![[BACK]](/cvsweb/icons/back.gif){kind=icon}
Return to qt.c CVS log ![[TXT]](/cvsweb/icons/text.gif){kind=icon}
![[DIR]](/cvsweb/icons/dir.gif){kind=icon}
Up to [Research Unix] / researchv10no / cmd / qsnap|
Return to qt.c CVS log | Up to [Research Unix] / researchv10no / cmd / qsnap |
1.1 root 1: #include <stdio.h>
2: #include <sys/types.h>
3: #include <sys/stat.h>
4: #include "defines.h"
5: #include "piclib.h"
6:
7: #define Min(a,b) ((a)>(b)?(b):(a))
8: #define Max(a,b) ((a)<(b)?(b):(a))
9:
10: int Wmax, Hmax, Xmin, Ymin;
11: int Dither=0, Times=1, Bright=2, Film=8, Filter=GREEN, Reso=4;
12: int xoffset=0, yoffset=0, fad=1, h, w, H, W;
13: struct pfile image;
14: unsigned char nq[9];
15:
16: give_status()
17: { int i;
18: getbright(nq);
19: Reso = resolution();
20: printf("qbright ref 36 58 81 103 126 148 171 193 220\n");
21: printf(" actual ");
22: for(i = 0; i < 9; i++)
23: printf("%d ", nq[i]);
24: printf("\n");
25: moduleno();
26: printf("shutter: %s\n", (fad)?"automatic":"manual");
27: printf("dither : %d\n", Dither);
28: printf("offset : %d,%d\n", xoffset, yoffset);
29: printf("enlarge: %d\n", Times);
30: if (W || H) printf("image : %d,%d\n", W, H);
31: printf("filmtype: ");
32: switch (Film) {
33: case NONE: printf("polaroid type 52\n"); break;
34: case LINEAR: printf("linear lookup tables\n"); break;
35: case EKTA100: printf("ektachrome 100 - for 2k mode\n"); break;
36: case EKTA100_4k: printf("ektachrome 100 - for 4k mode\n"); break;
37: case POLA559: printf("polaroid type 559 - for 2k mode\n"); break;
38: case POLA559_4k: printf("polaroid type 559 - for 4k mode\n"); break;
39: case POLA809_4k: printf("polaroid type 809 - for 4k mode\n"); break;
40: case TMAX_100: printf("tmax_100 film\n"); break;
41: default: printf("filmtype unknown\n"); break;
42: }
43: printf("filter : ");
44: switch (Filter) {
45: case RED: printf("red\n"); break;
46: case GREEN: printf("green\n"); break;
47: case BLUE: printf("blue\n"); break;
48: case NEUTRAL: printf("neutral\n"); break;
49: default: printf("none\n"); break;
50: }
51: }
52:
53: reminder()
54: { printf("PM: reset, bright, enlarge, filmtype, load, expose\n");
55: }
56:
57: help()
58: { printf("reset - a full reset\n");
59: printf("status - report all current settings\n");
60: printf("error - expanded error status\n");
61: printf("exit - return to Unix\n");
62: printf("load imagefile - read in the file to be printed\n");
63: printf("dither on/off/N - dithering off, on, on mod(N)\n");
64: printf("shutter open/closed/auto - auto is default\n");
65: printf("filter red/green/blue/neutral - is used for b&w imaging\n");
66: printf("expose - a black&white image\n");
67: printf("expose3 - a color image\n");
68: printf("expose1 red/green/blue - imaging of 1 specific channel\n");
69: printf("offset X Y - offset from lower left hand corner\n");
70: printf("bright N - set brightness level N [0-8]\n");
71: printf("enlarge N - enlargement factor\n");
72: printf("reso N - set resolution N [2,4]\n");
73: printf("filmtype tmax_100 - select tmax_100 correction tables\n");
74: printf(" other available filmtypes: \n");
75: printf(" linear \t(no correction)\n");
76: printf(" tmax_100\t(Kodak 35mm Tmax 100 ASA b&w negative)\n");
77: printf(" ekta_100\t(Kodak 35mm Ektachrome 100 ASA color neg)\n");
78: printf(" pola_52 \t(Polaroid Type 52 b&w 4x5 inch sheet)\n");
79: printf(" pola_559\t(Polaroid Type 559 b&w pack film)\n");
80: printf(" pola_809\t(Polaroid Type 809 color 8x10 inch)\n");
81: }
82:
83: set_luts(n)
84: {
85: switch (n) {
86: case NONE:
87: case LINEAR:
88: case POLA559:
89: case EKTA100:
90: case EKTA100_4k:
91: case POLA559_4k:
92: case POLA809_4k:
93: case TMAX_100:
94: Film = n;
95: filmtype(n);
96: break;
97: default:
98: printf("bad filmtype %d\n", n);
99: break;
100: }
101: }
102:
103: main()
104: { reminder();
105: while (1)
106: { printf("qt: ");
107: fflush(stdout);
108: yyparse();
109: fflush(stdout);
110: }
111: }
112:
113: setbright(n)
114: { extern int Errors;
115: Bright = Min((Max(0,n)), 8);
116: brightness(Bright, Bright, Bright, Bright);
117: if (!Errors)
118: printf("brightness %d = %d\n", n, nq[n]);
119: }
120:
121: full_reset()
122: {
123: qreset();
124: getbright(nq);
125: Reso = resolution();
126: nocalibs();
127: handshake(1);
128: filmtype(Film);
129: advance(fad);
130: setbright(Bright);
131: }
132:
133: load_image(fname)
134: char *fname;
135: {
136: int fd;
137:
138: if((fd = openf(fname, &image)) == -1 || !readf(fd, &image))
139: { printf("bad image %s\n", fname);
140: closef(&image);
141: }
142: close(fd);
143: W = image.r.corner.x - image.r.origin.x;
144: H = image.r.corner.y - image.r.origin.y;
145: if (Reso == 2)
146: { xoffset = (2048-W)/2;
147: yoffset = (1536-H)/2;
148: } else
149: { xoffset = (4096-W)/2;
150: yoffset = (2732-H)/2;
151: }
152: printf("%s loaded, size %dx%d, offset %d,%d\n",
153: fname, W, H, xoffset, yoffset);
154: fflush(stdout);
155: }
156:
157: crop()
158: { if (!image.pixred)
159: { printf("error: no image loaded\n");
160: return 0;
161: }
162: if (Reso == 2)
163: { Wmax = 2048; Hmax = 1366;
164: Xmin = -1024; Ymin = 683;
165: } else
166: { Wmax = 4096; Hmax = 2732;
167: Xmin = -2048; Ymin = 1366;
168: }
169: w = Min((Wmax/Times - xoffset), W);
170: h = Min((Hmax/Times - yoffset), H);
171: printf("image: %d x %d -> %d x %d\n", W, H, w, h);
172: printf("offset %d %d, enlarge %d\n", xoffset, yoffset, Times);
173: window(Xmin+xoffset, Ymin-yoffset, w*Times, h*Times);
174: fflush(stdout);
175: return 1;
176: }
177:
178: one_pass(which)
179: {
180: if (!crop()) return;
181: singlepass(Filter);
182: switch (which) {
183: default:
184: case RED: onechannel(image.pixred, h, w); break;
185: case GREEN: onechannel(image.pixgrn, h, w); break;
186: case BLUE: onechannel(image.pixblu, h, w); break;
187: }
188: }
189:
190: new_offset(a, b)
191: { xoffset = a;
192: yoffset = b;
193: }
194:
195: three_pass(height, width)
196: { extern int Errors;
197: if (!crop() || Errors) return;
198: if (image.nchan != 3)
199: { printf("error: no color image loaded\n");
200: return;
201: }
202: threepass();
203: printf("red.."); onechannel(image.pixred, h, w);
204: printf("grn.."); onechannel(image.pixgrn, h, w);
205: printf("blu.."); onechannel(image.pixblu, h, w);
206: }
207:
208: onechannel(from, h, w)
209: unsigned char *from;
210: {
211: register i, j, k;
212: register unsigned char *p, *q;
213: unsigned char obuf[8192];
214: int chunk = w*Times;
215: extern int Errors;
216:
217: fflush(stdout);
218: if (Errors)
219: return;
220: if (Dither)
221: onedither(from, h, w);
222: else
223: for (i = 0; i < h; i++)
224: { p = &from[W*i];
225: q = obuf;
226: for (j = 0; j < w; j++, p++)
227: for (k = 0; k < Times; k++)
228: *q++ = *p;
229: for (k = 0; k < Times; k++)
230: { qwrite(obuf, chunk);
231: if (chunk > 2048) qwait(200);
232: } }
233: }
234:
235: short Nrand[5000];
236:
237: prerand()
238: { register int i, D1=Dither, D2=Dither/2;
239:
240: for (i = 0; i < 5000; i++)
241: Nrand[i] = (short) (nrand(D1) - D2);
242: }
243:
244: onedither(from, h, w)
245: unsigned char *from;
246: {
247: register int c, m, kk=0;
248: register unsigned char *p, *q;
249: unsigned char obuf[8192];
250: int i, j, k;
251: int chunk = w*Times;
252:
253: prerand();
254: for (i = 0; i < h; i++)
255: for (k = 0; k < Times; k++)
256: { q = obuf;
257: p = &from[W*i];
258: j = w;
259: do { m = Times;
260: do { c = *p + Nrand[kk];
261: if (++kk >= 5000) kk = 0;
262: if (c<0)
263: c=0;
264: else if (c>255)
265: c=255;
266: *q++ = c;
267: } while(--m > 0);
268: p++;
269: } while(--j > 0);
270: qwrite(obuf, chunk);
271: }
272: }
273:
274: qwait(n)
275: { int i;
276: for (i = 0; i < n; i++) ;
277: }
278:
279: dimension(fd)
280: { struct stat bam;
281: int N;
282: extern float fsqrt();
283:
284: if (fstat(fd, &bam)==0)
285: { N = bam.st_size;
286: N = (int) fsqrt((double)N+1.0);
287: return N;
288: }
289: return 0;
290: }
This archive runs on limited infrastructure. Preserving old code on modern bandwidth. Automated agents are requested to crawl responsibly.