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sbc_models_viewer.scad
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sbc_models_viewer.scad
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/*
This file is part of SBC Model Framework https://github.com/hominoids/SBC_Model_Framework
Copyright 2019,2020,2021,2022,2023,2024 Edward A. Kisiel [email protected]
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>
Code released under GPLv3: http://www.gnu.org/licenses/gpl.html
20240204 Version 1.0.0 SBC Models Viewer initial release
see https://github.com/hominoids/SBC_Model_Framework
*/
include <sbc_models.scad>
use <sbc_models_library.scad>
/* [SBC and MCU] */
view = "3D Model"; // [3D Model, 2D Sections, 3D Reference Manual, All Devices]
section_position = 2; //[-2:.5:4]
sbc_model = "c1+"; // ["c1+", "c2", "c4", "hc4", "xu4", "xu4q", "mc1", "hc1", "n1", "n2", "n2+", "n2l", "n2lq", "m1", "m1s", "m2", "h2", "h2+", "h3", "h3+", "h4", "h4+", "h4_ultra", "show2", "rpipico", "rpipicow", "rpicm4+ioboard", "rpicm1", "rpicm3", "rpicm3l", "rpicm3+", "rpicm4s", "rpicm4", "rpicm4l", "rpizero", "rpizerow", "rpizero2w", "rpi1a+", "rpi1b+", "rpi2b", "rpi3a+", "rpi3b", "rpi3b+", "rpi4b", "rpi5", "a64", "a64lts", "rock64", "rockpro64", "quartz64a", "quartz64b", "h64b", "star64", "soedge_rk1808","soedge_a-baseboard", "rock4a", "rock4b", "rock4a+", "rock4b+", "rock4c", "rock4c+", "rock5b-v1.3", "rock5b", "rock5bq", "rock5b+", "nio12l", "vim1", "vim2", "vim3", "vim3l", "vim4", "tinkerboard", "tinkerboard-s", "tinkerboard-2", "tinkerboard-2s", "tinkerboard-r2", "tinkerboard-r2s", "opizero", "opizero2", "opir1plus_lts", "opir1", "opi5", "jetsonnano", "lepotato", "sweetpotato", "tritium-h2+", "tritium-h3", "tritium-h5", "solitude", "alta", "atomicpi", "visionfive2", "visionfive2q", "bpif3", "licheerv+dock", "milk-v_duos","rak19007", "cnano-avr128da48", "nodemcu-32s", "cs-solarmeter", "feather-m0_express", "feather-m0_wifi", "feather-m4_express", "ssi-eeb", "ssi-ceb", "atx", "micro-atx", "dtx", "flex-atx", "mini-dtx", "mini-itx", "mini-itx_thin", "mini-stx", "mini-stx_thin", "nano-itx", "nuc", "pico-itx"]
sbc_off = false;
sbc_mask = false;
sbc_info = true;
text_color = "Green"; // [Green, Black, Dimgrey, White, Yellow, Orange, Red, DarkbBlue]
text_font = "Nimbus Mono PS"; // [Nimbus Mono PS, Liberation Mono, Noto Sans Mono]
/* [Command Line Options] */
heatsink_mask = "default"; // [disable, off, default, none, open, fan_open, fan_1, fan_2, fan_hex, vent, vent_hex_5mm, vent_hex_8mm, custom]
fan_size = 0; // [0,25,30,40,50,60,70,80,92]
gpio_mask = "default"; // [disable, off, default, none, open, block, knockout, vent]
uart_mask = "default"; // [default, none, open, knockout]
/* [Components] */
Class = "b2b"; // [antenna,audio,b2b,battery,button,cm,cm_holder,discrete,display,fan,fpc,gpio,header,heatsink,ic,jst,memory,molex,network,pcb,pcbadd,pcbhole,pcbsoc,pcbsub,pcbpad,pcie,pillar,power,smd,storage,switch,terminal,uart,usb2,usb3,usbc,video]
/* [Hidden] */
s = search([sbc_model], sbc_data);
sindex = 2;
pcbsize_x = sbc_data[s[0]][10][0];
pcbsize_y = sbc_data[s[0]][10][1];
pcbsize_z = sbc_data[s[0]][10][2];
pcbmaxsize_z = sbc_data[s[0]][11][5];
text_offset = 25;
text_height = pcbmaxsize_z + (len(sbc_data[s[0]][1]) * 7);
text_indent = [0,-32.5,4,0,-20.5,-8,4,4,4,4,-12,-16,-4,-12.5,-8,-4,-12,0,4,0,4,8,-.5,-12.5,-4.5,-8.5,0,-8];
ctext_offset = 15;
ctext_height = 130;
adj = .01;
$fn=90;
if(view == "3D Model") {
// sbc size and holes to console
echo(str(sbc_data[s[0]][1][0]));
echo(str(" PCB Size: ", sbc_data[s[0]][10]));
for (i=[sindex:11:len(sbc_data[s[0]])-1]) {
class = sbc_data[s[0]][i];
type = sbc_data[s[0]][i+1];
pcbid = sbc_data[s[0]][i+2];
loc_x = sbc_data[s[0]][i+3];
loc_y = sbc_data[s[0]][i+4];
loc_z = sbc_data[s[0]][i+5];
face = sbc_data[s[0]][i+6];
rotation = sbc_data[s[0]][i+7];
size = sbc_data[s[0]][i+8];
data = sbc_data[s[0]][i+9];
mask = sbc_data[s[0]][i+10];
if(class == "pcbhole" && pcbid == 0) {
echo(str(" ", data[4], " hole: ", loc_x,", ", loc_y));
}
}
// sbc model
if(sbc_off == false) {
sbc(sbc_model, heatsink_mask, fan_size, gpio_mask, uart_mask, false);
}
// create sbc information text
if(sbc_info == true) {
for (i=[0:1:len(sbc_data[s[0]][1])-1]) {
color(text_color) translate([text_offset + text_indent[i], pcbsize_y, text_height-i*7])
rotate([90, 0, 0]) text(str(sbc_data[s[0]][1][i]), 5, font = text_font);
}
}
// sbc mask highlight
if(sbc_mask == true) {
#sbc(sbc_model, heatsink_mask, fan_size, gpio_mask, uart_mask, true);
}
}
// create 2d mask sections
if(view == "2D Sections") {
projection(cut = true) {
// rear section
difference() {
translate([0, -pcbmaxsize_z, 0]) cube([pcbsize_x, pcbmaxsize_z, .1]);
translate([0, 0, section_position]) rotate([90, 0, 0]) sbc(sbc_model, "disable", 0, gpio_mask, uart_mask, true);
}
// left section
difference() {
translate([-pcbmaxsize_z-adj, 0, 0]) cube([pcbmaxsize_z, pcbsize_y, .1]);
translate([0, 0, section_position]) rotate([0, -90, 0]) sbc(sbc_model, "disable", 0, gpio_mask, uart_mask, true);
}
// front section
difference() {
translate([0, pcbsize_y, 0]) cube([pcbsize_x, pcbmaxsize_z, .1]);
translate([0, pcbsize_y, pcbsize_y+section_position]) rotate([-90, 0, 0])
sbc(sbc_model, "disable", 0, gpio_mask, uart_mask, true);
}
// right section
difference() {
translate([pcbsize_x+adj, 0, 0]) cube([pcbmaxsize_z, pcbsize_y, .1]);
translate([pcbsize_x, 0, pcbsize_x+section_position]) rotate([0, 90, 0])
sbc(sbc_model, "disable", 0, gpio_mask, uart_mask, true);
}
// pcb section
sbc(sbc_model, "disable", 0, "disable", uart_mask, false);
}
}
// view component classes
if(view == "3D Reference Manual") {
antenna = [["ipex"],[
" CLASS NAME: antenna",
"DESCRIPTION: creates antenna components",
"",
" USAGE: antenna, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = ipex",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = component mask true, false",
" mask[1] = length",
" mask[2] = set back",
" mask[3] = mstyle default"
]];
audio = [["out-in-spdif", "jack_3.5", "jack_3.5-2", "audio_micro", "mic_round"],[
" CLASS NAME: audio",
"DESCRIPTION: creates audio components",
"",
" USAGE: audio, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = audio_micro",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = component mask true, false",
" mask[1] = length",
" mask[2] = set back",
" mask[3] = mstyle default",
"",
" type = jack_3.5",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = body size_x",
" size[1] = body size_y",
" size[2] = body size_z",
" data[0] = neck diameter",
" data[1] = z adjustment",
" mask[0] = component mask true, false",
" mask[1] = length",
" mask[2] = set back",
" mask[3] = mstyle default",
"",
" type = mic_round",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = body diameter",
" size[2] = body height",
" mask[0] = component mask true, false",
" mask[1] = length",
" mask[2] = set back",
" mask[3] = mstyle default",
"",
" type = out-in-spdif",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = component mask true, false",
" mask[1] = length",
" mask[2] = set back",
" mask[3] = mstyle default",
]];
b2b = [["df40"],[
" CLASS NAME: b2b",
"DESCRIPTION: creates b2b headers in size, pitch and stacking height",
"",
" USAGE: b2b, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = df40",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = #pins",
" size[2] = stacking height (1.5, 2, 2.5, 3, 3.5, 4)",
" data[0] = default",
" data[1] = header color",
" data[2] = male, female"
]];
battery = [["bat_hold_1", "rtc_micro"],[
" CLASS NAME: battery",
"DESCRIPTION: creates batteries and support components",
"",
" USAGE: battery, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = bat_hold_1, rtc_micro",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
button = [["momentary_6x6x9", "momentary_6x6x4", "momentary_6x6x4_90", "momentary_4x2x1_90", "momentary_4x2x1", "momentary_7x3x3_90", "momentary_4.5x3.5x2.5_90","momentary_4.5x4.5x4.5"],[
" CLASS NAME: button",
"DESCRIPTION: creates buttons",
"",
" USAGE: button, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = momentary_6x6x9, momentary_6x6x4, momentary_6x6x4_90, momentary_4x2x1_90,",
" momentary_4x2x1, momentary_7x3x3_90, momentary_4.5x3.5x2.5_90",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
cm = [["cm1","cm3","cm3l","cm4","cm4l","jetsonnano"],[
" CLASS NAME: cm",
"DESCRIPTION: creates compute modules as library components",
"",
" USAGE: cm, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = cm1,cm3,cm3l,cm4s,cm4,cm4l,jetsonnano",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" data[0] = fan size",
" data[1] = cm pcb color",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
cm_holder = [["jetsonnano"],[
" CLASS NAME: cm_holder",
"DESCRIPTION: creates compute module holder",
"",
" USAGE: cm_holder(type, loc_x, loc_y, loc_z, side, rotation[], size[], data[], pcbsize_z, enablemask, mask[])",
"",
" type = jetsonnano,cm1,cm3,cm3l,cm4s",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" pcbsize_z = pcb thickness",
" enablemask = true produces mask, false produces model",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
discrete = [["ir_1", "ir_dual", "capacitor", "led"],[
" CLASS NAME: discrete",
"DESCRIPTION: creates discrete components",
"",
" USAGE: discrete, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = ir_dual,",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default",
"",
" type = ir_1",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[2] = height",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default",
"",
" type = capacitor",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = diameter",
" size[2] = height",
"",
" type = led",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = diameter",
" size[2] = height",
" data[0] = style default",
" data[1] = led color"
]];
display = [["lcd_2.2", "mipi_csi", "mipi_dsi"],[
" CLASS NAME: display",
"DESCRIPTION: creates flat panel displays",
"",
" USAGE: display, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = lcd_2.2, mipi_csi, mipi_dsi",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = component mask true, false",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
fan = [["fan_micro","encl_pmw","encl_pmw_h"],[
" CLASS NAME: fan",
"DESCRIPTION: creates fan support components",
"",
" USAGE: fan, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = fan_micro, encl_pmw, encl_pmw_h",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = component mask true, false",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
fpc = [["fh19", "fh12"],[
" CLASS NAME: fpc",
"DESCRIPTION: creates fpc connectors",
"",
" USAGE: fpc, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = fh19",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = #pins",
" data[0] = smt",
" data[1] = side",
" data[2] = body color",
" data[3] = tab color",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default",
"",
" type = fh12",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = #pins",
" data[0] = smt",
" data[1] = top",
" data[2] = body color",
" data[3] = tab color",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
gpio = [["open", "encl_header_30", "encl_header_12"],[
" CLASS NAME: gpio",
"DESCRIPTION: creates gpio headers",
"",
" USAGE: gpio, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = open",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = #row",
" size[1] = #columns",
" size[2] = pin height",
" data[0] = style (straight)",
" data[1] = header color",
" data[2] = male, female",
" data[3] = pitch",
" data[4] = pin color",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle (none, open, block, knockout, vent)",
"",
" type = encl_header_30, encl_header_12",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle (none, open, block, knockout, vent)"
]];
header = [["open"],[
" CLASS NAME: header",
"DESCRIPTION: creates pin headers in any size or pitch",
"",
" USAGE: header, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = open, boxed, angled",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = #row",
" size[1] = #columns",
" size[2] = pin height",
" data[0] = style (thruhole, smt)",
" data[1] = header color",
" data[2] = male, female",
" data[3] = pitch",
" data[4] = pin color",
" mask[0] = component mask true, false",
" mask[1] = length",
" mask[2] = set back",
" mask[3] = mstyle (default)"
]];
heatsink = [["40mm_passive_10", "40mm_passive_25", "32mm_passive_10", "c1+_oem", "c2_oem", "40mm_active_10", "c4_oem", "hc4_oem", "xu4_oem", "xu4q_oem", "n1_oem", "n2l_oem", "n2lq_oem", "n2_oem", "n2+_oem", "m1_oem", "h2_oem", "h3_oem", "atomicpi", "khadas_oem", "khadas_fan_oem", "radxa_oem", "rpi5_oem", "stub", "pine64_active_10", "pine64_passive_20", "pine64_passive_30", "m1s_oem"],[
" CLASS NAME: heatsink",
"DESCRIPTION: creates heatsinks",
"",
" USAGE: heatsink, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = 40mm_active_10, 40mm_passive_10, 40mm_passive_25, 32mm_passive_10,",
" c1+_oem, c2_oem, c4_oem, hc4_oem, xu4_oem, xu4q_oem, n1_oem, n2l_oem, n2lq_oem",
" n2_oem, n2+_oem, m1_oem, m1s_oem, h2_oem, h3_oem,",
" atomicpi, khadas_oem, khadas_fan_oem, radxa_oem, rpi5_oem, stub,",
" pine64_active_10, pine64_passive_20, pine64_passive_30",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" data[0] = fan size",
" mask[0] = component mask true, false",
" mask[1] = length",
" mask[2] = set back",
" mask[3] = mstyle (open, fan_open, fan_1, fan_2, fan_hex, vent, vent_hex_5mm, vent_hex_8mm, custom)"
]];
ic = [["generic"],[
" CLASS NAME: ic",
"DESCRIPTION: creates intergrated circuits",
"",
" USAGE: ic, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = generic",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = size_x",
" size[1] = size_y",
" size[2] = size_z",
" data[0] = icolor",
" mask[0] = true, false",
" mask[1] = length",
" mask[2] = set back",
" mask[3] = mstyle default"
]];
jst = [["xh", "ph", "zh", "sh", "pa"],[
" CLASS NAME: jst",
"DESCRIPTION: creates jst connectors for xh, ph, zh, sh, pa",
"",
" USAGE: jst, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = xh,ph,zh,sh,pa",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = #pins",
" data[0] = thruhole, smt",
" data[1] = top, side",
" data[2] = body color",
" mask[0] = true, false",
" mask[1] = length",
" mask[2] = set back",
" mask[3] = mstyle default"
]];
memory = [["emmc", "emmc_plug", "emmc_plug_double", "sodimm_5.2", "sodimm_9.2"],[
" CLASS NAME: memory",
"DESCRIPTION: creates memory components",
"",
" USAGE: memory, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = emmc, emmc_plug, sodimm_5.2, sodimm_9.2",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
molex = [["7478","5046"],[
" CLASS NAME: molex",
"DESCRIPTION: creates molex series connectors",
"",
" USAGE: molex, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = 7478,5046",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = #pins",
" data[0] = thruhole, smt",
" data[1] = top, side",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
network = [["rj45_single", "rj45_single_short", "rj45_reverse_single", "rj45_low_profile1","rj45_low_profile2", "rj45_double_stacked", "rj45-usb2_double", "rj45-usb3_double"],[
" CLASS NAME: network",
"DESCRIPTION: creates network components",
"",
" USAGE: network, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = rj45_single, rj45_single_short, rj45_reverse_single, rj45_low_profile1,",
" rj45_low_profile2, rj45_double_stacked, rj45-usb2_double, rj45-usb3_double",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
pcb = [[],[
" CLASS NAME: pcb",
"DESCRIPTION: creates pcb",
"",
" USAGE: pcb, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = rectangle, round, polygon, slot, dxf, cm1, cm3, cm4, nano",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = x size",
" size[1] = y size",
" size[2] = z size",
" data[0] = pcb corner radius",
" data[1] = pcb color",
" data[2] = polygon or dxf filename",
" data[3] = dxf scale",
" data[4] = top maximum component height",
" data[5] = bottom maximum component height",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
pcbadd = [[],[
" CLASS NAME: pcbadd",
"DESCRIPTION: creates pcb additions",
"",
" USAGE: pcbadd, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = rectangle, round, polygon, slot, dxf",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = x size",
" size[1] = y size",
" size[2] = z size",
" data[0] = corner radius or diameter",
" data[1] = pcb color",
" data[2] = polygon or dxf filename",
" data[3] = dxf scale",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
pcbhole = [[],[
" CLASS NAME: pcbhole",
"DESCRIPTION: creates pcb hole",
"",
" USAGE: pcbhole, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = round",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = hole diameter",
" data[0] = style",
" data[1] = hole color",
" data[2] = sidewall support (none,left,right,rear,front)",
" data[3] = trace diameter",
" data[4] = position (left_rear,left_front,right_rear,right_front,middle_rear,middle_front,",
" heatsink_left,heatsink_right,heatsink_rear,heatsink_front,pcie_1,gpio_1,misc_1)",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
pcbsoc = [["flat", "raised", "mid-raised", "rk3399", "rk3588"],[
" CLASS NAME: pcbsoc",
"DESCRIPTION: creates soc components",
"",
" USAGE: pcbsoc, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = flat, raised, mid-raised, rk3399, rk3588",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = size_x",
" size[1] = size_y",
" size[2] = size_z",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
pcbsub = [[],[
" CLASS NAME: pcbsub",
"DESCRIPTION: creates pcb subtractions",
"",
" USAGE: pcbadd, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = rectangle, round, polygon, slot, dxf",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = x size",
" size[1] = y size",
" size[2] = z size",
" data[0] = corner radius or diameter",
" data[1] = pcb color",
" data[2] = polygon or dxf filename",
" data[3] = dxf scale",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
pcbpad = [[],[
" CLASS NAME: pcbpad",
"DESCRIPTION: creates pcb pads",
"",
" USAGE: pcbpad, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = round, square, sqround, castellation",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = #pad x",
" size[1] = #pad y",
" data[0] = hole size",
" data[1] = pad color",
" data[2] = pad size",
" data[5] = pad_trim (front, rear)",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
pcie = [["x1","x4"],[
" CLASS NAME: pcie",
"DESCRIPTION: creates pcie components",
"",
" USAGE: pcie, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = x1, x4",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
pillar = [["hex", "round"],[
" CLASS NAME: pillar",
"DESCRIPTION: creates pillars",
"",
" USAGE: pillar, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = hex, round",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = outside dia",
" size[1] = inside dia",
" size[2] = height",
" data[1] = body color",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
power = [["pwr2.5_5x7.5", "pwr5.5_7.5x11.5", "pwr5.5_10x10", "pwr5.5_9.5x7", "pj-202ah", "molex_4x1", "small_encl_satapwr"],[
" CLASS NAME: power",
"DESCRIPTION: creates power delivery related components",
"",
" USAGE: power, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = pwr2.5_5x7.5, pwr5.5_7.5x11.5, pwr5.5_10x10, pwr5.5_9.5x7, pj-202ah,",
" molex_4x1, small_encl_satapwr",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
smd = [["led"],[
" CLASS NAME: smd",
"DESCRIPTION: creates smd components",
"",
" USAGE: smd, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = led",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = size_x",
" size[1] = size_y",
" size[2] = size_z",
" data[0] = body color",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
storage = [["microsdcard", "microsdcard2", "microsdcard3", "microsdcard3_i", "sata_header", "sata_power_vrec", "sata_encl_power", "m.2_header", "m.2_stud"],[
" CLASS NAME: storage",
"DESCRIPTION: creates storage components",
"",
" USAGE: storage, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = microsdcard, microsdcard2, microsdcard3, microsdcard3_i, sata_header,",
" sata_power_vrec, sata_encl_power, m.2_header, m.2_stud",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
switch = [["slide_4x9","slide_7x3.5x1"],[
" CLASS NAME: switch",
"DESCRIPTION: creates switches",
"",
" USAGE: switch, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = slide_4x9, slide_7x3.5x1",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
terminal = [["gtb"],[
" CLASS NAME: terminal",
"DESCRIPTION: creates terminal blocks",
"",
" USAGE: terminal, type, pcb_id, loc_x, loc_y, loc_z, side, rotation, size, data, mask",
"",
" type = gtb",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[0] = #positions",
" size[1] = body depth",
" size[2] = height",
" data[0] = pitch",
" data[1] = body color",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
uart = [["molex_5267", "molex_5268"],[
" CLASS NAME: uart",
"DESCRIPTION: creates uart ports",
"",
" USAGE: uart, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = molex_5267, molex_5268",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle (none, open, knockout)"
]];
usb2 = [["micro", "single_horizontal_a", "single_vertical_a", "single_up_a", "double_stacked_a"],[
" CLASS NAME: usb2",
"DESCRIPTION: creates usb2 ports",
"",
" USAGE: usb2, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = micro, double_stacked_a",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default",
"",
" type = single_horizontal_a, single_vertical_a, single_up_a",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[1] = size_y",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
usb3 = [["single_horizontal_a", "single_vertical_a", "double_stacked_a", "double_stacked_usb3-usbc","double_stacked_usb3-usb2"],[
" CLASS NAME: usb3",
"DESCRIPTION: creates usb3 ports",
"",
" USAGE: usb3, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",
"",
" type = single_horizontal_a, double_stacked_a, double_stacked_usb3-usbc",
" double_stacked_usb3-usb2",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default",
"",
" type = single_vertical_a",
" pcb_id = parent PCB",
" loc_x = x location placement",
" loc_y = y location placement",
" loc_z = z location placement",
" side = top, bottom",
" rotation[] = object rotation",
" size[1] = size_y",
" mask[0] = true enables component mask",
" mask[1] = mask length",
" mask[2] = mask setback",
" mask[3] = mstyle default"
]];
usbc = [["single_horizontal", "single_vertical"],[
" CLASS NAME: usbc",
"DESCRIPTION: creates usbc ports",
"",
" USAGE: usbc, type, pcb_id, loc_x, loc_y, loc_z, side, rotation[], size[], data[], mask[]",