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|
/*
VeroRoute - Qt based Veroboard/Perfboard/PCB layout & routing application.
Copyright (C) 2017 Alex Lawrow ( dralx@users.sourceforge.net )
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.
This program is distributed in the hope that it will be useful,
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/>.
*/
#pragma once
#include "Common.h"
#include "qnamespace.h"
// Enumeration and static methods for the component types
//*** Don't delete or modify existing values in COMP. Just add new ones and update all methods below. ***
enum class COMP { INVALID = -1,
MARK = 0,
PAD = 100,
PAD_FLYINGWIRE = 110,
WIRE = 200,
RESISTOR = 300,
INDUCTOR = 350,
DIODE = 400,
LED = 450,
CAP_CERAMIC = 500,
CAP_FILM = 600,
CAP_FILM_WIDE = 620,
CAP_ELECTRO_200_NP = 700,
CAP_ELECTRO_250_NP = 710,
CAP_ELECTRO_300_NP = 720,
CAP_ELECTRO_400_NP = 730,
CAP_ELECTRO_500_NP = 740,
CAP_ELECTRO_600_NP = 750,
CAP_ELECTRO_200 = 800,
CAP_ELECTRO_250 = 900,
CAP_ELECTRO_300 = 1000,
CAP_ELECTRO_400 = 1010,
CAP_ELECTRO_500 = 1020,
CAP_ELECTRO_600 = 1030,
TO92 = 1100,
TO18 = 1120,
TO39 = 1130,
TO220 = 1140,
TRIM_VERT = 1200,
TRIM_VERT_OFFSET = 1300,
TRIM_VERT_OFFSET_WIDE = 1350,
TRIM_FLAT = 1400,
TRIM_FLAT_WIDE = 1450,
TRIM_3006P = 1451,
TRIM_3006W = 1452,
TRIM_3006Y = 1453,
TRIM_3329H = 1460,
TRIM_3329P_DK9_RC = 1465,
TRIM_3362F = 1470,
TRIM_3362H = 1471,
TRIM_3362P = 1472,
TRIM_3362R = 1473,
TRIM_3362U = 1474,
TRIM_3362M = 1475,
TRIM_3362S = 1476,
TRIM_3362W = 1477,
TRIM_3362X = 1478,
TRIM_3362Z = 1479,
SIP = 1500,
DIP = 1600,
DIP_RECTIFIER = 1620,
STRIP_100 = 1900,
BLOCK_100 = 1910,
BLOCK_200 = 1920,
SWITCH_ST = 2000,
SWITCH_DT = 2100,
SWITCH_ST_DIP = 2200,
SWITCH_BUTTON_4PIN = 2250,
CRYSTAL = 3000,
RELAY_HK19F = 4000,
RELAY_HJR_4102 = 4010,
RELAY_FTR_B3C = 4020,
RELAY_G2R_2 = 4030,
RELAY_G2R_2A = 4032,
RELAY_G2RK_2 = 4034,
RELAY_G2RK_2A = 4036,
RELAY_G3MB_202P = 4037,
RELAY_JQC_3F_APPROX = 4038,
RELAY_S1A050000 = 4040,
RELAY_TRCD = 4042,
RELAY_DIP_4PIN = 4050,
RELAY_DIP_8PIN = 4052,
FUSE_HOLDER = 5000,
SOIC8 = 6000,
SOIC14 = 6001,
SOIC16 = 6002,
SOIC14W = 6003,
SOIC16W = 6004,
SOIC20W = 6005,
SOIC24W = 6006,
SOIC28W = 6007,
VERO_NUMBER = 10000, // Not a real component. Used for labeling vero-boards
VERO_LETTER = 10001, // Not a real component. Used for labeling vero-boards
CUSTOM = 100000, // A user-defined component
TRACKS = 1000000 // A track pattern
};
//*** Don't delete or modify existing values in COMP. Just add new ones and update all methods below. ***
struct CompTypes
{
static void UpdateMaps(COMP eType, const std::string& typeStr, const std::string& importStr)
{
sm_mapCompTypeToTypeStr[eType] = typeStr;
sm_mapCompTypeToImportStr[eType] = importStr;
sm_listCompTypes.push_back(eType);
}
static void InitMapsCompTypeToStr()
{
if ( !sm_mapCompTypeToTypeStr.empty() ) return;
UpdateMaps(COMP::MARK, "Marker", ""); // No import string
UpdateMaps(COMP::PAD, "Pad", "PAD");
UpdateMaps(COMP::PAD_FLYINGWIRE, "Pad (Flying Wire)", "PAD_FLYINGWIRE");
UpdateMaps(COMP::WIRE, "Wire", ""); // No import string
UpdateMaps(COMP::RESISTOR, "Resistor", "RESISTOR");
UpdateMaps(COMP::INDUCTOR, "Inductor", "INDUCTOR");
UpdateMaps(COMP::DIODE, "Diode", "DIODE");
UpdateMaps(COMP::LED, "LED", "LED");
UpdateMaps(COMP::CAP_CERAMIC, "Ceramic", "CAP_CERAMIC");
UpdateMaps(COMP::CAP_FILM, "Film", "CAP_FILM");
UpdateMaps(COMP::CAP_FILM_WIDE, "Film (Wide)", "CAP_FILM_WIDE");
UpdateMaps(COMP::CAP_ELECTRO_200, "Electrolytic 200 mil", "CAP_ELECTRO_200");
UpdateMaps(COMP::CAP_ELECTRO_250, "Electrolytic 250 mil", "CAP_ELECTRO_250");
UpdateMaps(COMP::CAP_ELECTRO_300, "Electrolytic 300 mil", "CAP_ELECTRO_300");
UpdateMaps(COMP::CAP_ELECTRO_400, "Electrolytic 400 mil", "CAP_ELECTRO_400");
UpdateMaps(COMP::CAP_ELECTRO_500, "Electrolytic 500 mil", "CAP_ELECTRO_500");
UpdateMaps(COMP::CAP_ELECTRO_600, "Electrolytic 600 mil", "CAP_ELECTRO_600");
UpdateMaps(COMP::CAP_ELECTRO_200_NP, "Electrolytic NP 200 mil", "CAP_ELECTRO_200_NP");
UpdateMaps(COMP::CAP_ELECTRO_250_NP, "Electrolytic NP 250 mil", "CAP_ELECTRO_250_NP");
UpdateMaps(COMP::CAP_ELECTRO_300_NP, "Electrolytic NP 300 mil", "CAP_ELECTRO_300_NP");
UpdateMaps(COMP::CAP_ELECTRO_400_NP, "Electrolytic NP 400 mil", "CAP_ELECTRO_400_NP");
UpdateMaps(COMP::CAP_ELECTRO_500_NP, "Electrolytic NP 500 mil", "CAP_ELECTRO_500_NP");
UpdateMaps(COMP::CAP_ELECTRO_600_NP, "Electrolytic NP 600 mil", "CAP_ELECTRO_600_NP");
UpdateMaps(COMP::TO92, "TO92", "TO92");
UpdateMaps(COMP::TO18, "TO18", "TO18");
UpdateMaps(COMP::TO39, "TO39", "TO39");
UpdateMaps(COMP::TO220, "TO220", "TO220");
UpdateMaps(COMP::TRIM_VERT, "Vertical", "TRIM_VERT");
UpdateMaps(COMP::TRIM_VERT_OFFSET, "Vertical Offset", "TRIM_VERT_OFFSET");
UpdateMaps(COMP::TRIM_VERT_OFFSET_WIDE, "Vertical Offset (Wide Gap)", "TRIM_VERT_OFFSET_WIDE");
UpdateMaps(COMP::TRIM_FLAT, "Flat", "TRIM_FLAT");
UpdateMaps(COMP::TRIM_FLAT_WIDE, "Flat (Wide Gap)", "TRIM_FLAT_WIDE");
UpdateMaps(COMP::TRIM_3006P, "Bourns 3006P", "TRIM_3006P");
UpdateMaps(COMP::TRIM_3006W, "Bourns 3006W", "TRIM_3006W");
UpdateMaps(COMP::TRIM_3006Y, "Bourns 3006Y", "TRIM_3006Y");
UpdateMaps(COMP::TRIM_3329H, "Bourns 3329H", "TRIM_3329H");
UpdateMaps(COMP::TRIM_3329P_DK9_RC, "Bourns 3329P-DK9-RC", "TRIM_3329P_DK9_RC");
UpdateMaps(COMP::TRIM_3362F, "Bourns 3362F", "TRIM_3362F");
UpdateMaps(COMP::TRIM_3362H, "Bourns 3362H", "TRIM_3362H");
UpdateMaps(COMP::TRIM_3362P, "Bourns 3362P", "TRIM_3362P");
UpdateMaps(COMP::TRIM_3362R, "Bourns 3362R", "TRIM_3362R");
UpdateMaps(COMP::TRIM_3362U, "Bourns 3362U", "TRIM_3362U");
UpdateMaps(COMP::TRIM_3362M, "Bourns 3362M", "TRIM_3362M");
UpdateMaps(COMP::TRIM_3362S, "Bourns 3362S", "TRIM_3362S");
UpdateMaps(COMP::TRIM_3362W, "Bourns 3362W", "TRIM_3362W");
UpdateMaps(COMP::TRIM_3362X, "Bourns 3362X", "TRIM_3362X");
UpdateMaps(COMP::TRIM_3362Z, "Bourns 3362Z", "TRIM_3362Z");
UpdateMaps(COMP::SIP, "SIP", "SIP");
UpdateMaps(COMP::DIP, "DIP", "DIP");
UpdateMaps(COMP::DIP_RECTIFIER, "DIP (Rectifier)", "DIP_RECTIFIER");
UpdateMaps(COMP::STRIP_100, "Pin Strip (100 mil)", "STRIP_100MIL");
UpdateMaps(COMP::BLOCK_100, "Terminal Block (100 mil)", "BLOCK_100MIL");
UpdateMaps(COMP::BLOCK_200, "Terminal Block (200 mil)", "BLOCK_200MIL");
UpdateMaps(COMP::SWITCH_ST, "Single Throw", "SWITCH_ST");
UpdateMaps(COMP::SWITCH_DT, "Double Throw", "SWITCH_DT");
UpdateMaps(COMP::SWITCH_ST_DIP, "Single Throw (DIP)", "SWITCH_ST_DIP");
UpdateMaps(COMP::SWITCH_BUTTON_4PIN, "Button (4 pin)", "SWITCH_BUTTON_4PIN");
UpdateMaps(COMP::CRYSTAL, "Crystal", "CRYSTAL");
UpdateMaps(COMP::RELAY_HK19F, "HK19F", "RELAY_HK19F");
UpdateMaps(COMP::RELAY_HJR_4102, "HJR-4102", "RELAY_HJR_4102");
UpdateMaps(COMP::RELAY_FTR_B3C, "FTR-B3C", "RELAY_FTR_B3C");
UpdateMaps(COMP::RELAY_G2R_2, "G2R-2", "RELAY_G2R_2");
UpdateMaps(COMP::RELAY_G2R_2A, "G2R-2A", "RELAY_G2R_2A");
UpdateMaps(COMP::RELAY_G2RK_2, "G2RK-2", "RELAY_G2RK_2");
UpdateMaps(COMP::RELAY_G2RK_2A, "G2RK-2A", "RELAY_G2RK_2A");
UpdateMaps(COMP::RELAY_G3MB_202P, "G3MB_202P", "RELAY_G3MB_202P");
UpdateMaps(COMP::RELAY_JQC_3F_APPROX, "JQC-3F (approx)", "RELAY_JQC_3F_APPROX");
UpdateMaps(COMP::RELAY_S1A050000, "S1A050000", "RELAY_S1A050000");
UpdateMaps(COMP::RELAY_TRCD, "TRCD", "RELAY_TRCD");
UpdateMaps(COMP::RELAY_DIP_4PIN, "DIP 4-pin", "RELAY_DIP_4PIN");
UpdateMaps(COMP::RELAY_DIP_8PIN, "DIP 8-pin", "RELAY_DIP_8PIN");
UpdateMaps(COMP::FUSE_HOLDER, "Fuse Holder", "FUSE_HOLDER");
UpdateMaps(COMP::SOIC8, "SOIC-8", "SOIC_8");
UpdateMaps(COMP::SOIC14, "SOIC-14", "SOIC_14");
UpdateMaps(COMP::SOIC16, "SOIC-16", "SOIC_16");
UpdateMaps(COMP::SOIC14W, "SOIC-14W", "SOIC_14W");
UpdateMaps(COMP::SOIC16W, "SOIC-16W", "SOIC_16W");
UpdateMaps(COMP::SOIC20W, "SOIC-20W", "SOIC_20W");
UpdateMaps(COMP::SOIC24W, "SOIC-24W", "SOIC_24W");
UpdateMaps(COMP::SOIC28W, "SOIC-28W", "SOIC_28W");
UpdateMaps(COMP::VERO_NUMBER, "Vero Numbers", ""); // No import string
UpdateMaps(COMP::VERO_LETTER, "Vero Letters", ""); // No import string
UpdateMaps(COMP::CUSTOM, "Custom", ""); // No import string (user-defined parts have their own strings)
UpdateMaps(COMP::TRACKS, "Tracks", ""); // No import string
}
static const std::list<COMP>& GetListCompTypes()
{
InitMapsCompTypeToStr();
return sm_listCompTypes;
}
static COMP GetTypeFromTypeStr(const std::string& str)
{
InitMapsCompTypeToStr();
for (const auto& mapObj : sm_mapCompTypeToTypeStr)
if ( mapObj.second == str ) return mapObj.first;
return COMP::INVALID;
}
static std::string GetDefaultImportStr(COMP eType)
{
InitMapsCompTypeToStr();
const auto iter = sm_mapCompTypeToImportStr.find(eType);
if ( iter != sm_mapCompTypeToImportStr.end() ) return iter->second;
return "INVALID";
}
static std::string GetDefaultTypeStr(COMP eType)
{
InitMapsCompTypeToStr();
const auto iter = sm_mapCompTypeToTypeStr.find(eType);
if ( iter != sm_mapCompTypeToTypeStr.end() ) return iter->second;
return "INVALID";
}
static int GetListOrder(COMP eType) // For dialogs/menus. Lower number ==> higher up list
{
switch( eType )
{
case COMP::PAD: return 0;
case COMP::PAD_FLYINGWIRE: return 1;
case COMP::WIRE: return 2;
case COMP::RESISTOR: return 3;
case COMP::INDUCTOR: return 4;
case COMP::CAP_CERAMIC:
case COMP::CAP_FILM:
case COMP::CAP_FILM_WIDE: return 5;
case COMP::CAP_ELECTRO_200:
case COMP::CAP_ELECTRO_250:
case COMP::CAP_ELECTRO_300:
case COMP::CAP_ELECTRO_400:
case COMP::CAP_ELECTRO_500:
case COMP::CAP_ELECTRO_600: return 6;
case COMP::CAP_ELECTRO_200_NP:
case COMP::CAP_ELECTRO_250_NP:
case COMP::CAP_ELECTRO_300_NP:
case COMP::CAP_ELECTRO_400_NP:
case COMP::CAP_ELECTRO_500_NP:
case COMP::CAP_ELECTRO_600_NP: return 7;
case COMP::TRIM_VERT:
case COMP::TRIM_VERT_OFFSET:
case COMP::TRIM_VERT_OFFSET_WIDE:
case COMP::TRIM_FLAT:
case COMP::TRIM_FLAT_WIDE:
case COMP::TRIM_3006P:
case COMP::TRIM_3006W:
case COMP::TRIM_3006Y:
case COMP::TRIM_3329H:
case COMP::TRIM_3329P_DK9_RC:
case COMP::TRIM_3362F:
case COMP::TRIM_3362H:
case COMP::TRIM_3362P:
case COMP::TRIM_3362R:
case COMP::TRIM_3362U:
case COMP::TRIM_3362M:
case COMP::TRIM_3362S:
case COMP::TRIM_3362W:
case COMP::TRIM_3362X:
case COMP::TRIM_3362Z: return 8;
case COMP::CRYSTAL: return 9;
case COMP::DIODE:
case COMP::LED: return 10;
case COMP::TO92:
case COMP::TO18:
case COMP::TO39:
case COMP::TO220: return 11;
case COMP::SOIC8:
case COMP::SOIC14:
case COMP::SOIC16:
case COMP::SOIC14W:
case COMP::SOIC16W:
case COMP::SOIC20W:
case COMP::SOIC24W:
case COMP::SOIC28W: return 12;
case COMP::DIP: return 13;
case COMP::DIP_RECTIFIER: return 14;
case COMP::SIP: return 15;
case COMP::STRIP_100:
case COMP::BLOCK_100:
case COMP::BLOCK_200: return 16;
case COMP::SWITCH_ST:
case COMP::SWITCH_DT:
case COMP::SWITCH_ST_DIP:
case COMP::SWITCH_BUTTON_4PIN: return 17;
case COMP::RELAY_HK19F:
case COMP::RELAY_HJR_4102:
case COMP::RELAY_FTR_B3C:
case COMP::RELAY_G2R_2:
case COMP::RELAY_G2R_2A:
case COMP::RELAY_G2RK_2:
case COMP::RELAY_G2RK_2A:
case COMP::RELAY_G3MB_202P:
case COMP::RELAY_JQC_3F_APPROX:
case COMP::RELAY_S1A050000:
case COMP::RELAY_TRCD:
case COMP::RELAY_DIP_4PIN:
case COMP::RELAY_DIP_8PIN: return 18;
case COMP::FUSE_HOLDER: return 19;
case COMP::MARK: return 100;
case COMP::VERO_NUMBER: return 200;
case COMP::VERO_LETTER: return 201;
default: return 1000; // Unhandled eType
}
}
static bool IsPlug(COMP type) // true ==> Can plug gap between rows of IC pins
{
switch( type )
{
case COMP::MARK:
case COMP::PAD:
case COMP::PAD_FLYINGWIRE:
case COMP::WIRE:
case COMP::RESISTOR:
case COMP::DIODE:
case COMP::CAP_CERAMIC: return true;
default: return false;
}
}
static std::string GetFamilyStr(COMP eType) // For grouping in the templates
{
switch( eType )
{
case COMP::CAP_CERAMIC:
case COMP::CAP_FILM:
case COMP::CAP_FILM_WIDE:
case COMP::CAP_ELECTRO_200_NP:
case COMP::CAP_ELECTRO_250_NP:
case COMP::CAP_ELECTRO_300_NP:
case COMP::CAP_ELECTRO_400_NP:
case COMP::CAP_ELECTRO_500_NP:
case COMP::CAP_ELECTRO_600_NP:
case COMP::CAP_ELECTRO_200:
case COMP::CAP_ELECTRO_250:
case COMP::CAP_ELECTRO_300:
case COMP::CAP_ELECTRO_400:
case COMP::CAP_ELECTRO_500:
case COMP::CAP_ELECTRO_600: return "Capacitor";
case COMP::TRIM_VERT:
case COMP::TRIM_VERT_OFFSET:
case COMP::TRIM_VERT_OFFSET_WIDE:
case COMP::TRIM_FLAT:
case COMP::TRIM_FLAT_WIDE:
case COMP::TRIM_3006P:
case COMP::TRIM_3006W:
case COMP::TRIM_3006Y:
case COMP::TRIM_3329H:
case COMP::TRIM_3329P_DK9_RC:
case COMP::TRIM_3362F:
case COMP::TRIM_3362H:
case COMP::TRIM_3362P:
case COMP::TRIM_3362R:
case COMP::TRIM_3362U:
case COMP::TRIM_3362M:
case COMP::TRIM_3362S:
case COMP::TRIM_3362W:
case COMP::TRIM_3362X:
case COMP::TRIM_3362Z: return "Trim-pot";
case COMP::STRIP_100:
case COMP::BLOCK_100:
case COMP::BLOCK_200: return "Connector";
case COMP::SWITCH_ST:
case COMP::SWITCH_DT:
case COMP::SWITCH_ST_DIP:
case COMP::SWITCH_BUTTON_4PIN: return "Switch";
case COMP::RELAY_HK19F:
case COMP::RELAY_HJR_4102:
case COMP::RELAY_FTR_B3C:
case COMP::RELAY_G2R_2:
case COMP::RELAY_G2R_2A:
case COMP::RELAY_G2RK_2:
case COMP::RELAY_G2RK_2A:
case COMP::RELAY_G3MB_202P:
case COMP::RELAY_JQC_3F_APPROX:
case COMP::RELAY_S1A050000:
case COMP::RELAY_TRCD:
case COMP::RELAY_DIP_4PIN:
case COMP::RELAY_DIP_8PIN: return "Relay";
default: return "";
}
}
static std::string GetDefaultPrefixStr(COMP eType) // Prefix for name on creation
{
switch( eType )
{
case COMP::MARK: return "Marker";
case COMP::PAD:
case COMP::PAD_FLYINGWIRE: return "Pad";
case COMP::WIRE: return "Wire";
case COMP::RESISTOR: return "R";
case COMP::INDUCTOR: return "L";
case COMP::DIODE:
case COMP::LED: return "D";
case COMP::CAP_CERAMIC:
case COMP::CAP_FILM:
case COMP::CAP_FILM_WIDE:
case COMP::CAP_ELECTRO_200_NP:
case COMP::CAP_ELECTRO_250_NP:
case COMP::CAP_ELECTRO_300_NP:
case COMP::CAP_ELECTRO_400_NP:
case COMP::CAP_ELECTRO_500_NP:
case COMP::CAP_ELECTRO_600_NP:
case COMP::CAP_ELECTRO_200:
case COMP::CAP_ELECTRO_250:
case COMP::CAP_ELECTRO_300:
case COMP::CAP_ELECTRO_400:
case COMP::CAP_ELECTRO_500:
case COMP::CAP_ELECTRO_600: return "C";
case COMP::TO92:
case COMP::TO18:
case COMP::TO39:
case COMP::TO220: return "Q";
case COMP::TRIM_VERT:
case COMP::TRIM_VERT_OFFSET:
case COMP::TRIM_VERT_OFFSET_WIDE:
case COMP::TRIM_FLAT:
case COMP::TRIM_FLAT_WIDE:
case COMP::TRIM_3006P:
case COMP::TRIM_3006W:
case COMP::TRIM_3006Y:
case COMP::TRIM_3329H:
case COMP::TRIM_3329P_DK9_RC:
case COMP::TRIM_3362F:
case COMP::TRIM_3362H:
case COMP::TRIM_3362P:
case COMP::TRIM_3362R:
case COMP::TRIM_3362U:
case COMP::TRIM_3362M:
case COMP::TRIM_3362S:
case COMP::TRIM_3362W:
case COMP::TRIM_3362X:
case COMP::TRIM_3362Z: return "RT";
case COMP::SIP:
case COMP::DIP:
case COMP::DIP_RECTIFIER: return "IC";
case COMP::STRIP_100:
case COMP::BLOCK_100:
case COMP::BLOCK_200: return "Connector";
case COMP::SWITCH_ST:
case COMP::SWITCH_DT:
case COMP::SWITCH_ST_DIP:
case COMP::SWITCH_BUTTON_4PIN: return "SW";
case COMP::CRYSTAL: return "XT";
case COMP::RELAY_HK19F:
case COMP::RELAY_HJR_4102:
case COMP::RELAY_FTR_B3C:
case COMP::RELAY_G2R_2:
case COMP::RELAY_G2R_2A:
case COMP::RELAY_G2RK_2:
case COMP::RELAY_G2RK_2A:
case COMP::RELAY_G3MB_202P:
case COMP::RELAY_JQC_3F_APPROX:
case COMP::RELAY_S1A050000:
case COMP::RELAY_TRCD:
case COMP::RELAY_DIP_4PIN:
case COMP::RELAY_DIP_8PIN: return "SW";
case COMP::FUSE_HOLDER: return "F";
case COMP::SOIC8:
case COMP::SOIC14:
case COMP::SOIC16:
case COMP::SOIC14W:
case COMP::SOIC16W:
case COMP::SOIC20W:
case COMP::SOIC24W:
case COMP::SOIC28W: return "IC";
case COMP::CUSTOM: return "";
case COMP::VERO_NUMBER: return "Vero Numbers";
case COMP::VERO_LETTER: return "Vero Letters";
default: return "INVALID"; // Unhandled eType
}
}
static bool AllowCustomPCBshapes(COMP eType)
{
switch(eType)
{
case COMP::PAD:
case COMP::RESISTOR:
case COMP::INDUCTOR:
case COMP::DIODE:
case COMP::DIP:
case COMP::DIP_RECTIFIER:
case COMP::RELAY_DIP_4PIN:
case COMP::RELAY_DIP_8PIN: return true;
default: return false;
}
}
static bool AllowTypeChange(COMP eTypeA, COMP eTypeB)
{
const std::string prefixA = GetDefaultPrefixStr(eTypeA);
const std::string prefixB = GetDefaultPrefixStr(eTypeB);
if ( prefixA != prefixB ) return false;
if ( prefixA == std::string("Pad") ) return true;
if ( prefixA == std::string("D") ) return true;
if ( prefixA == std::string("C") ) return true;
if ( prefixA == std::string("RT") ) return true;
if ( prefixA == std::string("Strip") ) return true;
return false;
}
static int GetPinSeparation(COMP eType) // To handle change of component type for LEDs and electro-caps.
{
switch( eType )
{
case COMP::LED:
case COMP::CAP_ELECTRO_200_NP:
case COMP::CAP_ELECTRO_200:
case COMP::CAP_ELECTRO_250_NP:
case COMP::CAP_ELECTRO_250: return 2;
case COMP::CAP_ELECTRO_300_NP:
case COMP::CAP_ELECTRO_300:
case COMP::CAP_ELECTRO_400_NP:
case COMP::CAP_ELECTRO_400: return 3;
case COMP::CAP_ELECTRO_500_NP:
case COMP::CAP_ELECTRO_500:
case COMP::CAP_ELECTRO_600_NP:
case COMP::CAP_ELECTRO_600: return 4;
default: return 0;
}
}
static COMP GetTypeFromImportStr(const std::string& str) // Just for Import()
{
InitMapsCompTypeToStr();
if ( str.empty() ) return COMP::INVALID;
for (const auto& mapObj : sm_mapCompTypeToImportStr)
if ( mapObj.second == str ) return mapObj.first;
return COMP::INVALID;
}
static std::string GetMakeInstructions(COMP eType, int& rows, int& cols)
{
switch( eType )
{
case COMP::MARK : rows = 1; cols = 1; return ".";
case COMP::PAD : rows = 1; cols = 1; return "1";
case COMP::PAD_FLYINGWIRE : rows = 1; cols = 1; return "1";
case COMP::WIRE : rows = 1; cols = 3; return "1+2";
case COMP::RESISTOR : rows = 1; cols = 4; return "1++2";
case COMP::INDUCTOR : rows = 1; cols = 4; return "1++2";
case COMP::DIODE : rows = 1; cols = 4; return "1++2";
case COMP::LED : rows = 1; cols = 2; return "12";
case COMP::CAP_CERAMIC :
case COMP::CAP_FILM : rows = 1; cols = 3; return "1+2";
case COMP::CAP_FILM_WIDE : rows = 3; cols = 3; return "+++1+2+++";
case COMP::CAP_ELECTRO_200_NP :
case COMP::CAP_ELECTRO_200 : rows = 1; cols = 2; return "12";
case COMP::CAP_ELECTRO_250_NP :
case COMP::CAP_ELECTRO_250 : rows = 3; cols = 2; return "++12++";
case COMP::CAP_ELECTRO_300_NP :
case COMP::CAP_ELECTRO_300 : rows = 3; cols = 3; return "+++1+2+++";
case COMP::CAP_ELECTRO_400_NP :
case COMP::CAP_ELECTRO_400 : rows = 5; cols = 5; return "..+...+++.+1+2+.+++...+..";
case COMP::CAP_ELECTRO_500_NP :
case COMP::CAP_ELECTRO_500 : rows = 5; cols = 6; return ".++++..++++.+1++2+.++++..++++.";
case COMP::CAP_ELECTRO_600_NP :
case COMP::CAP_ELECTRO_600 : rows = 7; cols = 6; return "..++...++++.+++++++1++2+++++++.++++...++..";
case COMP::TO92 : rows = 1; cols = 3; return "123";
case COMP::TO18 : rows = 2; cols = 2; return "1+23";
case COMP::TO39 : rows = 3; cols = 3; return "+++1+3+2+";
case COMP::TO220 : rows = 1; cols = 3; return "123";
case COMP::TRIM_VERT : rows = 1; cols = 3; return "123";
case COMP::TRIM_VERT_OFFSET : rows = 2; cols = 3; return "+2+1+3";
case COMP::TRIM_VERT_OFFSET_WIDE: rows = 3; cols = 3; return "+2++++1+3";
case COMP::TRIM_FLAT : rows = 3; cols = 3; return "+2++++1+3";
case COMP::TRIM_FLAT_WIDE : rows = 4; cols = 3; return "+2+++++++1+3";
case COMP::TRIM_3006P : rows = 2; cols = 8; return "+1++++3+++++2+++";
case COMP::TRIM_3006W : rows = 3; cols = 8; return "+1++++3+++++++++++++2+++";
case COMP::TRIM_3006Y : rows = 2; cols = 8; return "1++++++3++++2+++";
case COMP::TRIM_3329H : rows = 3; cols = 3; return ".+.12+.3.";
case COMP::TRIM_3329P_DK9_RC : rows = 3; cols = 3; return ".2.1+3.+.";
case COMP::TRIM_3362F : rows = 3; cols = 3; return "+2++++1+3";
case COMP::TRIM_3362H : rows = 5; cols = 5; return "..+...+++.+12++.+3+...+..";
case COMP::TRIM_3362P : rows = 3; cols = 3; return "+2+1+3+++";
case COMP::TRIM_3362R : rows = 3; cols = 3; return "+++1+3+2+";
case COMP::TRIM_3362U : rows = 3; cols = 3; return "+++123+++";
case COMP::TRIM_3362M : rows = 3; cols = 3; return "+++123+++";
case COMP::TRIM_3362S : rows = 2; cols = 3; return "+2+1+3";
case COMP::TRIM_3362W : rows = 2; cols = 3; return "3+1+2+";
case COMP::TRIM_3362X : rows = 2; cols = 3; return "1+3+2+";
case COMP::TRIM_3362Z : rows = 2; cols = 3; return "+2+3+1";
case COMP::SIP : rows = 1; cols = 8; return "12345678";
case COMP::DIP : rows = 4; cols = 4; return "8765--------1234";
case COMP::DIP_RECTIFIER : rows = 4; cols = 4; return "4++3--------1++2";
case COMP::STRIP_100 : rows = 1; cols = 2; return "12";
case COMP::BLOCK_100 : rows = 3; cols = 2; return "++12++";
case COMP::BLOCK_200 : rows = 3; cols = 5; return ".+++..1+2..+++.";
case COMP::SWITCH_ST : rows = 3; cols = 1; return "1+2";
case COMP::SWITCH_DT : rows = 5; cols = 1; return "1+2+3";
case COMP::SWITCH_ST_DIP : rows = 4; cols = 2; return "12++++34";
case COMP::SWITCH_BUTTON_4PIN : rows = 3; cols = 3; return "1+2+++3+4";
case COMP::CRYSTAL : rows = 1; cols = 2; return "12";
case COMP::RELAY_HK19F : rows = 4; cols = 8; return "8++7+6+5++++++++++++++++1++2+3+4";
case COMP::RELAY_HJR_4102 : rows = 4; cols = 6; return "6+++54++++++++++++1+++23";
case COMP::RELAY_FTR_B3C : rows = 3; cols = 5; return "8+765+++++1+234";
case COMP::RELAY_G2R_2 : rows = 6; cols = 11; return "+++++++++++8+++++7+6+5++++++++++++++++++++++1+++++2+3+4+++++++++++";
case COMP::RELAY_G2R_2A : rows = 6; cols = 11; return "+++++++++++6+++++++5+4++++++++++++++++++++++1+++++++2+3+++++++++++";
case COMP::RELAY_G2RK_2 : rows = 6; cols = 11; return "+++++++++++A+9+++8+7+6++++++++++++++++++++++1+2+++3+4+5+++++++++++";
case COMP::RELAY_G2RK_2A : rows = 6; cols = 11; return "+++++++++++8+7+++++6+5++++++++++++++++++++++1+2+++++3+4+++++++++++";
case COMP::RELAY_G3MB_202P : rows = 2; cols = 9; return "+++++++++12+++3++4";
case COMP::RELAY_JQC_3F_APPROX : rows = 6; cols = 7; return "1++++2+++++++++++++34+++++56+++++++7++++8+";
case COMP::RELAY_S1A050000 : rows = 1; cols = 7; return "1+2+3+4";
case COMP::RELAY_TRCD : rows = 6; cols = 8; return "1+++2+++++++++++++++++++++++++++++++++++3++++++4";
case COMP::RELAY_DIP_4PIN : rows = 4; cols = 7; return "4+++++3+++++++++++++++1+++2+";
case COMP::RELAY_DIP_8PIN : rows = 4; cols = 7; return "87+++65++++++++++++++12+++34";
case COMP::FUSE_HOLDER : rows = 3; cols = 10; return "++++++++++1++++++++2++++++++++";
case COMP::SOIC8 : rows = 6; cols = 4; return "8765.**..**..**..**.1234";
case COMP::SOIC14 : rows = 6; cols = 5; return "DCBA9E***8+***++***+1***723456";
case COMP::SOIC16 : rows = 6; cols = 6; return "FEDCBAG****9.****..****.1****8234567";
case COMP::SOIC14W : rows = 7; cols = 5; return "DCBA9E***8+++++++++++++++1***723456";
case COMP::SOIC16W : rows = 7; cols = 6; return "FEDCBAG****9.++++..++++..++++.1****8234567";
case COMP::SOIC20W : rows = 9; cols = 8; return "JIHGFEDCK******B.******..++++++..++++++..++++++..******.1******A23456789";
case COMP::SOIC24W : rows = 9; cols = 8; return "MLKJIHGFN******EO******D.++++++..++++++..++++++.1******C2******B3456789A";
case COMP::SOIC28W : rows = 9; cols = 10; return "QPONMLKJIHR********GS********F.++++++++..++++++++..++++++++.1********E2********D3456789ABC";
case COMP::VERO_NUMBER : rows = 1; cols = 10; return "..........";
case COMP::VERO_LETTER : rows = 1; cols = 10; return "..........";
case COMP::CUSTOM : rows = 1; cols = 1; return ".";
case COMP::INVALID : rows = 0; cols = 0; return "";
default: assert(0); rows = 0; cols = 0; return ""; // Unhandled eType
}
}
static std::string GetAliasNotes(COMP eType)
{
switch( eType )
{
case COMP::SOIC8: return "Body Size (3.9mm x 4.9mm)";
case COMP::SOIC14: return "Body Size (3.9mm x 8.7mm)";
case COMP::SOIC16: return "Body Size (3.9mm x 9.9mm)";
case COMP::SOIC14W: return "Body Size (7.5mm x 9.0mm)";
case COMP::SOIC16W: return "Body Size (7.5mm x 10.3mm)";
case COMP::SOIC20W: return "Body Size (7.5mm x 12.8mm)";
case COMP::SOIC24W: return "Body Size (7.5mm x 15.4mm)";
case COMP::SOIC28W: return "Body Size (7.5mm x 17.9mm)";
default: return "";
}
}
static bool GetIsSOIC(COMP eType)
{
switch( eType )
{
case COMP::SOIC8:
case COMP::SOIC14:
case COMP::SOIC16:
case COMP::SOIC14W:
case COMP::SOIC16W:
case COMP::SOIC20W:
case COMP::SOIC24W:
case COMP::SOIC28W: return true;
default: return false;
}
}
static std::string GetDefaultPinLabel(size_t iPinIndex)
{
return std::to_string(iPinIndex + 1); // Pin numbers on screen start at 1
}
static int GetDefaultPinAlign(size_t iPinIndex, size_t iNumPins, COMP eType)
{
switch( eType )
{
case COMP::DIP:
case COMP::DIP_RECTIFIER: return ( 2 * iPinIndex < iNumPins ) ? Qt::AlignLeft : Qt::AlignRight;
default: return Qt::AlignHCenter;
}
}
static int GetDefaultNumPins(COMP eType)
{
switch( eType )
{
case COMP::MARK: return 0;
case COMP::PAD:
case COMP::PAD_FLYINGWIRE: return 1;
case COMP::WIRE:
case COMP::RESISTOR:
case COMP::INDUCTOR:
case COMP::DIODE:
case COMP::LED:
case COMP::CAP_CERAMIC:
case COMP::CAP_FILM:
case COMP::CAP_FILM_WIDE:
case COMP::CAP_ELECTRO_200_NP:
case COMP::CAP_ELECTRO_250_NP:
case COMP::CAP_ELECTRO_300_NP:
case COMP::CAP_ELECTRO_400_NP:
case COMP::CAP_ELECTRO_500_NP:
case COMP::CAP_ELECTRO_600_NP:
case COMP::CAP_ELECTRO_200:
case COMP::CAP_ELECTRO_250:
case COMP::CAP_ELECTRO_300:
case COMP::CAP_ELECTRO_400:
case COMP::CAP_ELECTRO_500:
case COMP::CAP_ELECTRO_600: return 2;
case COMP::TO92:
case COMP::TO18:
case COMP::TO39:
case COMP::TO220:
case COMP::TRIM_VERT:
case COMP::TRIM_VERT_OFFSET:
case COMP::TRIM_VERT_OFFSET_WIDE:
case COMP::TRIM_FLAT:
case COMP::TRIM_FLAT_WIDE:
case COMP::TRIM_3006P:
case COMP::TRIM_3006W:
case COMP::TRIM_3006Y:
case COMP::TRIM_3329H:
case COMP::TRIM_3329P_DK9_RC:
case COMP::TRIM_3362F:
case COMP::TRIM_3362H:
case COMP::TRIM_3362P:
case COMP::TRIM_3362R:
case COMP::TRIM_3362U:
case COMP::TRIM_3362M:
case COMP::TRIM_3362S:
case COMP::TRIM_3362W:
case COMP::TRIM_3362X:
case COMP::TRIM_3362Z: return 3;
case COMP::SIP:
case COMP::DIP: return 8;
case COMP::DIP_RECTIFIER: return 4;
case COMP::STRIP_100:
case COMP::BLOCK_100:
case COMP::BLOCK_200: return 2;
case COMP::SWITCH_ST: return 2;
case COMP::SWITCH_DT: return 3;
case COMP::SWITCH_ST_DIP: return 4;
case COMP::SWITCH_BUTTON_4PIN: return 4;
case COMP::CRYSTAL: return 2;
case COMP::RELAY_HK19F: return 8;
case COMP::RELAY_HJR_4102: return 6;
case COMP::RELAY_FTR_B3C: return 8;
case COMP::RELAY_G2R_2: return 8;
case COMP::RELAY_G2R_2A: return 6;
case COMP::RELAY_G2RK_2: return 10;
case COMP::RELAY_G2RK_2A: return 8;
case COMP::RELAY_G3MB_202P: return 4;
case COMP::RELAY_JQC_3F_APPROX: return 8;
case COMP::RELAY_S1A050000: return 4;
case COMP::RELAY_TRCD: return 4;
case COMP::RELAY_DIP_4PIN: return 4;
case COMP::RELAY_DIP_8PIN: return 8;
case COMP::FUSE_HOLDER: return 2;
case COMP::SOIC8: return 8;
case COMP::SOIC14: return 14;
case COMP::SOIC16: return 16;
case COMP::SOIC14W: return 14;
case COMP::SOIC16W: return 16;
case COMP::SOIC20W: return 20;
case COMP::SOIC24W: return 24;
case COMP::SOIC28W: return 28;
case COMP::VERO_NUMBER: return 0;
case COMP::VERO_LETTER: return 0;
case COMP::CUSTOM: return 0;
default: return 0; // Unhandled eType
}
}
static int GetMinNumPins(COMP eType)
{
switch( eType )
{
case COMP::STRIP_100:
case COMP::BLOCK_100:
case COMP::BLOCK_200:
case COMP::SIP: return 1;
case COMP::DIP:
case COMP::SWITCH_ST:
case COMP::SWITCH_ST_DIP: return 2;
case COMP::SWITCH_DT: return 3;
default: return GetDefaultNumPins(eType);
}
}
static int GetMaxNumPins(COMP eType)
{
switch( eType )
{
case COMP::STRIP_100:
case COMP::BLOCK_100:
case COMP::BLOCK_200:
case COMP::SIP: return 255;
case COMP::DIP:
case COMP::SWITCH_ST:
case COMP::SWITCH_ST_DIP: return 254;
case COMP::SWITCH_DT: return 255; // We're limited to (0 <= pinIndex <= 254)
default: return GetDefaultNumPins(eType);
}
}
static int GetModuloNumPins(COMP eType)
{
switch( eType )
{
case COMP::DIP:
case COMP::SWITCH_ST:
case COMP::SWITCH_ST_DIP: return 2;
case COMP::SWITCH_DT: return 3;
default: return 1;
}
}
static int GetStretchIncrement(COMP eType) // For stretchable components
{
switch( eType )
{
case COMP::SWITCH_ST:
case COMP::SWITCH_DT: // Growing a bulk switch increases its footprint by 2 columns instead of 1
case COMP::BLOCK_200: return 2; // As does a growing a strip with pitch of 2 squares
default: return 1;
}
}
static int GetMinLength(COMP eType) // For stretchable components
{
switch( eType )
{
case COMP::WIRE:
case COMP::DIODE:
case COMP::RESISTOR:
case COMP::INDUCTOR:
case COMP::CAP_CERAMIC:
case COMP::CAP_FILM:
case COMP::CAP_FILM_WIDE: return 2;
case COMP::STRIP_100: return GetMinNumPins(eType);
case COMP::BLOCK_100: return GetMinNumPins(eType);
case COMP::BLOCK_200: return GetMinNumPins(eType) * 2 + 1;
case COMP::SIP: return GetMinNumPins(eType);
case COMP::DIP: return GetMinNumPins(eType) / 2;
case COMP::SWITCH_ST: return GetMinNumPins(eType) / 2;
case COMP::SWITCH_DT: return GetMinNumPins(eType) / 3;
case COMP::SWITCH_ST_DIP: return GetMinNumPins(eType) / 2;
case COMP::VERO_NUMBER: return 1;
case COMP::VERO_LETTER: return 1;
default: assert(0); return 1; // Non-stretchable component
}
}
static int GetMaxLength(COMP eType) // For stretchable components
{
switch( eType )
{
case COMP::WIRE: return INT_MAX;
case COMP::DIODE:
case COMP::RESISTOR:
case COMP::INDUCTOR:
case COMP::CAP_CERAMIC:
case COMP::CAP_FILM:
case COMP::CAP_FILM_WIDE: return 16;
case COMP::STRIP_100: return GetMaxNumPins(eType);
case COMP::BLOCK_100: return GetMaxNumPins(eType);
case COMP::BLOCK_200: return GetMaxNumPins(eType) * 2 + 1;
case COMP::SIP: return GetMaxNumPins(eType);
case COMP::DIP: return GetMaxNumPins(eType) / 2;
case COMP::SWITCH_ST: return GetMaxNumPins(eType) - 1;
case COMP::SWITCH_DT: return 2 * GetMaxNumPins(eType) / 3 - 1;
case COMP::SWITCH_ST_DIP: return GetMaxNumPins(eType) / 2;
case COMP::VERO_NUMBER: return 255;
case COMP::VERO_LETTER: return 255;
default: assert(0); return 1; // Non-stretchable component
}
}
private:
static std::map<COMP, std::string> sm_mapCompTypeToTypeStr; // Mapping of COMP enum to Type strings
static std::map<COMP, std::string> sm_mapCompTypeToImportStr; // Import mapping of COMP enum to strings
static std::list<COMP> sm_listCompTypes; // Ordered by appearance in GUI
};
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