front);
+ resizeCanvas(allcanvas.back);
+}
+
+function pointWithinDistanceToSegment(x, y, x1, y1, x2, y2, d) {
+ var A = x - x1;
+ var B = y - y1;
+ var C = x2 - x1;
+ var D = y2 - y1;
+
+ var dot = A * C + B * D;
+ var len_sq = C * C + D * D;
+ var dx, dy;
+ if (len_sq == 0) {
+ // start and end of the segment coincide
+ dx = x - x1;
+ dy = y - y1;
+ } else {
+ var param = dot / len_sq;
+ var xx, yy;
+ if (param < 0) {
+ xx = x1;
+ yy = y1;
+ } else if (param > 1) {
+ xx = x2;
+ yy = y2;
+ } else {
+ xx = x1 + param * C;
+ yy = y1 + param * D;
+ }
+ dx = x - xx;
+ dy = y - yy;
+ }
+ return dx * dx + dy * dy <= d * d;
+}
+
+function modulo(n, mod) {
+ return ((n % mod) + mod) % mod;
+}
+
+function pointWithinDistanceToArc(x, y, xc, yc, radius, startangle, endangle, d) {
+ var dx = x - xc;
+ var dy = y - yc;
+ var r_sq = dx * dx + dy * dy;
+ var rmin = Math.max(0, radius - d);
+ var rmax = radius + d;
+
+ if (r_sq < rmin * rmin || r_sq > rmax * rmax)
+ return false;
+
+ var angle1 = modulo(deg2rad(startangle), 2 * Math.PI);
+ var dx1 = xc + radius * Math.cos(angle1) - x;
+ var dy1 = yc + radius * Math.sin(angle1) - y;
+ if (dx1 * dx1 + dy1 * dy1 <= d * d)
+ return true;
+
+ var angle2 = modulo(deg2rad(endangle), 2 * Math.PI);
+ var dx2 = xc + radius * Math.cos(angle2) - x;
+ var dy2 = yc + radius * Math.sin(angle2) - y;
+ if (dx2 * dx2 + dy2 * dy2 <= d * d)
+ return true;
+
+ var angle = modulo(Math.atan2(dy, dx), 2 * Math.PI);
+ if (angle1 > angle2)
+ return (angle >= angle2 || angle <= angle1);
+ else
+ return (angle >= angle1 && angle <= angle2);
+}
+
+function pointWithinPad(x, y, pad) {
+ var v = [x - pad.pos[0], y - pad.pos[1]];
+ v = rotateVector(v, -pad.angle);
+ if (pad.offset) {
+ v[0] -= pad.offset[0];
+ v[1] -= pad.offset[1];
+ }
+ return emptyContext2d.isPointInPath(getCachedPadPath(pad), ...v);
+}
+
+function netHitScan(layer, x, y) {
+ // Check track segments
+ if (settings.renderTracks && pcbdata.tracks) {
+ for (var track of pcbdata.tracks[layer]) {
+ if ('radius' in track) {
+ if (pointWithinDistanceToArc(x, y, ...track.center, track.radius, track.startangle, track.endangle, track.width / 2)) {
+ return track.net;
+ }
+ } else {
+ if (pointWithinDistanceToSegment(x, y, ...track.start, ...track.end, track.width / 2)) {
+ return track.net;
+ }
+ }
+ }
+ }
+ // Check pads
+ if (settings.renderPads) {
+ for (var footprint of pcbdata.footprints) {
+ for (var pad of footprint.pads) {
+ if (pad.layers.includes(layer) && pointWithinPad(x, y, pad)) {
+ return pad.net;
+ }
+ }
+ }
+ }
+ return null;
+}
+
+function pointWithinFootprintBbox(x, y, bbox) {
+ var v = [x - bbox.pos[0], y - bbox.pos[1]];
+ v = rotateVector(v, bbox.angle);
+ return bbox.relpos[0] <= v[0] && v[0] <= bbox.relpos[0] + bbox.size[0] &&
+ bbox.relpos[1] <= v[1] && v[1] <= bbox.relpos[1] + bbox.size[1];
+}
+
+function bboxHitScan(layer, x, y) {
+ var result = [];
+ for (var i = 0; i < pcbdata.footprints.length; i++) {
+ var footprint = pcbdata.footprints[i];
+ if (footprint.layer == layer) {
+ if (pointWithinFootprintBbox(x, y, footprint.bbox)) {
+ result.push(i);
+ }
+ }
+ }
+ return result;
+}
+
+function handlePointerDown(e, layerdict) {
+ if (e.button != 0 && e.button != 1) {
+ return;
+ }
+ e.preventDefault();
+ e.stopPropagation();
+
+ if (!e.hasOwnProperty("offsetX")) {
+ // The polyfill doesn't set this properly
+ e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+ e.offsetY = e.pageY - e.currentTarget.offsetTop;
+ }
+
+ layerdict.pointerStates[e.pointerId] = {
+ distanceTravelled: 0,
+ lastX: e.offsetX,
+ lastY: e.offsetY,
+ downTime: Date.now(),
+ };
+}
+
+function handleMouseClick(e, layerdict) {
+ if (!e.hasOwnProperty("offsetX")) {
+ // The polyfill doesn't set this properly
+ e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+ e.offsetY = e.pageY - e.currentTarget.offsetTop;
+ }
+
+ var x = e.offsetX;
+ var y = e.offsetY;
+ var t = layerdict.transform;
+ if (layerdict.layer == "B") {
+ x = (devicePixelRatio * x / t.zoom - t.panx + t.x) / -t.s;
+ } else {
+ x = (devicePixelRatio * x / t.zoom - t.panx - t.x) / t.s;
+ }
+ y = (devicePixelRatio * y / t.zoom - t.y - t.pany) / t.s;
+ var v = rotateVector([x, y], -settings.boardRotation);
+ if ("nets" in pcbdata) {
+ var net = netHitScan(layerdict.layer, ...v);
+ if (net !== highlightedNet) {
+ netClicked(net);
+ }
+ }
+ if (highlightedNet === null) {
+ var footprints = bboxHitScan(layerdict.layer, ...v);
+ if (footprints.length > 0) {
+ footprintsClicked(footprints);
+ }
+ }
+}
+
+function handlePointerLeave(e, layerdict) {
+ e.preventDefault();
+ e.stopPropagation();
+
+ if (!settings.redrawOnDrag) {
+ redrawCanvas(layerdict);
+ }
+
+ delete layerdict.pointerStates[e.pointerId];
+}
+
+function resetTransform(layerdict) {
+ layerdict.transform.panx = 0;
+ layerdict.transform.pany = 0;
+ layerdict.transform.zoom = 1;
+ redrawCanvas(layerdict);
+}
+
+function handlePointerUp(e, layerdict) {
+ if (!e.hasOwnProperty("offsetX")) {
+ // The polyfill doesn't set this properly
+ e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+ e.offsetY = e.pageY - e.currentTarget.offsetTop;
+ }
+
+ e.preventDefault();
+ e.stopPropagation();
+
+ if (e.button == 2) {
+ // Reset pan and zoom on right click.
+ resetTransform(layerdict);
+ layerdict.anotherPointerTapped = false;
+ return;
+ }
+
+ // We haven't necessarily had a pointermove event since the interaction started, so make sure we update this now
+ var ptr = layerdict.pointerStates[e.pointerId];
+ ptr.distanceTravelled += Math.abs(e.offsetX - ptr.lastX) + Math.abs(e.offsetY - ptr.lastY);
+
+ if (e.button == 0 && ptr.distanceTravelled < 10 && Date.now() - ptr.downTime <= 500) {
+ if (Object.keys(layerdict.pointerStates).length == 1) {
+ if (layerdict.anotherPointerTapped) {
+ // This is the second pointer coming off of a two-finger tap
+ resetTransform(layerdict);
+ } else {
+ // This is just a regular tap
+ handleMouseClick(e, layerdict);
+ }
+ layerdict.anotherPointerTapped = false;
+ } else {
+ // This is the first finger coming off of what could become a two-finger tap
+ layerdict.anotherPointerTapped = true;
+ }
+ } else {
+ if (!settings.redrawOnDrag) {
+ redrawCanvas(layerdict);
+ }
+ layerdict.anotherPointerTapped = false;
+ }
+
+ delete layerdict.pointerStates[e.pointerId];
+}
+
+function handlePointerMove(e, layerdict) {
+ if (!layerdict.pointerStates.hasOwnProperty(e.pointerId)) {
+ return;
+ }
+ e.preventDefault();
+ e.stopPropagation();
+
+ if (!e.hasOwnProperty("offsetX")) {
+ // The polyfill doesn't set this properly
+ e.offsetX = e.pageX - e.currentTarget.offsetLeft;
+ e.offsetY = e.pageY - e.currentTarget.offsetTop;
+ }
+
+ var thisPtr = layerdict.pointerStates[e.pointerId];
+
+ var dx = e.offsetX - thisPtr.lastX;
+ var dy = e.offsetY - thisPtr.lastY;
+
+ // If this number is low on pointer up, we count the action as a click
+ thisPtr.distanceTravelled += Math.abs(dx) + Math.abs(dy);
+
+ if (Object.keys(layerdict.pointerStates).length == 1) {
+ // This is a simple drag
+ layerdict.transform.panx += devicePixelRatio * dx / layerdict.transform.zoom;
+ layerdict.transform.pany += devicePixelRatio * dy / layerdict.transform.zoom;
+ } else if (Object.keys(layerdict.pointerStates).length == 2) {
+ var otherPtr = Object.values(layerdict.pointerStates).filter((ptr) => ptr != thisPtr)[0];
+
+ var oldDist = Math.sqrt(Math.pow(thisPtr.lastX - otherPtr.lastX, 2) + Math.pow(thisPtr.lastY - otherPtr.lastY, 2));
+ var newDist = Math.sqrt(Math.pow(e.offsetX - otherPtr.lastX, 2) + Math.pow(e.offsetY - otherPtr.lastY, 2));
+
+ var scaleFactor = newDist / oldDist;
+
+ if (scaleFactor != NaN) {
+ layerdict.transform.zoom *= scaleFactor;
+
+ var zoomd = (1 - scaleFactor) / layerdict.transform.zoom;
+ layerdict.transform.panx += devicePixelRatio * otherPtr.lastX * zoomd;
+ layerdict.transform.pany += devicePixelRatio * otherPtr.lastY * zoomd;
+ }
+ }
+
+ thisPtr.lastX = e.offsetX;
+ thisPtr.lastY = e.offsetY;
+
+ if (settings.redrawOnDrag) {
+ redrawCanvas(layerdict);
+ }
+}
+
+function handleMouseWheel(e, layerdict) {
+ e.preventDefault();
+ e.stopPropagation();
+ var t = layerdict.transform;
+ var wheeldelta = e.deltaY;
+ if (e.deltaMode == 1) {
+ // FF only, scroll by lines
+ wheeldelta *= 30;
+ } else if (e.deltaMode == 2) {
+ wheeldelta *= 300;
+ }
+ var m = Math.pow(1.1, -wheeldelta / 40);
+ // Limit amount of zoom per tick.
+ if (m > 2) {
+ m = 2;
+ } else if (m < 0.5) {
+ m = 0.5;
+ }
+ t.zoom *= m;
+ var zoomd = (1 - m) / t.zoom;
+ t.panx += devicePixelRatio * e.offsetX * zoomd;
+ t.pany += devicePixelRatio * e.offsetY * zoomd;
+ redrawCanvas(layerdict);
+}
+
+function addMouseHandlers(div, layerdict) {
+ div.addEventListener("pointerdown", function(e) {
+ handlePointerDown(e, layerdict);
+ });
+ div.addEventListener("pointermove", function(e) {
+ handlePointerMove(e, layerdict);
+ });
+ div.addEventListener("pointerup", function(e) {
+ handlePointerUp(e, layerdict);
+ });
+ var pointerleave = function(e) {
+ handlePointerLeave(e, layerdict);
+ }
+ div.addEventListener("pointercancel", pointerleave);
+ div.addEventListener("pointerleave", pointerleave);
+ div.addEventListener("pointerout", pointerleave);
+
+ div.onwheel = function(e) {
+ handleMouseWheel(e, layerdict);
+ }
+ for (var element of [div, layerdict.bg, layerdict.fab, layerdict.silk, layerdict.highlight]) {
+ element.addEventListener("contextmenu", function(e) {
+ e.preventDefault();
+ }, false);
+ }
+}
+
+function setRedrawOnDrag(value) {
+ settings.redrawOnDrag = value;
+ writeStorage("redrawOnDrag", value);
+}
+
+function setBoardRotation(value) {
+ settings.boardRotation = value * 5;
+ writeStorage("boardRotation", settings.boardRotation);
+ document.getElementById("rotationDegree").textContent = settings.boardRotation;
+ resizeAll();
+}
+
+function initRender() {
+ allcanvas = {
+ front: {
+ transform: {
+ x: 0,
+ y: 0,
+ s: 1,
+ panx: 0,
+ pany: 0,
+ zoom: 1,
+ },
+ pointerStates: {},
+ anotherPointerTapped: false,
+ bg: document.getElementById("F_bg"),
+ fab: document.getElementById("F_fab"),
+ silk: document.getElementById("F_slk"),
+ highlight: document.getElementById("F_hl"),
+ layer: "F",
+ },
+ back: {
+ transform: {
+ x: 0,
+ y: 0,
+ s: 1,
+ panx: 0,
+ pany: 0,
+ zoom: 1,
+ },
+ pointerStates: {},
+ anotherPointerTapped: false,
+ bg: document.getElementById("B_bg"),
+ fab: document.getElementById("B_fab"),
+ silk: document.getElementById("B_slk"),
+ highlight: document.getElementById("B_hl"),
+ layer: "B",
+ }
+ };
+ addMouseHandlers(document.getElementById("frontcanvas"), allcanvas.front);
+ addMouseHandlers(document.getElementById("backcanvas"), allcanvas.back);
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/*
+ * Table reordering via Drag'n'Drop
+ * Inspired by: https://htmldom.dev/drag-and-drop-table-column
+ */
+
+function setBomHandlers() {
+
+ const bom = document.getElementById('bomtable');
+
+ let dragName;
+ let placeHolderElements;
+ let draggingElement;
+ let forcePopulation;
+ let xOffset;
+ let yOffset;
+ let wasDragged;
+
+ const mouseUpHandler = function(e) {
+ // Delete dragging element
+ draggingElement.remove();
+
+ // Make BOM selectable again
+ bom.style.removeProperty("userSelect");
+
+ // Remove listeners
+ document.removeEventListener('mousemove', mouseMoveHandler);
+ document.removeEventListener('mouseup', mouseUpHandler);
+
+ if (wasDragged) {
+ // Redraw whole BOM
+ populateBomTable();
+ }
+ }
+
+ const mouseMoveHandler = function(e) {
+ // Notice the dragging
+ wasDragged = true;
+
+ // Make the dragged element visible
+ draggingElement.style.removeProperty("display");
+
+ // Set elements position to mouse position
+ draggingElement.style.left = `${e.screenX - xOffset}px`;
+ draggingElement.style.top = `${e.screenY - yOffset}px`;
+
+ // Forced redrawing of BOM table
+ if (forcePopulation) {
+ forcePopulation = false;
+ // Copy array
+ phe = Array.from(placeHolderElements);
+ // populate BOM table again
+ populateBomHeader(dragName, phe);
+ populateBomBody(dragName, phe);
+ }
+
+ // Set up array of hidden columns
+ var hiddenColumns = Array.from(settings.hiddenColumns);
+ // In the ungrouped mode, quantity don't exist
+ if (settings.bommode === "ungrouped")
+ hiddenColumns.push("Quantity");
+ // If no checkbox fields can be found, we consider them hidden
+ if (settings.checkboxes.length == 0)
+ hiddenColumns.push("checkboxes");
+
+ // Get table headers and group them into checkboxes, extrafields and normal headers
+ const bh = document.getElementById("bomhead");
+ headers = Array.from(bh.querySelectorAll("th"))
+ headers.shift() // numCol is not part of the columnOrder
+ headerGroups = []
+ lastCompoundClass = null;
+ for (i = 0; i < settings.columnOrder.length; i++) {
+ cElem = settings.columnOrder[i];
+ if (hiddenColumns.includes(cElem)) {
+ // Hidden columns appear as a dummy element
+ headerGroups.push([]);
+ continue;
+ }
+ elem = headers.filter(e => getColumnOrderName(e) === cElem)[0];
+ if (elem.classList.contains("bom-checkbox")) {
+ if (lastCompoundClass === "bom-checkbox") {
+ cbGroup = headerGroups.pop();
+ cbGroup.push(elem);
+ headerGroups.push(cbGroup);
+ } else {
+ lastCompoundClass = "bom-checkbox";
+ headerGroups.push([elem])
+ }
+ } else {
+ headerGroups.push([elem])
+ }
+ }
+
+ // Copy settings.columnOrder
+ var columns = Array.from(settings.columnOrder)
+
+ // Set up array with indices of hidden columns
+ var hiddenIndices = hiddenColumns.map(e => settings.columnOrder.indexOf(e));
+ var dragIndex = columns.indexOf(dragName);
+ var swapIndex = dragIndex;
+ var swapDone = false;
+
+ // Check if the current dragged element is swapable with the left or right element
+ if (dragIndex > 0) {
+ // Get left headers boundingbox
+ swapIndex = dragIndex - 1;
+ while (hiddenIndices.includes(swapIndex) && swapIndex > 0)
+ swapIndex--;
+ if (!hiddenIndices.includes(swapIndex)) {
+ box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+ if (e.clientX < box.left + window.scrollX + (box.width / 2)) {
+ swapElement = columns[dragIndex];
+ columns.splice(dragIndex, 1);
+ columns.splice(swapIndex, 0, swapElement);
+ forcePopulation = true;
+ swapDone = true;
+ }
+ }
+ }
+ if ((!swapDone) && dragIndex < headerGroups.length - 1) {
+ // Get right headers boundingbox
+ swapIndex = dragIndex + 1;
+ while (hiddenIndices.includes(swapIndex))
+ swapIndex++;
+ if (swapIndex < headerGroups.length) {
+ box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
+ if (e.clientX > box.left + window.scrollX + (box.width / 2)) {
+ swapElement = columns[dragIndex];
+ columns.splice(dragIndex, 1);
+ columns.splice(swapIndex, 0, swapElement);
+ forcePopulation = true;
+ swapDone = true;
+ }
+ }
+ }
+
+ // Write back change to storage
+ if (swapDone) {
+ settings.columnOrder = columns
+ writeStorage("columnOrder", JSON.stringify(columns));
+ }
+
+ }
+
+ const mouseDownHandler = function(e) {
+ var target = e.target;
+ if (target.tagName.toLowerCase() != "td")
+ target = target.parentElement;
+
+ // Used to check if a dragging has ever happened
+ wasDragged = false;
+
+ // Create new element which will be displayed as the dragged column
+ draggingElement = document.createElement("div")
+ draggingElement.classList.add("dragging");
+ draggingElement.style.display = "none";
+ draggingElement.style.position = "absolute";
+ draggingElement.style.overflow = "hidden";
+
+ // Get bomhead and bombody elements
+ const bh = document.getElementById("bomhead");
+ const bb = document.getElementById("bombody");
+
+ // Get all compound headers for the current column
+ var compoundHeaders;
+ if (target.classList.contains("bom-checkbox")) {
+ compoundHeaders = Array.from(bh.querySelectorAll("th.bom-checkbox"));
+ } else {
+ compoundHeaders = [target];
+ }
+
+ // Create new table which will display the column
+ var newTable = document.createElement("table");
+ newTable.classList.add("bom");
+ newTable.style.background = "white";
+ draggingElement.append(newTable);
+
+ // Create new header element
+ var newHeader = document.createElement("thead");
+ newTable.append(newHeader);
+
+ // Set up array for storing all placeholder elements
+ placeHolderElements = [];
+
+ // Add all compound headers to the new thead element and placeholders
+ compoundHeaders.forEach(function(h) {
+ clone = cloneElementWithDimensions(h);
+ newHeader.append(clone);
+ placeHolderElements.push(clone);
+ });
+
+ // Create new body element
+ var newBody = document.createElement("tbody");
+ newTable.append(newBody);
+
+ // Get indices for compound headers
+ var idxs = compoundHeaders.map(e => getBomTableHeaderIndex(e));
+
+ // For each row in the BOM body...
+ var rows = bb.querySelectorAll("tr");
+ rows.forEach(function(row) {
+ // ..get the cells for the compound column
+ const tds = row.querySelectorAll("td");
+ var copytds = idxs.map(i => tds[i]);
+ // Add them to the new element and the placeholders
+ var newRow = document.createElement("tr");
+ copytds.forEach(function(td) {
+ clone = cloneElementWithDimensions(td);
+ newRow.append(clone);
+ placeHolderElements.push(clone);
+ });
+ newBody.append(newRow);
+ });
+
+ // Compute width for compound header
+ var width = compoundHeaders.reduce((acc, x) => acc + x.clientWidth, 0);
+ draggingElement.style.width = `${width}px`;
+
+ // Insert the new dragging element and disable selection on BOM
+ bom.insertBefore(draggingElement, null);
+ bom.style.userSelect = "none";
+
+ // Determine the mouse position offset
+ xOffset = e.screenX - compoundHeaders.reduce((acc, x) => Math.min(acc, x.offsetLeft), compoundHeaders[0].offsetLeft);
+ yOffset = e.screenY - compoundHeaders[0].offsetTop;
+
+ // Get name for the column in settings.columnOrder
+ dragName = getColumnOrderName(target);
+
+ // Change text and class for placeholder elements
+ placeHolderElements = placeHolderElements.map(function(e) {
+ newElem = cloneElementWithDimensions(e);
+ newElem.textContent = "";
+ newElem.classList.add("placeholder");
+ return newElem;
+ });
+
+ // On next mouse move, the whole BOM needs to be redrawn to show the placeholders
+ forcePopulation = true;
+
+ // Add listeners for move and up on mouse
+ document.addEventListener('mousemove', mouseMoveHandler);
+ document.addEventListener('mouseup', mouseUpHandler);
+ }
+
+ // In netlist mode, there is nothing to reorder
+ if (settings.bommode === "netlist")
+ return;
+
+ // Add mouseDownHandler to every column except the numCol
+ bom.querySelectorAll("th")
+ .forEach(function(head) {
+ if (!head.classList.contains("numCol")) {
+ head.onmousedown = mouseDownHandler;
+ }
+ });
+
+}
+
+function getBoundingClientRectFromMultiple(elements) {
+ var elems = Array.from(elements);
+
+ if (elems.length == 0)
+ return null;
+
+ var box = elems.shift()
+ .getBoundingClientRect();
+
+ elems.forEach(function(elem) {
+ var elembox = elem.getBoundingClientRect();
+ box.left = Math.min(elembox.left, box.left);
+ box.top = Math.min(elembox.top, box.top);
+ box.width += elembox.width;
+ box.height = Math.max(elembox.height, box.height);
+ });
+
+ return box;
+}
+
+function cloneElementWithDimensions(elem) {
+ var newElem = elem.cloneNode(true);
+ newElem.style.height = window.getComputedStyle(elem).height;
+ newElem.style.width = window.getComputedStyle(elem).width;
+ return newElem;
+}
+
+function getBomTableHeaderIndex(elem) {
+ const bh = document.getElementById('bomhead');
+ const ths = Array.from(bh.querySelectorAll("th"));
+ return ths.indexOf(elem);
+}
+
+function getColumnOrderName(elem) {
+ var cname = elem.getAttribute("col_name");
+ if (cname === "bom-checkbox")
+ return "checkboxes";
+ else
+ return cname;
+}
+
+function resizableGrid(tablehead) {
+ var cols = tablehead.firstElementChild.children;
+ var rowWidth = tablehead.offsetWidth;
+
+ for (var i = 1; i < cols.length; i++) {
+ if (cols[i].classList.contains("bom-checkbox"))
+ continue;
+ cols[i].style.width = ((cols[i].clientWidth - paddingDiff(cols[i])) * 100 / rowWidth) + '%';
+ }
+
+ for (var i = 1; i < cols.length - 1; i++) {
+ var div = document.createElement('div');
+ div.className = "column-width-handle";
+ cols[i].appendChild(div);
+ setListeners(div);
+ }
+
+ function setListeners(div) {
+ var startX, curCol, nxtCol, curColWidth, nxtColWidth, rowWidth;
+
+ div.addEventListener('mousedown', function(e) {
+ e.preventDefault();
+ e.stopPropagation();
+
+ curCol = e.target.parentElement;
+ nxtCol = curCol.nextElementSibling;
+ startX = e.pageX;
+
+ var padding = paddingDiff(curCol);
+
+ rowWidth = curCol.parentElement.offsetWidth;
+ curColWidth = curCol.clientWidth - padding;
+ nxtColWidth = nxtCol.clientWidth - padding;
+ });
+
+ document.addEventListener('mousemove', function(e) {
+ if (startX) {
+ var diffX = e.pageX - startX;
+ diffX = -Math.min(-diffX, curColWidth - 20);
+ diffX = Math.min(diffX, nxtColWidth - 20);
+
+ curCol.style.width = ((curColWidth + diffX) * 100 / rowWidth) + '%';
+ nxtCol.style.width = ((nxtColWidth - diffX) * 100 / rowWidth) + '%';
+ console.log(`${curColWidth + nxtColWidth} ${(curColWidth + diffX) * 100 / rowWidth + (nxtColWidth - diffX) * 100 / rowWidth}`);
+ }
+ });
+
+ document.addEventListener('mouseup', function(e) {
+ curCol = undefined;
+ nxtCol = undefined;
+ startX = undefined;
+ nxtColWidth = undefined;
+ curColWidth = undefined
+ });
+ }
+
+ function paddingDiff(col) {
+
+ if (getStyleVal(col, 'box-sizing') == 'border-box') {
+ return 0;
+ }
+
+ var padLeft = getStyleVal(col, 'padding-left');
+ var padRight = getStyleVal(col, 'padding-right');
+ return (parseInt(padLeft) + parseInt(padRight));
+
+ }
+
+ function getStyleVal(elm, css) {
+ return (window.getComputedStyle(elm, null).getPropertyValue(css))
+ }
+}
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+/* DOM manipulation and misc code */
+
+var bomsplit;
+var canvassplit;
+var initDone = false;
+var bomSortFunction = null;
+var currentSortColumn = null;
+var currentSortOrder = null;
+var currentHighlightedRowId;
+var highlightHandlers = [];
+var footprintIndexToHandler = {};
+var netsToHandler = {};
+var markedFootprints = new Set();
+var highlightedFootprints = [];
+var highlightedNet = null;
+var lastClicked;
+
+function dbg(html) {
+ dbgdiv.innerHTML = html;
+}
+
+function redrawIfInitDone() {
+ if (initDone) {
+ redrawCanvas(allcanvas.front);
+ redrawCanvas(allcanvas.back);
+ }
+}
+
+function padsVisible(value) {
+ writeStorage("padsVisible", value);
+ settings.renderPads = value;
+ redrawIfInitDone();
+}
+
+function referencesVisible(value) {
+ writeStorage("referencesVisible", value);
+ settings.renderReferences = value;
+ redrawIfInitDone();
+}
+
+function valuesVisible(value) {
+ writeStorage("valuesVisible", value);
+ settings.renderValues = value;
+ redrawIfInitDone();
+}
+
+function tracksVisible(value) {
+ writeStorage("tracksVisible", value);
+ settings.renderTracks = value;
+ redrawIfInitDone();
+}
+
+function zonesVisible(value) {
+ writeStorage("zonesVisible", value);
+ settings.renderZones = value;
+ redrawIfInitDone();
+}
+
+function dnpOutline(value) {
+ writeStorage("dnpOutline", value);
+ settings.renderDnpOutline = value;
+ redrawIfInitDone();
+}
+
+function setDarkMode(value) {
+ if (value) {
+ topmostdiv.classList.add("dark");
+ } else {
+ topmostdiv.classList.remove("dark");
+ }
+ writeStorage("darkmode", value);
+ settings.darkMode = value;
+ redrawIfInitDone();
+}
+
+function setShowBOMColumn(field, value) {
+ if (field === "references") {
+ var rl = document.getElementById("reflookup");
+ rl.disabled = !value;
+ if (!value) {
+ rl.value = "";
+ updateRefLookup("");
+ }
+ }
+
+ var n = settings.hiddenColumns.indexOf(field);
+ if (value) {
+ if (n != -1) {
+ settings.hiddenColumns.splice(n, 1);
+ }
+ } else {
+ if (n == -1) {
+ settings.hiddenColumns.push(field);
+ }
+ }
+
+ writeStorage("hiddenColumns", JSON.stringify(settings.hiddenColumns));
+
+ if (initDone) {
+ populateBomTable();
+ }
+
+ redrawIfInitDone();
+}
+
+
+function setFullscreen(value) {
+ if (value) {
+ document.documentElement.requestFullscreen();
+ } else {
+ document.exitFullscreen();
+ }
+}
+
+function fabricationVisible(value) {
+ writeStorage("fabricationVisible", value);
+ settings.renderFabrication = value;
+ redrawIfInitDone();
+}
+
+function silkscreenVisible(value) {
+ writeStorage("silkscreenVisible", value);
+ settings.renderSilkscreen = value;
+ redrawIfInitDone();
+}
+
+function setHighlightPin1(value) {
+ writeStorage("highlightpin1", value);
+ settings.highlightpin1 = value;
+ redrawIfInitDone();
+}
+
+function getStoredCheckboxRefs(checkbox) {
+ function convert(ref) {
+ var intref = parseInt(ref);
+ if (isNaN(intref)) {
+ for (var i = 0; i < pcbdata.footprints.length; i++) {
+ if (pcbdata.footprints[i].ref == ref) {
+ return i;
+ }
+ }
+ return -1;
+ } else {
+ return intref;
+ }
+ }
+ if (!(checkbox in settings.checkboxStoredRefs)) {
+ var val = readStorage("checkbox_" + checkbox);
+ settings.checkboxStoredRefs[checkbox] = val ? val : "";
+ }
+ if (!settings.checkboxStoredRefs[checkbox]) {
+ return new Set();
+ } else {
+ return new Set(settings.checkboxStoredRefs[checkbox].split(",").map(r => convert(r)).filter(a => a >= 0));
+ }
+}
+
+function getCheckboxState(checkbox, references) {
+ var storedRefsSet = getStoredCheckboxRefs(checkbox);
+ var currentRefsSet = new Set(references.map(r => r[1]));
+ // Get difference of current - stored
+ var difference = new Set(currentRefsSet);
+ for (ref of storedRefsSet) {
+ difference.delete(ref);
+ }
+ if (difference.size == 0) {
+ // All the current refs are stored
+ return "checked";
+ } else if (difference.size == currentRefsSet.size) {
+ // None of the current refs are stored
+ return "unchecked";
+ } else {
+ // Some of the refs are stored
+ return "indeterminate";
+ }
+}
+
+function setBomCheckboxState(checkbox, element, references) {
+ var state = getCheckboxState(checkbox, references);
+ element.checked = (state == "checked");
+ element.indeterminate = (state == "indeterminate");
+}
+
+function createCheckboxChangeHandler(checkbox, references, row) {
+ return function() {
+ refsSet = getStoredCheckboxRefs(checkbox);
+ var markWhenChecked = settings.markWhenChecked == checkbox;
+ eventArgs = {
+ checkbox: checkbox,
+ refs: references,
+ }
+ if (this.checked) {
+ // checkbox ticked
+ for (var ref of references) {
+ refsSet.add(ref[1]);
+ }
+ if (markWhenChecked) {
+ row.classList.add("checked");
+ for (var ref of references) {
+ markedFootprints.add(ref[1]);
+ }
+ drawHighlights();
+ }
+ eventArgs.state = 'checked';
+ } else {
+ // checkbox unticked
+ for (var ref of references) {
+ refsSet.delete(ref[1]);
+ }
+ if (markWhenChecked) {
+ row.classList.remove("checked");
+ for (var ref of references) {
+ markedFootprints.delete(ref[1]);
+ }
+ drawHighlights();
+ }
+ eventArgs.state = 'unchecked';
+ }
+ settings.checkboxStoredRefs[checkbox] = [...refsSet].join(",");
+ writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
+ updateCheckboxStats(checkbox);
+ EventHandler.emitEvent(IBOM_EVENT_TYPES.CHECKBOX_CHANGE_EVENT, eventArgs);
+ }
+}
+
+function clearHighlightedFootprints() {
+ if (currentHighlightedRowId) {
+ document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+ currentHighlightedRowId = null;
+ highlightedFootprints = [];
+ highlightedNet = null;
+ }
+}
+
+function createRowHighlightHandler(rowid, refs, net) {
+ return function() {
+ if (currentHighlightedRowId) {
+ if (currentHighlightedRowId == rowid) {
+ return;
+ }
+ document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
+ }
+ document.getElementById(rowid).classList.add("highlighted");
+ currentHighlightedRowId = rowid;
+ highlightedFootprints = refs ? refs.map(r => r[1]) : [];
+ highlightedNet = net;
+ drawHighlights();
+ EventHandler.emitEvent(
+ IBOM_EVENT_TYPES.HIGHLIGHT_EVENT, {
+ rowid: rowid,
+ refs: refs,
+ net: net
+ });
+ }
+}
+
+function entryMatches(entry) {
+ if (settings.bommode == "netlist") {
+ // entry is just a net name
+ return entry.toLowerCase().indexOf(filter) >= 0;
+ }
+ // check refs
+ if (!settings.hiddenColumns.includes("references")) {
+ for (var ref of entry[3]) {
+ if (ref[0].toLowerCase().indexOf(filter) >= 0) {
+ return true;
+ }
+ }
+ }
+ // check extra fields
+ if (!settings.hiddenColumns.includes("extrafields")) {
+ for (var i in config.extra_fields) {
+ if (entry[4][i].toLowerCase().indexOf(filter) >= 0) {
+ return true;
+ }
+ }
+ }
+ // check value
+ if (!settings.hiddenColumns.includes("value")) {
+ if (entry[1].toLowerCase().indexOf(filter) >= 0) {
+ return true;
+ }
+ }
+ // check footprint
+ if (!settings.hiddenColumns.includes("footprint")) {
+ if (entry[2].toLowerCase().indexOf(filter) >= 0) {
+ return true;
+ }
+ }
+ return false;
+}
+
+function findRefInEntry(entry) {
+ return entry[3].filter(r => r[0].toLowerCase() == reflookup);
+}
+
+function highlightFilter(s) {
+ if (!filter) {
+ return s;
+ }
+ var parts = s.toLowerCase().split(filter);
+ if (parts.length == 1) {
+ return s;
+ }
+ var r = "";
+ var pos = 0;
+ for (var i in parts) {
+ if (i > 0) {
+ r += '<mark class="highlight">' +
+ s.substring(pos, pos + filter.length) +
+ '</mark>';
+ pos += filter.length;
+ }
+ r += s.substring(pos, pos + parts[i].length);
+ pos += parts[i].length;
+ }
+ return r;
+}
+
+function checkboxSetUnsetAllHandler(checkboxname) {
+ return function() {
+ var checkboxnum = 0;
+ while (checkboxnum < settings.checkboxes.length &&
+ settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+ checkboxnum++;
+ }
+ if (checkboxnum >= settings.checkboxes.length) {
+ return;
+ }
+ var allset = true;
+ var checkbox;
+ var row;
+ for (row of bombody.childNodes) {
+ checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+ if (!checkbox.checked || checkbox.indeterminate) {
+ allset = false;
+ break;
+ }
+ }
+ for (row of bombody.childNodes) {
+ checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
+ checkbox.checked = !allset;
+ checkbox.indeterminate = false;
+ checkbox.onchange();
+ }
+ }
+}
+
+function createColumnHeader(name, cls, comparator, is_checkbox = false) {
+ var th = document.createElement("TH");
+ th.innerHTML = name;
+ th.classList.add(cls);
+ if (is_checkbox)
+ th.setAttribute("col_name", "bom-checkbox");
+ else
+ th.setAttribute("col_name", name);
+ var span = document.createElement("SPAN");
+ span.classList.add("sortmark");
+ span.classList.add("none");
+ th.appendChild(span);
+ var spacer = document.createElement("div");
+ spacer.className = "column-spacer";
+ th.appendChild(spacer);
+ spacer.onclick = function() {
+ if (currentSortColumn && th !== currentSortColumn) {
+ // Currently sorted by another column
+ currentSortColumn.childNodes[1].classList.remove(currentSortOrder);
+ currentSortColumn.childNodes[1].classList.add("none");
+ currentSortColumn = null;
+ currentSortOrder = null;
+ }
+ if (currentSortColumn && th === currentSortColumn) {
+ // Already sorted by this column
+ if (currentSortOrder == "asc") {
+ // Sort by this column, descending order
+ bomSortFunction = function(a, b) {
+ return -comparator(a, b);
+ }
+ currentSortColumn.childNodes[1].classList.remove("asc");
+ currentSortColumn.childNodes[1].classList.add("desc");
+ currentSortOrder = "desc";
+ } else {
+ // Unsort
+ bomSortFunction = null;
+ currentSortColumn.childNodes[1].classList.remove("desc");
+ currentSortColumn.childNodes[1].classList.add("none");
+ currentSortColumn = null;
+ currentSortOrder = null;
+ }
+ } else {
+ // Sort by this column, ascending order
+ bomSortFunction = comparator;
+ currentSortColumn = th;
+ currentSortColumn.childNodes[1].classList.remove("none");
+ currentSortColumn.childNodes[1].classList.add("asc");
+ currentSortOrder = "asc";
+ }
+ populateBomBody();
+ }
+ if (is_checkbox) {
+ spacer.onclick = fancyDblClickHandler(
+ spacer, spacer.onclick, checkboxSetUnsetAllHandler(name));
+ }
+ return th;
+}
+
+function populateBomHeader(placeHolderColumn = null, placeHolderElements = null) {
+ while (bomhead.firstChild) {
+ bomhead.removeChild(bomhead.firstChild);
+ }
+ var tr = document.createElement("TR");
+ var th = document.createElement("TH");
+ th.classList.add("numCol");
+
+ var vismenu = document.createElement("div");
+ vismenu.id = "vismenu";
+ vismenu.classList.add("menu");
+
+ var visbutton = document.createElement("div");
+ visbutton.classList.add("visbtn");
+ visbutton.classList.add("hideonprint");
+
+ var viscontent = document.createElement("div");
+ viscontent.classList.add("menu-content");
+ viscontent.id = "vismenu-content";
+
+ settings.columnOrder.forEach(column => {
+ if (typeof column !== "string")
+ return;
+
+ // Skip empty columns
+ if (column === "checkboxes" && settings.checkboxes.length == 0)
+ return;
+ else if (column === "Quantity" && settings.bommode == "ungrouped")
+ return;
+
+ var label = document.createElement("label");
+ label.classList.add("menu-label");
+
+ var input = document.createElement("input");
+ input.classList.add("visibility_checkbox");
+ input.type = "checkbox";
+ input.onchange = function(e) {
+ setShowBOMColumn(column, e.target.checked)
+ };
+ input.checked = !(settings.hiddenColumns.includes(column));
+
+ label.appendChild(input);
+ if (column.length > 0)
+ label.append(column[0].toUpperCase() + column.slice(1));
+
+ viscontent.appendChild(label);
+ });
+
+ viscontent.childNodes[0].classList.add("menu-label-top");
+
+ vismenu.appendChild(visbutton);
+ if (settings.bommode != "netlist") {
+ vismenu.appendChild(viscontent);
+ th.appendChild(vismenu);
+ }
+ tr.appendChild(th);
+
+ var checkboxCompareClosure = function(checkbox) {
+ return (a, b) => {
+ var stateA = getCheckboxState(checkbox, a[3]);
+ var stateB = getCheckboxState(checkbox, b[3]);
+ if (stateA > stateB) return -1;
+ if (stateA < stateB) return 1;
+ return 0;
+ }
+ }
+ if (settings.bommode == "netlist") {
+ th = createColumnHeader("Net name", "bom-netname", (a, b) => {
+ if (a > b) return -1;
+ if (a < b) return 1;
+ return 0;
+ });
+ tr.appendChild(th);
+ } else {
+ // Filter hidden columns
+ var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+ columns.forEach((column) => {
+ if (column === placeHolderColumn) {
+ var n = 1;
+ if (column === "checkboxes")
+ n = settings.checkboxes.length;
+ for (i = 0; i < n; i++) {
+ td = placeHolderElements.shift();
+ tr.appendChild(td);
+ }
+ return;
+ }
+ if (column === "checkboxes") {
+ for (var checkbox of settings.checkboxes) {
+ th = createColumnHeader(
+ checkbox, "bom-checkbox", checkboxCompareClosure(checkbox), true);
+ tr.appendChild(th);
+ }
+ }
+ if (column === "References") {
+ tr.appendChild(createColumnHeader("References", "references", (a, b) => {
+ var i = 0;
+ while (i < a[3].length && i < b[3].length) {
+ if (a[3][i] != b[3][i]) return a[3][i] > b[3][i] ? 1 : -1;
+ i++;
+ }
+ return a[3].length - b[3].length;
+ }));
+ }
+ if (column === "Value") {
+ tr.appendChild(createColumnHeader("Value", "value", (a, b) => {
+ return valueCompare(a[5], b[5], a[1], b[1]);
+ }));
+ }
+ if (column === "Footprint") {
+ tr.appendChild(createColumnHeader("Footprint", "footprint", (a, b) => {
+ if (a[2] != b[2]) return a[2] > b[2] ? 1 : -1;
+ else return 0;
+ }));
+ }
+ if (column === "Quantity" && settings.bommode == "grouped") {
+ tr.appendChild(createColumnHeader("Quantity", "quantity", (a, b) => {
+ return a[3].length - b[3].length;
+ }));
+ }
+ // Extra fields
+ var extraFieldCompareClosure = function(fieldIndex) {
+ return (a, b) => {
+ var fa = a[4][fieldIndex];
+ var fb = b[4][fieldIndex];
+ if (fa != fb) return fa > fb ? 1 : -1;
+ else return 0;
+ }
+ }
+ var i = config.extra_fields.indexOf(column);
+ if (i < 0)
+ return;
+ tr.appendChild(createColumnHeader(
+ column, `extrafield${i+1}`, extraFieldCompareClosure(i)));
+ });
+ }
+ bomhead.appendChild(tr);
+}
+
+function populateBomBody(placeholderColumn = null, placeHolderElements = null) {
+ while (bom.firstChild) {
+ bom.removeChild(bom.firstChild);
+ }
+ highlightHandlers = [];
+ footprintIndexToHandler = {};
+ netsToHandler = {};
+ currentHighlightedRowId = null;
+ var first = true;
+ if (settings.bommode == "netlist") {
+ bomtable = pcbdata.nets.slice();
+ } else {
+ switch (settings.canvaslayout) {
+ case 'F':
+ bomtable = pcbdata.bom.F.slice();
+ break;
+ case 'FB':
+ bomtable = pcbdata.bom.both.slice();
+ break;
+ case 'B':
+ bomtable = pcbdata.bom.B.slice();
+ break;
+ }
+ if (settings.bommode == "ungrouped") {
+ // expand bom table
+ expandedTable = []
+ for (var bomentry of bomtable) {
+ for (var ref of bomentry[3]) {
+ expandedTable.push([1, bomentry[1], bomentry[2],
+ [ref], bomentry[4], bomentry[5]
+ ]);
+ }
+ }
+ bomtable = expandedTable;
+ }
+ }
+ if (bomSortFunction) {
+ bomtable = bomtable.sort(bomSortFunction);
+ }
+ for (var i in bomtable) {
+ var bomentry = bomtable[i];
+ if (filter && !entryMatches(bomentry)) {
+ continue;
+ }
+ var references = null;
+ var netname = null;
+ var tr = document.createElement("TR");
+ var td = document.createElement("TD");
+ var rownum = +i + 1;
+ tr.id = "bomrow" + rownum;
+ td.textContent = rownum;
+ tr.appendChild(td);
+ if (settings.bommode == "netlist") {
+ netname = bomentry;
+ td = document.createElement("TD");
+ td.innerHTML = highlightFilter(netname ? netname : "<no net>");
+ tr.appendChild(td);
+ } else {
+ if (reflookup) {
+ references = findRefInEntry(bomentry);
+ if (references.length == 0) {
+ continue;
+ }
+ } else {
+ references = bomentry[3];
+ }
+ // Filter hidden columns
+ var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
+ columns.forEach((column) => {
+ if (column === placeholderColumn) {
+ var n = 1;
+ if (column === "checkboxes")
+ n = settings.checkboxes.length;
+ for (i = 0; i < n; i++) {
+ td = placeHolderElements.shift();
+ tr.appendChild(td);
+ }
+ return;
+ }
+ // Checkboxes
+ if (column === "checkboxes") {
+ for (var checkbox of settings.checkboxes) {
+ if (checkbox) {
+ td = document.createElement("TD");
+ var input = document.createElement("input");
+ input.type = "checkbox";
+ input.onchange = createCheckboxChangeHandler(checkbox, references, tr);
+ setBomCheckboxState(checkbox, input, references);
+ if (input.checked && settings.markWhenChecked == checkbox) {
+ tr.classList.add("checked");
+ }
+ td.appendChild(input);
+ tr.appendChild(td);
+ }
+ }
+ }
+ // References
+ if (column === "References") {
+ td = document.createElement("TD");
+ td.innerHTML = highlightFilter(references.map(r => r[0]).join(", "));
+ tr.appendChild(td);
+ }
+ // Value
+ if (column === "Value") {
+ td = document.createElement("TD");
+ td.innerHTML = highlightFilter(bomentry[1]);
+ tr.appendChild(td);
+ }
+ // Footprint
+ if (column === "Footprint") {
+ td = document.createElement("TD");
+ td.innerHTML = highlightFilter(bomentry[2]);
+ tr.appendChild(td);
+ }
+ if (column === "Quantity" && settings.bommode == "grouped") {
+ // Quantity
+ td = document.createElement("TD");
+ td.textContent = bomentry[3].length;
+ tr.appendChild(td);
+ }
+ // Extra fields
+ var i = config.extra_fields.indexOf(column)
+ if (i < 0)
+ return;
+ td = document.createElement("TD");
+ td.innerHTML = highlightFilter(bomentry[4][i]);
+ tr.appendChild(td);
+ });
+ }
+ bom.appendChild(tr);
+ var handler = createRowHighlightHandler(tr.id, references, netname);
+ tr.onmousemove = handler;
+ highlightHandlers.push({
+ id: tr.id,
+ handler: handler,
+ });
+ if (references !== null) {
+ for (var refIndex of references.map(r => r[1])) {
+ footprintIndexToHandler[refIndex] = handler;
+ }
+ }
+ if (netname !== null) {
+ netsToHandler[netname] = handler;
+ }
+ if ((filter || reflookup) && first) {
+ handler();
+ first = false;
+ }
+ }
+ EventHandler.emitEvent(
+ IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, {
+ filter: filter,
+ reflookup: reflookup,
+ checkboxes: settings.checkboxes,
+ bommode: settings.bommode,
+ });
+}
+
+function highlightPreviousRow() {
+ if (!currentHighlightedRowId) {
+ highlightHandlers[highlightHandlers.length - 1].handler();
+ } else {
+ if (highlightHandlers.length > 1 &&
+ highlightHandlers[0].id == currentHighlightedRowId) {
+ highlightHandlers[highlightHandlers.length - 1].handler();
+ } else {
+ for (var i = 0; i < highlightHandlers.length - 1; i++) {
+ if (highlightHandlers[i + 1].id == currentHighlightedRowId) {
+ highlightHandlers[i].handler();
+ break;
+ }
+ }
+ }
+ }
+ smoothScrollToRow(currentHighlightedRowId);
+}
+
+function highlightNextRow() {
+ if (!currentHighlightedRowId) {
+ highlightHandlers[0].handler();
+ } else {
+ if (highlightHandlers.length > 1 &&
+ highlightHandlers[highlightHandlers.length - 1].id == currentHighlightedRowId) {
+ highlightHandlers[0].handler();
+ } else {
+ for (var i = 1; i < highlightHandlers.length; i++) {
+ if (highlightHandlers[i - 1].id == currentHighlightedRowId) {
+ highlightHandlers[i].handler();
+ break;
+ }
+ }
+ }
+ }
+ smoothScrollToRow(currentHighlightedRowId);
+}
+
+function populateBomTable() {
+ populateBomHeader();
+ populateBomBody();
+ setBomHandlers();
+ resizableGrid(bomhead);
+}
+
+function footprintsClicked(footprintIndexes) {
+ var lastClickedIndex = footprintIndexes.indexOf(lastClicked);
+ for (var i = 1; i <= footprintIndexes.length; i++) {
+ var refIndex = footprintIndexes[(lastClickedIndex + i) % footprintIndexes.length];
+ if (refIndex in footprintIndexToHandler) {
+ lastClicked = refIndex;
+ footprintIndexToHandler[refIndex]();
+ smoothScrollToRow(currentHighlightedRowId);
+ break;
+ }
+ }
+}
+
+function netClicked(net) {
+ if (net in netsToHandler) {
+ netsToHandler[net]();
+ smoothScrollToRow(currentHighlightedRowId);
+ } else {
+ clearHighlightedFootprints();
+ highlightedNet = net;
+ drawHighlights();
+ }
+}
+
+function updateFilter(input) {
+ filter = input.toLowerCase();
+ populateBomTable();
+}
+
+function updateRefLookup(input) {
+ reflookup = input.toLowerCase();
+ populateBomTable();
+}
+
+function changeCanvasLayout(layout) {
+ document.getElementById("fl-btn").classList.remove("depressed");
+ document.getElementById("fb-btn").classList.remove("depressed");
+ document.getElementById("bl-btn").classList.remove("depressed");
+ switch (layout) {
+ case 'F':
+ document.getElementById("fl-btn").classList.add("depressed");
+ if (settings.bomlayout != "bom-only") {
+ canvassplit.collapse(1);
+ }
+ break;
+ case 'B':
+ document.getElementById("bl-btn").classList.add("depressed");
+ if (settings.bomlayout != "bom-only") {
+ canvassplit.collapse(0);
+ }
+ break;
+ default:
+ document.getElementById("fb-btn").classList.add("depressed");
+ if (settings.bomlayout != "bom-only") {
+ canvassplit.setSizes([50, 50]);
+ }
+ }
+ settings.canvaslayout = layout;
+ writeStorage("canvaslayout", layout);
+ resizeAll();
+ changeBomMode(settings.bommode);
+}
+
+function populateMetadata() {
+ document.getElementById("title").innerHTML = pcbdata.metadata.title;
+ document.getElementById("revision").innerHTML = "Rev: " + pcbdata.metadata.revision;
+ document.getElementById("company").innerHTML = pcbdata.metadata.company;
+ document.getElementById("filedate").innerHTML = pcbdata.metadata.date;
+ if (pcbdata.metadata.title != "") {
+ document.title = pcbdata.metadata.title + " BOM";
+ }
+ // Calculate board stats
+ var fp_f = 0,
+ fp_b = 0,
+ pads_f = 0,
+ pads_b = 0,
+ pads_th = 0;
+ for (var i = 0; i < pcbdata.footprints.length; i++) {
+ if (pcbdata.bom.skipped.includes(i)) continue;
+ var mod = pcbdata.footprints[i];
+ if (mod.layer == "F") {
+ fp_f++;
+ } else {
+ fp_b++;
+ }
+ for (var pad of mod.pads) {
+ if (pad.type == "th") {
+ pads_th++;
+ } else {
+ if (pad.layers.includes("F")) {
+ pads_f++;
+ }
+ if (pad.layers.includes("B")) {
+ pads_b++;
+ }
+ }
+ }
+ }
+ document.getElementById("stats-components-front").innerHTML = fp_f;
+ document.getElementById("stats-components-back").innerHTML = fp_b;
+ document.getElementById("stats-components-total").innerHTML = fp_f + fp_b;
+ document.getElementById("stats-groups-front").innerHTML = pcbdata.bom.F.length;
+ document.getElementById("stats-groups-back").innerHTML = pcbdata.bom.B.length;
+ document.getElementById("stats-groups-total").innerHTML = pcbdata.bom.both.length;
+ document.getElementById("stats-smd-pads-front").innerHTML = pads_f;
+ document.getElementById("stats-smd-pads-back").innerHTML = pads_b;
+ document.getElementById("stats-smd-pads-total").innerHTML = pads_f + pads_b;
+ document.getElementById("stats-th-pads").innerHTML = pads_th;
+ // Update version string
+ document.getElementById("github-link").innerHTML = "InteractiveHtmlBom " +
+ /^v\d+\.\d+/.exec(pcbdata.ibom_version)[0];
+}
+
+function changeBomLayout(layout) {
+ document.getElementById("bom-btn").classList.remove("depressed");
+ document.getElementById("lr-btn").classList.remove("depressed");
+ document.getElementById("tb-btn").classList.remove("depressed");
+ switch (layout) {
+ case 'bom-only':
+ document.getElementById("bom-btn").classList.add("depressed");
+ if (bomsplit) {
+ bomsplit.destroy();
+ bomsplit = null;
+ canvassplit.destroy();
+ canvassplit = null;
+ }
+ document.getElementById("frontcanvas").style.display = "none";
+ document.getElementById("backcanvas").style.display = "none";
+ document.getElementById("bot").style.height = "";
+ break;
+ case 'top-bottom':
+ document.getElementById("tb-btn").classList.add("depressed");
+ document.getElementById("frontcanvas").style.display = "";
+ document.getElementById("backcanvas").style.display = "";
+ document.getElementById("bot").style.height = "calc(100% - 80px)";
+ document.getElementById("bomdiv").classList.remove("split-horizontal");
+ document.getElementById("canvasdiv").classList.remove("split-horizontal");
+ document.getElementById("frontcanvas").classList.add("split-horizontal");
+ document.getElementById("backcanvas").classList.add("split-horizontal");
+ if (bomsplit) {
+ bomsplit.destroy();
+ bomsplit = null;
+ canvassplit.destroy();
+ canvassplit = null;
+ }
+ bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+ sizes: [50, 50],
+ onDragEnd: resizeAll,
+ direction: "vertical",
+ gutterSize: 5
+ });
+ canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+ sizes: [50, 50],
+ gutterSize: 5,
+ onDragEnd: resizeAll
+ });
+ break;
+ case 'left-right':
+ document.getElementById("lr-btn").classList.add("depressed");
+ document.getElementById("frontcanvas").style.display = "";
+ document.getElementById("backcanvas").style.display = "";
+ document.getElementById("bot").style.height = "calc(100% - 80px)";
+ document.getElementById("bomdiv").classList.add("split-horizontal");
+ document.getElementById("canvasdiv").classList.add("split-horizontal");
+ document.getElementById("frontcanvas").classList.remove("split-horizontal");
+ document.getElementById("backcanvas").classList.remove("split-horizontal");
+ if (bomsplit) {
+ bomsplit.destroy();
+ bomsplit = null;
+ canvassplit.destroy();
+ canvassplit = null;
+ }
+ bomsplit = Split(['#bomdiv', '#canvasdiv'], {
+ sizes: [50, 50],
+ onDragEnd: resizeAll,
+ gutterSize: 5
+ });
+ canvassplit = Split(['#frontcanvas', '#backcanvas'], {
+ sizes: [50, 50],
+ gutterSize: 5,
+ direction: "vertical",
+ onDragEnd: resizeAll
+ });
+ }
+ settings.bomlayout = layout;
+ writeStorage("bomlayout", layout);
+ changeCanvasLayout(settings.canvaslayout);
+}
+
+function changeBomMode(mode) {
+ document.getElementById("bom-grouped-btn").classList.remove("depressed");
+ document.getElementById("bom-ungrouped-btn").classList.remove("depressed");
+ document.getElementById("bom-netlist-btn").classList.remove("depressed");
+ var chkbxs = document.getElementsByClassName("visibility_checkbox");
+
+ switch (mode) {
+ case 'grouped':
+ document.getElementById("bom-grouped-btn").classList.add("depressed");
+ for (var i = 0; i < chkbxs.length; i++) {
+ chkbxs[i].disabled = false;
+ }
+ break;
+ case 'ungrouped':
+ document.getElementById("bom-ungrouped-btn").classList.add("depressed");
+ for (var i = 0; i < chkbxs.length; i++) {
+ chkbxs[i].disabled = false;
+ }
+ break;
+ case 'netlist':
+ document.getElementById("bom-netlist-btn").classList.add("depressed");
+ for (var i = 0; i < chkbxs.length; i++) {
+ chkbxs[i].disabled = true;
+ }
+ }
+
+ writeStorage("bommode", mode);
+ if (mode != settings.bommode) {
+ settings.bommode = mode;
+ bomSortFunction = null;
+ currentSortColumn = null;
+ currentSortOrder = null;
+ clearHighlightedFootprints();
+ }
+ populateBomTable();
+}
+
+function focusFilterField() {
+ focusInputField(document.getElementById("filter"));
+}
+
+function focusRefLookupField() {
+ focusInputField(document.getElementById("reflookup"));
+}
+
+function toggleBomCheckbox(bomrowid, checkboxnum) {
+ if (!bomrowid || checkboxnum > settings.checkboxes.length) {
+ return;
+ }
+ var bomrow = document.getElementById(bomrowid);
+ var checkbox = bomrow.childNodes[checkboxnum].childNodes[0];
+ checkbox.checked = !checkbox.checked;
+ checkbox.indeterminate = false;
+ checkbox.onchange();
+}
+
+function checkBomCheckbox(bomrowid, checkboxname) {
+ var checkboxnum = 0;
+ while (checkboxnum < settings.checkboxes.length &&
+ settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
+ checkboxnum++;
+ }
+ if (!bomrowid || checkboxnum >= settings.checkboxes.length) {
+ return;
+ }
+ var bomrow = document.getElementById(bomrowid);
+ var checkbox = bomrow.childNodes[checkboxnum + 1].childNodes[0];
+ checkbox.checked = true;
+ checkbox.indeterminate = false;
+ checkbox.onchange();
+}
+
+function setBomCheckboxes(value) {
+ writeStorage("bomCheckboxes", value);
+ settings.checkboxes = value.split(",").map((e) => e.trim()).filter((e) => e);
+ prepCheckboxes();
+ populateMarkWhenCheckedOptions();
+ setMarkWhenChecked(settings.markWhenChecked);
+}
+
+function setMarkWhenChecked(value) {
+ writeStorage("markWhenChecked", value);
+ settings.markWhenChecked = value;
+ markedFootprints.clear();
+ for (var ref of (value ? getStoredCheckboxRefs(value) : [])) {
+ markedFootprints.add(ref);
+ }
+ populateBomTable();
+ drawHighlights();
+}
+
+function prepCheckboxes() {
+ var table = document.getElementById("checkbox-stats");
+ while (table.childElementCount > 1) {
+ table.removeChild(table.lastChild);
+ }
+ if (settings.checkboxes.length) {
+ table.style.display = "";
+ } else {
+ table.style.display = "none";
+ }
+ for (var checkbox of settings.checkboxes) {
+ var tr = document.createElement("TR");
+ var td = document.createElement("TD");
+ td.innerHTML = checkbox;
+ tr.appendChild(td);
+ td = document.createElement("TD");
+ td.id = "checkbox-stats-" + checkbox;
+ var progressbar = document.createElement("div");
+ progressbar.classList.add("bar");
+ td.appendChild(progressbar);
+ var text = document.createElement("div");
+ text.classList.add("text");
+ td.appendChild(text);
+ tr.appendChild(td);
+ table.appendChild(tr);
+ updateCheckboxStats(checkbox);
+ }
+}
+
+function populateMarkWhenCheckedOptions() {
+ var container = document.getElementById("markWhenCheckedContainer");
+
+ if (settings.checkboxes.length == 0) {
+ container.parentElement.style.display = "none";
+ return;
+ }
+
+ container.innerHTML = '';
+ container.parentElement.style.display = "inline-block";
+
+ function createOption(name, displayName) {
+ var id = "markWhenChecked-" + name;
+
+ var div = document.createElement("div");
+ div.classList.add("radio-container");
+
+ var input = document.createElement("input");
+ input.type = "radio";
+ input.name = "markWhenChecked";
+ input.value = name;
+ input.id = id;
+ input.onchange = () => setMarkWhenChecked(name);
+ div.appendChild(input);
+
+ // Preserve the selected element when the checkboxes change
+ if (name == settings.markWhenChecked) {
+ input.checked = true;
+ }
+
+ var label = document.createElement("label");
+ label.innerHTML = displayName;
+ label.htmlFor = id;
+ div.appendChild(label);
+
+ container.appendChild(div);
+ }
+ createOption("", "None");
+ for (var checkbox of settings.checkboxes) {
+ createOption(checkbox, checkbox);
+ }
+}
+
+function updateCheckboxStats(checkbox) {
+ var checked = getStoredCheckboxRefs(checkbox).size;
+ var total = pcbdata.footprints.length - pcbdata.bom.skipped.length;
+ var percent = checked * 100.0 / total;
+ var td = document.getElementById("checkbox-stats-" + checkbox);
+ td.firstChild.style.width = percent + "%";
+ td.lastChild.innerHTML = checked + "/" + total + " (" + Math.round(percent) + "%)";
+}
+
+document.onkeydown = function(e) {
+ switch (e.key) {
+ case "n":
+ if (document.activeElement.type == "text") {
+ return;
+ }
+ if (currentHighlightedRowId !== null) {
+ checkBomCheckbox(currentHighlightedRowId, "placed");
+ highlightNextRow();
+ e.preventDefault();
+ }
+ break;
+ case "ArrowUp":
+ highlightPreviousRow();
+ e.preventDefault();
+ break;
+ case "ArrowDown":
+ highlightNextRow();
+ e.preventDefault();
+ break;
+ default:
+ break;
+ }
+ if (e.altKey) {
+ switch (e.key) {
+ case "f":
+ focusFilterField();
+ e.preventDefault();
+ break;
+ case "r":
+ focusRefLookupField();
+ e.preventDefault();
+ break;
+ case "z":
+ changeBomLayout("bom-only");
+ e.preventDefault();
+ break;
+ case "x":
+ changeBomLayout("left-right");
+ e.preventDefault();
+ break;
+ case "c":
+ changeBomLayout("top-bottom");
+ e.preventDefault();
+ break;
+ case "v":
+ changeCanvasLayout("F");
+ e.preventDefault();
+ break;
+ case "b":
+ changeCanvasLayout("FB");
+ e.preventDefault();
+ break;
+ case "n":
+ changeCanvasLayout("B");
+ e.preventDefault();
+ break;
+ default:
+ break;
+ }
+ if (e.key >= '1' && e.key <= '9') {
+ toggleBomCheckbox(currentHighlightedRowId, parseInt(e.key));
+ e.preventDefault();
+ }
+ }
+}
+
+function hideNetlistButton() {
+ document.getElementById("bom-ungrouped-btn").classList.remove("middle-button");
+ document.getElementById("bom-ungrouped-btn").classList.add("right-most-button");
+ document.getElementById("bom-netlist-btn").style.display = "none";
+}
+
+window.onload = function(e) {
+ initUtils();
+ initRender();
+ initStorage();
+ initDefaults();
+ cleanGutters();
+ populateMetadata();
+ dbgdiv = document.getElementById("dbg");
+ bom = document.getElementById("bombody");
+ bomhead = document.getElementById("bomhead");
+ filter = "";
+ reflookup = "";
+ if (!("nets" in pcbdata)) {
+ hideNetlistButton();
+ }
+ initDone = true;
+ setBomCheckboxes(document.getElementById("bomCheckboxes").value);
+ // Triggers render
+ changeBomLayout(settings.bomlayout);
+
+ // Users may leave fullscreen without touching the checkbox. Uncheck.
+ document.addEventListener('fullscreenchange', () => {
+ if (!document.fullscreenElement)
+ document.getElementById('fullscreenCheckbox').checked = false;
+ });
+}
+
+window.onresize = resizeAll;
+window.matchMedia("print").addListener(resizeAll);
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+
+///////////////////////////////////////////////
+ </script>
+</head>
+
+<body>
+
+<div id="topmostdiv" class="topmostdiv">
+ <div id="top">
+ <div style="float: right; height: 100%;">
+ <div class="hideonprint menu" style="float: right; top: 8px;">
+ <button class="menubtn"></button>
+ <div class="menu-content">
+ <label class="menu-label menu-label-top" style="width: calc(50% - 18px)">
+ <input id="darkmodeCheckbox" type="checkbox" onchange="setDarkMode(this.checked)">
+ Dark mode
+ </label><!-- This comment eats space! All of it!
+ --><label class="menu-label menu-label-top" style="width: calc(50% - 17px); border-left: 0;">
+ <input id="fullscreenCheckbox" type="checkbox" onchange="setFullscreen(this.checked)">
+ Full Screen
+ </label>
+ <label class="menu-label" style="width: calc(50% - 18px)">
+ <input id="fabricationCheckbox" type="checkbox" checked onchange="fabricationVisible(this.checked)">
+ Fab layer
+ </label><!-- This comment eats space! All of it!
+ --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+ <input id="silkscreenCheckbox" type="checkbox" checked onchange="silkscreenVisible(this.checked)">
+ Silkscreen
+ </label>
+ <label class="menu-label" style="width: calc(50% - 18px)">
+ <input id="referencesCheckbox" type="checkbox" checked onchange="referencesVisible(this.checked)">
+ References
+ </label><!-- This comment eats space! All of it!
+ --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+ <input id="valuesCheckbox" type="checkbox" checked onchange="valuesVisible(this.checked)">
+ Values
+ </label>
+ <div id="tracksAndZonesCheckboxes">
+ <label class="menu-label" style="width: calc(50% - 18px)">
+ <input id="tracksCheckbox" type="checkbox" checked onchange="tracksVisible(this.checked)">
+ Tracks
+ </label><!-- This comment eats space! All of it!
+ --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+ <input id="zonesCheckbox" type="checkbox" checked onchange="zonesVisible(this.checked)">
+ Zones
+ </label>
+ </div>
+ <label class="menu-label" style="width: calc(50% - 18px)">
+ <input id="padsCheckbox" type="checkbox" checked onchange="padsVisible(this.checked)">
+ Pads
+ </label><!-- This comment eats space! All of it!
+ --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
+ <input id="dnpOutlineCheckbox" type="checkbox" checked onchange="dnpOutline(this.checked)">
+ DNP outlined
+ </label>
+ <label class="menu-label">
+ <input id="highlightpin1Checkbox" type="checkbox" onchange="setHighlightPin1(this.checked)">
+ Highlight first pin
+ </label>
+ <label class="menu-label">
+ <input id="dragCheckbox" type="checkbox" checked onchange="setRedrawOnDrag(this.checked)">
+ Continuous redraw on drag
+ </label>
+ <label class="menu-label">
+ <span>Board rotation</span>
+ <span style="float: right"><span id="rotationDegree">0</span>°</span>
+ <input id="boardRotation" type="range" min="-36" max="36" value="0" class="slider" oninput="setBoardRotation(this.value)">
+ </label>
+ <label class="menu-label">
+ <div style="margin-left: 5px">Bom checkboxes</div>
+ <input id="bomCheckboxes" class="menu-textbox" type=text
+ oninput="setBomCheckboxes(this.value)">
+ </label>
+ <label class="menu-label">
+ <div style="margin-left: 5px">Mark when checked</div>
+ <div id="markWhenCheckedContainer"></div>
+ </label>
+ <label class="menu-label">
+ <span class="shameless-plug">
+ <span>Created using</span>
+ <a id="github-link" target="blank" href="https://github.com/openscopeproject/InteractiveHtmlBom">InteractiveHtmlBom</a>
+ </span>
+ </label>
+ </div>
+ </div>
+ <div class="button-container hideonprint"
+ style="float: right; position: relative; top: 8px">
+ <button id="fl-btn" class="left-most-button" onclick="changeCanvasLayout('F')"
+ title="Front only">F
+ </button>
+ <button id="fb-btn" class="middle-button" onclick="changeCanvasLayout('FB')"
+ title="Front and Back">FB
+ </button>
+ <button id="bl-btn" class="right-most-button" onclick="changeCanvasLayout('B')"
+ title="Back only">B
+ </button>
+ </div>
+ <div class="button-container hideonprint"
+ style="float: right; position: relative; top: 8px">
+ <button id="bom-btn" class="left-most-button" onclick="changeBomLayout('bom-only')"
+ title="BOM only"></button>
+ <button id="lr-btn" class="middle-button" onclick="changeBomLayout('left-right')"
+ title="BOM left, drawings right"></button>
+ <button id="tb-btn" class="right-most-button" onclick="changeBomLayout('top-bottom')"
+ title="BOM top, drawings bot"></button>
+ </div>
+ <div class="button-container hideonprint"
+ style="float: right; position: relative; top: 8px">
+ <button id="bom-grouped-btn" class="left-most-button" onclick="changeBomMode('grouped')"
+ title="Grouped BOM"></button>
+ <button id="bom-ungrouped-btn" class="middle-button" onclick="changeBomMode('ungrouped')"
+ title="Ungrouped BOM"></button>
+ <button id="bom-netlist-btn" class="right-most-button" onclick="changeBomMode('netlist')"
+ title="Netlist"></button>
+ </div>
+ <div class="hideonprint menu" style="float: right; top: 8px;">
+ <button class="statsbtn"></button>
+ <div class="menu-content">
+ <table class="stats">
+ <tbody>
+ <tr>
+ <td width="40%">Board stats</td>
+ <td>Front</td>
+ <td>Back</td>
+ <td>Total</td>
+ </tr>
+ <tr>
+ <td>Components</td>
+ <td id="stats-components-front">~</td>
+ <td id="stats-components-back">~</td>
+ <td id="stats-components-total">~</td>
+ </tr>
+ <tr>
+ <td>Groups</td>
+ <td id="stats-groups-front">~</td>
+ <td id="stats-groups-back">~</td>
+ <td id="stats-groups-total">~</td>
+ </tr>
+ <tr>
+ <td>SMD pads</td>
+ <td id="stats-smd-pads-front">~</td>
+ <td id="stats-smd-pads-back">~</td>
+ <td id="stats-smd-pads-total">~</td>
+ </tr>
+ <tr>
+ <td>TH pads</td>
+ <td colspan=3 id="stats-th-pads">~</td>
+ </tr>
+ </tbody>
+ </table>
+ <table class="stats">
+ <col width="40%"/><col />
+ <tbody id="checkbox-stats">
+ <tr>
+ <td colspan=2 style="border-top: 0">Checkboxes</td>
+ </tr>
+ </tbody>
+ </table>
+ </div>
+ </div>
+ <div class="hideonprint menu" style="float: right; top: 8px;">
+ <button class="iobtn"></button>
+ <div class="menu-content">
+ <div class="menu-label menu-label-top">
+ <div style="margin-left: 5px;">Save board image</div>
+ <div class="flexbox">
+ <input id="render-save-width" class="menu-textbox" type="text" value="1000" placeholder="Width"
+ style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+ <span>X</span>
+ <input id="render-save-height" class="menu-textbox" type="text" value="1000" placeholder="Height"
+ style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
+ </div>
+ <label>
+ <input id="render-save-transparent" type="checkbox">
+ Transparent background
+ </label>
+ <div class="flexbox">
+ <button class="savebtn" onclick="saveImage('F')">Front</button>
+ <button class="savebtn" onclick="saveImage('B')">Back</button>
+ </div>
+ </div>
+ <div class="menu-label">
+ <span style="margin-left: 5px;">Config and checkbox state</span>
+ <div class="flexbox">
+ <button class="savebtn" onclick="saveSettings()">Export</button>
+ <button class="savebtn" onclick="loadSettings()">Import</button>
+ </div>
+ </div>
+ </div>
+ </div>
+ </div>
+ <div id="fileinfodiv" style="overflow: auto;">
+ <table class="fileinfo">
+ <tbody>
+ <tr>
+ <td id="title" class="title" style="width: 70%">
+ Title
+ </td>
+ <td id="revision" class="title" style="width: 30%">
+ Revision
+ </td>
+ </tr>
+ <tr>
+ <td id="company">
+ Company
+ </td>
+ <td id="filedate">
+ Date
+ </td>
+ </tr>
+ </tbody>
+ </table>
+ </div>
+ </div>
+ <div id="bot" class="split" style="height: calc(100% - 80px)">
+ <div id="bomdiv" class="split split-horizontal">
+ <div style="width: 100%">
+ <input id="reflookup" class="textbox searchbox reflookup hideonprint" type="text" placeholder="Ref lookup"
+ oninput="updateRefLookup(this.value)">
+ <input id="filter" class="textbox searchbox filter hideonprint" type="text" placeholder="Filter"
+ oninput="updateFilter(this.value)">
+ <div class="button-container hideonprint" style="float: left; margin: 0;">
+ <button id="copy" title="Copy bom table to clipboard"
+ onclick="copyToClipboard()"></button>
+ </div>
+ </div>
+ <div id="dbg"></div>
+ <table class="bom" id="bomtable">
+ <thead id="bomhead">
+ </thead>
+ <tbody id="bombody">
+ </tbody>
+ </table>
+ </div>
+ <div id="canvasdiv" class="split split-horizontal">
+ <div id="frontcanvas" class="split" touch-action="none" style="overflow: hidden">
+ <div style="position: relative; width: 100%; height: 100%;">
+ <canvas id="F_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+ <canvas id="F_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+ <canvas id="F_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+ <canvas id="F_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+ </div>
+ </div>
+ <div id="backcanvas" class="split" touch-action="none" style="overflow: hidden">
+ <div style="position: relative; width: 100%; height: 100%;">
+ <canvas id="B_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
+ <canvas id="B_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
+ <canvas id="B_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
+ <canvas id="B_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
+ </div>
+ </div>
+ </div>
+ </div>
+</div>
+
+</body>
+
+</html>