~ubuntu-branches/debian/experimental/mednafen/experimental

Viewing changes to src/drivers/Joystick.cpp

Committer: Package Import Robot
Author(s): Stephen Kitt
Date: 2012-11-19 07:00:37 UTC
mfrom: (1.2.12)
Revision ID: package-import@ubuntu.com-20121119070037-jvknrm13zvim88oc

Tags: 0.9.26-1

* New upstream WIP version.
* Change priority to "extra" to match libvorbisidec1's.
* Drop "DM-Upload-Allowed" since it is no longer appropriate.
* Refresh patches, replacing MPC_STATUS_FAIL constant from older mpcdec
versions.

files added:
src/FileStream.cpp

src/FileStream.h

src/cdrom/audioreader_opus.cpp

src/cdrom/audioreader_opus.h

src/drivers/Joystick.cpp

src/drivers/Joystick.h

src/drivers/Joystick_DOS_Standard.cpp

src/drivers/Joystick_DOS_Standard.h

src/drivers/Joystick_DX5.cpp

src/drivers/Joystick_DX5.h

src/drivers/Joystick_Linux.cpp

src/drivers/Joystick_Linux.h

src/drivers/Joystick_SDL.cpp

src/drivers/Joystick_SDL.h

src/drivers/Joystick_XInput.cpp

src/drivers/Joystick_XInput.h

src/drivers/Keyboard.h

src/hw_cpu/huc6280/dis6280.cpp

src/hw_cpu/huc6280/dis6280.h

src/psx/input/dualshock.cpp

src/psx/input/dualshock.h

src/psx/input/guncon.cpp

src/psx/input/guncon.h

src/psx/input/justifier.cpp

src/psx/input/justifier.h

src/psx/input/negcon.cpp

src/psx/input/negcon.h

files removed:
src/dis6280.cpp

src/dis6280.h

src/drivers/joystick.cpp

src/drivers/joystick.h

src/hw_cpu/.Tpo

src/psx/.Tpo

src/snes/src/obj

src/sound.h

src/sound/sound.cpp

files modified:
.pc/use-system-mpcdec.patch/configure.ac

.pc/use-system-mpcdec.patch/src/Makefile.am

.pc/use-system-mpcdec.patch/src/cdrom/audioreader.cpp

.pc/use-system-tremor.patch/configure.ac

.pc/use-system-tremor.patch/src/Makefile.am

.pc/use-system-tremor.patch/src/cdrom/audioreader.cpp

ChangeLog

Documentation/docgen.inc

Documentation/gb.html

Documentation/gba.html

Documentation/gg.html

Documentation/lynx.html

Documentation/md.html

Documentation/mednafen.html

Documentation/mednafen.php

Documentation/modules.def

Documentation/nes.html

Documentation/nes.php

Documentation/netplay.html

Documentation/ngp.html

Documentation/pce.html

Documentation/pce_fast.html

Documentation/pcfx.html

Documentation/psx.html

Documentation/settings.def

Documentation/sms.html

Documentation/snes.html

Documentation/vb.html

Documentation/wswan.html

configure

configure.ac

debian/changelog

debian/control

debian/patches/use-system-mpcdec.patch

debian/patches/use-system-tremor.patch

include/config.h.in

include/config.h.in~

src/Makefile.am

src/Makefile.in

src/MemoryStream.cpp

src/MemoryStream.h

src/Stream.cpp

src/Stream.h

src/cdplay.cpp

src/cdrom/CDAccess.cpp

src/cdrom/CDAccess.h

src/cdrom/CDAccess_Image.cpp

src/cdrom/CDAccess_Image.h

src/cdrom/audioreader.cpp

src/cdrom/audioreader.h

src/cdrom/cdromif.cpp

src/cdrom/cdromif.h

src/debug.h

src/drivers/Makefile.am

src/drivers/Makefile.in

src/drivers/cheat.cpp

src/drivers/cheat.h

src/drivers/console.cpp

src/drivers/console.h

src/drivers/debugger.cpp

src/drivers/debugger.h

src/drivers/fps.cpp

src/drivers/gfxdebugger.cpp

src/drivers/gfxdebugger.h

src/drivers/help.cpp

src/drivers/help.h

src/drivers/input-config.cpp

src/drivers/input-config.h

src/drivers/input-default-buttons.h

src/drivers/input.cpp

src/drivers/input.h

src/drivers/logdebugger.cpp

src/drivers/logdebugger.h

src/drivers/main.cpp

src/drivers/main.h

src/drivers/memdebugger.cpp

src/drivers/memdebugger.h

src/drivers/netplay.cpp

src/drivers/netplay.h

src/drivers/nnx.cpp

src/drivers/nnx.h

src/drivers/nongl.cpp

src/drivers/nongl.h

src/drivers/opengl.cpp

src/drivers/opengl.h

src/drivers/overlay.cpp

src/drivers/overlay.h

src/drivers/prompt.cpp

src/drivers/prompt.h

src/drivers/shader.cpp

src/drivers/shader.h

src/drivers/video-state.cpp

src/drivers/video.cpp

src/drivers/video.h

src/gb/gb.cpp

src/gb/memory.cpp

src/gba/GBA.cpp

src/general.cpp

src/git.h

src/hw_cpu/Makefile.am

src/hw_cpu/Makefile.in

src/hw_video/huc6270/vdc.cpp

src/lynx/cart.cpp

src/lynx/rom.cpp

src/lynx/system.cpp

src/md/cd/cd.cpp

src/md/debug.cpp

src/md/genio.cpp

src/md/system.cpp

src/mednafen-driver.h

src/mednafen.cpp

src/nes/boards/simple.cpp

src/nes/filter.cpp

src/nes/ines-correct.inc

src/nes/ines.cpp

src/nes/ines.h

src/nes/input.cpp

src/nes/input/arkanoid.cpp

src/nes/input/cursor.cpp

src/nes/input/oekakids.cpp

src/nes/input/shadow.cpp

src/nes/input/zapper.cpp

src/ngp/neopop.cpp

src/pce/debug.cpp

src/pce/huc.cpp

src/pce/input.cpp

src/pce_fast/huc.cpp

src/pce_fast/input.cpp

src/pce_fast/vdc.cpp

src/pcfx/input.cpp

src/psx/Makefile.am

src/psx/Makefile.in

src/psx/PSX-TODO

src/psx/cdc.cpp

src/psx/cdc.h

src/psx/cpu.cpp

src/psx/cpu.h

src/psx/debug.cpp

src/psx/dis.cpp

src/psx/dma.cpp

src/psx/frontio.cpp

src/psx/frontio.h

src/psx/gpu.cpp

src/psx/gpu.h

src/psx/gpu_command_table.inc

src/psx/gpu_line.inc

src/psx/gpu_polygon.inc

src/psx/input/dualanalog.cpp

src/psx/input/gamepad.cpp

src/psx/input/gamepad.h

src/psx/input/memcard.cpp

src/psx/mdec.cpp

src/psx/psx.cpp

src/psx/psx.h

src/psx/spu.cpp

src/psx/spu_fir_table.inc

src/psx/spu_reverb.inc

src/psx/timer.cpp

src/psx/timer.h

src/qtrecord.cpp

src/settings.cpp

src/settings.h

src/sexyal/drivers/dsound.cpp

src/sexyal/sexyal.cpp

src/sexyal/sexyal.h

src/sms/romdb.cpp

src/sms/system.cpp

src/snes/interface.cpp

src/snes/src/dsp/sdsp/sdsp.cpp

src/snes/src/lib/nall/static.hpp

src/snes/src/lib/nall/stdint.hpp

src/snes/src/lib/nall/varint.hpp

src/sound/Makefile.am

src/sound/Makefile.in

src/state.h

src/tests.cpp

src/types.h

src/vb/vb.cpp

src/vb/vip_draw.inc

src/video/font-data.h

src/video/surface.cpp

src/video/surface.h

src/video/text.cpp

src/wswan/main.cpp

Show diffs side-by-side

added added

removed removed

src/drivers/Joystick.cpp

/* Mednafen - Multi-system Emulator

* This program is free software; you can redistribute it and/or modify

* it under the terms of the GNU General Public License as published by

* the Free Software Foundation; either version 2 of the License, or

* (at your option) any later version.

* This program is distributed in the hope that it will be useful,

* but WITHOUT ANY WARRANTY; without even the implied warranty of

* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the

* GNU General Public License for more details.

* You should have received a copy of the GNU General Public License

* along with this program; if not, write to the Free Software

* Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA

The joystick driver configuration priority system should be considered as last-resort protection for multiple-API platforms(such as DirectInput + XInput on Windows), in the

event that all reasonable attempts at preventing the same physical device from being opened via multiple APIs fail. (The configuration priority system generally should

work ok as long as the user isn't extremely unlucky, doesn't try to configure too quickly(or too slowly ;)), and the controller is well-behaved; but it is still

inherently race-conditiony).

#include "main.h"

#include "input.h"

#include "../md5.h"

#include "../math_ops.h"

#include "Joystick.h"

#ifdef HAVE_SDL

#include "Joystick_SDL.h"

#endif

#ifdef HAVE_LINUX_JOYSTICK

#include "Joystick_Linux.h"

#endif

#ifdef WIN32

#include "Joystick_DX5.h"

#include "Joystick_XInput.h"

#endif

#ifdef DOS

#include "Joystick_DOS_Standard.h"

//#include "Joystick_DOS_SideWinder.h"

#endif

Joystick::Joystick() : num_axes(0), num_rel_axes(0), num_buttons(0), id(0)

{

name[0] = 0;

}

Joystick::~Joystick()

{

}

void Joystick::CalcOldStyleID(unsigned arg_num_axes, unsigned arg_num_balls, unsigned arg_num_hats, unsigned arg_num_buttons)

{

uint8 digest[16];

int tohash[4];

md5_context hashie;

uint64 ret = 0;

//printf("%u %u %u %u\n", arg_num_axes, arg_num_balls, arg_num_hats, arg_num_buttons);

tohash[0] = arg_num_axes;

tohash[1] = arg_num_balls;

tohash[2] = arg_num_hats;

tohash[3] = arg_num_buttons;

hashie.starts();

hashie.update((uint8 *)tohash, sizeof(tohash));

hashie.finish(digest);

for(int x = 0; x < 16; x++)

{

ret ^= (uint64)digest[x] << ((x & 7) * 8);

}

id = ret;

}

void Joystick::SetRumble(uint8 weak_intensity, uint8 strong_intensity)

{

}

bool Joystick::IsAxisButton(unsigned axis)

{

return(false);

}

unsigned Joystick::HatToAxisCompat(unsigned hat)

{

return(~0U);

}

100

unsigned Joystick::HatToButtonCompat(unsigned hat)

101

{

102

return(~0U);

103

}

104

105

JoystickDriver::JoystickDriver()

106

{

107

108

}

109

110

JoystickDriver::~JoystickDriver()

111

{

112

113

}

114

115

unsigned JoystickDriver::NumJoysticks()

116

{

117

return 0;

118

}

119

120

Joystick *JoystickDriver::GetJoystick(unsigned index)

121

{

122

return NULL;

123

}

124

125

void JoystickDriver::UpdateJoysticks(void)

126

{

127

128

}

129

130

JoystickManager::JoystickManager()

131

{

132

JoystickDriver *main_driver = NULL;

133

JoystickDriver *hicp_driver = NULL;

134

135

MDFNI_printf(_("Initializing joysticks...\n"));

136

MDFN_indent(1);

137

138

try

139

{

140

#ifdef HAVE_LINUX_JOYSTICK

141

main_driver = JoystickDriver_Linux_New();

142

#elif defined(WIN32)

143

{

144

hicp_driver = JoystickDriver_XInput_New();

145

main_driver = JoystickDriver_DX5_New(hicp_driver != NULL && hicp_driver->NumJoysticks() > 0);

146

}

147

#elif defined(HAVE_SDL)

148

main_driver = JoystickDriver_SDL_New();

149

#endif

150

151

if(hicp_driver != NULL)

152

{

153

JoystickDrivers.push_back(hicp_driver);

154

}

155

156

if(main_driver != NULL)

157

{

158

JoystickDrivers.push_back(main_driver);

159

}

160

161

for(unsigned jd = 0; jd < JoystickDrivers.size(); jd++)

162

{

163

for(unsigned i = 0; i < JoystickDrivers[jd]->NumJoysticks(); i++)

164

{

165

JoystickManager_Cache ce;

166

167

ce.joystick = JoystickDrivers[jd]->GetJoystick(i);

168

ce.UniqueID = ce.joystick->ID();

169

ce.config_prio = (JoystickDrivers[jd] == hicp_driver) ? 1 : 0;

170

171

TryAgain:

172

for(unsigned nji = 0; nji < JoystickCache.size(); nji++)

173

{

174

if(JoystickCache[nji].UniqueID == ce.UniqueID)

175

{

176

ce.UniqueID++;

177

goto TryAgain;

178

}

179

}

180

181

MDFN_printf(_("Joystick %u - %s - Unique ID: %016llx\n"), (unsigned)JoystickCache.size(), ce.joystick->Name(), (unsigned long long)ce.UniqueID);

182

183

ce.axis_config_type.resize(ce.joystick->NumAxes());

184

ce.prev_state_valid = false;

185

ce.prev_axis_state.resize(ce.joystick->NumAxes());

186

ce.axis_hysterical_ax_murderer.resize(ce.joystick->NumAxes());

187

ce.prev_button_state.resize(ce.joystick->NumButtons());

188

ce.rel_axis_accum_state.resize(ce.joystick->NumRelAxes());

189

190

JoystickCache.push_back(ce);

191

}

192

}

193

194

}

195

catch(std::exception &e)

196

{

197

MDFND_PrintError(e.what());

198

if(main_driver != NULL)

199

{

200

delete main_driver;

201

main_driver = NULL;

202

}

203

if(hicp_driver != NULL)

204

{

205

delete hicp_driver;

206

hicp_driver = NULL;

207

}

208

}

209

MDFN_indent(-1);

210

}

211

212

void JoystickManager::SetAnalogThreshold(double thresh)

213

{

214

AnalogThreshold = thresh * 32767;

215

}

216

217

JoystickManager::~JoystickManager()

218

{

219

for(unsigned i = 0; i < JoystickDrivers.size(); i++)

220

delete JoystickDrivers[i];

221

}

222

223

unsigned JoystickManager::DetectAnalogButtonsForChangeCheck(void)

224

{

225

unsigned ret = 0;

226

227

for(unsigned i = 0; i < JoystickCache.size(); i++)

228

{

229

for(unsigned axis = 0; axis < JoystickCache[i].joystick->NumAxes(); axis++)

230

{

231

JoystickCache[i].axis_config_type[axis] = JoystickManager_Cache::AXIS_CONFIG_TYPE_GENERIC;

232

233

if(JoystickCache[i].joystick->IsAxisButton(axis))

234

ret++;

235

else

236

{

237

int pos = JoystickCache[i].joystick->GetAxis(axis);

238

239

if(abs(pos) >= 31000)

240

{

241

if(pos < 0)

242

JoystickCache[i].axis_config_type[axis] = JoystickManager_Cache::AXIS_CONFIG_TYPE_ANABUTTON_POSPRESS;

243

else

244

JoystickCache[i].axis_config_type[axis] = JoystickManager_Cache::AXIS_CONFIG_TYPE_ANABUTTON_NEGPRESS;

245

246

printf("SPOON -- joystick=%u, axis=%u, type=%u\n", i, axis, JoystickCache[i].axis_config_type[axis]);

247

ret++;

248

}

249

}

250

}

251

}

252

return ret;

253

}

254

255

void JoystickManager::Reset_BC_ChangeCheck(void)

256

{

257

for(unsigned i = 0; i < JoystickCache.size(); i++)

258

JoystickCache[i].prev_state_valid = false;

259

260

BCPending.ButtType = BUTTC_NONE;

261

BCPending_Prio = -1;

262

BCPending_CCCC = 0;

263

}

264

265

bool JoystickManager::Do_BC_ChangeCheck(ButtConfig *bc) //, bool hint_analog)

266

{

267

if(BCPending.ButtType != BUTTC_NONE)

268

{

269

if((BCPending_Time + 150) <= MDFND_GetTime() && BCPending_CCCC >= 5) //(int32)(MDFND_GetTime() - BCPending_Time) >= 150)

270

{

271

*bc = BCPending;

272

BCPending.ButtType = BUTTC_NONE;

273

BCPending_Prio = -1;

274

BCPending_CCCC = 0;

275

return(true);

276

}

277

278

int SaveAT = AnalogThreshold; // Begin Kludge

279

AnalogThreshold = ((JoystickCache[BCPending.DeviceNum].config_prio > 0) ? 25000 : 26000);

280

if(!TestButton(BCPending))

281

{

282

BCPending.ButtType = BUTTC_NONE;

283

BCPending_Prio = -1;

284

BCPending_CCCC = 0;

285

}

286

else

287

BCPending_CCCC++;

288

AnalogThreshold = SaveAT; // End Kludge.

289

}

290

291

for(unsigned i = 0; i < JoystickCache.size(); i++)

292

{

293

JoystickManager_Cache *const jsc = &JoystickCache[i];

294

Joystick *const js = jsc->joystick;

295

const int ana_low_thresh = ((jsc->config_prio > 0) ? 6000 : 5000);

296

const int ana_high_thresh = ((jsc->config_prio > 0) ? 25000 : 26000);

297

298

// Search buttons first, then axes?

299

for(unsigned button = 0; button < js->NumButtons(); button++)

300

{

301

bool button_state = js->GetButton(button);

302

303

if(jsc->prev_state_valid && (button_state != jsc->prev_button_state[button]) && button_state)

304

{

305

ButtConfig bctmp;

306

307

bctmp.ButtType = BUTTC_JOYSTICK;

308

bctmp.DeviceNum = i;

309

bctmp.ButtonNum = button;

310

bctmp.DeviceID = jsc->UniqueID;

311

312

if(jsc->config_prio >= 0 && (jsc->config_prio > BCPending_Prio || 0)) // TODO: add axis/button priority logic(replace || 0) for gamepads that send axis and button events for analog button presses.

313

{

314

BCPending = bctmp;

315

BCPending_Prio = jsc->config_prio;

316

BCPending_Time = MDFND_GetTime();

317

BCPending_CCCC = 0;

318

}

319

}

320

jsc->prev_button_state[button] = button_state;

321

}

322

323

for(unsigned axis = 0; axis < js->NumAxes(); axis++)

324

{

325

int16 axis_state = js->GetAxis(axis);

326

327

if(jsc->axis_config_type[axis] == JoystickManager_Cache::AXIS_CONFIG_TYPE_ANABUTTON_POSPRESS)

328

{

329

if(axis_state < -32767)

330

axis_state = -32767;

331

332

axis_state = (axis_state + 32767) >> 1;

333

//printf("%u: %u\n", axis, axis_state);

334

}

335

else if(jsc->axis_config_type[axis] == JoystickManager_Cache::AXIS_CONFIG_TYPE_ANABUTTON_NEGPRESS)

336

{

337

if(axis_state < -32767)

338

axis_state = -32767;

339

340

axis_state = -axis_state;

341

342

axis_state = (axis_state + 32767) >> 1;

343

//printf("%u: %u\n", axis, axis_state);

344

}

345

346

if(jsc->prev_state_valid)

347

{

348

if(jsc->axis_hysterical_ax_murderer[axis] && abs(axis_state) >= ana_high_thresh)

349

{

350

ButtConfig bctmp;

351

352

bctmp.ButtType = BUTTC_JOYSTICK;

353

bctmp.DeviceNum = i;

354

355

if(jsc->axis_config_type[axis] == JoystickManager_Cache::AXIS_CONFIG_TYPE_ANABUTTON_POSPRESS)

356

bctmp.ButtonNum = (1 << 16) | axis;

357

else if(jsc->axis_config_type[axis] == JoystickManager_Cache::AXIS_CONFIG_TYPE_ANABUTTON_NEGPRESS)

358

bctmp.ButtonNum = (1 << 16) | (1 << 17) | axis;

359

else

360

bctmp.ButtonNum = 0x8000 | axis | ((axis_state < 0) ? 0x4000 : 0);

361

362

bctmp.DeviceID = jsc->UniqueID;

363

364

if(jsc->config_prio >= 0 && (jsc->config_prio > BCPending_Prio || 0)) // TODO: add axis/button priority logic(replace || 0) for gamepads that send axis and button events for analog button presses.

365

{

366

BCPending = bctmp;

367

BCPending_Prio = jsc->config_prio;

368

BCPending_Time = MDFND_GetTime();

369

BCPending_CCCC = 0;

370

}

371

}

372

else if(!jsc->axis_hysterical_ax_murderer[axis] && abs(axis_state) < ana_low_thresh)

373

{

374

jsc->axis_hysterical_ax_murderer[axis] = 1;

375

}

376

}

377

else

378

{

379

if(abs(axis_state) >= ana_low_thresh)

380

jsc->axis_hysterical_ax_murderer[axis] = 0;

381

else

382

jsc->axis_hysterical_ax_murderer[axis] = 1;

383

}

384

385

jsc->prev_axis_state[axis] = axis_state;

386

}

387

388

389

jsc->prev_state_valid = true;

390

}

391

392

return(false);

393

}

394

395

void JoystickManager::SetRumble(const std::vector<ButtConfig> &bc, uint8 weak_intensity, uint8 strong_intensity)

396

{

397

for(unsigned i = 0; i < bc.size(); i++)

398

{

399

if(bc[i].ButtType != BUTTC_JOYSTICK)

400

continue;

401

402

if(bc[i].DeviceNum >= JoystickCache.size())

403

continue;

404

405

Joystick *joy = JoystickCache[bc[i].DeviceNum].joystick;

406

joy->SetRumble(weak_intensity, strong_intensity);

407

}

408

}

409

410

void JoystickManager::TestRumble(void)

411

{

412

uint8 weak, strong;

413

//uint32 cur_time = MDFND_GetTime();

414

415

strong = 255;

416

weak = 0;

417

for(unsigned i = 0; i < JoystickCache.size(); i++)

418

{

419

Joystick *joy = JoystickCache[i].joystick;

420

joy->SetRumble(weak, strong);

421

}

422

}

423

424

void JoystickManager::UpdateJoysticks(void)

425

{

426

//TestRumble();

427

for(unsigned i = 0; i < JoystickDrivers.size(); i++)

428

{

429

JoystickDrivers[i]->UpdateJoysticks();

430

}

431

}

432

433

bool JoystickManager::TestButton(const ButtConfig &bc)

434

{

435

if(bc.DeviceNum >= JoystickCache.size())

436

return(0);

437

438

//printf("%u\n", AnalogThreshold);

439

440

Joystick *joy = JoystickCache[bc.DeviceNum].joystick;

441

442

if(bc.ButtonNum & (0x8000 | 0x2000)) /* Axis "button" (| 0x2000 for backwards-compat hat translation)*/

443

{

444

bool neg_req = (bool)(bc.ButtonNum & 0x4000);

445

unsigned axis = bc.ButtonNum & 0x3FFF;

446

int pos;

447

448

if(bc.ButtonNum & 0x2000)

449

{

450

axis = joy->HatToAxisCompat((bc.ButtonNum >> 8) & 0x1F);

451

if(axis == ~0U) // Not-implemented case. See if implemented for buttons.

452

{

453

unsigned button = joy->HatToButtonCompat((bc.ButtonNum >> 8) & 0x1F);

454

455

if(button != ~0U)

456

{

457

button += uilog2(bc.ButtonNum & 0xF);

458

459

if(button >= joy->NumButtons())

460

return(0);

461

462

return joy->GetButton(button);

463

}

464

return(0);

465

}

466

467

if(bc.ButtonNum & 0x05)

468

axis++;

469

470

neg_req = bc.ButtonNum & 0x09;

471

}

472

473

if(axis >= joy->NumAxes())

474

return(0);

475

476

pos = joy->GetAxis(axis);

477

478

if(neg_req && (pos <= -AnalogThreshold))

479

return(1);

480

else if(!neg_req && (pos >= AnalogThreshold))

481

return(1);

482

}

483

else if(bc.ButtonNum & (1 << 16)) // Analog button axis.

484

{

485

unsigned axis = bc.ButtonNum & 0x3FFF;

486

int pos;

487

488

if(axis >= joy->NumAxes())

489

return(0);

490

491

pos = joy->GetAxis(axis);

492

if(pos < -32767)

493

pos = -32767;

494

495

if(bc.ButtonNum & (1 << 17))

496

pos = -pos;

497

498

pos += 32767;

499

pos >>= 1;

500

501

if(pos >= AnalogThreshold)

502

return(1);

503

}

504

else

505

{

506

unsigned button = bc.ButtonNum;

507

508

if(button >= joy->NumButtons())

509

return(0);

510

511

return joy->GetButton(button);

512

}

513

514

return(0);

515

}

516

517

int JoystickManager::TestAnalogButton(const ButtConfig &bc)

518

{

519

if(bc.DeviceNum >= JoystickCache.size())

520

return(0);

521

522

Joystick *joy = JoystickCache[bc.DeviceNum].joystick;

523

524

if(bc.ButtonNum & 0x8000) /* Axis "button" */

525

{

526

unsigned axis = bc.ButtonNum & 0x3FFF;

527

int pos;

528

529

if(axis >= joy->NumAxes())

530

return(0);

531

pos = joy->GetAxis(axis);

532

533

if((bc.ButtonNum & 0x4000) && pos < 0)

534

return(std::min<int>(-pos, 32767));

535

else if (!(bc.ButtonNum & 0x4000) && pos > 0)

536

return(pos);

537

}

538

else if(bc.ButtonNum & (1 << 16)) // Analog button axis.

539

{

540

unsigned axis = bc.ButtonNum & 0x3FFF;

541

int pos;

542

543

if(axis >= joy->NumAxes())

544

return(0);

545

546

pos = joy->GetAxis(axis);

547

if(pos < -32767)

548

pos = -32767;

549

550

if(bc.ButtonNum & (1 << 17))

551

pos = -pos;

552

553

pos += 32767;

554

pos >>= 1;

555

556

return(pos);

557

}

558

else

559

{

560

return(TestButton(bc) ? 32767 : 0);

561

}

562

563

return(0);

564

}

565

566

unsigned JoystickManager::GetIndexByUniqueID(uint64 unique_id)

567

{

568

for(unsigned i = 0; i < JoystickCache.size(); i++)

569

{

570

if(JoystickCache[i].UniqueID == unique_id)

571

{

572

//printf("%16llx %u\n", unique_id, i);

573

return(i);

574

}

575

}

576

577

return(~0U);

578

}

579

580

unsigned JoystickManager::GetUniqueIDByIndex(unsigned index)

581

{

582

return JoystickCache[index].UniqueID;

583

}

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