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fixed pixel to use new callback system

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Redo
2019-05-10 19:59:26 -05:00
parent 7f1c5ea417
commit 5b5231a4b3
70 changed files with 28929 additions and 28935 deletions
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358
bricks/math/8bitAdder.cs
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@ -1,179 +1,179 @@
datablock fxDTSBrickData(LogicGate_8bitAdder_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/8bitAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "8bit Adder";
iconName = $LuaLogic::Path @ "icons/8bit Adder";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "8bit Adder";
logicUIDesc = "";
logicUpdate = "return function(gate) local c = bool_to_int[gate.ports[17].state] " @
"local a = 0 " @
"local b = 0 " @
"for i = 1, 8 do " @
"a = bool_to_int[gate.ports[i].state] " @
"b = bool_to_int[gate.ports[i+8].state] " @
"gate.ports[i+17]:setstate(bit.bxor(bit.bxor(a, b), c) == 1) " @
"c = bit.bor(bit.band(a, b), bit.band(c, bit.bor(a, b))) " @
"end " @
"gate.ports[26]:setstate(c == 1) end";
numLogicPorts = 26;
logicPortType[0] = 1;
logicPortPos[0] = "-1 -1 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A0";
logicPortType[1] = 1;
logicPortPos[1] = "-3 -1 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "A1";
logicPortType[2] = 1;
logicPortPos[2] = "-5 -1 0";
logicPortDir[2] = 3;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "A2";
logicPortType[3] = 1;
logicPortPos[3] = "-7 -1 0";
logicPortDir[3] = 3;
logicPortCauseUpdate[3] = true;
logicPortUIName[3] = "A3";
logicPortType[4] = 1;
logicPortPos[4] = "-9 -1 0";
logicPortDir[4] = 3;
logicPortCauseUpdate[4] = true;
logicPortUIName[4] = "A4";
logicPortType[5] = 1;
logicPortPos[5] = "-11 -1 0";
logicPortDir[5] = 3;
logicPortCauseUpdate[5] = true;
logicPortUIName[5] = "A5";
logicPortType[6] = 1;
logicPortPos[6] = "-13 -1 0";
logicPortDir[6] = 3;
logicPortCauseUpdate[6] = true;
logicPortUIName[6] = "A6";
logicPortType[7] = 1;
logicPortPos[7] = "-15 -1 0";
logicPortDir[7] = 3;
logicPortCauseUpdate[7] = true;
logicPortUIName[7] = "A7";
logicPortType[8] = 1;
logicPortPos[8] = "15 -1 0";
logicPortDir[8] = 3;
logicPortCauseUpdate[8] = true;
logicPortUIName[8] = "B0";
logicPortType[9] = 1;
logicPortPos[9] = "13 -1 0";
logicPortDir[9] = 3;
logicPortCauseUpdate[9] = true;
logicPortUIName[9] = "B1";
logicPortType[10] = 1;
logicPortPos[10] = "11 -1 0";
logicPortDir[10] = 3;
logicPortCauseUpdate[10] = true;
logicPortUIName[10] = "B2";
logicPortType[11] = 1;
logicPortPos[11] = "9 -1 0";
logicPortDir[11] = 3;
logicPortCauseUpdate[11] = true;
logicPortUIName[11] = "B3";
logicPortType[12] = 1;
logicPortPos[12] = "7 -1 0";
logicPortDir[12] = 3;
logicPortCauseUpdate[12] = true;
logicPortUIName[12] = "B4";
logicPortType[13] = 1;
logicPortPos[13] = "5 -1 0";
logicPortDir[13] = 3;
logicPortCauseUpdate[13] = true;
logicPortUIName[13] = "B5";
logicPortType[14] = 1;
logicPortPos[14] = "3 -1 0";
logicPortDir[14] = 3;
logicPortCauseUpdate[14] = true;
logicPortUIName[14] = "B6";
logicPortType[15] = 1;
logicPortPos[15] = "1 -1 0";
logicPortDir[15] = 3;
logicPortCauseUpdate[15] = true;
logicPortUIName[15] = "B7";
logicPortType[16] = 1;
logicPortPos[16] = "15 -1 0";
logicPortDir[16] = 2;
logicPortCauseUpdate[16] = true;
logicPortUIName[16] = "Carry In";
logicPortType[17] = 0;
logicPortPos[17] = "15 1 0";
logicPortDir[17] = 1;
logicPortUIName[17] = "Sum0";
logicPortType[18] = 0;
logicPortPos[18] = "13 1 0";
logicPortDir[18] = 1;
logicPortUIName[18] = "Sum1";
logicPortType[19] = 0;
logicPortPos[19] = "11 1 0";
logicPortDir[19] = 1;
logicPortUIName[19] = "Sum2";
logicPortType[20] = 0;
logicPortPos[20] = "9 1 0";
logicPortDir[20] = 1;
logicPortUIName[20] = "Sum3";
logicPortType[21] = 0;
logicPortPos[21] = "7 1 0";
logicPortDir[21] = 1;
logicPortUIName[21] = "Sum4";
logicPortType[22] = 0;
logicPortPos[22] = "5 1 0";
logicPortDir[22] = 1;
logicPortUIName[22] = "Sum5";
logicPortType[23] = 0;
logicPortPos[23] = "3 1 0";
logicPortDir[23] = 1;
logicPortUIName[23] = "Sum6";
logicPortType[24] = 0;
logicPortPos[24] = "1 1 0";
logicPortDir[24] = 1;
logicPortUIName[24] = "Sum7";
logicPortType[25] = 0;
logicPortPos[25] = "-15 -1 0";
logicPortDir[25] = 0;
logicPortUIName[25] = "Carry Out";
};
lualogic_registergatedefinition("LogicGate_8bitAdder_Data");
datablock fxDTSBrickData(LogicGate_8bitAdder_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/8bitAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "8bit Adder";
iconName = $LuaLogic::Path @ "icons/8bit Adder";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "8bit Adder";
logicUIDesc = "";
logicUpdate = "return function(gate) local c = bool_to_int[gate.ports[17].state] " @
"local a = 0 " @
"local b = 0 " @
"for i = 1, 8 do " @
"a = bool_to_int[gate.ports[i].state] " @
"b = bool_to_int[gate.ports[i+8].state] " @
"gate.ports[i+17]:setstate(bit.bxor(bit.bxor(a, b), c) == 1) " @
"c = bit.bor(bit.band(a, b), bit.band(c, bit.bor(a, b))) " @
"end " @
"gate.ports[26]:setstate(c == 1) end";
numLogicPorts = 26;
logicPortType[0] = 1;
logicPortPos[0] = "-1 -1 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A0";
logicPortType[1] = 1;
logicPortPos[1] = "-3 -1 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "A1";
logicPortType[2] = 1;
logicPortPos[2] = "-5 -1 0";
logicPortDir[2] = 3;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "A2";
logicPortType[3] = 1;
logicPortPos[3] = "-7 -1 0";
logicPortDir[3] = 3;
logicPortCauseUpdate[3] = true;
logicPortUIName[3] = "A3";
logicPortType[4] = 1;
logicPortPos[4] = "-9 -1 0";
logicPortDir[4] = 3;
logicPortCauseUpdate[4] = true;
logicPortUIName[4] = "A4";
logicPortType[5] = 1;
logicPortPos[5] = "-11 -1 0";
logicPortDir[5] = 3;
logicPortCauseUpdate[5] = true;
logicPortUIName[5] = "A5";
logicPortType[6] = 1;
logicPortPos[6] = "-13 -1 0";
logicPortDir[6] = 3;
logicPortCauseUpdate[6] = true;
logicPortUIName[6] = "A6";
logicPortType[7] = 1;
logicPortPos[7] = "-15 -1 0";
logicPortDir[7] = 3;
logicPortCauseUpdate[7] = true;
logicPortUIName[7] = "A7";
logicPortType[8] = 1;
logicPortPos[8] = "15 -1 0";
logicPortDir[8] = 3;
logicPortCauseUpdate[8] = true;
logicPortUIName[8] = "B0";
logicPortType[9] = 1;
logicPortPos[9] = "13 -1 0";
logicPortDir[9] = 3;
logicPortCauseUpdate[9] = true;
logicPortUIName[9] = "B1";
logicPortType[10] = 1;
logicPortPos[10] = "11 -1 0";
logicPortDir[10] = 3;
logicPortCauseUpdate[10] = true;
logicPortUIName[10] = "B2";
logicPortType[11] = 1;
logicPortPos[11] = "9 -1 0";
logicPortDir[11] = 3;
logicPortCauseUpdate[11] = true;
logicPortUIName[11] = "B3";
logicPortType[12] = 1;
logicPortPos[12] = "7 -1 0";
logicPortDir[12] = 3;
logicPortCauseUpdate[12] = true;
logicPortUIName[12] = "B4";
logicPortType[13] = 1;
logicPortPos[13] = "5 -1 0";
logicPortDir[13] = 3;
logicPortCauseUpdate[13] = true;
logicPortUIName[13] = "B5";
logicPortType[14] = 1;
logicPortPos[14] = "3 -1 0";
logicPortDir[14] = 3;
logicPortCauseUpdate[14] = true;
logicPortUIName[14] = "B6";
logicPortType[15] = 1;
logicPortPos[15] = "1 -1 0";
logicPortDir[15] = 3;
logicPortCauseUpdate[15] = true;
logicPortUIName[15] = "B7";
logicPortType[16] = 1;
logicPortPos[16] = "15 -1 0";
logicPortDir[16] = 2;
logicPortCauseUpdate[16] = true;
logicPortUIName[16] = "Carry In";
logicPortType[17] = 0;
logicPortPos[17] = "15 1 0";
logicPortDir[17] = 1;
logicPortUIName[17] = "Sum0";
logicPortType[18] = 0;
logicPortPos[18] = "13 1 0";
logicPortDir[18] = 1;
logicPortUIName[18] = "Sum1";
logicPortType[19] = 0;
logicPortPos[19] = "11 1 0";
logicPortDir[19] = 1;
logicPortUIName[19] = "Sum2";
logicPortType[20] = 0;
logicPortPos[20] = "9 1 0";
logicPortDir[20] = 1;
logicPortUIName[20] = "Sum3";
logicPortType[21] = 0;
logicPortPos[21] = "7 1 0";
logicPortDir[21] = 1;
logicPortUIName[21] = "Sum4";
logicPortType[22] = 0;
logicPortPos[22] = "5 1 0";
logicPortDir[22] = 1;
logicPortUIName[22] = "Sum5";
logicPortType[23] = 0;
logicPortPos[23] = "3 1 0";
logicPortDir[23] = 1;
logicPortUIName[23] = "Sum6";
logicPortType[24] = 0;
logicPortPos[24] = "1 1 0";
logicPortDir[24] = 1;
logicPortUIName[24] = "Sum7";
logicPortType[25] = 0;
logicPortPos[25] = "-15 -1 0";
logicPortDir[25] = 0;
logicPortUIName[25] = "Carry Out";
};
lualogic_registergatedefinition("LogicGate_8bitAdder_Data");

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bricks/math/8bitDivider.cs
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@ -1,218 +1,218 @@
datablock fxDTSBrickData(LogicGate_8bitDivider_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/8bitMultiplier.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "8bit Divider";
iconName = $LuaLogic::Path @ "icons/8bit Divider";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "8bit Divider";
logicUIDesc = "Divides A by B";
logicUpdate = "return function(gate) local a, b, n = 0, 0 " @
"for i = 1, 8 do " @
"local n = 2^(i-1) " @
"a = a + bool_to_int[gate.ports[i].state] * n " @
"b = b + bool_to_int[gate.ports[i+8].state] * n " @
"end " @
"if b ~= 0 then " @
"local q = math.floor(a/b) " @
"local r = a-q*b " @
"for i = 1, 8 do " @
"local n = 2^(i-1) " @
"gate.ports[i+16]:setstate(bit.band(q, n) > 0) " @
"gate.ports[i+24]:setstate(bit.band(r, n) > 0) " @
"end " @
"else " @
"for i = 1, 8 do " @
"gate.ports[i+16]:setstate(false) " @
"gate.ports[i+24]:setstate(false) " @
"end " @
"end end";
numLogicPorts = 32;
logicPortType[0] = 1;
logicPortPos[0] = "-1 -1 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A0";
logicPortType[1] = 1;
logicPortPos[1] = "-3 -1 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "A1";
logicPortType[2] = 1;
logicPortPos[2] = "-5 -1 0";
logicPortDir[2] = 3;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "A2";
logicPortType[3] = 1;
logicPortPos[3] = "-7 -1 0";
logicPortDir[3] = 3;
logicPortCauseUpdate[3] = true;
logicPortUIName[3] = "A3";
logicPortType[4] = 1;
logicPortPos[4] = "-9 -1 0";
logicPortDir[4] = 3;
logicPortCauseUpdate[4] = true;
logicPortUIName[4] = "A4";
logicPortType[5] = 1;
logicPortPos[5] = "-11 -1 0";
logicPortDir[5] = 3;
logicPortCauseUpdate[5] = true;
logicPortUIName[5] = "A5";
logicPortType[6] = 1;
logicPortPos[6] = "-13 -1 0";
logicPortDir[6] = 3;
logicPortCauseUpdate[6] = true;
logicPortUIName[6] = "A6";
logicPortType[7] = 1;
logicPortPos[7] = "-15 -1 0";
logicPortDir[7] = 3;
logicPortCauseUpdate[7] = true;
logicPortUIName[7] = "A7";
logicPortType[8] = 1;
logicPortPos[8] = "15 -1 0";
logicPortDir[8] = 3;
logicPortCauseUpdate[8] = true;
logicPortUIName[8] = "B0";
logicPortType[9] = 1;
logicPortPos[9] = "13 -1 0";
logicPortDir[9] = 3;
logicPortCauseUpdate[9] = true;
logicPortUIName[9] = "B1";
logicPortType[10] = 1;
logicPortPos[10] = "11 -1 0";
logicPortDir[10] = 3;
logicPortCauseUpdate[10] = true;
logicPortUIName[10] = "B2";
logicPortType[11] = 1;
logicPortPos[11] = "9 -1 0";
logicPortDir[11] = 3;
logicPortCauseUpdate[11] = true;
logicPortUIName[11] = "B3";
logicPortType[12] = 1;
logicPortPos[12] = "7 -1 0";
logicPortDir[12] = 3;
logicPortCauseUpdate[12] = true;
logicPortUIName[12] = "B4";
logicPortType[13] = 1;
logicPortPos[13] = "5 -1 0";
logicPortDir[13] = 3;
logicPortCauseUpdate[13] = true;
logicPortUIName[13] = "B5";
logicPortType[14] = 1;
logicPortPos[14] = "3 -1 0";
logicPortDir[14] = 3;
logicPortCauseUpdate[14] = true;
logicPortUIName[14] = "B6";
logicPortType[15] = 1;
logicPortPos[15] = "1 -1 0";
logicPortDir[15] = 3;
logicPortCauseUpdate[15] = true;
logicPortUIName[15] = "B7";
logicPortType[16] = 0;
logicPortPos[16] = "15 1 0";
logicPortDir[16] = 1;
logicPortUIName[16] = "Q0";
logicPortType[17] = 0;
logicPortPos[17] = "13 1 0";
logicPortDir[17] = 1;
logicPortUIName[17] = "Q1";
logicPortType[18] = 0;
logicPortPos[18] = "11 1 0";
logicPortDir[18] = 1;
logicPortUIName[18] = "Q2";
logicPortType[19] = 0;
logicPortPos[19] = "9 1 0";
logicPortDir[19] = 1;
logicPortUIName[19] = "Q3";
logicPortType[20] = 0;
logicPortPos[20] = "7 1 0";
logicPortDir[20] = 1;
logicPortUIName[20] = "Q4";
logicPortType[21] = 0;
logicPortPos[21] = "5 1 0";
logicPortDir[21] = 1;
logicPortUIName[21] = "Q5";
logicPortType[22] = 0;
logicPortPos[22] = "3 1 0";
logicPortDir[22] = 1;
logicPortUIName[22] = "Q6";
logicPortType[23] = 0;
logicPortPos[23] = "1 1 0";
logicPortDir[23] = 1;
logicPortUIName[23] = "Q7";
logicPortType[24] = 0;
logicPortPos[24] = "-1 1 0";
logicPortDir[24] = 1;
logicPortUIName[24] = "R0";
logicPortType[25] = 0;
logicPortPos[25] = "-3 1 0";
logicPortDir[25] = 1;
logicPortUIName[25] = "R1";
logicPortType[26] = 0;
logicPortPos[26] = "-5 1 0";
logicPortDir[26] = 1;
logicPortUIName[26] = "R2";
logicPortType[27] = 0;
logicPortPos[27] = "-7 1 0";
logicPortDir[27] = 1;
logicPortUIName[27] = "R3";
logicPortType[28] = 0;
logicPortPos[28] = "-9 1 0";
logicPortDir[28] = 1;
logicPortUIName[28] = "R4";
logicPortType[29] = 0;
logicPortPos[29] = "-11 1 0";
logicPortDir[29] = 1;
logicPortUIName[29] = "R5";
logicPortType[30] = 0;
logicPortPos[30] = "-13 1 0";
logicPortDir[30] = 1;
logicPortUIName[30] = "R6";
logicPortType[31] = 0;
logicPortPos[31] = "-15 1 0";
logicPortDir[31] = 1;
logicPortUIName[31] = "R7";
};
lualogic_registergatedefinition("LogicGate_8bitDivider_Data");
datablock fxDTSBrickData(LogicGate_8bitDivider_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/8bitMultiplier.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "8bit Divider";
iconName = $LuaLogic::Path @ "icons/8bit Divider";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "8bit Divider";
logicUIDesc = "Divides A by B";
logicUpdate = "return function(gate) local a, b, n = 0, 0 " @
"for i = 1, 8 do " @
"local n = 2^(i-1) " @
"a = a + bool_to_int[gate.ports[i].state] * n " @
"b = b + bool_to_int[gate.ports[i+8].state] * n " @
"end " @
"if b ~= 0 then " @
"local q = math.floor(a/b) " @
"local r = a-q*b " @
"for i = 1, 8 do " @
"local n = 2^(i-1) " @
"gate.ports[i+16]:setstate(bit.band(q, n) > 0) " @
"gate.ports[i+24]:setstate(bit.band(r, n) > 0) " @
"end " @
"else " @
"for i = 1, 8 do " @
"gate.ports[i+16]:setstate(false) " @
"gate.ports[i+24]:setstate(false) " @
"end " @
"end end";
numLogicPorts = 32;
logicPortType[0] = 1;
logicPortPos[0] = "-1 -1 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A0";
logicPortType[1] = 1;
logicPortPos[1] = "-3 -1 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "A1";
logicPortType[2] = 1;
logicPortPos[2] = "-5 -1 0";
logicPortDir[2] = 3;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "A2";
logicPortType[3] = 1;
logicPortPos[3] = "-7 -1 0";
logicPortDir[3] = 3;
logicPortCauseUpdate[3] = true;
logicPortUIName[3] = "A3";
logicPortType[4] = 1;
logicPortPos[4] = "-9 -1 0";
logicPortDir[4] = 3;
logicPortCauseUpdate[4] = true;
logicPortUIName[4] = "A4";
logicPortType[5] = 1;
logicPortPos[5] = "-11 -1 0";
logicPortDir[5] = 3;
logicPortCauseUpdate[5] = true;
logicPortUIName[5] = "A5";
logicPortType[6] = 1;
logicPortPos[6] = "-13 -1 0";
logicPortDir[6] = 3;
logicPortCauseUpdate[6] = true;
logicPortUIName[6] = "A6";
logicPortType[7] = 1;
logicPortPos[7] = "-15 -1 0";
logicPortDir[7] = 3;
logicPortCauseUpdate[7] = true;
logicPortUIName[7] = "A7";
logicPortType[8] = 1;
logicPortPos[8] = "15 -1 0";
logicPortDir[8] = 3;
logicPortCauseUpdate[8] = true;
logicPortUIName[8] = "B0";
logicPortType[9] = 1;
logicPortPos[9] = "13 -1 0";
logicPortDir[9] = 3;
logicPortCauseUpdate[9] = true;
logicPortUIName[9] = "B1";
logicPortType[10] = 1;
logicPortPos[10] = "11 -1 0";
logicPortDir[10] = 3;
logicPortCauseUpdate[10] = true;
logicPortUIName[10] = "B2";
logicPortType[11] = 1;
logicPortPos[11] = "9 -1 0";
logicPortDir[11] = 3;
logicPortCauseUpdate[11] = true;
logicPortUIName[11] = "B3";
logicPortType[12] = 1;
logicPortPos[12] = "7 -1 0";
logicPortDir[12] = 3;
logicPortCauseUpdate[12] = true;
logicPortUIName[12] = "B4";
logicPortType[13] = 1;
logicPortPos[13] = "5 -1 0";
logicPortDir[13] = 3;
logicPortCauseUpdate[13] = true;
logicPortUIName[13] = "B5";
logicPortType[14] = 1;
logicPortPos[14] = "3 -1 0";
logicPortDir[14] = 3;
logicPortCauseUpdate[14] = true;
logicPortUIName[14] = "B6";
logicPortType[15] = 1;
logicPortPos[15] = "1 -1 0";
logicPortDir[15] = 3;
logicPortCauseUpdate[15] = true;
logicPortUIName[15] = "B7";
logicPortType[16] = 0;
logicPortPos[16] = "15 1 0";
logicPortDir[16] = 1;
logicPortUIName[16] = "Q0";
logicPortType[17] = 0;
logicPortPos[17] = "13 1 0";
logicPortDir[17] = 1;
logicPortUIName[17] = "Q1";
logicPortType[18] = 0;
logicPortPos[18] = "11 1 0";
logicPortDir[18] = 1;
logicPortUIName[18] = "Q2";
logicPortType[19] = 0;
logicPortPos[19] = "9 1 0";
logicPortDir[19] = 1;
logicPortUIName[19] = "Q3";
logicPortType[20] = 0;
logicPortPos[20] = "7 1 0";
logicPortDir[20] = 1;
logicPortUIName[20] = "Q4";
logicPortType[21] = 0;
logicPortPos[21] = "5 1 0";
logicPortDir[21] = 1;
logicPortUIName[21] = "Q5";
logicPortType[22] = 0;
logicPortPos[22] = "3 1 0";
logicPortDir[22] = 1;
logicPortUIName[22] = "Q6";
logicPortType[23] = 0;
logicPortPos[23] = "1 1 0";
logicPortDir[23] = 1;
logicPortUIName[23] = "Q7";
logicPortType[24] = 0;
logicPortPos[24] = "-1 1 0";
logicPortDir[24] = 1;
logicPortUIName[24] = "R0";
logicPortType[25] = 0;
logicPortPos[25] = "-3 1 0";
logicPortDir[25] = 1;
logicPortUIName[25] = "R1";
logicPortType[26] = 0;
logicPortPos[26] = "-5 1 0";
logicPortDir[26] = 1;
logicPortUIName[26] = "R2";
logicPortType[27] = 0;
logicPortPos[27] = "-7 1 0";
logicPortDir[27] = 1;
logicPortUIName[27] = "R3";
logicPortType[28] = 0;
logicPortPos[28] = "-9 1 0";
logicPortDir[28] = 1;
logicPortUIName[28] = "R4";
logicPortType[29] = 0;
logicPortPos[29] = "-11 1 0";
logicPortDir[29] = 1;
logicPortUIName[29] = "R5";
logicPortType[30] = 0;
logicPortPos[30] = "-13 1 0";
logicPortDir[30] = 1;
logicPortUIName[30] = "R6";
logicPortType[31] = 0;
logicPortPos[31] = "-15 1 0";
logicPortDir[31] = 1;
logicPortUIName[31] = "R7";
};
lualogic_registergatedefinition("LogicGate_8bitDivider_Data");

416
bricks/math/8bitMultiplier.cs
View File

@ -1,208 +1,208 @@
datablock fxDTSBrickData(LogicGate_8bitMultiplier_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/8bitMultiplier.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "8bit Multiplier";
iconName = $LuaLogic::Path @ "icons/8bit Multiplier";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "8bit Multiplier";
logicUIDesc = "Multiplies A by B";
logicUpdate = "return function(gate) local a, b = 0, 0 " @
"local sum = 0 " @
"for i = 1, 8 do " @
"a = a + bool_to_int[gate.ports[i].state] * 2^(i-1) " @
"b = b + bool_to_int[gate.ports[i+8].state] * 2^(i-1) " @
"end " @
"local sum = a * b " @
"for i = 1, 16 do " @
"gate.ports[i+16]:setstate(bit.band(sum, 2^(i-1)) > 0) " @
"end end";
numLogicPorts = 32;
logicPortType[0] = 1;
logicPortPos[0] = "-1 -1 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A0";
logicPortType[1] = 1;
logicPortPos[1] = "-3 -1 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "A1";
logicPortType[2] = 1;
logicPortPos[2] = "-5 -1 0";
logicPortDir[2] = 3;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "A2";
logicPortType[3] = 1;
logicPortPos[3] = "-7 -1 0";
logicPortDir[3] = 3;
logicPortCauseUpdate[3] = true;
logicPortUIName[3] = "A3";
logicPortType[4] = 1;
logicPortPos[4] = "-9 -1 0";
logicPortDir[4] = 3;
logicPortCauseUpdate[4] = true;
logicPortUIName[4] = "A4";
logicPortType[5] = 1;
logicPortPos[5] = "-11 -1 0";
logicPortDir[5] = 3;
logicPortCauseUpdate[5] = true;
logicPortUIName[5] = "A5";
logicPortType[6] = 1;
logicPortPos[6] = "-13 -1 0";
logicPortDir[6] = 3;
logicPortCauseUpdate[6] = true;
logicPortUIName[6] = "A6";
logicPortType[7] = 1;
logicPortPos[7] = "-15 -1 0";
logicPortDir[7] = 3;
logicPortCauseUpdate[7] = true;
logicPortUIName[7] = "A7";
logicPortType[8] = 1;
logicPortPos[8] = "15 -1 0";
logicPortDir[8] = 3;
logicPortCauseUpdate[8] = true;
logicPortUIName[8] = "B0";
logicPortType[9] = 1;
logicPortPos[9] = "13 -1 0";
logicPortDir[9] = 3;
logicPortCauseUpdate[9] = true;
logicPortUIName[9] = "B1";
logicPortType[10] = 1;
logicPortPos[10] = "11 -1 0";
logicPortDir[10] = 3;
logicPortCauseUpdate[10] = true;
logicPortUIName[10] = "B2";
logicPortType[11] = 1;
logicPortPos[11] = "9 -1 0";
logicPortDir[11] = 3;
logicPortCauseUpdate[11] = true;
logicPortUIName[11] = "B3";
logicPortType[12] = 1;
logicPortPos[12] = "7 -1 0";
logicPortDir[12] = 3;
logicPortCauseUpdate[12] = true;
logicPortUIName[12] = "B4";
logicPortType[13] = 1;
logicPortPos[13] = "5 -1 0";
logicPortDir[13] = 3;
logicPortCauseUpdate[13] = true;
logicPortUIName[13] = "B5";
logicPortType[14] = 1;
logicPortPos[14] = "3 -1 0";
logicPortDir[14] = 3;
logicPortCauseUpdate[14] = true;
logicPortUIName[14] = "B6";
logicPortType[15] = 1;
logicPortPos[15] = "1 -1 0";
logicPortDir[15] = 3;
logicPortCauseUpdate[15] = true;
logicPortUIName[15] = "B7";
logicPortType[16] = 0;
logicPortPos[16] = "15 1 0";
logicPortDir[16] = 1;
logicPortUIName[16] = "Out0";
logicPortType[17] = 0;
logicPortPos[17] = "13 1 0";
logicPortDir[17] = 1;
logicPortUIName[17] = "Out1";
logicPortType[18] = 0;
logicPortPos[18] = "11 1 0";
logicPortDir[18] = 1;
logicPortUIName[18] = "Out2";
logicPortType[19] = 0;
logicPortPos[19] = "9 1 0";
logicPortDir[19] = 1;
logicPortUIName[19] = "Out3";
logicPortType[20] = 0;
logicPortPos[20] = "7 1 0";
logicPortDir[20] = 1;
logicPortUIName[20] = "Out4";
logicPortType[21] = 0;
logicPortPos[21] = "5 1 0";
logicPortDir[21] = 1;
logicPortUIName[21] = "Out5";
logicPortType[22] = 0;
logicPortPos[22] = "3 1 0";
logicPortDir[22] = 1;
logicPortUIName[22] = "Out6";
logicPortType[23] = 0;
logicPortPos[23] = "1 1 0";
logicPortDir[23] = 1;
logicPortUIName[23] = "Out7";
logicPortType[24] = 0;
logicPortPos[24] = "-1 1 0";
logicPortDir[24] = 1;
logicPortUIName[24] = "Out8";
logicPortType[25] = 0;
logicPortPos[25] = "-3 1 0";
logicPortDir[25] = 1;
logicPortUIName[25] = "Out9";
logicPortType[26] = 0;
logicPortPos[26] = "-5 1 0";
logicPortDir[26] = 1;
logicPortUIName[26] = "Out10";
logicPortType[27] = 0;
logicPortPos[27] = "-7 1 0";
logicPortDir[27] = 1;
logicPortUIName[27] = "Out11";
logicPortType[28] = 0;
logicPortPos[28] = "-9 1 0";
logicPortDir[28] = 1;
logicPortUIName[28] = "Out12";
logicPortType[29] = 0;
logicPortPos[29] = "-11 1 0";
logicPortDir[29] = 1;
logicPortUIName[29] = "Out13";
logicPortType[30] = 0;
logicPortPos[30] = "-13 1 0";
logicPortDir[30] = 1;
logicPortUIName[30] = "Out14";
logicPortType[31] = 0;
logicPortPos[31] = "-15 1 0";
logicPortDir[31] = 1;
logicPortUIName[31] = "Out15";
};
lualogic_registergatedefinition("LogicGate_8bitMultiplier_Data");
datablock fxDTSBrickData(LogicGate_8bitMultiplier_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/8bitMultiplier.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "8bit Multiplier";
iconName = $LuaLogic::Path @ "icons/8bit Multiplier";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "8bit Multiplier";
logicUIDesc = "Multiplies A by B";
logicUpdate = "return function(gate) local a, b = 0, 0 " @
"local sum = 0 " @
"for i = 1, 8 do " @
"a = a + bool_to_int[gate.ports[i].state] * 2^(i-1) " @
"b = b + bool_to_int[gate.ports[i+8].state] * 2^(i-1) " @
"end " @
"local sum = a * b " @
"for i = 1, 16 do " @
"gate.ports[i+16]:setstate(bit.band(sum, 2^(i-1)) > 0) " @
"end end";
numLogicPorts = 32;
logicPortType[0] = 1;
logicPortPos[0] = "-1 -1 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A0";
logicPortType[1] = 1;
logicPortPos[1] = "-3 -1 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "A1";
logicPortType[2] = 1;
logicPortPos[2] = "-5 -1 0";
logicPortDir[2] = 3;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "A2";
logicPortType[3] = 1;
logicPortPos[3] = "-7 -1 0";
logicPortDir[3] = 3;
logicPortCauseUpdate[3] = true;
logicPortUIName[3] = "A3";
logicPortType[4] = 1;
logicPortPos[4] = "-9 -1 0";
logicPortDir[4] = 3;
logicPortCauseUpdate[4] = true;
logicPortUIName[4] = "A4";
logicPortType[5] = 1;
logicPortPos[5] = "-11 -1 0";
logicPortDir[5] = 3;
logicPortCauseUpdate[5] = true;
logicPortUIName[5] = "A5";
logicPortType[6] = 1;
logicPortPos[6] = "-13 -1 0";
logicPortDir[6] = 3;
logicPortCauseUpdate[6] = true;
logicPortUIName[6] = "A6";
logicPortType[7] = 1;
logicPortPos[7] = "-15 -1 0";
logicPortDir[7] = 3;
logicPortCauseUpdate[7] = true;
logicPortUIName[7] = "A7";
logicPortType[8] = 1;
logicPortPos[8] = "15 -1 0";
logicPortDir[8] = 3;
logicPortCauseUpdate[8] = true;
logicPortUIName[8] = "B0";
logicPortType[9] = 1;
logicPortPos[9] = "13 -1 0";
logicPortDir[9] = 3;
logicPortCauseUpdate[9] = true;
logicPortUIName[9] = "B1";
logicPortType[10] = 1;
logicPortPos[10] = "11 -1 0";
logicPortDir[10] = 3;
logicPortCauseUpdate[10] = true;
logicPortUIName[10] = "B2";
logicPortType[11] = 1;
logicPortPos[11] = "9 -1 0";
logicPortDir[11] = 3;
logicPortCauseUpdate[11] = true;
logicPortUIName[11] = "B3";
logicPortType[12] = 1;
logicPortPos[12] = "7 -1 0";
logicPortDir[12] = 3;
logicPortCauseUpdate[12] = true;
logicPortUIName[12] = "B4";
logicPortType[13] = 1;
logicPortPos[13] = "5 -1 0";
logicPortDir[13] = 3;
logicPortCauseUpdate[13] = true;
logicPortUIName[13] = "B5";
logicPortType[14] = 1;
logicPortPos[14] = "3 -1 0";
logicPortDir[14] = 3;
logicPortCauseUpdate[14] = true;
logicPortUIName[14] = "B6";
logicPortType[15] = 1;
logicPortPos[15] = "1 -1 0";
logicPortDir[15] = 3;
logicPortCauseUpdate[15] = true;
logicPortUIName[15] = "B7";
logicPortType[16] = 0;
logicPortPos[16] = "15 1 0";
logicPortDir[16] = 1;
logicPortUIName[16] = "Out0";
logicPortType[17] = 0;
logicPortPos[17] = "13 1 0";
logicPortDir[17] = 1;
logicPortUIName[17] = "Out1";
logicPortType[18] = 0;
logicPortPos[18] = "11 1 0";
logicPortDir[18] = 1;
logicPortUIName[18] = "Out2";
logicPortType[19] = 0;
logicPortPos[19] = "9 1 0";
logicPortDir[19] = 1;
logicPortUIName[19] = "Out3";
logicPortType[20] = 0;
logicPortPos[20] = "7 1 0";
logicPortDir[20] = 1;
logicPortUIName[20] = "Out4";
logicPortType[21] = 0;
logicPortPos[21] = "5 1 0";
logicPortDir[21] = 1;
logicPortUIName[21] = "Out5";
logicPortType[22] = 0;
logicPortPos[22] = "3 1 0";
logicPortDir[22] = 1;
logicPortUIName[22] = "Out6";
logicPortType[23] = 0;
logicPortPos[23] = "1 1 0";
logicPortDir[23] = 1;
logicPortUIName[23] = "Out7";
logicPortType[24] = 0;
logicPortPos[24] = "-1 1 0";
logicPortDir[24] = 1;
logicPortUIName[24] = "Out8";
logicPortType[25] = 0;
logicPortPos[25] = "-3 1 0";
logicPortDir[25] = 1;
logicPortUIName[25] = "Out9";
logicPortType[26] = 0;
logicPortPos[26] = "-5 1 0";
logicPortDir[26] = 1;
logicPortUIName[26] = "Out10";
logicPortType[27] = 0;
logicPortPos[27] = "-7 1 0";
logicPortDir[27] = 1;
logicPortUIName[27] = "Out11";
logicPortType[28] = 0;
logicPortPos[28] = "-9 1 0";
logicPortDir[28] = 1;
logicPortUIName[28] = "Out12";
logicPortType[29] = 0;
logicPortPos[29] = "-11 1 0";
logicPortDir[29] = 1;
logicPortUIName[29] = "Out13";
logicPortType[30] = 0;
logicPortPos[30] = "-13 1 0";
logicPortDir[30] = 1;
logicPortUIName[30] = "Out14";
logicPortType[31] = 0;
logicPortPos[31] = "-15 1 0";
logicPortDir[31] = 1;
logicPortUIName[31] = "Out15";
};
lualogic_registergatedefinition("LogicGate_8bitMultiplier_Data");

358
bricks/math/8bitSubtractor.cs
View File

@ -1,179 +1,179 @@
datablock fxDTSBrickData(LogicGate_8bitSubtractor_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/8bitAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "8bit Subtractor";
iconName = $LuaLogic::Path @ "icons/8bit Subtractor";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "8bit Subtractor";
logicUIDesc = "Subtracts B from A";
logicUpdate = "return function(gate) local c = bool_to_int[gate.ports[17].state] " @
"local a = 0 " @
"local b = 0 " @
"for i = 1, 8 do " @
"a = bool_to_int[gate.ports[i].state] " @
"b = bool_to_int[gate.ports[i+8].state] " @
"gate.ports[i+17]:setstate(bit.bxor(bit.bxor(a, b), c) == 1) " @
"c = bit.bor(bit.bor(bit.band(bool_to_int[a == 0], b), bit.band(bool_to_int[a == 0], c)), bit.band(b, c)) " @
"end " @
"gate.ports[26]:setstate(c == 1) end";
numLogicPorts = 26;
logicPortType[0] = 1;
logicPortPos[0] = "-1 -1 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A0";
logicPortType[1] = 1;
logicPortPos[1] = "-3 -1 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "A1";
logicPortType[2] = 1;
logicPortPos[2] = "-5 -1 0";
logicPortDir[2] = 3;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "A2";
logicPortType[3] = 1;
logicPortPos[3] = "-7 -1 0";
logicPortDir[3] = 3;
logicPortCauseUpdate[3] = true;
logicPortUIName[3] = "A3";
logicPortType[4] = 1;
logicPortPos[4] = "-9 -1 0";
logicPortDir[4] = 3;
logicPortCauseUpdate[4] = true;
logicPortUIName[4] = "A4";
logicPortType[5] = 1;
logicPortPos[5] = "-11 -1 0";
logicPortDir[5] = 3;
logicPortCauseUpdate[5] = true;
logicPortUIName[5] = "A5";
logicPortType[6] = 1;
logicPortPos[6] = "-13 -1 0";
logicPortDir[6] = 3;
logicPortCauseUpdate[6] = true;
logicPortUIName[6] = "A6";
logicPortType[7] = 1;
logicPortPos[7] = "-15 -1 0";
logicPortDir[7] = 3;
logicPortCauseUpdate[7] = true;
logicPortUIName[7] = "A7";
logicPortType[8] = 1;
logicPortPos[8] = "15 -1 0";
logicPortDir[8] = 3;
logicPortCauseUpdate[8] = true;
logicPortUIName[8] = "B0";
logicPortType[9] = 1;
logicPortPos[9] = "13 -1 0";
logicPortDir[9] = 3;
logicPortCauseUpdate[9] = true;
logicPortUIName[9] = "B1";
logicPortType[10] = 1;
logicPortPos[10] = "11 -1 0";
logicPortDir[10] = 3;
logicPortCauseUpdate[10] = true;
logicPortUIName[10] = "B2";
logicPortType[11] = 1;
logicPortPos[11] = "9 -1 0";
logicPortDir[11] = 3;
logicPortCauseUpdate[11] = true;
logicPortUIName[11] = "B3";
logicPortType[12] = 1;
logicPortPos[12] = "7 -1 0";
logicPortDir[12] = 3;
logicPortCauseUpdate[12] = true;
logicPortUIName[12] = "B4";
logicPortType[13] = 1;
logicPortPos[13] = "5 -1 0";
logicPortDir[13] = 3;
logicPortCauseUpdate[13] = true;
logicPortUIName[13] = "B5";
logicPortType[14] = 1;
logicPortPos[14] = "3 -1 0";
logicPortDir[14] = 3;
logicPortCauseUpdate[14] = true;
logicPortUIName[14] = "B6";
logicPortType[15] = 1;
logicPortPos[15] = "1 -1 0";
logicPortDir[15] = 3;
logicPortCauseUpdate[15] = true;
logicPortUIName[15] = "B7";
logicPortType[16] = 1;
logicPortPos[16] = "15 -1 0";
logicPortDir[16] = 2;
logicPortCauseUpdate[16] = true;
logicPortUIName[16] = "Borrow In";
logicPortType[17] = 0;
logicPortPos[17] = "15 1 0";
logicPortDir[17] = 1;
logicPortUIName[17] = "Diff0";
logicPortType[18] = 0;
logicPortPos[18] = "13 1 0";
logicPortDir[18] = 1;
logicPortUIName[18] = "Diff1";
logicPortType[19] = 0;
logicPortPos[19] = "11 1 0";
logicPortDir[19] = 1;
logicPortUIName[19] = "Diff2";
logicPortType[20] = 0;
logicPortPos[20] = "9 1 0";
logicPortDir[20] = 1;
logicPortUIName[20] = "Diff3";
logicPortType[21] = 0;
logicPortPos[21] = "7 1 0";
logicPortDir[21] = 1;
logicPortUIName[21] = "Diff4";
logicPortType[22] = 0;
logicPortPos[22] = "5 1 0";
logicPortDir[22] = 1;
logicPortUIName[22] = "Diff5";
logicPortType[23] = 0;
logicPortPos[23] = "3 1 0";
logicPortDir[23] = 1;
logicPortUIName[23] = "Diff6";
logicPortType[24] = 0;
logicPortPos[24] = "1 1 0";
logicPortDir[24] = 1;
logicPortUIName[24] = "Diff7";
logicPortType[25] = 0;
logicPortPos[25] = "-15 -1 0";
logicPortDir[25] = 0;
logicPortUIName[25] = "Borrow Out";
};
lualogic_registergatedefinition("LogicGate_8bitSubtractor_Data");
datablock fxDTSBrickData(LogicGate_8bitSubtractor_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/8bitAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "8bit Subtractor";
iconName = $LuaLogic::Path @ "icons/8bit Subtractor";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "8bit Subtractor";
logicUIDesc = "Subtracts B from A";
logicUpdate = "return function(gate) local c = bool_to_int[gate.ports[17].state] " @
"local a = 0 " @
"local b = 0 " @
"for i = 1, 8 do " @
"a = bool_to_int[gate.ports[i].state] " @
"b = bool_to_int[gate.ports[i+8].state] " @
"gate.ports[i+17]:setstate(bit.bxor(bit.bxor(a, b), c) == 1) " @
"c = bit.bor(bit.bor(bit.band(bool_to_int[a == 0], b), bit.band(bool_to_int[a == 0], c)), bit.band(b, c)) " @
"end " @
"gate.ports[26]:setstate(c == 1) end";
numLogicPorts = 26;
logicPortType[0] = 1;
logicPortPos[0] = "-1 -1 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A0";
logicPortType[1] = 1;
logicPortPos[1] = "-3 -1 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "A1";
logicPortType[2] = 1;
logicPortPos[2] = "-5 -1 0";
logicPortDir[2] = 3;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "A2";
logicPortType[3] = 1;
logicPortPos[3] = "-7 -1 0";
logicPortDir[3] = 3;
logicPortCauseUpdate[3] = true;
logicPortUIName[3] = "A3";
logicPortType[4] = 1;
logicPortPos[4] = "-9 -1 0";
logicPortDir[4] = 3;
logicPortCauseUpdate[4] = true;
logicPortUIName[4] = "A4";
logicPortType[5] = 1;
logicPortPos[5] = "-11 -1 0";
logicPortDir[5] = 3;
logicPortCauseUpdate[5] = true;
logicPortUIName[5] = "A5";
logicPortType[6] = 1;
logicPortPos[6] = "-13 -1 0";
logicPortDir[6] = 3;
logicPortCauseUpdate[6] = true;
logicPortUIName[6] = "A6";
logicPortType[7] = 1;
logicPortPos[7] = "-15 -1 0";
logicPortDir[7] = 3;
logicPortCauseUpdate[7] = true;
logicPortUIName[7] = "A7";
logicPortType[8] = 1;
logicPortPos[8] = "15 -1 0";
logicPortDir[8] = 3;
logicPortCauseUpdate[8] = true;
logicPortUIName[8] = "B0";
logicPortType[9] = 1;
logicPortPos[9] = "13 -1 0";
logicPortDir[9] = 3;
logicPortCauseUpdate[9] = true;
logicPortUIName[9] = "B1";
logicPortType[10] = 1;
logicPortPos[10] = "11 -1 0";
logicPortDir[10] = 3;
logicPortCauseUpdate[10] = true;
logicPortUIName[10] = "B2";
logicPortType[11] = 1;
logicPortPos[11] = "9 -1 0";
logicPortDir[11] = 3;
logicPortCauseUpdate[11] = true;
logicPortUIName[11] = "B3";
logicPortType[12] = 1;
logicPortPos[12] = "7 -1 0";
logicPortDir[12] = 3;
logicPortCauseUpdate[12] = true;
logicPortUIName[12] = "B4";
logicPortType[13] = 1;
logicPortPos[13] = "5 -1 0";
logicPortDir[13] = 3;
logicPortCauseUpdate[13] = true;
logicPortUIName[13] = "B5";
logicPortType[14] = 1;
logicPortPos[14] = "3 -1 0";
logicPortDir[14] = 3;
logicPortCauseUpdate[14] = true;
logicPortUIName[14] = "B6";
logicPortType[15] = 1;
logicPortPos[15] = "1 -1 0";
logicPortDir[15] = 3;
logicPortCauseUpdate[15] = true;
logicPortUIName[15] = "B7";
logicPortType[16] = 1;
logicPortPos[16] = "15 -1 0";
logicPortDir[16] = 2;
logicPortCauseUpdate[16] = true;
logicPortUIName[16] = "Borrow In";
logicPortType[17] = 0;
logicPortPos[17] = "15 1 0";
logicPortDir[17] = 1;
logicPortUIName[17] = "Diff0";
logicPortType[18] = 0;
logicPortPos[18] = "13 1 0";
logicPortDir[18] = 1;
logicPortUIName[18] = "Diff1";
logicPortType[19] = 0;
logicPortPos[19] = "11 1 0";
logicPortDir[19] = 1;
logicPortUIName[19] = "Diff2";
logicPortType[20] = 0;
logicPortPos[20] = "9 1 0";
logicPortDir[20] = 1;
logicPortUIName[20] = "Diff3";
logicPortType[21] = 0;
logicPortPos[21] = "7 1 0";
logicPortDir[21] = 1;
logicPortUIName[21] = "Diff4";
logicPortType[22] = 0;
logicPortPos[22] = "5 1 0";
logicPortDir[22] = 1;
logicPortUIName[22] = "Diff5";
logicPortType[23] = 0;
logicPortPos[23] = "3 1 0";
logicPortDir[23] = 1;
logicPortUIName[23] = "Diff6";
logicPortType[24] = 0;
logicPortPos[24] = "1 1 0";
logicPortDir[24] = 1;
logicPortUIName[24] = "Diff7";
logicPortType[25] = 0;
logicPortPos[25] = "-15 -1 0";
logicPortDir[25] = 0;
logicPortUIName[25] = "Borrow Out";
};
lualogic_registergatedefinition("LogicGate_8bitSubtractor_Data");

106
bricks/math/FullAdder.cs
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@ -1,53 +1,53 @@
datablock fxDTSBrickData(LogicGate_FullAdder_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/FullAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "Full Adder";
iconName = $LuaLogic::Path @ "icons/Full Adder";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "Full Adder";
logicUIDesc = "Adds A and B with carry in";
logicUpdate = "return function(gate) local a, b, c = bool_to_int[gate.ports[1].state], bool_to_int[gate.ports[2].state], bool_to_int[gate.ports[3].state] " @
"gate.ports[4]:setstate(bit.bxor(bit.bxor(a, b), c) == 1) " @
"gate.ports[5]:setstate(bit.bor(bit.bor(bit.band(b, c), bit.band(a, c)), bit.band(a, b)) == 1) end";
numLogicPorts = 5;
logicPortType[0] = 1;
logicPortPos[0] = "-1 0 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A";
logicPortType[1] = 1;
logicPortPos[1] = "1 0 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "B";
logicPortType[2] = 1;
logicPortPos[2] = "1 0 0";
logicPortDir[2] = 2;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "Carry In";
logicPortType[3] = 0;
logicPortPos[3] = "-1 0 0";
logicPortDir[3] = 1;
logicPortUIName[3] = "Sum";
logicPortType[4] = 0;
logicPortPos[4] = "-1 0 0";
logicPortDir[4] = 0;
logicPortUIName[4] = "Carry Out";
};
lualogic_registergatedefinition("LogicGate_FullAdder_Data");
datablock fxDTSBrickData(LogicGate_FullAdder_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/FullAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "Full Adder";
iconName = $LuaLogic::Path @ "icons/Full Adder";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "Full Adder";
logicUIDesc = "Adds A and B with carry in";
logicUpdate = "return function(gate) local a, b, c = bool_to_int[gate.ports[1].state], bool_to_int[gate.ports[2].state], bool_to_int[gate.ports[3].state] " @
"gate.ports[4]:setstate(bit.bxor(bit.bxor(a, b), c) == 1) " @
"gate.ports[5]:setstate(bit.bor(bit.bor(bit.band(b, c), bit.band(a, c)), bit.band(a, b)) == 1) end";
numLogicPorts = 5;
logicPortType[0] = 1;
logicPortPos[0] = "-1 0 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A";
logicPortType[1] = 1;
logicPortPos[1] = "1 0 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "B";
logicPortType[2] = 1;
logicPortPos[2] = "1 0 0";
logicPortDir[2] = 2;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "Carry In";
logicPortType[3] = 0;
logicPortPos[3] = "-1 0 0";
logicPortDir[3] = 1;
logicPortUIName[3] = "Sum";
logicPortType[4] = 0;
logicPortPos[4] = "-1 0 0";
logicPortDir[4] = 0;
logicPortUIName[4] = "Carry Out";
};
lualogic_registergatedefinition("LogicGate_FullAdder_Data");

106
bricks/math/FullSubtractor.cs
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@ -1,53 +1,53 @@
datablock fxDTSBrickData(LogicGate_FullSubtractor_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/FullAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "Full Subtractor";
iconName = $LuaLogic::Path @ "icons/Full Subtractor";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "Full Subtractor";
logicUIDesc = "Subtracts B from A with borrow in";
logicUpdate = "return function(gate) local a, b, c = bool_to_int[gate.ports[1].state], bool_to_int[gate.ports[2].state], bool_to_int[gate.ports[3].state] " @
"gate.ports[4]:setstate(bit.bxor(bit.bxor(a, b), c) == 1) " @
"gate.ports[5]:setstate(not gate.ports[1].state and gate.ports[2].state or not (bit.bxor(a, b) == 1) and gate.ports[3].state) end";
numLogicPorts = 5;
logicPortType[0] = 1;
logicPortPos[0] = "-1 0 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A";
logicPortType[1] = 1;
logicPortPos[1] = "1 0 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "B";
logicPortType[2] = 1;
logicPortPos[2] = "1 0 0";
logicPortDir[2] = 2;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "Borrow In";
logicPortType[3] = 0;
logicPortPos[3] = "-1 0 0";
logicPortDir[3] = 1;
logicPortUIName[3] = "Difference";
logicPortType[4] = 0;
logicPortPos[4] = "-1 0 0";
logicPortDir[4] = 0;
logicPortUIName[4] = "Borrow Out";
};
lualogic_registergatedefinition("LogicGate_FullSubtractor_Data");
datablock fxDTSBrickData(LogicGate_FullSubtractor_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/FullAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "Full Subtractor";
iconName = $LuaLogic::Path @ "icons/Full Subtractor";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "Full Subtractor";
logicUIDesc = "Subtracts B from A with borrow in";
logicUpdate = "return function(gate) local a, b, c = bool_to_int[gate.ports[1].state], bool_to_int[gate.ports[2].state], bool_to_int[gate.ports[3].state] " @
"gate.ports[4]:setstate(bit.bxor(bit.bxor(a, b), c) == 1) " @
"gate.ports[5]:setstate(not gate.ports[1].state and gate.ports[2].state or not (bit.bxor(a, b) == 1) and gate.ports[3].state) end";
numLogicPorts = 5;
logicPortType[0] = 1;
logicPortPos[0] = "-1 0 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A";
logicPortType[1] = 1;
logicPortPos[1] = "1 0 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "B";
logicPortType[2] = 1;
logicPortPos[2] = "1 0 0";
logicPortDir[2] = 2;
logicPortCauseUpdate[2] = true;
logicPortUIName[2] = "Borrow In";
logicPortType[3] = 0;
logicPortPos[3] = "-1 0 0";
logicPortDir[3] = 1;
logicPortUIName[3] = "Difference";
logicPortType[4] = 0;
logicPortPos[4] = "-1 0 0";
logicPortDir[4] = 0;
logicPortUIName[4] = "Borrow Out";
};
lualogic_registergatedefinition("LogicGate_FullSubtractor_Data");

92
bricks/math/HalfAdder.cs
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@ -1,46 +1,46 @@
datablock fxDTSBrickData(LogicGate_HalfAdder_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/HalfAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "Half Adder";
iconName = $LuaLogic::Path @ "icons/Half Adder";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "Half Adder";
logicUIDesc = "Adds A and B";
logicUpdate = "return function(gate) gate.ports[3]:setstate(bit.bxor(bool_to_int[gate.ports[1].state], bool_to_int[gate.ports[2].state]) == 1) " @
"gate.ports[4]:setstate(gate.ports[1].state and gate.ports[2].state) end";
numLogicPorts = 4;
logicPortType[0] = 1;
logicPortPos[0] = "-1 0 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A";
logicPortType[1] = 1;
logicPortPos[1] = "1 0 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "B";
logicPortType[2] = 0;
logicPortPos[2] = "-1 0 0";
logicPortDir[2] = 1;
logicPortUIName[2] = "Sum";
logicPortType[3] = 0;
logicPortPos[3] = "-1 0 0";
logicPortDir[3] = 0;
logicPortUIName[3] = "Carry";
};
lualogic_registergatedefinition("LogicGate_HalfAdder_Data");
datablock fxDTSBrickData(LogicGate_HalfAdder_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/HalfAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "Half Adder";
iconName = $LuaLogic::Path @ "icons/Half Adder";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "Half Adder";
logicUIDesc = "Adds A and B";
logicUpdate = "return function(gate) gate.ports[3]:setstate(bit.bxor(bool_to_int[gate.ports[1].state], bool_to_int[gate.ports[2].state]) == 1) " @
"gate.ports[4]:setstate(gate.ports[1].state and gate.ports[2].state) end";
numLogicPorts = 4;
logicPortType[0] = 1;
logicPortPos[0] = "-1 0 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A";
logicPortType[1] = 1;
logicPortPos[1] = "1 0 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "B";
logicPortType[2] = 0;
logicPortPos[2] = "-1 0 0";
logicPortDir[2] = 1;
logicPortUIName[2] = "Sum";
logicPortType[3] = 0;
logicPortPos[3] = "-1 0 0";
logicPortDir[3] = 0;
logicPortUIName[3] = "Carry";
};
lualogic_registergatedefinition("LogicGate_HalfAdder_Data");

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bricks/math/HalfSubtractor.cs
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datablock fxDTSBrickData(LogicGate_HalfSubtractor_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/HalfAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "Half Subtractor";
iconName = $LuaLogic::Path @ "icons/Half Subtractor";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "Half Subtractor";
logicUIDesc = "Subtracts B from A";
logicUpdate = "return function(gate) gate.ports[3]:setstate(bit.bxor(bool_to_int[gate.ports[1].state], bool_to_int[gate.ports[2].state]) == 1) " @
"gate.ports[4]:setstate(not gate.ports[1].state and gate.ports[2].state) end";
numLogicPorts = 4;
logicPortType[0] = 1;
logicPortPos[0] = "-1 0 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A";
logicPortType[1] = 1;
logicPortPos[1] = "1 0 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "B";
logicPortType[2] = 0;
logicPortPos[2] = "-1 0 0";
logicPortDir[2] = 1;
logicPortUIName[2] = "Difference";
logicPortType[3] = 0;
logicPortPos[3] = "-1 0 0";
logicPortDir[3] = 0;
logicPortUIName[3] = "Borrow";
};
lualogic_registergatedefinition("LogicGate_HalfSubtractor_Data");
datablock fxDTSBrickData(LogicGate_HalfSubtractor_Data)
{
brickFile = $LuaLogic::Path @ "bricks/blb/HalfAdder.blb";
category = "Logic Bricks";
subCategory = "Math";
uiName = "Half Subtractor";
iconName = $LuaLogic::Path @ "icons/Half Subtractor";
hasPrint = 1;
printAspectRatio = "Logic";
orientationFix = 3;
isLogic = true;
isLogicGate = true;
isLogicInput = false;
logicUIName = "Half Subtractor";
logicUIDesc = "Subtracts B from A";
logicUpdate = "return function(gate) gate.ports[3]:setstate(bit.bxor(bool_to_int[gate.ports[1].state], bool_to_int[gate.ports[2].state]) == 1) " @
"gate.ports[4]:setstate(not gate.ports[1].state and gate.ports[2].state) end";
numLogicPorts = 4;
logicPortType[0] = 1;
logicPortPos[0] = "-1 0 0";
logicPortDir[0] = 3;
logicPortCauseUpdate[0] = true;
logicPortUIName[0] = "A";
logicPortType[1] = 1;
logicPortPos[1] = "1 0 0";
logicPortDir[1] = 3;
logicPortCauseUpdate[1] = true;
logicPortUIName[1] = "B";
logicPortType[2] = 0;
logicPortPos[2] = "-1 0 0";
logicPortDir[2] = 1;
logicPortUIName[2] = "Difference";
logicPortType[3] = 0;
logicPortPos[3] = "-1 0 0";
logicPortDir[3] = 0;
logicPortUIName[3] = "Borrow";
};
lualogic_registergatedefinition("LogicGate_HalfSubtractor_Data");