OSSIA
Open Scenario System for Interactive Application
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phidgets_parameter_data.hpp
1#pragma once
2#if defined(__APPLE__)
3#include <Phidget22/phidget22.h>
4#else
5#include <phidget22.h>
6#endif
7#include <ossia/detail/hash.hpp>
8
9#include <string>
10namespace ossia
11{
12struct phidget_handle_t
13{
14 PhidgetHandle phid;
15 phidget_handle_t(PhidgetHandle h)
16 : phid{h}
17 {
18 }
19
20 int32_t get_serial() const
21 {
22 int32_t sn;
23 Phidget_getDeviceSerialNumber(phid, &sn);
24 return sn;
25 }
26
27 operator PhidgetHandle() const { return phid; }
28
29 phidget_handle_t get_parent() const
30 {
31 PhidgetHandle par;
32 Phidget_getParent(phid, &par);
33 return par;
34 }
35 auto get_device_class() const
36 {
37 Phidget_DeviceClass dc;
38 Phidget_getDeviceClass(phid, &dc);
39 return dc;
40 }
41 auto get_channel() const
42 {
43 int dc;
44 Phidget_getChannel(phid, &dc);
45 return dc;
46 }
47 auto get_channel_class() const
48 {
49 Phidget_ChannelClass dc;
50 Phidget_getChannelClass(phid, &dc);
51 return dc;
52 }
53 auto get_channel_subclass() const
54 {
55 Phidget_ChannelSubclass dc;
56 Phidget_getChannelSubclass(phid, &dc);
57 return dc;
58 }
59 auto get_device_id() const
60 {
61 Phidget_DeviceID dc;
62 Phidget_getDeviceID(phid, &dc);
63 return dc;
64 }
65 auto get_hub_port() const
66 {
67 int dc;
68 Phidget_getHubPort(phid, &dc);
69 return dc;
70 }
71 auto get_hub_port_count() const
72 {
73 int dc;
74 Phidget_getHubPortCount(phid, &dc);
75 return dc;
76 }
77 bool is_attached() const
78 {
79 int dc;
80 Phidget_getAttached(phid, &dc);
81 return dc;
82 }
83 bool is_hub_port_device() const
84 {
85 int dc;
86 Phidget_getIsHubPortDevice(phid, &dc);
87 return dc;
88 }
89 bool is_channel() const
90 {
91 int dc;
92 Phidget_getIsChannel(phid, &dc);
93 return dc;
94 }
95
96 std::string get_device_classname() { return phidget_name(get_device_class()); }
97 std::string get_channel_classname() { return phidget_name(get_channel_class()); }
98 std::string get_channel_subclassname() { return phidget_name(get_channel_subclass()); }
99 std::string get_device_id_name() { return phidget_id(get_device_id()); }
100
101 const char* phidget_id(Phidget_DeviceID cls)
102 {
103 switch(cls)
104 {
105 case PHIDID_NOTHING:
106 return "PHIDID_NOTHING";
107 case PHIDID_INTERFACEKIT_4_8_8:
108 return "PHIDID_INTERFACEKIT_4_8_8";
109 case PHIDID_1000:
110 return "PHIDID_1000";
111 case PHIDID_1001:
112 return "PHIDID_1001";
113 case PHIDID_1002:
114 return "PHIDID_1002";
115 case PHIDID_1008:
116 return "PHIDID_1008";
117 case PHIDID_1010_1013_1018_1019:
118 return "PHIDID_1010_1013_1018_1019";
119 case PHIDID_1011:
120 return "PHIDID_1011";
121 case PHIDID_1012:
122 return "PHIDID_1012";
123 case PHIDID_1014:
124 return "PHIDID_1014";
125 case PHIDID_1015:
126 return "PHIDID_1015";
127 case PHIDID_1016:
128 return "PHIDID_1016";
129 case PHIDID_1017:
130 return "PHIDID_1017";
131 case PHIDID_1023:
132 return "PHIDID_1023";
133 case PHIDID_1024:
134 return "PHIDID_1024";
135 case PHIDID_1030:
136 return "PHIDID_1030";
137 case PHIDID_1031:
138 return "PHIDID_1031";
139 case PHIDID_1032:
140 return "PHIDID_1032";
141 case PHIDID_1040:
142 return "PHIDID_1040";
143 case PHIDID_1041:
144 return "PHIDID_1041";
145 case PHIDID_1042:
146 return "PHIDID_1042";
147 case PHIDID_1043:
148 return "PHIDID_1043";
149 case PHIDID_1044:
150 return "PHIDID_1044";
151 case PHIDID_1045:
152 return "PHIDID_1045";
153 case PHIDID_1046:
154 return "PHIDID_1046";
155 case PHIDID_1047:
156 return "PHIDID_1047";
157 case PHIDID_1048:
158 return "PHIDID_1048";
159 case PHIDID_1049:
160 return "PHIDID_1049";
161 case PHIDID_1051:
162 return "PHIDID_1051";
163 case PHIDID_1052:
164 return "PHIDID_1052";
165 case PHIDID_1053:
166 return "PHIDID_1053";
167 case PHIDID_1054:
168 return "PHIDID_1054";
169 case PHIDID_1055:
170 return "PHIDID_1055";
171 case PHIDID_1056:
172 return "PHIDID_1056";
173 case PHIDID_1057:
174 return "PHIDID_1057";
175 case PHIDID_1058:
176 return "PHIDID_1058";
177 case PHIDID_1059:
178 return "PHIDID_1059";
179 case PHIDID_1060:
180 return "PHIDID_1060";
181 case PHIDID_1061:
182 return "PHIDID_1061";
183 case PHIDID_1062:
184 return "PHIDID_1062";
185 case PHIDID_1063:
186 return "PHIDID_1063";
187 case PHIDID_1064:
188 return "PHIDID_1064";
189 case PHIDID_1065:
190 return "PHIDID_1065";
191 case PHIDID_1066:
192 return "PHIDID_1066";
193 case PHIDID_1067:
194 return "PHIDID_1067";
195 case PHIDID_1202_1203:
196 return "PHIDID_1202_1203";
197 case PHIDID_1204:
198 return "PHIDID_1204";
199 case PHIDID_1215__1218:
200 return "PHIDID_1215__1218";
201 case PHIDID_1219__1222:
202 return "PHIDID_1219__1222";
203 case PHIDID_ADP1000:
204 return "PHIDID_ADP1000";
205 case PHIDID_ADP1001:
206 return "PHIDID_ADP1001";
207 case PHIDID_DAQ1000:
208 return "PHIDID_DAQ1000";
209 case PHIDID_DAQ1200:
210 return "PHIDID_DAQ1200";
211 case PHIDID_DAQ1300:
212 return "PHIDID_DAQ1300";
213 case PHIDID_DAQ1301:
214 return "PHIDID_DAQ1301";
215 case PHIDID_DAQ1400:
216 return "PHIDID_DAQ1400";
217 case PHIDID_DAQ1500:
218 return "PHIDID_DAQ1500";
219 case PHIDID_DCC1000:
220 return "PHIDID_DCC1000";
221 case PHIDID_DST1000:
222 return "PHIDID_DST1000";
223 case PHIDID_DST1200:
224 return "PHIDID_DST1200";
225 case PHIDID_ENC1000:
226 return "PHIDID_ENC1000";
227 case PHIDID_HIN1000:
228 return "PHIDID_HIN1000";
229 case PHIDID_HIN1001:
230 return "PHIDID_HIN1001";
231 case PHIDID_HIN1100:
232 return "PHIDID_HIN1100";
233 case PHIDID_HUB0000:
234 return "PHIDID_HUB0000";
235 case PHIDID_HUB0001:
236 return "PHIDID_HUB0001";
237 case PHIDID_HUB0002:
238 return "PHIDID_HUB0002";
239 case PHIDID_HUB0004:
240 return "PHIDID_HUB0004";
241 case PHIDID_HUB0005:
242 return "PHIDID_HUB0005";
243 case PHIDID_HUM1000:
244 return "PHIDID_HUM1000";
245 case PHIDID_LCD1100:
246 return "PHIDID_LCD1100";
247 case PHIDID_LED1000:
248 return "PHIDID_LED1000";
249 case PHIDID_LUX1000:
250 return "PHIDID_LUX1000";
251 case PHIDID_MOT1100:
252 return "PHIDID_MOT1100";
253 case PHIDID_MOT1101:
254 return "PHIDID_MOT1101";
255 case PHIDID_OUT1000:
256 return "PHIDID_OUT1000";
257 case PHIDID_OUT1001:
258 return "PHIDID_OUT1001";
259 case PHIDID_OUT1002:
260 return "PHIDID_OUT1002";
261 case PHIDID_OUT1100:
262 return "PHIDID_OUT1100";
263 case PHIDID_PRE1000:
264 return "PHIDID_PRE1000";
265 case PHIDID_RCC1000:
266 return "PHIDID_RCC1000";
267 case PHIDID_REL1000:
268 return "PHIDID_REL1000";
269 case PHIDID_REL1100:
270 return "PHIDID_REL1100";
271 case PHIDID_REL1101:
272 return "PHIDID_REL1101";
273 case PHIDID_SAF1000:
274 return "PHIDID_SAF1000";
275 case PHIDID_SND1000:
276 return "PHIDID_SND1000";
277 case PHIDID_STC1000:
278 return "PHIDID_STC1000";
279 case PHIDID_TMP1000:
280 return "PHIDID_TMP1000";
281 case PHIDID_TMP1100:
282 return "PHIDID_TMP1100";
283 case PHIDID_TMP1101:
284 return "PHIDID_TMP1101";
285 case PHIDID_TMP1200:
286 return "PHIDID_TMP1200";
287 case PHIDID_TMP1300:
288 return "PHIDID_TMP1300";
289 case PHIDID_VCP1000:
290 return "PHIDID_VCP1000";
291 case PHIDID_VCP1001:
292 return "PHIDID_VCP1001";
293 case PHIDID_VCP1002:
294 return "PHIDID_VCP1002";
295 case PHIDID_DIGITALINPUT_PORT:
296 return "PHIDID_DIGITALINPUT_PORT";
297 case PHIDID_DIGITALOUTPUT_PORT:
298 return "PHIDID_DIGITALOUTPUT_PORT";
299 case PHIDID_VOLTAGEINPUT_PORT:
300 return "PHIDID_VOLTAGEINPUT_PORT";
301 case PHIDID_VOLTAGERATIOINPUT_PORT:
302 return "PHIDID_VOLTAGERATIOINPUT_PORT";
303 case PHIDID_GENERICUSB:
304 return "PHIDID_GENERICUSB";
305 case PHIDID_GENERICVINT:
306 return "PHIDID_GENERICVINT";
307 case PHIDID_FIRMWARE_UPGRADE_USB:
308 return "PHIDID_FIRMWARE_UPGRADE_USB";
309 case PHIDID_FIRMWARE_UPGRADE_STM32F0:
310 return "PHIDID_FIRMWARE_UPGRADE_STM32F0";
311 case PHIDID_FIRMWARE_UPGRADE_STM8S:
312 return "PHIDID_FIRMWARE_UPGRADE_STM8S";
313 case PHIDID_FIRMWARE_UPGRADE_SPI:
314 return "PHIDID_FIRMWARE_UPGRADE_SPI";
315 case PHIDID_VCP1100:
316 return "PHIDID_VCP1100";
317 case PHIDID_DCC1100:
318 return "PHIDID_DCC1100";
319 case PHIDID_HIN1101:
320 return "PHIDID_HIN1101";
321 case PHIDID_DCC1001:
322 return "PHIDID_DCC1001";
323 case PHIDID_DICTIONARY:
324 return "PHIDID_DICTIONARY";
325 case PHIDID_STC1001:
326 return "PHIDID_STC1001";
327 case PHIDID_USBSWITCH:
328 return "PHIDID_USBSWITCH";
329 }
330 return "NONE";
331 }
332
333 const char* phidget_name(Phidget_DeviceClass cls)
334 {
335 switch(cls)
336 {
337 case PHIDCLASS_ACCELEROMETER:
338 return "ACCELEROMETER";
339 case PHIDCLASS_ADVANCEDSERVO:
340 return "ADVANCEDSERVO";
341 case PHIDCLASS_ANALOG:
342 return "ANALOG";
343 case PHIDCLASS_BRIDGE:
344 return "BRIDGE";
345 case PHIDCLASS_ENCODER:
346 return "ENCODER";
347 case PHIDCLASS_FREQUENCYCOUNTER:
348 return "FREQUENCYCOUNTER";
349 case PHIDCLASS_GPS:
350 return "GPS";
351 case PHIDCLASS_HUB:
352 return "HUB";
353 case PHIDCLASS_INTERFACEKIT:
354 return "INTERFACEKIT";
355 case PHIDCLASS_IR:
356 return "IR";
357 case PHIDCLASS_LED:
358 return "LED";
359 case PHIDCLASS_MESHDONGLE:
360 return "MESHDONGLE";
361 case PHIDCLASS_MOTORCONTROL:
362 return "MOTORCONTROL";
363 case PHIDCLASS_PHSENSOR:
364 return "PHSENSOR";
365 case PHIDCLASS_RFID:
366 return "RFID";
367 case PHIDCLASS_SERVO:
368 return "SERVO";
369 case PHIDCLASS_SPATIAL:
370 return "SPATIAL";
371 case PHIDCLASS_STEPPER:
372 return "STEPPER";
373 case PHIDCLASS_TEMPERATURESENSOR:
374 return "TEMPERATURESENSOR";
375 case PHIDCLASS_TEXTLCD:
376 return "TEXTLCD";
377 case PHIDCLASS_VINT:
378 return "VINT";
379 case PHIDCLASS_GENERIC:
380 return "GENERIC";
381 case PHIDCLASS_FIRMWAREUPGRADE:
382 return "FIRMWAREUPGRADE";
383 case PHIDCLASS_DICTIONARY:
384 return "DICTIONARY";
385 case PHIDCLASS_NOTHING:
386 return "NOTHING";
387 }
388 return "none";
389 }
390
391 const char* phidget_name(Phidget_ChannelClass cls)
392 {
393 switch(cls)
394 {
395 case PHIDCHCLASS_NOTHING:
396 return "NOTHING";
397 case PHIDCHCLASS_ACCELEROMETER:
398 return "ACCELEROMETER";
399 case PHIDCHCLASS_CURRENTINPUT:
400 return "CURRENTINPUT";
401 case PHIDCHCLASS_DATAADAPTER:
402 return "DATAADAPTER";
403 case PHIDCHCLASS_DCMOTOR:
404 return "DCMOTOR";
405 case PHIDCHCLASS_DIGITALINPUT:
406 return "DIGITALINPUT";
407 case PHIDCHCLASS_DIGITALOUTPUT:
408 return "DIGITALOUTPUT";
409 case PHIDCHCLASS_DISTANCESENSOR:
410 return "DISTANCESENSOR";
411 case PHIDCHCLASS_ENCODER:
412 return "ENCODER";
413 case PHIDCHCLASS_FREQUENCYCOUNTER:
414 return "FREQUENCYCOUNTER";
415 case PHIDCHCLASS_GPS:
416 return "GPS";
417 case PHIDCHCLASS_LCD:
418 return "LCD";
419 case PHIDCHCLASS_GYROSCOPE:
420 return "GYROSCOPE";
421 case PHIDCHCLASS_HUB:
422 return "HUB";
423 case PHIDCHCLASS_CAPACITIVETOUCH:
424 return "CAPACITIVETOUCH";
425 case PHIDCHCLASS_HUMIDITYSENSOR:
426 return "HUMIDITYSENSOR";
427 case PHIDCHCLASS_IR:
428 return "IR";
429 case PHIDCHCLASS_LIGHTSENSOR:
430 return "LIGHTSENSOR";
431 case PHIDCHCLASS_MAGNETOMETER:
432 return "MAGNETOMETER";
433 case PHIDCHCLASS_MESHDONGLE:
434 return "MESHDONGLE";
435 case PHIDCHCLASS_PHSENSOR:
436 return "PHSENSOR";
437 case PHIDCHCLASS_POWERGUARD:
438 return "POWERGUARD";
439 case PHIDCHCLASS_PRESSURESENSOR:
440 return "PRESSURESENSOR";
441 case PHIDCHCLASS_RCSERVO:
442 return "RCSERVO";
443 case PHIDCHCLASS_RESISTANCEINPUT:
444 return "RESISTANCEINPUT";
445 case PHIDCHCLASS_RFID:
446 return "RFID";
447 case PHIDCHCLASS_SOUNDSENSOR:
448 return "SOUNDSENSOR";
449 case PHIDCHCLASS_SPATIAL:
450 return "SPATIAL";
451 case PHIDCHCLASS_STEPPER:
452 return "STEPPER";
453 case PHIDCHCLASS_TEMPERATURESENSOR:
454 return "TEMPERATURESENSOR";
455 case PHIDCHCLASS_VOLTAGEINPUT:
456 return "VOLTAGEINPUT";
457 case PHIDCHCLASS_VOLTAGEOUTPUT:
458 return "VOLTAGEOUTPUT";
459 case PHIDCHCLASS_VOLTAGERATIOINPUT:
460 return "VOLTAGERATIOINPUT";
461 case PHIDCHCLASS_FIRMWAREUPGRADE:
462 return "FIRMWAREUPGRADE";
463 case PHIDCHCLASS_GENERIC:
464 return "GENERIC";
465 case PHIDCHCLASS_MOTORPOSITIONCONTROLLER:
466 return "MOTORPOSITIONCONTROLLER";
467 case PHIDCHCLASS_BLDCMOTOR:
468 return "BLDCMOTOR";
469 case PHIDCHCLASS_DICTIONARY:
470 return "DICTIONARY";
471 }
472 return "none";
473 }
474
475 const char* phidget_name(Phidget_ChannelSubclass cls)
476 {
477 switch(cls)
478 {
479 case PHIDCHSUBCLASS_NONE:
480 return "NONE";
481 case PHIDCHSUBCLASS_DIGITALOUTPUT_DUTY_CYCLE:
482 return "DIGITALOUTPUT_DUTY_CYCLE";
483 case PHIDCHSUBCLASS_DIGITALOUTPUT_LED_DRIVER:
484 return "DIGITALOUTPUT_LED_DRIVER";
485 case PHIDCHSUBCLASS_TEMPERATURESENSOR_RTD:
486 return "TEMPERATURESENSOR_RTD";
487 case PHIDCHSUBCLASS_TEMPERATURESENSOR_THERMOCOUPLE:
488 return "TEMPERATURESENSOR_THERMOCOUPLE";
489 case PHIDCHSUBCLASS_VOLTAGEINPUT_SENSOR_PORT:
490 return "VOLTAGEINPUT_SENSOR_PORT";
491 case PHIDCHSUBCLASS_VOLTAGERATIOINPUT_SENSOR_PORT:
492 return "VOLTAGERATIOINPUT_SENSOR_PORT";
493 case PHIDCHSUBCLASS_VOLTAGERATIOINPUT_BRIDGE:
494 return "VOLTAGERATIOINPUT_BRIDGE";
495 case PHIDCHSUBCLASS_LCD_GRAPHIC:
496 return "LCD_GRAPHIC";
497 case PHIDCHSUBCLASS_LCD_TEXT:
498 return "LCD_TEXT";
499 case PHIDCHSUBCLASS_ENCODER_MODE_SETTABLE:
500 return "ENCODER_MODE_SETTABLE";
501 }
502 return "none";
503 }
504};
505
506struct phidget_id
507{
508 phidget_id() = default;
509 phidget_id(ossia::phidget_handle_t);
510 int serialNumber;
511 int hubPort;
512 int channel;
513 int isHubPort;
514};
515inline bool operator==(phidget_id lhs, phidget_id rhs)
516{
517 return lhs.serialNumber == rhs.serialNumber && lhs.hubPort == rhs.hubPort
518 && lhs.channel == rhs.channel && lhs.isHubPort == rhs.isHubPort;
519}
520}
521
522namespace std
523{
524template <>
525class hash<ossia::phidget_id>
526{
527public:
528 std::size_t operator()(const ossia::phidget_id& id)
529 {
530 std::size_t s = 0;
531 ossia::hash_combine(s, id.serialNumber);
532 ossia::hash_combine(s, id.hubPort);
533 ossia::hash_combine(s, id.channel);
534 ossia::hash_combine(s, id.isHubPort);
535 return s;
536 }
537};
538}
ossia
Definition git_info.h:7