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comparison pads2gpcb/writeelem.c @ 46:c81aba92cb5e

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pads2gpcb: generic element writing implemented
author Mychaela Falconia <falcon@ivan.Harhan.ORG>
date Sat, 30 Jan 2016 07:56:18 +0000
parents
children dbf999b71c53
comparison
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45:3bdb1b5ff3d0 46:c81aba92cb5e
1 #include <stdio.h>
2 #include <stdlib.h>
3 #include "struct.h"
4 #include "gpcbout.h"
5
6 static void
7 emit_element_line(outf, body, strdesc, strname, strvalue, onbottom)
8 FILE *outf;
9 struct footprint_body *body;
10 char *strdesc, *strname, *strvalue;
11 int onbottom;
12 {
13 char mx_buf[DIM_OUT_BUFSIZE], *mx_str;
14 char my_buf[DIM_OUT_BUFSIZE], *my_str;
15 char tx_buf[DIM_OUT_BUFSIZE], *tx_str;
16 char ty_buf[DIM_OUT_BUFSIZE], *ty_str;
17 char *flagstr;
18
19 mx_str = output_gpcb_dimension(body->mark_x, mx_buf);
20 my_str = output_gpcb_dimension(body->mark_y, my_buf);
21 tx_str = output_gpcb_dimension(body->refdes_x, tx_buf);
22 ty_str = output_gpcb_dimension(body->refdes_y, ty_buf);
23 flagstr = onbottom ? "onsolder" : "";
24
25 fprintf(outf,
26 "Element[\"%s\" \"%s\" \"%s\" \"%s\" %s %s %s %s %d %d \"%s\"]\n",
27 flagstr, strdesc, strname, strvalue, mx_str, my_str,
28 tx_str, ty_str, body->refdes_dir, body->refdes_scale, flagstr);
29 }
30
31 static void
32 emit_pad_line(outf, pad, pinname, pinnumber, onbottom)
33 FILE *outf;
34 struct footprint_pad *pad;
35 char *pinname, *pinnumber;
36 int onbottom;
37 {
38 char x1_buf[DIM_OUT_BUFSIZE], *x1_str;
39 char y1_buf[DIM_OUT_BUFSIZE], *y1_str;
40 char x2_buf[DIM_OUT_BUFSIZE], *x2_str;
41 char y2_buf[DIM_OUT_BUFSIZE], *y2_str;
42 char thickness_buf[DIM_OUT_BUFSIZE], *thickness_str;
43 char clearance_buf[DIM_OUT_BUFSIZE], *clearance_str;
44 char mask_buf[DIM_OUT_BUFSIZE], *mask_str;
45 char *flagstr;
46
47 x1_str = output_gpcb_dimension(pad->x1, x1_buf);
48 y1_str = output_gpcb_dimension(pad->y1, y1_buf);
49 x2_str = output_gpcb_dimension(pad->x2, x2_buf);
50 y2_str = output_gpcb_dimension(pad->y2, y2_buf);
51 thickness_str = output_gpcb_dimension(pad->thickness, thickness_buf);
52 clearance_str = output_gpcb_dimension(pad->clearance, clearance_buf);
53 mask_str = output_gpcb_dimension(pad->mask, mask_buf);
54
55 if (onbottom && !pad->shape.rounded)
56 flagstr = "onsolder,square";
57 else if (onbottom)
58 flagstr = "onsolder";
59 else if (!pad->shape.rounded)
60 flagstr = "square";
61 else
62 flagstr = "";
63
64 fprintf(outf, "\tPad[%s %s %s %s %s %s %s \"%s\" \"%s\" \"%s\"]\n",
65 x1_str, y1_str, x2_str, y2_str,
66 thickness_str, clearance_str, mask_str,
67 pinname, pinnumber, flagstr);
68 }
69
70 write_gpcb_element(outf, body, alpha_pins, strdesc, strname, strvalue, onbottom)
71 FILE *outf;
72 struct footprint_body *body;
73 char **alpha_pins;
74 char *strdesc, *strname, *strvalue;
75 int onbottom;
76 {
77 int i;
78 char pinnum_buf[16], *pinnum_str;
79
80 emit_element_line(outf, body, strdesc, strname, strvalue, onbottom);
81 fputs("(\n", outf);
82 for (i = 0; i < body->npins; i++) {
83 if (alpha_pins)
84 pinnum_str = alpha_pins[i];
85 else {
86 sprintf(pinnum_buf, "%d", i + 1);
87 pinnum_str = pinnum_buf;
88 }
89 emit_pad_line(outf, body->pins + i, "", pinnum_str, onbottom);
90 }
91 fputs(")\n", outf);
92 return(0);
93 }