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Daniel Rojas 2020-05-22 17:06:48 +02:00
commit 24be1bb07b
13 changed files with 331 additions and 215 deletions
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31
idea/example1.dot
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@ -1,18 +1,29 @@
// Graph generated by WireViz
// https://github.com/formatc1702/WireViz
// Daniel Rojas - 2020
digraph G {
graph [rankdir = LR, ranksep=2, fontname = "arial"];
edge [arrowhead=none, fontname = "arial"];
node [shape=record, style=rounded, fontname = "arial"];
X1[label="X1 | D-Sub DE-9 | female | {{DCD|RX|TX|DTR|GND|DSR|RTS|CTS|RI} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9}} "];
X2[label="X2 | Molex KK 254 6-pin | female | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6} | {GND|RX|TX|NC|OUT|IN}}"];
W1[label="W1 | 3x 0,25 mm² shielded | 0.2 m | {{<w1i>1|<w2i>2|<w3i>3|<wsi>}|{WH|BN|GN|Shield}|{<w1o>1|<w2o>2|<w3o>3|<wsi>}}}"];
X1[label="X1 | {D-Sub|female|9-pin} | {{DCD|RX|TX|DTR|GND|DSR|RTS|CTS|RI} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9}}}"]
X2[label="X2 | {Molex KK 254|female|6-pin} | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6} | {GND|RX|TX|NC|OUT|IN}}}"]
{edge[style=bold]
X2:p5:w -> X2:p6:w
}
W1[label="W1 | {3x|0.25 mm²| + S|0.2 m} | {{<w1i>1|<w2i>2|<w3i>3|<wsi>} | {WH|BN|GN|Shield} | {<w1o>1|<w2o>2|<w3o>3|<wso>}}}"]
{edge[style=bold]
{edge[color="#000000:#ffffff:#000000"] X1:p5 -> W1:w1i; W1:w1o -> X2:p1}
{edge[color="#000000:#666600:#000000"] X1:p2 -> W1:w2i; W1:w2o -> X2:p3}
{edge[color="#000000:#00ff00:#000000"] X1:p3 -> W1:w3i; W1:w3o -> X2:p2}
{X1:p5 -> W1:wsi; }
}
{edge[style=bold]
{edge[color="#000000:#ffffff:#000000"] X1:p5 -> W1:w1i; W1:w1o -> X2:p1; }
{edge[color="#000000:#666600:#000000"] X1:p2 -> W1:w2i; W1:w2o -> X2:p3; }
{edge[color="#000000:#00ff00:#000000"] X1:p3 -> W1:w3i; W1:w3o -> X2:p2; }
X1:p5 -> W1:wsi;
X2:p5:w -> X2:p6:w;
}
}

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32
idea/example1.wire
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@ -1,27 +1,23 @@
// define connectors
X1[type="D-Sub DE-9",
subtype="female",
num_pins=9,
pin_labels="DCD|RX|TX|DTR|GND|DSR|RTS|CTS|RI",
position=L
]
X1 [type="D-Sub",
gender="female",
pin_labels="DCD|RX|TX|DTR|GND|DSR|RTS|CTS|RI",
]
X2[type="Molex KK 254 6-pin",
subtype="female",
num_pins=6,
pin_labels="GND|RX|TX|NC|OUT|IN",
position=R
]
X2 [type="Molex KK 254",
gender="female",
pin_labels="GND|RX|TX|NC|OUT|IN",
]
// define wire
W1[type="3x 0,25 mm² shielded",
length="0.2m",
num_wires=3,
colors="din47100",
shield=true
]
W1 [mm2=0.25,
length=0.2,
num_wires=3,
colors="din47100",
shield=true
]
// define connections

83
idea/example2.dot
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@ -1,54 +1,53 @@
graph G {
// Graph generated by WireViz
// https://github.com/formatc1702/WireViz
// Daniel Rojas - 2020
digraph G {
graph [rankdir = LR, ranksep=2, fontname = "arial"];
edge [arrowhead=none, fontname = "arial"];
node [shape=record, style=rounded, fontname = "arial"];
X1[label="X1 | Molex KK 254 8-pin | female | {{GND|+5V|SCL|SDA|MISO|MOSI|SCK|N/C} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8}} "];
X2[label="X2 | Molex KK 254 4-pin | female | {{<p1>1|<p2>2|<p3>3|<p4>4} | {GND|+5V|SCL|SDA}}"];
X3[label="X3 | Molex KK 254 4-pin | female | {{<p1>1|<p2>2|<p3>3|<p4>4} | {GND|+5V|SCL|SDA}}"];
X4[label="X4 | Molex KK 254 5-pin | female | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5} | {GND|+12V|MISO|MOSI|SCK}}"];
X5[label="X5 | Molex Micro-Fit 2-pin | male | {{GND|+12V} | {<p1>1|<p2>2}} "];
W1[label="{4x | 0,14 mm² | 0.2 m} | <w1>BK|<w2>RD|<w3>YE|<w4>GN"];
W2[label="{4x | 0,14 mm² | 0.2 m} | <w1>BK|<w2>RD|<w3>YE|<w4>GN"];
W3[label="{4x | 0,14 mm² | 0.2 m} | <w1>BK|<w2>BU|<w3>OG|<w4>VT}"];
W4[label="{2x | 0,5 mm² | 0.35 m} | <w1>BK|<w2>RD"];
X1[label="X1 | {Molex KK 254|female|8-pin} | {{GND|+5V|SCL|SDA|MISO|MOSI|SCK|N/C} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8}}}"]
{edge[style=bold]
// GND
{edge[color="#000000:#000000:#000000"]
X1:p1 -- W1:w1 -- X2:p1;
X1:p1 -- W2:w1 -- X3:p1;
X1:p1 -- W3:w1 -- X4:p1;
X5:p1 -- W4:W1 -- X4:p1;
}
X2[label="X2 | {Molex KK 254|female|4-pin} | {{<p1>1|<p2>2|<p3>3|<p4>4} | {GND|+5V|SCL|SDA}}}"]
// +5V
{edge[color="#000000:#ff0000:#000000"]
X1:p2 -- W1:w2 -- X2:p2;
X1:p2 -- W2:w2 -- X3:p2;
}
X3[label="X3 | {Molex KK 254|female|4-pin} | {{<p1>1|<p2>2|<p3>3|<p4>4} | {GND|+5V|SCL|SDA}}}"]
// +12V
{edge[color="#000000:#ff0000:#000000"] X5:p2 -- W4:w2 -- X4:p2; }
X4[label="X4 | {Molex KK 254|female|5-pin} | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5} | {GND|+12V|MISO|MOSI|SCK}}}"]
// SCL
{edge[color="#000000:#ffff00:#000000"]
X1:p3 -- W1:w3 -- X2:p3;
X1:p3 -- W2:w3 -- X3:p3;
}
X5[label="X5 | {Molex Micro-Fit|male|2-pin} | {{GND|+12V} | {<p1>1|<p2>2}}}"]
W1[label="{4x|0.14 mm²|0.2 m} | {{<w1>BK|<w2>RD|<w3>YE|<w4>GN}}}"]
{edge[style=bold]
{edge[color="#000000:#000000:#000000"] X1:p1 -> W1:w1; W1:w1 -> X2:p1}
{edge[color="#000000:#ff0000:#000000"] X1:p2 -> W1:w2; W1:w2 -> X2:p2}
{edge[color="#000000:#ffff00:#000000"] X1:p3 -> W1:w3; W1:w3 -> X2:p3}
{edge[color="#000000:#00ff00:#000000"] X1:p4 -> W1:w4; W1:w4 -> X2:p4}
}
W2[label="{4x|0.14 mm²|0.2 m} | {{<w1>BK|<w2>RD|<w3>YE|<w4>GN}}}"]
{edge[style=bold]
{edge[color="#000000:#000000:#000000"] X1:p1 -> W2:w1; W2:w1 -> X3:p1}
{edge[color="#000000:#ff0000:#000000"] X1:p2 -> W2:w2; W2:w2 -> X3:p2}
{edge[color="#000000:#ffff00:#000000"] X1:p3 -> W2:w3; W2:w3 -> X3:p3}
{edge[color="#000000:#00ff00:#000000"] X1:p4 -> W2:w4; W2:w4 -> X3:p4}
}
W3[label="{4x|0.14 mm²|0.2 m} | {{<w1>BK|<w2>BU|<w3>OG|<w4>VT}}}"]
{edge[style=bold]
{edge[color="#000000:#000000:#000000"] X1:p1 -> W3:w1; W3:w1 -> X4:p1}
{edge[color="#000000:#0000ff:#000000"] X1:p5 -> W3:w2; W3:w2 -> X4:p3}
{edge[color="#000000:#ff8000:#000000"] X1:p6 -> W3:w3; W3:w3 -> X4:p4}
{edge[color="#000000:#8000ff:#000000"] X1:p7 -> W3:w4; W3:w4 -> X4:p5}
}
W4[label="{2x|0.5 mm²|0.35 m} | {{<w1>BK|<w2>RD}}}"]
{edge[style=bold]
{edge[color="#000000:#000000:#000000"] X5:p1 -> W4:w1; W4:w1 -> X4:p1}
{edge[color="#000000:#ff0000:#000000"] X5:p2 -> W4:w2; W4:w2 -> X4:p2}
}
// SDA
{edge[color="#000000:#008000:#000000"]
X1:p4 -- W1:w4 -- X2:p4;
X1:p4 -- W2:w4 -- X3:p4;
}
// SPI
{edge[color="#000000:#0080ff:#000000"] X1:p5 -- W3:w2 -- X4:p3; }
{edge[color="#000000:#ff8000:#000000"] X1:p6 -- W3:w3 -- X4:p4; }
{edge[color="#000000:#8000ff:#000000"] X1:p7 -- W3:w4 -- X4:p5; }
// +12V
}
}

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idea/example2.png
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42
readme.md
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@ -26,24 +26,20 @@ WireViz input file:
// define connectors
X1 [type="D-Sub DE-9",
subtype="female",
num_pins=9,
X1 [type="D-Sub",
gender="female",
pin_labels="DCD|RX|TX|DTR|GND|DSR|RTS|CTS|RI",
position=L
]
X2 [type="Molex KK 254 6-pin",
subtype="female",
num_pins=6,
X2 [type="Molex KK 254",
gender="female",
pin_labels="GND|RX|TX|NC|OUT|IN",
position=R
]
// define wire
W1 [type="3x 0,25 mm² shielded",
length="0.2m",
W1 [mm2=0.25,
length=0.2,
num_wires=3,
colors="din47100",
shield=true
@ -68,18 +64,24 @@ GraphViz code generated by parser:
edge [arrowhead=none, fontname = "arial"];
node [shape=record, style=rounded, fontname = "arial"];
X1[label="X1 | D-Sub DE-9 | female | {{DCD|RX|TX|DTR|GND|DSR|RTS|CTS|RI} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9}} "];
X2[label="X2 | Molex KK 254 6-pin | female | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6} | {GND|RX|TX|NC|OUT|IN}}"];
X1[label="X1 | {D-Sub DE-9|female|9-pin} | {{DCD|RX|TX|DTR|GND|DSR|RTS|CTS|RI} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9}}}"]
X2[label="X2 | {Molex KK 254|female|6-pin} | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6} | {|||||}}}"]
{edge[style=bold]
X2:p5:w -> X2:p6:w
}
W1[label="W1 | {3x|0.25 mm²| + S|0.2 m} | {{<w1i>1|<w2i>2|<w3i>3|<wsi>} | {WH|BN|GN|Shield} | {<w1o>1|<w2o>2|<w3o>3|<wso>}}}"]
{edge[style=bold]
{edge[color="#000000:#ffffff:#000000"] X1:p5 -> W1:w1i; W1:w1o -> X2:p1}
{edge[color="#000000:#666600:#000000"] X1:p2 -> W1:w2i; W1:w2o -> X2:p3}
{edge[color="#000000:#00ff00:#000000"] X1:p3 -> W1:w3i; W1:w3o -> X2:p2}
{X1:p5 -> W1:wsi; }
}
W1[label="W1 | 3x 0,25 mm² shielded | 0.2 m | {{<w1i>1|<w2i>2|<w3i>3|<wsi>}|{WH|BN|GN|Shield}|{<w1o>1|<w2o>2|<w3o>3|<wsi>}}}"];
{edge[style=bold]
{edge[color="#000000:#ffffff:#000000"] X1:p5 -> W1:w1i; W1:w1o -> X2:p1; }
{edge[color="#000000:#666600:#000000"] X1:p2 -> W1:w2i; W1:w2o -> X2:p3; }
{edge[color="#000000:#00ff00:#000000"] X1:p3 -> W1:w3i; W1:w3o -> X2:p2; }
X1:p5 -> W1:wsi;
X2:p5:w -> X2:p6:w;
}
}
[Example 2](idea/example2.dot)

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src/input/header.dot
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@ -1,3 +1,7 @@
// Graph generated by WireViz
// https://github.com/formatc1702/WireViz
// Daniel Rojas - 2020
digraph G {
graph [rankdir = LR, ranksep=2, fontname = "arial"];
edge [arrowhead=none, fontname = "arial"];

17
src/output/output_ex1.dot
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@ -1,23 +1,28 @@
// Graph generated by WireViz
// https://github.com/formatc1702/WireViz
// Daniel Rojas - 2020
digraph G {
graph [rankdir = LR, ranksep=2, fontname = "arial"];
edge [arrowhead=none, fontname = "arial"];
node [shape=record, style=rounded, fontname = "arial"];
X1[label="X1 | {{DCD|RX|TX|DTR|GND|DSR|RTS|CTS|RI} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9}}}"]
X1[label="X1 | {D-Sub DE-9|female|9-pin} | {{DCD|RX|TX|DTR|GND|DSR|RTS|CTS|RI} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9}}}"]
X2[label="X2 | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6} | {|||||}}}"]
X2[label="X2 | {Molex KK 254|female|6-pin} | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6} | {|||||}}}"]
{edge[style=bold]
X2:p5:w -> X2:p6:w
}
W1[label="W1 | {{<w1i>1|<w2i>2|<w3i>3|<w4i>4} | {WH|BN|GN|Shield} | {<w1o>1|<w2o>2|<w3o>3|<w4o>4}}}"]
W1[label="W1 | {3x|0.25 mm²| + S|0.2 m} | {{<w1i>1|<w2i>2|<w3i>3|<wsi>} | {WH|BN|GN|Shield} | {<w1o>1|<w2o>2|<w3o>3|<wso>}}}"]
{edge[style=bold]
{edge[color="#000000:#ffffff:#000000"] X1:p2 -> W1:w1i; W1:w1o -> X2:p1}
{edge[color="#000000:#808000:#000000"] X1:p3 -> W1:w2i; W1:w2o -> X2:p3}
{edge[color="#000000:#00ff00:#000000"] X1:p5 -> W1:w3i; W1:w3o -> X2:p2}
{edge[color="#000000:#ffffff:#000000"] X1:p5 -> W1:w1i; W1:w1o -> X2:p1}
{edge[color="#000000:#666600:#000000"] X1:p2 -> W1:w2i; W1:w2o -> X2:p3}
{edge[color="#000000:#00ff00:#000000"] X1:p3 -> W1:w3i; W1:w3o -> X2:p2}
{X1:p5 -> W1:wsi; }
}

50
src/output/output_ex2.dot
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@ -1,48 +1,52 @@
// Graph generated by WireViz
// https://github.com/formatc1702/WireViz
// Daniel Rojas - 2020
digraph G {
graph [rankdir = LR, ranksep=2, fontname = "arial"];
edge [arrowhead=none, fontname = "arial"];
node [shape=record, style=rounded, fontname = "arial"];
X1[label="X1 | {{GND|+5V|SCL|SDA|MISO|MOSI|SCK|N/C} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8}}}"]
X1[label="X1 | {Molex KK 254|female|8-pin} | {{GND|+5V|SCL|SDA|MISO|MOSI|SCK|N/C} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8}}}"]
X2[label="X2 | {{<p1>1|<p2>2|<p3>3|<p4>4} | {GND|+5V|SCL|SDA}}}"]
X2[label="X2 | {Molex KK 254|female|4-pin} | {{<p1>1|<p2>2|<p3>3|<p4>4} | {GND|+5V|SCL|SDA}}}"]
X3[label="X3 | {{<p1>1|<p2>2|<p3>3|<p4>4} | {GND|+5V|SCL|SDA}}}"]
X3[label="X3 | {Molex KK 254|female|4-pin} | {{<p1>1|<p2>2|<p3>3|<p4>4} | {GND|+5V|SCL|SDA}}}"]
X4[label="X4 | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5} | {GND|+12V|MISO|MOSI|SCK}}}"]
X4[label="X4 | {Molex KK 254|female|5-pin} | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5} | {GND|+12V|MISO|MOSI|SCK}}}"]
X5[label="X5 | {{GND|+12V} | {<p1>1|<p2>2}}}"]
X5[label="X5 | {Molex Micro-Fit|male|2-pin} | {{GND|+12V} | {<p1>1|<p2>2}}}"]
W1[label="{{<w1i>1|<w2i>2|<w3i>3|<w4i>4} | {BK|RD|YE|GN} | {<w1o>1|<w2o>2|<w3o>3|<w4o>4}}}"]
W1[label="{4x|0.14 mm²|0.2 m} | {{<w1>BK|<w2>RD|<w3>YE|<w4>GN}}}"]
{edge[style=bold]
{edge[color="#000000:#000000:#000000"] X1:p1 -> W1:w1i; W1:w1o -> X2:p1}
{edge[color="#000000:#ff0000:#000000"] X1:p2 -> W1:w2i; W1:w2o -> X2:p2}
{edge[color="#000000:#ffff00:#000000"] X1:p3 -> W1:w3i; W1:w3o -> X2:p3}
{edge[color="#000000:#00ff00:#000000"] X1:p4 -> W1:w4i; W1:w4o -> X2:p4}
{edge[color="#000000:#000000:#000000"] X1:p1 -> W1:w1; W1:w1 -> X2:p1}
{edge[color="#000000:#ff0000:#000000"] X1:p2 -> W1:w2; W1:w2 -> X2:p2}
{edge[color="#000000:#ffff00:#000000"] X1:p3 -> W1:w3; W1:w3 -> X2:p3}
{edge[color="#000000:#00ff00:#000000"] X1:p4 -> W1:w4; W1:w4 -> X2:p4}
}
W2[label="{{<w1i>1|<w2i>2|<w3i>3|<w4i>4} | {BK|RD|YE|GN} | {<w1o>1|<w2o>2|<w3o>3|<w4o>4}}}"]
W2[label="{4x|0.14 mm²|0.2 m} | {{<w1>BK|<w2>RD|<w3>YE|<w4>GN}}}"]
{edge[style=bold]
{edge[color="#000000:#000000:#000000"] X1:p1 -> W2:w1i; W2:w1o -> X3:p1}
{edge[color="#000000:#ff0000:#000000"] X1:p2 -> W2:w2i; W2:w2o -> X3:p2}
{edge[color="#000000:#ffff00:#000000"] X1:p3 -> W2:w3i; W2:w3o -> X3:p3}
{edge[color="#000000:#00ff00:#000000"] X1:p4 -> W2:w4i; W2:w4o -> X3:p4}
{edge[color="#000000:#000000:#000000"] X1:p1 -> W2:w1; W2:w1 -> X3:p1}
{edge[color="#000000:#ff0000:#000000"] X1:p2 -> W2:w2; W2:w2 -> X3:p2}
{edge[color="#000000:#ffff00:#000000"] X1:p3 -> W2:w3; W2:w3 -> X3:p3}
{edge[color="#000000:#00ff00:#000000"] X1:p4 -> W2:w4; W2:w4 -> X3:p4}
}
W3[label="{{<w1i>1|<w2i>2|<w3i>3|<w4i>4} | {BK|BU|OG|VT} | {<w1o>1|<w2o>2|<w3o>3|<w4o>4}}}"]
W3[label="{4x|0.14 mm²|0.2 m} | {{<w1>BK|<w2>BU|<w3>OG|<w4>VT}}}"]
{edge[style=bold]
{edge[color="#000000:#000000:#000000"] X1:p1 -> W3:w1i; W3:w1o -> X4:p1}
{edge[color="#000000:#0000ff:#000000"] X1:p5 -> W3:w2i; W3:w2o -> X4:p3}
{edge[color="#000000:#ff8000:#000000"] X1:p6 -> W3:w3i; W3:w3o -> X4:p4}
{edge[color="#000000:#8000ff:#000000"] X1:p7 -> W3:w4i; W3:w4o -> X4:p5}
{edge[color="#000000:#000000:#000000"] X1:p1 -> W3:w1; W3:w1 -> X4:p1}
{edge[color="#000000:#0000ff:#000000"] X1:p5 -> W3:w2; W3:w2 -> X4:p3}
{edge[color="#000000:#ff8000:#000000"] X1:p6 -> W3:w3; W3:w3 -> X4:p4}
{edge[color="#000000:#8000ff:#000000"] X1:p7 -> W3:w4; W3:w4 -> X4:p5}
}
W4[label="{{<w1i>1|<w2i>2} | {BK|RD} | {<w1o>1|<w2o>2}}}"]
W4[label="{2x|0.5 mm²|0.35 m} | {{<w1>BK|<w2>RD}}}"]
{edge[style=bold]
{edge[color="#000000:#000000:#000000"] X5:p1 -> W4:w1i; W4:w1o -> X4:p1}
{edge[color="#000000:#ff0000:#000000"] X5:p2 -> W4:w2i; W4:w2o -> X4:p2}
{edge[color="#000000:#000000:#000000"] X5:p1 -> W4:w1; W4:w1 -> X4:p1}
{edge[color="#000000:#ff0000:#000000"] X5:p2 -> W4:w2; W4:w2 -> X4:p2}
}

56
src/output/output_ex3.dot
View File

@ -1,44 +1,48 @@
// Graph generated by WireViz
// https://github.com/formatc1702/WireViz
// Daniel Rojas - 2020
digraph G {
graph [rankdir = LR, ranksep=2, fontname = "arial"];
edge [arrowhead=none, fontname = "arial"];
node [shape=record, style=rounded, fontname = "arial"];
X1[label="X1 | {{|||||||||} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9|<p10>10}}}"]
X1[label="X1 | {10-pin} | {{|||||||||} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9|<p10>10}}}"]
X2[label="X2 | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9|<p10>10} | {|||||||||}}}"]
X2[label="X2 | {10-pin} | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9|<p10>10} | {|||||||||}}}"]
W1[label="{{<w1i>1|<w2i>2|<w3i>3|<w4i>4|<w5i>5|<w6i>6|<w7i>7|<w8i>8|<w9i>9|<w10i>10} | {BN|RD|OG|YE|GN|BU|VT|GY|WH|BK} | {<w1o>1|<w2o>2|<w3o>3|<w4o>4|<w5o>5|<w6o>6|<w7o>7|<w8o>8|<w9o>9|<w10o>10}}}"]
W1[label="{10x} | {{<w1>BN|<w2>RD|<w3>OG|<w4>YE|<w5>GN|<w6>BU|<w7>VT|<w8>GY|<w9>WH|<w10>BK}}}"]
{edge[style=bold]
{edge[color="#000000:#808000:#000000"] X1:p1 -> W1:w1i; W1:w1o -> X2:p1}
{edge[color="#000000:#ff0000:#000000"] X1:p2 -> W1:w2i; W1:w2o -> X2:p2}
{edge[color="#000000:#ff8000:#000000"] X1:p3 -> W1:w3i; W1:w3o -> X2:p3}
{edge[color="#000000:#ffff00:#000000"] X1:p4 -> W1:w4i; W1:w4o -> X2:p4}
{edge[color="#000000:#00ff00:#000000"] X1:p5 -> W1:w5i; W1:w5o -> X2:p5}
{edge[color="#000000:#0000ff:#000000"] X1:p6 -> W1:w6i; W1:w6o -> X2:p6}
{edge[color="#000000:#8000ff:#000000"] X1:p7 -> W1:w7i; W1:w7o -> X2:p7}
{edge[color="#000000:#808080:#000000"] X1:p8 -> W1:w8i; W1:w8o -> X2:p8}
{edge[color="#000000:#ffffff:#000000"] X1:p9 -> W1:w9i; W1:w9o -> X2:p9}
{edge[color="#000000:#000000:#000000"] X1:p10 -> W1:w10i; W1:w10o -> X2:p10}
{edge[color="#000000:#666600:#000000"] X1:p1 -> W1:w1; W1:w1 -> X2:p1}
{edge[color="#000000:#ff0000:#000000"] X1:p2 -> W1:w2; W1:w2 -> X2:p2}
{edge[color="#000000:#ff8000:#000000"] X1:p3 -> W1:w3; W1:w3 -> X2:p3}
{edge[color="#000000:#ffff00:#000000"] X1:p4 -> W1:w4; W1:w4 -> X2:p4}
{edge[color="#000000:#00ff00:#000000"] X1:p5 -> W1:w5; W1:w5 -> X2:p5}
{edge[color="#000000:#0000ff:#000000"] X1:p6 -> W1:w6; W1:w6 -> X2:p6}
{edge[color="#000000:#8000ff:#000000"] X1:p7 -> W1:w7; W1:w7 -> X2:p7}
{edge[color="#000000:#808080:#000000"] X1:p8 -> W1:w8; W1:w8 -> X2:p8}
{edge[color="#000000:#ffffff:#000000"] X1:p9 -> W1:w9; W1:w9 -> X2:p9}
{edge[color="#000000:#000000:#000000"] X1:p10 -> W1:w10; W1:w10 -> X2:p10}
}
X3[label="X3 | {{|||||||||} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9|<p10>10}}}"]
X3[label="X3 | {10-pin} | {{|||||||||} | {<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9|<p10>10}}}"]
X4[label="X4 | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9|<p10>10} | {|||||||||}}}"]
X4[label="X4 | {10-pin} | {{<p1>1|<p2>2|<p3>3|<p4>4|<p5>5|<p6>6|<p7>7|<p8>8|<p9>9|<p10>10} | {|||||||||}}}"]
W2[label="{{<w1i>1|<w2i>2|<w3i>3|<w4i>4|<w5i>5|<w6i>6|<w7i>7|<w8i>8|<w9i>9|<w10i>10} | {WH|BN|GN|YE|GY|PK|BU|RD|BK|VT} | {<w1o>1|<w2o>2|<w3o>3|<w4o>4|<w5o>5|<w6o>6|<w7o>7|<w8o>8|<w9o>9|<w10o>10}}}"]
W2[label="{10x} | {{<w1>WH|<w2>BN|<w3>GN|<w4>YE|<w5>GY|<w6>PK|<w7>BU|<w8>RD|<w9>BK|<w10>VT}}}"]
{edge[style=bold]
{edge[color="#000000:#ffffff:#000000"] X3:p1 -> W2:w1i; W2:w1o -> X4:p1}
{edge[color="#000000:#808000:#000000"] X3:p2 -> W2:w2i; W2:w2o -> X4:p2}
{edge[color="#000000:#00ff00:#000000"] X3:p3 -> W2:w3i; W2:w3o -> X4:p3}
{edge[color="#000000:#ffff00:#000000"] X3:p4 -> W2:w4i; W2:w4o -> X4:p4}
{edge[color="#000000:#808080:#000000"] X3:p5 -> W2:w5i; W2:w5o -> X4:p5}
{edge[color="#000000:#ff80c0:#000000"] X3:p6 -> W2:w6i; W2:w6o -> X4:p6}
{edge[color="#000000:#0000ff:#000000"] X3:p7 -> W2:w7i; W2:w7o -> X4:p7}
{edge[color="#000000:#ff0000:#000000"] X3:p8 -> W2:w8i; W2:w8o -> X4:p8}
{edge[color="#000000:#000000:#000000"] X3:p9 -> W2:w9i; W2:w9o -> X4:p9}
{edge[color="#000000:#8000ff:#000000"] X3:p10 -> W2:w10i; W2:w10o -> X4:p10}
{edge[color="#000000:#ffffff:#000000"] X3:p1 -> W2:w1; W2:w1 -> X4:p1}
{edge[color="#000000:#666600:#000000"] X3:p2 -> W2:w2; W2:w2 -> X4:p2}
{edge[color="#000000:#00ff00:#000000"] X3:p3 -> W2:w3; W2:w3 -> X4:p3}
{edge[color="#000000:#ffff00:#000000"] X3:p4 -> W2:w4; W2:w4 -> X4:p4}
{edge[color="#000000:#808080:#000000"] X3:p5 -> W2:w5; W2:w5 -> X4:p5}
{edge[color="#000000:#ff80c0:#000000"] X3:p6 -> W2:w6; W2:w6 -> X4:p6}
{edge[color="#000000:#0000ff:#000000"] X3:p7 -> W2:w7; W2:w7 -> X4:p7}
{edge[color="#000000:#ff0000:#000000"] X3:p8 -> W2:w8; W2:w8 -> X4:p8}
{edge[color="#000000:#000000:#000000"] X3:p9 -> W2:w9; W2:w9 -> X4:p9}
{edge[color="#000000:#8000ff:#000000"] X3:p10 -> W2:w10; W2:w10 -> X4:p10}
}

39
src/test.py
View File

@ -1,16 +1,17 @@
import wireviz
PINOUT_SERIAL = ('DCD','RX','TX','DTR','GND','DSR','RTS','CTS','RI')
PINOUT_I2C = ('GND','+5V','SCL','SDA')
COLORS_I2C = ('BK', 'RD', 'YE', 'GN')
PINOUT_SPI_DATAONLY = ('MISO','MOSI','SCK')
wireviz.color_mode = 'SHORT' # short/SHORT/full/FULL/hex/HEX
# example 1
X1 = wireviz.Node("X1", pinout=PINOUT_SERIAL, ports_right=True)
X2 = wireviz.Node("X2", num_pins=6, ports_left=True)
W1 = wireviz.Cable("W1", show_name=True, num_wires=3, color_code="DIN", shield=True)
X1 = wireviz.Node('X1', type='D-Sub', gender='female', pinout=('DCD','RX','TX','DTR','GND','DSR','RTS','CTS','RI'), ports_right=True)
X2 = wireviz.Node('X2', type='Molex KK 254', gender='female', pinout=('GND','RX','TX','NC','OUT','IN'), ports_left=True)
W1 = wireviz.Cable('W1', mm2=0.25, length=0.2, show_name=True, show_pinout=True, num_wires=3, color_code='DIN', shield=True)
# Option 1: define wires and shield in one line
# W1.connect(X1,(5,2,3,5),(1,2,3,'s'),X2,(1,3,2,None))
# Option 2: define wires and shield separately
@ -20,7 +21,7 @@ X2.loop(5,6)
objects = [X1, X2, W1]
# example 2
# X1 = wireviz.Node("X1", pinout=(
# X1 = wireviz.Node('X1',type='Molex KK 254', gender='female', pinout=(
# 'GND',
# '+5V',
# 'SCL',
@ -30,14 +31,14 @@ objects = [X1, X2, W1]
# 'SCK',
# 'N/C'
# ), ports_right=True)
# X2 = wireviz.Node("X2", pinout=PINOUT_I2C, ports_left=True)
# X3 = wireviz.Node("X3", pinout=PINOUT_I2C, ports_left=True)
# X4 = wireviz.Node("X4", pinout=('GND','+12V')+PINOUT_SPI_DATAONLY, ports_left=True)
# X5 = wireviz.Node("X5", pinout=('GND','+12V'), ports_right=True)
# W1 = wireviz.Cable("W1", colors=COLORS_I2C)
# W2 = wireviz.Cable("W2", colors=COLORS_I2C)
# W3 = wireviz.Cable("W3", colors=('BK','BU','OG','VT'))
# W4 = wireviz.Cable("W4", colors=('BK','RD'))
# X2 = wireviz.Node('X2', type='Molex KK 254', gender='female', pinout=PINOUT_I2C, ports_left=True)
# X3 = wireviz.Node('X3', type='Molex KK 254', gender='female', pinout=PINOUT_I2C, ports_left=True)
# X4 = wireviz.Node('X4', type='Molex KK 254', gender='female', pinout=('GND','+12V')+PINOUT_SPI_DATAONLY, ports_left=True)
# X5 = wireviz.Node('X5', type='Molex Micro-Fit', gender='male', pinout=('GND','+12V'), ports_right=True)
# W1 = wireviz.Cable('W1', mm2=0.14, length=0.2, colors=COLORS_I2C)
# W2 = wireviz.Cable('W2', mm2=0.14, length=0.2, colors=COLORS_I2C)
# W3 = wireviz.Cable('W3', mm2=0.14, length=0.2, colors=('BK','BU','OG','VT'))
# W4 = wireviz.Cable('W4', mm2=0.5, length=0.35, colors=('BK','RD'))
# W1.connect(X1,(1,2,3,4),'auto',X2,'auto')
# W2.connect(X1,(1,2,3,4),'auto',X3,'auto')
# W3.connect(X1,(1,5,6,7),'auto',X4,(1,3,4,5))
@ -45,13 +46,13 @@ objects = [X1, X2, W1]
# objects = [X1, X2, X3, X4, X5, W1, W2, W3, W4]
# example 3
# X1 = wireviz.Node("X1", num_pins=10, ports_right=True)
# X2 = wireviz.Node("X2", num_pins=10, ports_left=True)
# W1 = wireviz.Cable("W1", num_wires=10, color_code="IEC")
# X1 = wireviz.Node('X1', num_pins=10, ports_right=True)
# X2 = wireviz.Node('X2', num_pins=10, ports_left=True)
# W1 = wireviz.Cable('W1', num_wires=10, color_code='IEC')
# W1.connect_all_straight(X1,X2)
# X3 = wireviz.Node("X3", num_pins=10, ports_right=True)
# X4 = wireviz.Node("X4", num_pins=10, ports_left=True)
# W2 = wireviz.Cable("W2", num_wires=10, color_code="DIN")
# X3 = wireviz.Node('X3', num_pins=10, ports_right=True)
# X4 = wireviz.Node('X4', num_pins=10, ports_left=True)
# W2 = wireviz.Cable('W2', num_wires=10, color_code='DIN')
# W2.connect_all_straight(X3,X4)
# objects = [X1, X2, W1, X3, X4, W2]

183
src/wireviz.py
View File

@ -2,34 +2,55 @@
COLOR_CODE_DIN = ['WH','BN','GN','YE','GY','PK','BU','RD','BK','VT']
COLOR_CODE_IEC = ['BN','RD','OG','YE','GN','BU','VT','GY','WH','BK']
color_dict = {'BK': '#000000',
'WH': '#ffffff',
'GY': '#808080',
'PK': '#ff80c0',
'RD': '#ff0000',
'OG': '#ff8000',
'YE': '#ffff00',
'GN': '#00ff00',
'TQ': '#00ffff',
'BU': '#0000ff',
'VT': '#8000ff',
'BN': '#666600',
color_hex = {
'BK': '#000000',
'WH': '#ffffff',
'GY': '#808080',
'PK': '#ff80c0',
'RD': '#ff0000',
'OG': '#ff8000',
'YE': '#ffff00',
'GN': '#00ff00',
'TQ': '#00ffff',
'BU': '#0000ff',
'VT': '#8000ff',
'BN': '#666600',
}
color_full = {
'BK': 'black',
'WH': 'white',
'GY': 'grey',
'PK': 'pink',
'RD': 'red',
'OG': 'orange',
'YE': 'yellow',
'GN': 'green',
'TQ': 'turquoise',
'BU': 'blue',
'VT': 'violet',
'BN': 'brown',
}
color_mode = 'SHORT'
class Node:
def __init__(self, name, num_pins=None, pinout=None, ports_left=False, ports_right=False):
def __init__(self, name, type=None, gender=None, show_name=True, num_pins=None, pinout=None, ports_left=False, ports_right=False):
self.name = name
self.type = type
self.gender = gender
self.show_name = show_name
self.ports_left = ports_left
self.ports_right = ports_right
self.loops = []
if pinout is None:
self.pinout = ("",) * num_pins
self.pinout = ('',) * num_pins
else:
if num_pins is None:
if pinout is None:
raise Exception("Must provide num_pins or pinout")
raise Exception('Must provide num_pins or pinout')
else:
self.pinout = pinout
@ -40,21 +61,38 @@ class Node:
loop_side = 'e' # east = right
elif self.ports_left == True and self.ports_right == True:
if side == None:
raise Exception("Must specify side of loop")
raise Exception('Must specify side of loop')
else:
loop_side = side
self.loops.append((from_pin, to_pin, loop_side))
def __repr__(self):
return "{} = {} {}".format(self.name, len(self.pinout), self.pinout)
return '{} = {} {}'.format(self.name, len(self.pinout), self.pinout)
def __str__(self):
return "{}".format(self.name)
return '{}'.format(self.name)
def graphviz(self):
s = ''
# print header
s = s + '{name}[label="{name} | {{'.format(name=self.name)
s = s + '{name}[label="'.format(name=self.name)
if self.show_name == True:
s = s + '{name} | '.format(name=self.name)
s = s + '{'
l = []
if self.type is not None:
l.append('{}'.format(self.type))
if self.gender is not None:
l.append('{}'.format(self.gender))
l.append('{}-pin'.format(len(self.pinout)))
if len(l) > 0:
s = s + '|'.join(l)
s = s + '} | '
s = s + '{'
# print pinout
if self.ports_left == True:
s = s + '{'
@ -90,32 +128,34 @@ class Node:
class Cable:
def __init__(self, name, show_name=False, num_wires=None, colors=None, color_code=None, shield=False):
def __init__(self, name, mm2=0, awg=0, length=0, show_name=False, show_pinout=False, num_wires=None, colors=None, color_code=None, shield=False):
self.name = name
self.mm2 = mm2
self.awg = awg
self.length = length
self.show_name = show_name
self.show_pinout = show_pinout
self.shield = shield
self.connections = []
if color_code is None and colors is None:
self.colors = ("",) * num_wires
self.colors = ('',) * num_wires
else:
if colors is None:
if num_wires is None:
raise Exception("Unknown number of wires")
raise Exception('Unknown number of wires')
else:
# TODO: Loop through colors if num_wires > len(COLOR_CODE_XXX)
if color_code == "DIN":
if color_code == 'DIN':
self.colors = tuple(COLOR_CODE_DIN[:num_wires])
elif color_code == "IEC":
elif color_code == 'IEC':
self.colors = tuple(COLOR_CODE_IEC[:num_wires])
else:
raise Exception("Unknown color code")
raise Exception('Unknown color code')
else:
if num_wires is None:
self.colors = colors
else:
self.colors = colors[:num_wires]
# if shield == True:
# self.colors = self.colors + ('Shield',)
def connect(self, from_name, from_pin, via, to_name, to_pin):
if from_pin == 'auto':
@ -125,7 +165,7 @@ class Cable:
if to_pin == 'auto':
to_pin = tuple(x+1 for x in range(len(self.colors)))
if len(from_pin) != len(to_pin):
raise Exception("from_pin must have the same number of elements as to_pin")
raise Exception('from_pin must have the same number of elements as to_pin')
for i, x in enumerate(from_pin):
self.connections.append((from_name, from_pin[i], via[i], to_name, to_pin[i]))
@ -133,7 +173,7 @@ class Cable:
self.connect(from_name, 'auto', 'auto', to_name, 'auto')
def __repr__(self):
return "{} = {} {}\n {}".format(self.name, len(self.colors), self.colors, self.connections)
return '{} = {} {}\n {}'.format(self.name, len(self.colors), self.colors, self.connections)
def debug(self):
print(self.name)
@ -145,7 +185,7 @@ class Cable:
else:
s = '--'
# print(self.colors(x[2]) if i < len(self.colors) else '-')
print("{}:{} -- {}({}) -> {}:{}".format(x[0],x[1],x[2],s,x[3],x[4]))
print('{}:{} -- {}({}) -> {}:{}'.format(x[0],x[1],x[2],s,x[3],x[4]))
def graphviz(self):
s = ''
@ -155,46 +195,87 @@ class Cable:
if self.show_name == True:
s = s + '{name} | '.format(name=self.name)
s = s + '{'
# print pinout
#print parameters
s = s + '{'
l = []
for i,x in enumerate(self.colors,1):
l.append('<w{wireno}i>{wireno}'.format(wireno=i))
s = s + '|'.join(l)
l.append('{}x'.format(len(self.colors)))
if self.mm2 > 0:
l.append('{} mm²'.format(self.mm2))
if self.awg > 0:
l.append('{} AWG'.format(self.awg))
if self.shield == True:
s = s + '|<wsi>'
l.append(' + S')
if self.length > 0:
l.append('{} m'.format(self.length))
if len(l) > 0:
s = s + '|'.join(l)
s = s + '} | '
s = s + '{'
s = s + '|'.join(self.colors)
if self.shield == True:
s = s + '|Shield'
# print pinout
if self.show_pinout:
s = s + '{'
l = []
for i,x in enumerate(self.colors,1):
l.append('<w{wireno}i>{wireno}'.format(wireno=i))
s = s + '|'.join(l)
if self.shield == True:
s = s + '|<wsi>'
s = s + '} | '
s = s + '{'
if self.show_pinout:
s = s + '|'.join(self.colors)
if self.shield == True:
s = s + '|Shield'
else:
l = []
for i,x in enumerate(self.colors,1):
if color_mode == 'full':
x = color_full[x].lower()
elif color_mode == 'FULL':
x = color_hex[x].upper()
elif color_mode == 'hex':
x = color_hex[x].lower()
elif color_mode == 'HEX':
x = color_hex[x].upper()
elif color_mode == 'short':
x = x.lower()
elif color_mode == 'SHORT':
x = x.upper()
else:
raise Exception('Unknown color mode')
l.append('<w{wireno}>{wirecolor}'.format(wireno=i,wirecolor=x))
s = s + '|'.join(l)
if self.shield == True:
s = s + '|<ws>Shield'
s = s + '}'
s = s + ' | {'
l = []
for i,x in enumerate(self.colors,1):
l.append('<w{wireno}o>{wireno}'.format(wireno=i))
s = s + '|'.join(l)
if self.shield == True:
s = s + '|<wso>'
s = s + '}'
if self.show_pinout:
s = s + ' | {'
l = []
for i,x in enumerate(self.colors,1):
l.append('<w{wireno}o>{wireno}'.format(wireno=i))
s = s + '|'.join(l)
if self.shield == True:
s = s + '|<wso>'
s = s + '}'
s = s + '}}"]'
# print connections
s = s + '\n\n{edge[style=bold]\n'
for x in self.connections:
s = s + '{'
if isinstance(x[2], int):
search_color = self.colors[x[2]-1]
if search_color in color_dict:
s = s + 'edge[color="#000000:{wire_color}:#000000"] '.format(wire_color=color_dict[search_color])
if search_color in color_hex:
s = s + 'edge[color="#000000:{wire_color}:#000000"] '.format(wire_color=color_hex[search_color])
if x[1] is not None:
t = '{from_name}:p{from_port} -> {via_name}:w{via_wire}i; '.format(from_name=x[0],from_port=x[1],via_name=self.name, via_wire=x[2])
t = '{from_name}:p{from_port} -> {via_name}:w{via_wire}{via_subport}; '.format(from_name=x[0],from_port=x[1],via_name=self.name, via_wire=x[2], via_subport='i' if self.show_pinout == True else '')
s = s + t
if x[4] is not None:
t = '{via_name}:w{via_wire}o -> {to_name}:p{to_port}'.format(via_name=self.name, via_wire=x[2],to_name=x[3],to_port=x[4])
t = '{via_name}:w{via_wire}{via_subport} -> {to_name}:p{to_port}'.format(via_name=self.name, via_wire=x[2],to_name=x[3],to_port=x[4], via_subport='o' if self.show_pinout == True else '')
s = s + t
s = s + '}\n'
s = s + '}'

9
todo.md Normal file
View File

@ -0,0 +1,9 @@
# To do
* Automate creation of left/right side ports for connectors
* Add simple connectors (ferrules, cable lugs)
* no pinout
* graphical representation?
* Add support for cable splicing (as connector type)
* Display picture of connector underneath (including pin 1 location)
* Create parser (to make WireViz work as a GraphViz extension)