/xbmc/visualizations/Milkdrop/vis_milkdrop/state.cpp
C++ | 1797 lines | 1229 code | 159 blank | 409 comment | 124 complexity | 0424d2390e76cb14efe62fe81527dd3c MD5 | raw file
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1 2/* 3 LICENSE 4 ------- 5Copyright 2005 Nullsoft, Inc. 6All rights reserved. 7 8Redistribution and use in source and binary forms, with or without modification, 9are permitted provided that the following conditions are met: 10 11 * Redistributions of source code must retain the above copyright notice, 12 this list of conditions and the following disclaimer. 13 14 * Redistributions in binary form must reproduce the above copyright notice, 15 this list of conditions and the following disclaimer in the documentation 16 and/or other materials provided with the distribution. 17 18 * Neither the name of Nullsoft nor the names of its contributors may be used to 19 endorse or promote products derived from this software without specific prior written permission. 20 21THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR 22IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND 23FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR 24CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL 25DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, 26DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER 27IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT 28OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. 29*/ 30#include "state.h" 31#include "support.h" 32#include "evallib/compiler.h" 33#include "plugin.h" 34#include "utility.h" 35 36//#include <stdlib.h> 37//#include <windows.h> 38#include <stdio.h> 39#include <math.h> 40 41extern CPlugin* g_plugin; // declared in main.cpp 42 43 44 45CState::CState() 46{ 47 //Default(); 48 49 // this is the list of variables that can be used for a PER-FRAME calculation; 50 // it is a SUBSET of the per-vertex calculation variable list. 51 m_pf_codehandle = NULL; 52 m_pp_codehandle = NULL; 53 for (int i=0; i<MAX_CUSTOM_WAVES; i++) 54 { 55 m_wave[i].m_pf_codehandle = NULL; 56 m_wave[i].m_pp_codehandle = NULL; 57 } 58 for (int i=0; i<MAX_CUSTOM_SHAPES; i++) 59 { 60 m_shape[i].m_pf_codehandle = NULL; 61 //m_shape[i].m_pp_codehandle = NULL; 62 } 63 //RegisterBuiltInVariables(); 64} 65 66CState::~CState() 67{ 68 FreeVarsAndCode(); 69} 70 71//-------------------------------------------------------------------------------- 72 73void CState::RegisterBuiltInVariables(int flags) 74{ 75 if (flags & RECOMPILE_PRESET_CODE) 76 { 77 resetVars(m_pf_vars); 78 var_pf_zoom = registerVar("zoom"); // i/o 79 var_pf_zoomexp = registerVar("zoomexp"); // i/o 80 var_pf_rot = registerVar("rot"); // i/o 81 var_pf_warp = registerVar("warp"); // i/o 82 var_pf_cx = registerVar("cx"); // i/o 83 var_pf_cy = registerVar("cy"); // i/o 84 var_pf_dx = registerVar("dx"); // i/o 85 var_pf_dy = registerVar("dy"); // i/o 86 var_pf_sx = registerVar("sx"); // i/o 87 var_pf_sy = registerVar("sy"); // i/o 88 var_pf_time = registerVar("time"); // i 89 var_pf_fps = registerVar("fps"); // i 90 var_pf_bass = registerVar("bass"); // i 91 var_pf_mid = registerVar("mid"); // i 92 var_pf_treb = registerVar("treb"); // i 93 var_pf_bass_att = registerVar("bass_att"); // i 94 var_pf_mid_att = registerVar("mid_att"); // i 95 var_pf_treb_att = registerVar("treb_att"); // i 96 var_pf_frame = registerVar("frame"); 97 var_pf_decay = registerVar("decay"); 98 var_pf_wave_a = registerVar("wave_a"); 99 var_pf_wave_r = registerVar("wave_r"); 100 var_pf_wave_g = registerVar("wave_g"); 101 var_pf_wave_b = registerVar("wave_b"); 102 var_pf_wave_x = registerVar("wave_x"); 103 var_pf_wave_y = registerVar("wave_y"); 104 var_pf_wave_mystery = registerVar("wave_mystery"); 105 var_pf_wave_mode = registerVar("wave_mode"); 106 var_pf_q1 = registerVar("q1"); 107 var_pf_q2 = registerVar("q2"); 108 var_pf_q3 = registerVar("q3"); 109 var_pf_q4 = registerVar("q4"); 110 var_pf_q5 = registerVar("q5"); 111 var_pf_q6 = registerVar("q6"); 112 var_pf_q7 = registerVar("q7"); 113 var_pf_q8 = registerVar("q8"); 114 var_pf_progress = registerVar("progress"); 115 var_pf_ob_size = registerVar("ob_size"); 116 var_pf_ob_r = registerVar("ob_r"); 117 var_pf_ob_g = registerVar("ob_g"); 118 var_pf_ob_b = registerVar("ob_b"); 119 var_pf_ob_a = registerVar("ob_a"); 120 var_pf_ib_size = registerVar("ib_size"); 121 var_pf_ib_r = registerVar("ib_r"); 122 var_pf_ib_g = registerVar("ib_g"); 123 var_pf_ib_b = registerVar("ib_b"); 124 var_pf_ib_a = registerVar("ib_a"); 125 var_pf_mv_x = registerVar("mv_x"); 126 var_pf_mv_y = registerVar("mv_y"); 127 var_pf_mv_dx = registerVar("mv_dx"); 128 var_pf_mv_dy = registerVar("mv_dy"); 129 var_pf_mv_l = registerVar("mv_l"); 130 var_pf_mv_r = registerVar("mv_r"); 131 var_pf_mv_g = registerVar("mv_g"); 132 var_pf_mv_b = registerVar("mv_b"); 133 var_pf_mv_a = registerVar("mv_a"); 134 var_pf_monitor = registerVar("monitor"); 135 var_pf_echo_zoom = registerVar("echo_zoom"); 136 var_pf_echo_alpha = registerVar("echo_alpha"); 137 var_pf_echo_orient = registerVar("echo_orient"); 138 var_pf_wave_usedots = registerVar("wave_usedots"); 139 var_pf_wave_thick = registerVar("wave_thick"); 140 var_pf_wave_additive = registerVar("wave_additive"); 141 var_pf_wave_brighten = registerVar("wave_brighten"); 142 var_pf_darken_center = registerVar("darken_center"); 143 var_pf_gamma = registerVar("gamma"); 144 var_pf_wrap = registerVar("wrap"); 145 var_pf_invert = registerVar("invert"); 146 var_pf_brighten = registerVar("brighten"); 147 var_pf_darken = registerVar("darken"); 148 var_pf_solarize = registerVar("solarize"); 149 var_pf_meshx = registerVar("meshx"); 150 var_pf_meshy = registerVar("meshy"); 151 152 resetVars(NULL); 153 154 // this is the list of variables that can be used for a PER-VERTEX calculation: 155 // ('vertex' meaning a vertex on the mesh) (as opposed to a once-per-frame calculation) 156 157 resetVars(m_pv_vars); 158 159 var_pv_zoom = registerVar("zoom"); // i/o 160 var_pv_zoomexp = registerVar("zoomexp"); // i/o 161 var_pv_rot = registerVar("rot"); // i/o 162 var_pv_warp = registerVar("warp"); // i/o 163 var_pv_cx = registerVar("cx"); // i/o 164 var_pv_cy = registerVar("cy"); // i/o 165 var_pv_dx = registerVar("dx"); // i/o 166 var_pv_dy = registerVar("dy"); // i/o 167 var_pv_sx = registerVar("sx"); // i/o 168 var_pv_sy = registerVar("sy"); // i/o 169 var_pv_time = registerVar("time"); // i 170 var_pv_fps = registerVar("fps"); // i 171 var_pv_bass = registerVar("bass"); // i 172 var_pv_mid = registerVar("mid"); // i 173 var_pv_treb = registerVar("treb"); // i 174 var_pv_bass_att = registerVar("bass_att"); // i 175 var_pv_mid_att = registerVar("mid_att"); // i 176 var_pv_treb_att = registerVar("treb_att"); // i 177 var_pv_frame = registerVar("frame"); 178 var_pv_x = registerVar("x"); // i 179 var_pv_y = registerVar("y"); // i 180 var_pv_rad = registerVar("rad"); // i 181 var_pv_ang = registerVar("ang"); // i 182 var_pv_q1 = registerVar("q1"); 183 var_pv_q2 = registerVar("q2"); 184 var_pv_q3 = registerVar("q3"); 185 var_pv_q4 = registerVar("q4"); 186 var_pv_q5 = registerVar("q5"); 187 var_pv_q6 = registerVar("q6"); 188 var_pv_q7 = registerVar("q7"); 189 var_pv_q8 = registerVar("q8"); 190 var_pv_progress = registerVar("progress"); 191 var_pv_meshx = registerVar("meshx"); 192 var_pv_meshy = registerVar("meshy"); 193 resetVars(NULL); 194 } 195 196 if (flags & RECOMPILE_WAVE_CODE) 197 { 198 for (int i=0; i<MAX_CUSTOM_WAVES; i++) 199 { 200 resetVars(m_wave[i].m_pf_vars); 201 m_wave[i].var_pf_time = registerVar("time"); // i 202 m_wave[i].var_pf_fps = registerVar("fps"); // i 203 m_wave[i].var_pf_frame = registerVar("frame"); // i 204 m_wave[i].var_pf_progress = registerVar("progress"); // i 205 m_wave[i].var_pf_q1 = registerVar("q1"); // i 206 m_wave[i].var_pf_q2 = registerVar("q2"); // i 207 m_wave[i].var_pf_q3 = registerVar("q3"); // i 208 m_wave[i].var_pf_q4 = registerVar("q4"); // i 209 m_wave[i].var_pf_q5 = registerVar("q5"); // i 210 m_wave[i].var_pf_q6 = registerVar("q6"); // i 211 m_wave[i].var_pf_q7 = registerVar("q7"); // i 212 m_wave[i].var_pf_q8 = registerVar("q8"); // i 213 m_wave[i].var_pf_t1 = registerVar("t1"); // i/o 214 m_wave[i].var_pf_t2 = registerVar("t2"); // i/o 215 m_wave[i].var_pf_t3 = registerVar("t3"); // i/o 216 m_wave[i].var_pf_t4 = registerVar("t4"); // i/o 217 m_wave[i].var_pf_t5 = registerVar("t5"); // i/o 218 m_wave[i].var_pf_t6 = registerVar("t6"); // i/o 219 m_wave[i].var_pf_t7 = registerVar("t7"); // i/o 220 m_wave[i].var_pf_t8 = registerVar("t8"); // i/o 221 m_wave[i].var_pf_bass = registerVar("bass"); // i 222 m_wave[i].var_pf_mid = registerVar("mid"); // i 223 m_wave[i].var_pf_treb = registerVar("treb"); // i 224 m_wave[i].var_pf_bass_att = registerVar("bass_att"); // i 225 m_wave[i].var_pf_mid_att = registerVar("mid_att"); // i 226 m_wave[i].var_pf_treb_att = registerVar("treb_att"); // i 227 m_wave[i].var_pf_r = registerVar("r"); // i/o 228 m_wave[i].var_pf_g = registerVar("g"); // i/o 229 m_wave[i].var_pf_b = registerVar("b"); // i/o 230 m_wave[i].var_pf_a = registerVar("a"); // i/o 231 resetVars(NULL); 232 233 resetVars(m_wave[i].m_pp_vars); 234 m_wave[i].var_pp_time = registerVar("time"); // i 235 m_wave[i].var_pp_fps = registerVar("fps"); // i 236 m_wave[i].var_pp_frame = registerVar("frame"); // i 237 m_wave[i].var_pp_progress = registerVar("progress"); // i 238 m_wave[i].var_pp_q1 = registerVar("q1"); // i 239 m_wave[i].var_pp_q2 = registerVar("q2"); // i 240 m_wave[i].var_pp_q3 = registerVar("q3"); // i 241 m_wave[i].var_pp_q4 = registerVar("q4"); // i 242 m_wave[i].var_pp_q5 = registerVar("q5"); // i 243 m_wave[i].var_pp_q6 = registerVar("q6"); // i 244 m_wave[i].var_pp_q7 = registerVar("q7"); // i 245 m_wave[i].var_pp_q8 = registerVar("q8"); // i 246 m_wave[i].var_pp_t1 = registerVar("t1"); // i 247 m_wave[i].var_pp_t2 = registerVar("t2"); // i 248 m_wave[i].var_pp_t3 = registerVar("t3"); // i 249 m_wave[i].var_pp_t4 = registerVar("t4"); // i 250 m_wave[i].var_pp_t5 = registerVar("t5"); // i 251 m_wave[i].var_pp_t6 = registerVar("t6"); // i 252 m_wave[i].var_pp_t7 = registerVar("t7"); // i 253 m_wave[i].var_pp_t8 = registerVar("t8"); // i 254 m_wave[i].var_pp_bass = registerVar("bass"); // i 255 m_wave[i].var_pp_mid = registerVar("mid"); // i 256 m_wave[i].var_pp_treb = registerVar("treb"); // i 257 m_wave[i].var_pp_bass_att = registerVar("bass_att"); // i 258 m_wave[i].var_pp_mid_att = registerVar("mid_att"); // i 259 m_wave[i].var_pp_treb_att = registerVar("treb_att"); // i 260 m_wave[i].var_pp_sample = registerVar("sample"); // i 261 m_wave[i].var_pp_value1 = registerVar("value1"); // i 262 m_wave[i].var_pp_value2 = registerVar("value2"); // i 263 m_wave[i].var_pp_x = registerVar("x"); // i/o 264 m_wave[i].var_pp_y = registerVar("y"); // i/o 265 m_wave[i].var_pp_r = registerVar("r"); // i/o 266 m_wave[i].var_pp_g = registerVar("g"); // i/o 267 m_wave[i].var_pp_b = registerVar("b"); // i/o 268 m_wave[i].var_pp_a = registerVar("a"); // i/o 269 resetVars(NULL); 270 } 271 } 272 273 if (flags & RECOMPILE_SHAPE_CODE) 274 { 275 for (int i=0; i<MAX_CUSTOM_SHAPES; i++) 276 { 277 resetVars(m_shape[i].m_pf_vars); 278 m_shape[i].var_pf_time = registerVar("time"); // i 279 m_shape[i].var_pf_fps = registerVar("fps"); // i 280 m_shape[i].var_pf_frame = registerVar("frame"); // i 281 m_shape[i].var_pf_progress = registerVar("progress"); // i 282 m_shape[i].var_pf_q1 = registerVar("q1"); // i 283 m_shape[i].var_pf_q2 = registerVar("q2"); // i 284 m_shape[i].var_pf_q3 = registerVar("q3"); // i 285 m_shape[i].var_pf_q4 = registerVar("q4"); // i 286 m_shape[i].var_pf_q5 = registerVar("q5"); // i 287 m_shape[i].var_pf_q6 = registerVar("q6"); // i 288 m_shape[i].var_pf_q7 = registerVar("q7"); // i 289 m_shape[i].var_pf_q8 = registerVar("q8"); // i 290 m_shape[i].var_pf_t1 = registerVar("t1"); // i/o 291 m_shape[i].var_pf_t2 = registerVar("t2"); // i/o 292 m_shape[i].var_pf_t3 = registerVar("t3"); // i/o 293 m_shape[i].var_pf_t4 = registerVar("t4"); // i/o 294 m_shape[i].var_pf_t5 = registerVar("t5"); // i/o 295 m_shape[i].var_pf_t6 = registerVar("t6"); // i/o 296 m_shape[i].var_pf_t7 = registerVar("t7"); // i/o 297 m_shape[i].var_pf_t8 = registerVar("t8"); // i/o 298 m_shape[i].var_pf_bass = registerVar("bass"); // i 299 m_shape[i].var_pf_mid = registerVar("mid"); // i 300 m_shape[i].var_pf_treb = registerVar("treb"); // i 301 m_shape[i].var_pf_bass_att = registerVar("bass_att"); // i 302 m_shape[i].var_pf_mid_att = registerVar("mid_att"); // i 303 m_shape[i].var_pf_treb_att = registerVar("treb_att"); // i 304 m_shape[i].var_pf_x = registerVar("x"); // i/o 305 m_shape[i].var_pf_y = registerVar("y"); // i/o 306 m_shape[i].var_pf_rad = registerVar("rad"); // i/o 307 m_shape[i].var_pf_ang = registerVar("ang"); // i/o 308 m_shape[i].var_pf_tex_ang = registerVar("tex_ang"); // i/o 309 m_shape[i].var_pf_tex_zoom = registerVar("tex_zoom"); // i/o 310 m_shape[i].var_pf_sides = registerVar("sides"); // i/o 311 m_shape[i].var_pf_textured = registerVar("textured"); // i/o 312 m_shape[i].var_pf_additive = registerVar("additive"); // i/o 313 m_shape[i].var_pf_thick = registerVar("thick"); // i/o 314 m_shape[i].var_pf_r = registerVar("r"); // i/o 315 m_shape[i].var_pf_g = registerVar("g"); // i/o 316 m_shape[i].var_pf_b = registerVar("b"); // i/o 317 m_shape[i].var_pf_a = registerVar("a"); // i/o 318 m_shape[i].var_pf_r2 = registerVar("r2"); // i/o 319 m_shape[i].var_pf_g2 = registerVar("g2"); // i/o 320 m_shape[i].var_pf_b2 = registerVar("b2"); // i/o 321 m_shape[i].var_pf_a2 = registerVar("a2"); // i/o 322 m_shape[i].var_pf_border_r = registerVar("border_r"); // i/o 323 m_shape[i].var_pf_border_g = registerVar("border_g"); // i/o 324 m_shape[i].var_pf_border_b = registerVar("border_b"); // i/o 325 m_shape[i].var_pf_border_a = registerVar("border_a"); // i/o 326 resetVars(NULL); 327 328 /* 329 resetVars(m_shape[i].m_pp_vars); 330 m_shape[i].var_pp_time = registerVar("time"); // i 331 m_shape[i].var_pp_fps = registerVar("fps"); // i 332 m_shape[i].var_pp_frame = registerVar("frame"); // i 333 m_shape[i].var_pp_progress = registerVar("progress"); // i 334 m_shape[i].var_pp_q1 = registerVar("q1"); // i 335 m_shape[i].var_pp_q2 = registerVar("q2"); // i 336 m_shape[i].var_pp_q3 = registerVar("q3"); // i 337 m_shape[i].var_pp_q4 = registerVar("q4"); // i 338 m_shape[i].var_pp_q5 = registerVar("q5"); // i 339 m_shape[i].var_pp_q6 = registerVar("q6"); // i 340 m_shape[i].var_pp_q7 = registerVar("q7"); // i 341 m_shape[i].var_pp_q8 = registerVar("q8"); // i 342 m_shape[i].var_pp_t1 = registerVar("t1"); // i/o 343 m_shape[i].var_pp_t2 = registerVar("t2"); // i/o 344 m_shape[i].var_pp_t3 = registerVar("t3"); // i/o 345 m_shape[i].var_pp_t4 = registerVar("t4"); // i/o 346 m_shape[i].var_pp_t5 = registerVar("t5"); // i/o 347 m_shape[i].var_pp_t6 = registerVar("t6"); // i/o 348 m_shape[i].var_pp_t7 = registerVar("t7"); // i/o 349 m_shape[i].var_pp_t8 = registerVar("t8"); // i/o 350 m_shape[i].var_pp_bass = registerVar("bass"); // i 351 m_shape[i].var_pp_mid = registerVar("mid"); // i 352 m_shape[i].var_pp_treb = registerVar("treb"); // i 353 m_shape[i].var_pp_bass_att = registerVar("bass_att"); // i 354 m_shape[i].var_pp_mid_att = registerVar("mid_att"); // i 355 m_shape[i].var_pp_treb_att = registerVar("treb_att"); // i 356 m_shape[i].var_pp_x = registerVar("x"); // i/o 357 m_shape[i].var_pp_y = registerVar("y"); // i/o 358 m_shape[i].var_pp_rad = registerVar("rad"); // i/o 359 m_shape[i].var_pp_ang = registerVar("ang"); // i/o 360 m_shape[i].var_pp_sides = registerVar("sides"); // i/o 361 m_shape[i].var_pp_r = registerVar("r"); // i/o 362 m_shape[i].var_pp_g = registerVar("g"); // i/o 363 m_shape[i].var_pp_b = registerVar("b"); // i/o 364 m_shape[i].var_pp_a = registerVar("a"); // i/o 365 m_shape[i].var_pp_r = registerVar("r2"); // i/o 366 m_shape[i].var_pp_g = registerVar("g2"); // i/o 367 m_shape[i].var_pp_b = registerVar("b2"); // i/o 368 m_shape[i].var_pp_a = registerVar("a2"); // i/o 369 m_shape[i].var_pp_border_r = registerVar("border_r"); // i/o 370 m_shape[i].var_pp_border_g = registerVar("border_g"); // i/o 371 m_shape[i].var_pp_border_b = registerVar("border_b"); // i/o 372 m_shape[i].var_pp_border_a = registerVar("border_a"); // i/o 373 resetVars(NULL); 374 */ 375 } 376 } 377} 378void CState::Default() 379{ 380 // DON'T FORGET TO ADD NEW VARIABLES TO BLEND FUNCTION, IMPORT, and EXPORT AS WELL!!!!!!!! 381 382 strcpy(m_szDesc, "<no description>"); 383 //strcpy(m_szSection, "n/a"); 384 385 m_fRating = 3.0f; 386 m_bBlending = false; 387 388 m_fGammaAdj = 2.0f; // 1.0 = reg; +2.0 = double, +3.0 = triple... 389 m_fVideoEchoZoom = 2.0f; 390 m_fVideoEchoAlpha = 0.0f; 391 m_nVideoEchoOrientation = 0; // 0-3 392 393 m_fDecay = 0.98f; // 1.0 = none, 0.95 = heavy decay 394 395 m_nWaveMode = 0; 396 m_nOldWaveMode = -1; 397 m_bAdditiveWaves = false; 398 m_fWaveAlpha = 0.8f; 399 m_fWaveScale = 1.0f; 400 m_fWaveSmoothing = 0.75f; // 0 = no smoothing, 0.9 = HEAVY smoothing 401 m_bWaveDots = false; 402 m_bWaveThick = false; 403 m_fWaveParam = 0.0f; 404 m_bModWaveAlphaByVolume = false; 405 m_fModWaveAlphaStart = 0.75f; // when relative volume hits this level, alpha -> 0 406 m_fModWaveAlphaEnd = 0.95f; // when relative volume hits this level, alpha -> 1 407 408 m_fWarpAnimSpeed = 1.0f; // additional timescaling for warp animation 409 m_fWarpScale = 1.0f; 410 m_fZoomExponent = 1.0f; 411 m_fShader = 0.0f; 412 m_bMaximizeWaveColor = true; 413 m_bTexWrap = true; 414 m_bDarkenCenter = false; 415 m_bRedBlueStereo = false; 416 m_fMvX = 12.0f; 417 m_fMvY = 9.0f; 418 m_fMvDX = 0.0f; 419 m_fMvDY = 0.0f; 420 m_fMvL = 0.9f; 421 m_fMvR = 1.0f; 422 m_fMvG = 1.0f; 423 m_fMvB = 1.0f; 424 m_fMvA = 1.0f; 425 m_bBrighten = false; 426 m_bDarken = false; 427 m_bSolarize = false; 428 m_bInvert = false; 429 430 // DON'T FORGET TO ADD NEW VARIABLES TO BLEND FUNCTION, IMPORT, and EXPORT AS WELL!!!!!!!! 431 // ALSO BE SURE TO REGISTER THEM ON THE MAIN MENU (SEE MILKDROP.CPP) 432 433 // time-varying variables: base, var, varFreq1, varFreq2 434 m_fZoom = 1.0f; 435 m_fRot = 0.0f; 436 m_fRotCX = 0.5f; 437 m_fRotCY = 0.5f; 438 m_fXPush = 0.0f; 439 m_fYPush = 0.0f; 440 m_fWarpAmount = 1.0f; 441 m_fStretchX = 1.0f; 442 m_fStretchY = 1.0f; 443 m_fWaveR = 1.0f; 444 m_fWaveG = 1.0f; 445 m_fWaveB = 1.0f; 446 m_fWaveX = 0.5f; 447 m_fWaveY = 0.5f; 448 m_fOuterBorderSize = 0.01f; 449 m_fOuterBorderR = 0.0f; 450 m_fOuterBorderG = 0.0f; 451 m_fOuterBorderB = 0.0f; 452 m_fOuterBorderA = 0.0f; 453 m_fInnerBorderSize = 0.01f; 454 m_fInnerBorderR = 0.25f; 455 m_fInnerBorderG = 0.25f; 456 m_fInnerBorderB = 0.25f; 457 m_fInnerBorderA = 0.0f; 458 459 for (int i=0; i<MAX_CUSTOM_WAVES; i++) 460 { 461 m_wave[i].enabled = 0; 462 m_wave[i].samples = 512; 463 m_wave[i].sep = 0; 464 m_wave[i].scaling = 1.0f; 465 m_wave[i].smoothing = 0.5f; 466 m_wave[i].r = 1.0f; 467 m_wave[i].g = 1.0f; 468 m_wave[i].b = 1.0f; 469 m_wave[i].a = 1.0f; 470 m_wave[i].bSpectrum = 0; 471 m_wave[i].bUseDots = 0; 472 m_wave[i].bDrawThick = 0; 473 m_wave[i].bAdditive = 0; 474 } 475 476 for (int i=0; i<MAX_CUSTOM_SHAPES; i++) 477 { 478 m_shape[i].enabled = 0; 479 m_shape[i].sides = 4; 480 m_shape[i].additive = 0; 481 m_shape[i].thickOutline = 0; 482 m_shape[i].textured = 0; 483 m_shape[i].tex_zoom = 1.0f; 484 m_shape[i].tex_ang = 0.0f; 485 m_shape[i].x = 0.5f; 486 m_shape[i].y = 0.5f; 487 m_shape[i].rad = 0.1f; 488 m_shape[i].ang = 0.0f; 489 m_shape[i].r = 1.0f; 490 m_shape[i].g = 0.0f; 491 m_shape[i].b = 0.0f; 492 m_shape[i].a = 1.0f; 493 m_shape[i].r2 = 0.0f; 494 m_shape[i].g2 = 1.0f; 495 m_shape[i].b2 = 0.0f; 496 m_shape[i].a2 = 0.0f; 497 m_shape[i].border_r = 1.0f; 498 m_shape[i].border_g = 1.0f; 499 m_shape[i].border_b = 1.0f; 500 m_shape[i].border_a = 0.1f; 501 } 502 503 // clear all code strings: 504 m_szPerFrameInit[0] = 0; 505 m_szPerFrameExpr[0] = 0; 506 m_szPerPixelExpr[0] = 0; 507 for (int i=0; i<MAX_CUSTOM_WAVES; i++) 508 { 509 m_wave[i].m_szInit[0] = 0; 510 m_wave[i].m_szPerFrame[0] = 0; 511 m_wave[i].m_szPerPoint[0] = 0; 512 } 513 for (int i=0; i<MAX_CUSTOM_SHAPES; i++) 514 { 515 m_shape[i].m_szInit[0] = 0; 516 m_shape[i].m_szPerFrame[0] = 0; 517 //m_shape[i].m_szPerPoint[0] = 0; 518 } 519 520 FreeVarsAndCode(); 521} 522 523void CState::StartBlendFrom(CState *s_from, float fAnimTime, float fTimespan) 524{ 525 CState *s_to = this; 526 527 // bools, ints, and strings instantly change 528 529 s_to->m_fVideoEchoAlphaOld = s_from->m_fVideoEchoAlpha.eval(-1); 530 s_to->m_nVideoEchoOrientationOld = s_from->m_nVideoEchoOrientation; 531 s_to->m_nOldWaveMode = s_from->m_nWaveMode; 532 533 /* 534 s_to->m_fVideoEchoAlphaOld = s_from->m_fVideoEchoAlpha.eval(-1); 535 s_to->m_nVideoEchoOrientationOld = s_from->m_nVideoEchoOrientation; 536 537 s_to->m_nOldWaveMode = s_from->m_nWaveMode; 538 s_to->m_nWaveMode = s_from->m_nWaveMode; 539 s_to->m_bAdditiveWaves = s_from->m_bAdditiveWaves; 540 s_to->m_nVideoEchoOrientation = s_from->m_nVideoEchoOrientation; 541 s_to->m_fWarpAnimSpeed = s_from->m_fWarpAnimSpeed; // would req. 10 phase-matches to blend this one!!! 542 s_to->m_bWaveDots = s_from->m_bWaveDots; 543 s_to->m_bWaveThick = s_from->m_bWaveThick; 544 s_to->m_bModWaveAlphaByVolume = s_from->m_bModWaveAlphaByVolume; 545 s_to->m_bMaximizeWaveColor = s_from->m_bMaximizeWaveColor; 546 s_to->m_bTexWrap = s_from->m_bTexWrap; 547 s_to->m_bDarkenCenter = s_from->m_bDarkenCenter; 548 s_to->m_bRedBlueStereo = s_from->m_bRedBlueStereo; 549 s_to->m_bBrighten = s_from->m_bBrighten; 550 s_to->m_bDarken = s_from->m_bDarken; 551 s_to->m_bSolarize = s_from->m_bSolarize; 552 s_to->m_bInvert = s_from->m_bInvert; 553 s_to->m_fRating = s_from->m_fRating; 554 */ 555 556 // expr. eval. also copies over immediately (replaces prev.) 557 m_bBlending = true; 558 m_fBlendStartTime = fAnimTime; 559 m_fBlendDuration = fTimespan; 560 561 /* 562 //for (int e=0; e<MAX_EVALS; e++) 563 { 564 char szTemp[8192]; 565 566 strcpy(szTemp, m_szPerFrameExpr); 567 strcpy(m_szPerFrameExpr, s_to->m_szPerFrameExpr); 568 strcpy(s_to->m_szPerFrameExpr, szTemp); 569 570 strcpy(szTemp, m_szPerPixelExpr); 571 strcpy(m_szPerPixelExpr, s_to->m_szPerPixelExpr); 572 strcpy(s_to->m_szPerPixelExpr, szTemp); 573 574 strcpy(szTemp, m_szPerFrameInit); 575 strcpy(m_szPerFrameInit, s_to->m_szPerFrameInit); 576 strcpy(s_to->m_szPerFrameInit, szTemp); 577 } 578 RecompileExpressions(); 579 s_to->RecompileExpressions(); 580 581 strcpy(m_szDesc, s_to->m_szDesc); 582 //strcpy(m_szSection, s_to->m_szSection); 583 */ 584 585 // CBlendableFloats & SuperValues blend over time 586 m_fGammaAdj .StartBlendFrom(&s_from->m_fGammaAdj , fAnimTime, fTimespan); 587 m_fVideoEchoZoom .StartBlendFrom(&s_from->m_fVideoEchoZoom , fAnimTime, fTimespan); 588 m_fVideoEchoAlpha.StartBlendFrom(&s_from->m_fVideoEchoAlpha, fAnimTime, fTimespan); 589 m_fDecay .StartBlendFrom(&s_from->m_fDecay , fAnimTime, fTimespan); 590 m_fWaveAlpha .StartBlendFrom(&s_from->m_fWaveAlpha , fAnimTime, fTimespan); 591 m_fWaveScale .StartBlendFrom(&s_from->m_fWaveScale , fAnimTime, fTimespan); 592 m_fWaveSmoothing .StartBlendFrom(&s_from->m_fWaveSmoothing , fAnimTime, fTimespan); 593 m_fWaveParam .StartBlendFrom(&s_from->m_fWaveParam , fAnimTime, fTimespan); 594 m_fWarpScale .StartBlendFrom(&s_from->m_fWarpScale , fAnimTime, fTimespan); 595 m_fZoomExponent .StartBlendFrom(&s_from->m_fZoomExponent , fAnimTime, fTimespan); 596 m_fShader .StartBlendFrom(&s_from->m_fShader , fAnimTime, fTimespan); 597 m_fModWaveAlphaStart.StartBlendFrom(&s_from->m_fModWaveAlphaStart, fAnimTime, fTimespan); 598 m_fModWaveAlphaEnd .StartBlendFrom(&s_from->m_fModWaveAlphaEnd, fAnimTime, fTimespan); 599 600 m_fZoom .StartBlendFrom(&s_from->m_fZoom , fAnimTime, fTimespan); 601 m_fRot .StartBlendFrom(&s_from->m_fRot , fAnimTime, fTimespan); 602 m_fRotCX .StartBlendFrom(&s_from->m_fRotCX , fAnimTime, fTimespan); 603 m_fRotCY .StartBlendFrom(&s_from->m_fRotCY , fAnimTime, fTimespan); 604 m_fXPush .StartBlendFrom(&s_from->m_fXPush , fAnimTime, fTimespan); 605 m_fYPush .StartBlendFrom(&s_from->m_fYPush , fAnimTime, fTimespan); 606 m_fWarpAmount.StartBlendFrom(&s_from->m_fWarpAmount,fAnimTime, fTimespan); 607 m_fStretchX .StartBlendFrom(&s_from->m_fStretchX , fAnimTime, fTimespan); 608 m_fStretchY .StartBlendFrom(&s_from->m_fStretchY , fAnimTime, fTimespan); 609 m_fWaveR .StartBlendFrom(&s_from->m_fWaveR , fAnimTime, fTimespan); 610 m_fWaveG .StartBlendFrom(&s_from->m_fWaveG , fAnimTime, fTimespan); 611 m_fWaveB .StartBlendFrom(&s_from->m_fWaveB , fAnimTime, fTimespan); 612 m_fWaveX .StartBlendFrom(&s_from->m_fWaveX , fAnimTime, fTimespan); 613 m_fWaveY .StartBlendFrom(&s_from->m_fWaveY , fAnimTime, fTimespan); 614 m_fOuterBorderSize .StartBlendFrom(&s_from->m_fOuterBorderSize , fAnimTime, fTimespan); 615 m_fOuterBorderR .StartBlendFrom(&s_from->m_fOuterBorderR , fAnimTime, fTimespan); 616 m_fOuterBorderG .StartBlendFrom(&s_from->m_fOuterBorderG , fAnimTime, fTimespan); 617 m_fOuterBorderB .StartBlendFrom(&s_from->m_fOuterBorderB , fAnimTime, fTimespan); 618 m_fOuterBorderA .StartBlendFrom(&s_from->m_fOuterBorderA , fAnimTime, fTimespan); 619 m_fInnerBorderSize .StartBlendFrom(&s_from->m_fInnerBorderSize , fAnimTime, fTimespan); 620 m_fInnerBorderR .StartBlendFrom(&s_from->m_fInnerBorderR , fAnimTime, fTimespan); 621 m_fInnerBorderG .StartBlendFrom(&s_from->m_fInnerBorderG , fAnimTime, fTimespan); 622 m_fInnerBorderB .StartBlendFrom(&s_from->m_fInnerBorderB , fAnimTime, fTimespan); 623 m_fInnerBorderA .StartBlendFrom(&s_from->m_fInnerBorderA , fAnimTime, fTimespan); 624 m_fMvX .StartBlendFrom(&s_from->m_fMvX , fAnimTime, fTimespan); 625 m_fMvY .StartBlendFrom(&s_from->m_fMvY , fAnimTime, fTimespan); 626 m_fMvDX .StartBlendFrom(&s_from->m_fMvDX , fAnimTime, fTimespan); 627 m_fMvDY .StartBlendFrom(&s_from->m_fMvDY , fAnimTime, fTimespan); 628 m_fMvL .StartBlendFrom(&s_from->m_fMvL , fAnimTime, fTimespan); 629 m_fMvR .StartBlendFrom(&s_from->m_fMvR , fAnimTime, fTimespan); 630 m_fMvG .StartBlendFrom(&s_from->m_fMvG , fAnimTime, fTimespan); 631 m_fMvB .StartBlendFrom(&s_from->m_fMvB , fAnimTime, fTimespan); 632 m_fMvA .StartBlendFrom(&s_from->m_fMvA , fAnimTime, fTimespan); 633 634 // if motion vectors were transparent before, don't morph the # in X and Y - just 635 // start in the right place, and fade them in. 636 bool bOldStateTransparent = (s_from->m_fMvA.eval(-1) < 0.001f); 637 bool bNewStateTransparent = (s_to->m_fMvA.eval(-1) < 0.001f); 638 if (!bOldStateTransparent && bNewStateTransparent) 639 { 640 s_from->m_fMvX = s_to->m_fMvX.eval(fAnimTime); 641 s_from->m_fMvY = s_to->m_fMvY.eval(fAnimTime); 642 s_from->m_fMvDX = s_to->m_fMvDX.eval(fAnimTime); 643 s_from->m_fMvDY = s_to->m_fMvDY.eval(fAnimTime); 644 s_from->m_fMvL = s_to->m_fMvL.eval(fAnimTime); 645 s_from->m_fMvR = s_to->m_fMvR.eval(fAnimTime); 646 s_from->m_fMvG = s_to->m_fMvG.eval(fAnimTime); 647 s_from->m_fMvB = s_to->m_fMvB.eval(fAnimTime); 648 } 649 if (bNewStateTransparent && !bOldStateTransparent) 650 { 651 s_to->m_fMvX = s_from->m_fMvX.eval(fAnimTime); 652 s_to->m_fMvY = s_from->m_fMvY.eval(fAnimTime); 653 s_to->m_fMvDX = s_from->m_fMvDX.eval(fAnimTime); 654 s_to->m_fMvDY = s_from->m_fMvDY.eval(fAnimTime); 655 s_to->m_fMvL = s_from->m_fMvL.eval(fAnimTime); 656 s_to->m_fMvR = s_from->m_fMvR.eval(fAnimTime); 657 s_to->m_fMvG = s_from->m_fMvG.eval(fAnimTime); 658 s_to->m_fMvB = s_from->m_fMvB.eval(fAnimTime); 659 } 660 661} 662 663void WriteCode(FILE* fOut, int i, char* pStr, char* prefix) 664{ 665 char szLineName[32]; 666 int line = 1; 667 int start_pos = 0; 668 int char_pos = 0; 669 670 while (pStr[start_pos] != 0) 671 { 672 while ( pStr[char_pos] != 0 && 673 pStr[char_pos] != LINEFEED_CONTROL_CHAR) 674 char_pos++; 675 676 sprintf(szLineName, "%s%d", prefix, line); 677 678 char ch = pStr[char_pos]; 679 pStr[char_pos] = 0; 680 //if (!WritePrivateProfileString(szSectionName,szLineName,&pStr[start_pos],szIniFile)) return false; 681 fprintf(fOut, "%s=%s\n", szLineName, &pStr[start_pos]); 682 pStr[char_pos] = ch; 683 684 if (pStr[char_pos] != 0) char_pos++; 685 start_pos = char_pos; 686 line++; 687 } 688} 689 690bool CState::Export(char *szSectionName, char *szIniFile) 691{ 692 FILE *fOut = fopen(szIniFile, "w"); 693 if (!fOut) return false; 694 695 fprintf(fOut, "[%s]\n", szSectionName); 696 697 fprintf(fOut, "%s=%f\n", "fRating", m_fRating); 698 fprintf(fOut, "%s=%f\n", "fGammaAdj", m_fGammaAdj.eval(-1)); 699 fprintf(fOut, "%s=%f\n", "fDecay", m_fDecay.eval(-1)); 700 fprintf(fOut, "%s=%f\n", "fVideoEchoZoom", m_fVideoEchoZoom.eval(-1)); 701 fprintf(fOut, "%s=%f\n", "fVideoEchoAlpha", m_fVideoEchoAlpha.eval(-1)); 702 fprintf(fOut, "%s=%d\n", "nVideoEchoOrientation", m_nVideoEchoOrientation); 703 704 fprintf(fOut, "%s=%d\n", "nWaveMode", m_nWaveMode); 705 fprintf(fOut, "%s=%d\n", "bAdditiveWaves", m_bAdditiveWaves); 706 fprintf(fOut, "%s=%d\n", "bWaveDots", m_bWaveDots); 707 fprintf(fOut, "%s=%d\n", "bWaveThick", m_bWaveThick); 708 fprintf(fOut, "%s=%d\n", "bModWaveAlphaByVolume", m_bModWaveAlphaByVolume); 709 fprintf(fOut, "%s=%d\n", "bMaximizeWaveColor", m_bMaximizeWaveColor); 710 fprintf(fOut, "%s=%d\n", "bTexWrap", m_bTexWrap ); 711 fprintf(fOut, "%s=%d\n", "bDarkenCenter", m_bDarkenCenter ); 712 fprintf(fOut, "%s=%d\n", "bRedBlueStereo", m_bRedBlueStereo ); 713 fprintf(fOut, "%s=%d\n", "bBrighten", m_bBrighten ); 714 fprintf(fOut, "%s=%d\n", "bDarken", m_bDarken ); 715 fprintf(fOut, "%s=%d\n", "bSolarize", m_bSolarize ); 716 fprintf(fOut, "%s=%d\n", "bInvert", m_bInvert ); 717 718 fprintf(fOut, "%s=%f\n", "fWaveAlpha", m_fWaveAlpha.eval(-1)); 719 fprintf(fOut, "%s=%f\n", "fWaveScale", m_fWaveScale.eval(-1)); 720 fprintf(fOut, "%s=%f\n", "fWaveSmoothing", m_fWaveSmoothing.eval(-1)); 721 fprintf(fOut, "%s=%f\n", "fWaveParam", m_fWaveParam.eval(-1)); 722 fprintf(fOut, "%s=%f\n", "fModWaveAlphaStart", m_fModWaveAlphaStart.eval(-1)); 723 fprintf(fOut, "%s=%f\n", "fModWaveAlphaEnd", m_fModWaveAlphaEnd.eval(-1)); 724 fprintf(fOut, "%s=%f\n", "fWarpAnimSpeed", m_fWarpAnimSpeed); 725 fprintf(fOut, "%s=%f\n", "fWarpScale", m_fWarpScale.eval(-1)); 726 fprintf(fOut, "%s=%f\n", "fZoomExponent", m_fZoomExponent.eval(-1)); 727 fprintf(fOut, "%s=%f\n", "fShader", m_fShader.eval(-1)); 728 729 fprintf(fOut, "%s=%f\n", "zoom", m_fZoom .eval(-1)); 730 fprintf(fOut, "%s=%f\n", "rot", m_fRot .eval(-1)); 731 fprintf(fOut, "%s=%f\n", "cx", m_fRotCX .eval(-1)); 732 fprintf(fOut, "%s=%f\n", "cy", m_fRotCY .eval(-1)); 733 fprintf(fOut, "%s=%f\n", "dx", m_fXPush .eval(-1)); 734 fprintf(fOut, "%s=%f\n", "dy", m_fYPush .eval(-1)); 735 fprintf(fOut, "%s=%f\n", "warp", m_fWarpAmount.eval(-1)); 736 fprintf(fOut, "%s=%f\n", "sx", m_fStretchX .eval(-1)); 737 fprintf(fOut, "%s=%f\n", "sy", m_fStretchY .eval(-1)); 738 fprintf(fOut, "%s=%f\n", "wave_r", m_fWaveR .eval(-1)); 739 fprintf(fOut, "%s=%f\n", "wave_g", m_fWaveG .eval(-1)); 740 fprintf(fOut, "%s=%f\n", "wave_b", m_fWaveB .eval(-1)); 741 fprintf(fOut, "%s=%f\n", "wave_x", m_fWaveX .eval(-1)); 742 fprintf(fOut, "%s=%f\n", "wave_y", m_fWaveY .eval(-1)); 743 744 fprintf(fOut, "%s=%f\n", "ob_size", m_fOuterBorderSize.eval(-1)); 745 fprintf(fOut, "%s=%f\n", "ob_r", m_fOuterBorderR.eval(-1)); 746 fprintf(fOut, "%s=%f\n", "ob_g", m_fOuterBorderG.eval(-1)); 747 fprintf(fOut, "%s=%f\n", "ob_b", m_fOuterBorderB.eval(-1)); 748 fprintf(fOut, "%s=%f\n", "ob_a", m_fOuterBorderA.eval(-1)); 749 fprintf(fOut, "%s=%f\n", "ib_size", m_fInnerBorderSize.eval(-1)); 750 fprintf(fOut, "%s=%f\n", "ib_r", m_fInnerBorderR.eval(-1)); 751 fprintf(fOut, "%s=%f\n", "ib_g", m_fInnerBorderG.eval(-1)); 752 fprintf(fOut, "%s=%f\n", "ib_b", m_fInnerBorderB.eval(-1)); 753 fprintf(fOut, "%s=%f\n", "ib_a", m_fInnerBorderA.eval(-1)); 754 fprintf(fOut, "%s=%f\n", "nMotionVectorsX", m_fMvX.eval(-1)); 755 fprintf(fOut, "%s=%f\n", "nMotionVectorsY", m_fMvY.eval(-1)); 756 fprintf(fOut, "%s=%f\n", "mv_dx", m_fMvDX.eval(-1)); 757 fprintf(fOut, "%s=%f\n", "mv_dy", m_fMvDY.eval(-1)); 758 fprintf(fOut, "%s=%f\n", "mv_l", m_fMvL.eval(-1)); 759 fprintf(fOut, "%s=%f\n", "mv_r", m_fMvR.eval(-1)); 760 fprintf(fOut, "%s=%f\n", "mv_g", m_fMvG.eval(-1)); 761 fprintf(fOut, "%s=%f\n", "mv_b", m_fMvB.eval(-1)); 762 fprintf(fOut, "%s=%f\n", "mv_a", m_fMvA.eval(-1)); 763 764 int i=0; 765 766 for (i=0; i<MAX_CUSTOM_WAVES; i++) 767 m_wave[i].Export("", szIniFile, i, fOut); 768 769 for (i=0; i<MAX_CUSTOM_SHAPES; i++) 770 m_shape[i].Export("", szIniFile, i, fOut); 771 772 // write out arbitrary expressions, one line at a time 773 WriteCode(fOut, i, m_szPerFrameInit, "per_frame_init_"); 774 WriteCode(fOut, i, m_szPerFrameExpr, "per_frame_"); 775 WriteCode(fOut, i, m_szPerPixelExpr, "per_pixel_"); 776 777 /* 778 int n2 = 3 + MAX_CUSTOM_WAVES*3 + MAX_CUSTOM_SHAPES*2; 779 for (int n=0; n<n2; n++) 780 { 781 char *pStr; 782 char prefix[64]; 783 switch(n) 784 { 785 case 0: pStr = m_szPerFrameExpr; strcpy(prefix, "per_frame_"); break; 786 case 1: pStr = m_szPerPixelExpr; strcpy(prefix, "per_pixel_"); break; 787 case 2: pStr = m_szPerFrameInit; strcpy(prefix, "per_frame_init_"); break; 788 default: 789 if (n < 3 + 3*MAX_CUSTOM_WAVES) 790 { 791 int i = (n-3) / 3; 792 int j = (n-3) % 3; 793 switch(j) 794 { 795 case 0: pStr = m_wave[i].m_szInit; sprintf(prefix, "wave_%d_init", i); break; 796 case 1: pStr = m_wave[i].m_szPerFrame; sprintf(prefix, "wave_%d_per_frame", i); break; 797 case 2: pStr = m_wave[i].m_szPerPoint; sprintf(prefix, "wave_%d_per_point", i); break; 798 } 799 } 800 else 801 { 802 int i = (n-3-3*MAX_CUSTOM_WAVES) / 2; 803 int j = (n-3-3*MAX_CUSTOM_WAVES) % 2; 804 switch(j) 805 { 806 case 0: pStr = m_shape[i].m_szInit; sprintf(prefix, "shape_%d_init", i); break; 807 case 1: pStr = m_shape[i].m_szPerFrame; sprintf(prefix, "shape_%d_per_frame", i); break; 808 } 809 } 810 } 811 812 char szLineName[32]; 813 int line = 1; 814 int start_pos = 0; 815 int char_pos = 0; 816 817 while (pStr[start_pos] != 0) 818 { 819 while ( pStr[char_pos] != 0 && 820 pStr[char_pos] != LINEFEED_CONTROL_CHAR) 821 char_pos++; 822 823 sprintf(szLineName, "%s%d", prefix, line); 824 825 char ch = pStr[char_pos]; 826 pStr[char_pos] = 0; 827 //if (!WritePrivateProfileString(szSectionName,szLineName,&pStr[start_pos],szIniFile)) return false; 828 fprintf(fOut, "%s=%s\n", szLineName, &pStr[start_pos]); 829 pStr[char_pos] = ch; 830 831 if (pStr[char_pos] != 0) char_pos++; 832 start_pos = char_pos; 833 line++; 834 } 835 } 836 */ 837 838 fclose(fOut); 839 840 return true; 841} 842 843int CWave::Export(char* szSection, char *szFile, int i, FILE* fOut) 844{ 845 FILE* f2 = fOut; 846 if (!fOut) 847 { 848 f2 = fopen(szFile, "w"); 849 if (!f2) return 0; 850 fprintf(f2, "[%s]\n", szSection); 851 } 852 853 fprintf(f2, "wavecode_%d_%s=%d\n", i, "enabled", enabled); 854 fprintf(f2, "wavecode_%d_%s=%d\n", i, "samples", samples); 855 fprintf(f2, "wavecode_%d_%s=%d\n", i, "sep", sep ); 856 fprintf(f2, "wavecode_%d_%s=%d\n", i, "bSpectrum", bSpectrum); 857 fprintf(f2, "wavecode_%d_%s=%d\n", i, "bUseDots", bUseDots); 858 fprintf(f2, "wavecode_%d_%s=%d\n", i, "bDrawThick", bDrawThick); 859 fprintf(f2, "wavecode_%d_%s=%d\n", i, "bAdditive", bAdditive); 860 fprintf(f2, "wavecode_%d_%s=%f\n", i, "scaling", scaling); 861 fprintf(f2, "wavecode_%d_%s=%f\n", i, "smoothing", smoothing); 862 fprintf(f2, "wavecode_%d_%s=%f\n", i, "r", r); 863 fprintf(f2, "wavecode_%d_%s=%f\n", i, "g", g); 864 fprintf(f2, "wavecode_%d_%s=%f\n", i, "b", b); 865 fprintf(f2, "wavecode_%d_%s=%f\n", i, "a", a); 866 867 // READ THE CODE IN 868 char prefix[64]; 869 sprintf(prefix, "wave_%d_init", i); WriteCode(f2, i, m_szInit, prefix); 870 sprintf(prefix, "wave_%d_per_frame", i); WriteCode(f2, i, m_szPerFrame, prefix); 871 sprintf(prefix, "wave_%d_per_point", i); WriteCode(f2, i, m_szPerPoint, prefix); 872 873 if (!fOut) 874 fclose(f2); // [sic] 875 876 return 1; 877} 878 879int CShape::Export(char* szSection, char *szFile, int i, FILE* fOut) 880{ 881 FILE* f2 = fOut; 882 if (!fOut) 883 { 884 f2 = fopen(szFile, "w"); 885 if (!f2) return 0; 886 fprintf(f2, "[%s]\n", szSection); 887 } 888 889 fprintf(f2, "shapecode_%d_%s=%d\n", i, "enabled", enabled); 890 fprintf(f2, "shapecode_%d_%s=%d\n", i, "sides", sides); 891 fprintf(f2, "shapecode_%d_%s=%d\n", i, "additive", additive); 892 fprintf(f2, "shapecode_%d_%s=%d\n", i, "thickOutline",thickOutline); 893 fprintf(f2, "shapecode_%d_%s=%d\n", i, "textured", textured); 894 fprintf(f2, "shapecode_%d_%s=%f\n", i, "x", x); 895 fprintf(f2, "shapecode_%d_%s=%f\n", i, "y", y); 896 fprintf(f2, "shapecode_%d_%s=%f\n", i, "rad", rad); 897 fprintf(f2, "shapecode_%d_%s=%f\n", i, "ang", ang); 898 fprintf(f2, "shapecode_%d_%s=%f\n", i, "tex_ang", tex_ang); 899 fprintf(f2, "shapecode_%d_%s=%f\n", i, "tex_zoom", tex_zoom); 900 fprintf(f2, "shapecode_%d_%s=%f\n", i, "r", r); 901 fprintf(f2, "shapecode_%d_%s=%f\n", i, "g", g); 902 fprintf(f2, "shapecode_%d_%s=%f\n", i, "b", b); 903 fprintf(f2, "shapecode_%d_%s=%f\n", i, "a", a); 904 fprintf(f2, "shapecode_%d_%s=%f\n", i, "r2", r2); 905 fprintf(f2, "shapecode_%d_%s=%f\n", i, "g2", g2); 906 fprintf(f2, "shapecode_%d_%s=%f\n", i, "b2", b2); 907 fprintf(f2, "shapecode_%d_%s=%f\n", i, "a2", a2); 908 fprintf(f2, "shapecode_%d_%s=%f\n", i, "border_r", border_r); 909 fprintf(f2, "shapecode_%d_%s=%f\n", i, "border_g", border_g); 910 fprintf(f2, "shapecode_%d_%s=%f\n", i, "border_b", border_b); 911 fprintf(f2, "shapecode_%d_%s=%f\n", i, "border_a", border_a); 912 913 char prefix[64]; 914 sprintf(prefix, "shape_%d_init", i); WriteCode(f2, i, m_szInit, prefix); 915 sprintf(prefix, "shape_%d_per_frame", i); WriteCode(f2, i, m_szPerFrame, prefix); 916 //sprintf(prefix, "shape_%d_per_point", i); WriteCode(f2, i, m_szPerPoint, prefix); 917 918 if (!fOut) 919 fclose(f2); // [sic] 920 921 return 1; 922} 923 924void ReadCode(char* szSectionName, char* szIniFile, char* pStr, char* prefix) 925{ 926 // read in & compile arbitrary expressions 927 char szLineName[32]; 928 char szLine[8192]; 929 int len; 930 931 int line = 1; 932 int char_pos = 0; 933 bool bDone = false; 934 935 while (!bDone) 936 { 937 sprintf(szLineName, "%s%d", prefix, line); 938 939 InternalGetPrivateProfileString(szSectionName, szLineName, "~!@#$", szLine, 8192, szIniFile); // fixme 940 len = strlen(szLine); 941 942 if ((strcmp(szLine, "~!@#$")==0) || // if the key was missing, 943 (len >= 8191-char_pos-1)) // or if we're out of space 944 { 945 bDone = true; 946 } 947 else 948 { 949 sprintf(&pStr[char_pos], "%s%c", szLine, LINEFEED_CONTROL_CHAR); 950 } 951 952 char_pos += len + 1; 953 line++; 954 } 955 pStr[char_pos++] = 0; // null-terminate 956 957 // read in & compile arbitrary expressions 958 /* 959 int n2 = 3 + MAX_CUSTOM_WAVES*3 + MAX_CUSTOM_SHAPES*2; 960 for (int n=0; n<n2; n++) 961 { 962 char *pStr; 963 char prefix[64]; 964 char szLineName[32]; 965 char szLine[8192]; 966 int len; 967 968 int line = 1; 969 int char_pos = 0; 970 bool bDone = false; 971 972 switch(n) 973 { 974 case 0: pStr = m_szPerFrameExpr; strcpy(prefix, "per_frame_"); break; 975 case 1: pStr = m_szPerPixelExpr; strcpy(prefix, "per_pixel_"); break; 976 case 2: pStr = m_szPerFrameInit; strcpy(prefix, "per_frame_init_"); break; 977 default: 978 if (n < 3 + 3*MAX_CUSTOM_WAVES) 979 { 980 int i = (n-3) / 3; 981 int j = (n-3) % 3; 982 switch(j) 983 { 984 case 0: pStr = m_wave[i].m_szInit; sprintf(prefix, "wave_%d_init", i); break; 985 case 1: pStr = m_wave[i].m_szPerFrame; sprintf(prefix, "wave_%d_per_frame", i); break; 986 case 2: pStr = m_wave[i].m_szPerPoint; sprintf(prefix, "wave_%d_per_point", i); break; 987 } 988 } 989 else 990 { 991 int i = (n-3-3*MAX_CUSTOM_WAVES) / 2; 992 int j = (n-3-3*MAX_CUSTOM_WAVES) % 2; 993 switch(j) 994 { 995 case 0: pStr = m_shape[i].m_szInit; sprintf(prefix, "shape_%d_init", i); break; 996 case 1: pStr = m_shape[i].m_szPerFrame; sprintf(prefix, "shape_%d_per_frame", i); break; 997 } 998 } 999 } 1000 1001 while (!bDone) 1002 { 1003 sprintf(szLineName, "%s%d", prefix, line); 1004 1005 InternalGetPrivateProfileString(szSectionName, szLineName, "~!@#$", szLine, 8192, szIniFile); // fixme 1006 len = strlen(szLine); 1007 1008 if ((strcmp(szLine, "~!@#$")==0) || // if the key was missing, 1009 (len >= 8191-char_pos-1)) // or if we're out of space 1010 { 1011 bDone = true; 1012 } 1013 else 1014 { 1015 sprintf(&pStr[char_pos], "%s%c", szLine, LINEFEED_CONTROL_CHAR); 1016 } 1017 1018 char_pos += len + 1; 1019 line++; 1020 } 1021 pStr[char_pos++] = 0; // null-terminate 1022 } 1023 */ 1024} 1025 1026int CWave::Import(char* szSectionName, char *szIniFile, int i) 1027{ 1028// if (GetFileAttributes(szIniFile)==0xFFFFFFFF) 1029// return 0; 1030 1031 char buf[64]; 1032 sprintf(buf, "wavecode_%d_%s", i, "enabled" ); enabled = InternalGetPrivateProfileInt (szSectionName, buf, enabled , szIniFile); 1033 sprintf(buf, "wavecode_%d_%s", i, "samples" ); samples = InternalGetPrivateProfileInt (szSectionName, buf, samples , szIniFile); 1034 sprintf(buf, "wavecode_%d_%s", i, "sep" ); sep = InternalGetPrivateProfileInt (szSectionName, buf, sep , szIniFile); 1035 sprintf(buf, "wavecode_%d_%s", i, "bSpectrum" ); bSpectrum = InternalGetPrivateProfileInt (szSectionName, buf, bSpectrum , szIniFile); 1036 sprintf(buf, "wavecode_%d_%s", i, "bUseDots" ); bUseDots = InternalGetPrivateProfileInt (szSectionName, buf, bUseDots , szIniFile); 1037 sprintf(buf, "wavecode_%d_%s", i, "bDrawThick"); bDrawThick = InternalGetPrivateProfileInt (szSectionName, buf, bDrawThick, szIniFile); 1038 sprintf(buf, "wavecode_%d_%s", i, "bAdditive" ); bAdditive = InternalGetPrivateProfileInt (szSectionName, buf, bAdditive , szIniFile); 1039 sprintf(buf, "wavecode_%d_%s", i, "scaling" ); scaling = InternalGetPrivateProfileFloat(szSectionName, buf, scaling , szIniFile); 1040 sprintf(buf, "wavecode_%d_%s", i, "smoothing" ); smoothing = InternalGetPrivateProfileFloat(szSectionName, buf, smoothing , szIniFile); 1041 sprintf(buf, "wavecode_%d_%s", i, "r" ); r = InternalGetPrivateProfileFloat(szSectionName, buf, r , szIniFile); 1042 sprintf(buf, "wavecode_%d_%s", i, "g" ); g = InternalGetPrivateProfileFloat(szSectionName, buf, g , szIniFile); 1043 sprintf(buf, "wavecode_%d_%s", i, "b" ); b = InternalGetPrivateProfileFloat(szSectionName, buf, b , szIniFile); 1044 sprintf(buf, "wavecode_%d_%s", i, "a" ); a = InternalGetPrivateProfileFloat(szSectionName, buf, a , szIniFile); 1045 1046 // READ THE CODE IN 1047 char prefix[64]; 1048 sprintf(prefix, "wave_%d_init", i); ReadCode(szSectionName, szIniFile, m_szInit, prefix); 1049 sprintf(prefix, "wave_%d_per_frame", i); ReadCode(szSectionName, szIniFile, m_szPerFrame, prefix); 1050 sprintf(prefix, "wave_%d_per_point", i); ReadCode(szSectionName, szIniFile, m_szPerPoint, prefix); 1051 1052 return 1; 1053} 1054 1055int CShape::Import(char* szSectionName, char *szIniFile, int i) 1056{ 1057// if (GetFileAttributes(szIniFile)==0xFFFFFFFF) 1058// return 0; 1059 1060 char buf[64]; 1061 sprintf(buf, "shapecode_%d_%s", i, "enabled" ); enabled = InternalGetPrivateProfileInt (szSectionName, buf, enabled , szIniFile); 1062 sprintf(buf, "shapecode_%d_%s", i, "sides" ); sides = InternalGetPrivateProfileInt (szSectionName, buf, sides , szIniFile); 1063 sprintf(buf, "shapecode_%d_%s", i, "additive" ); additive = InternalGetPrivateProfileInt (szSectionName, buf, additive , szIniFile); 1064 sprintf(buf, "shapecode_%d_%s", i, "thickOutline"); thickOutline = InternalGetPrivateProfileInt (szSectionName, buf, thickOutline, szIniFile); 1065 sprintf(buf, "shapecode_%d_%s", i, "textured" ); textured = InternalGetPrivateProfileInt (szSectionName, buf, textured , szIniFile); 1066 sprintf(buf, "shapecode_%d_%s", i, "x" ); x = InternalGetPrivateProfileFloat(szSectionName, buf, x , szIniFile); 1067 sprintf(buf, "shapecode_%d_%s", i, "y" ); y = InternalGetPrivateProfileFloat(szSectionName, buf, y , szIniFile); 1068 sprintf(buf, "shapecode_%d_%s", i, "rad" ); rad = InternalGetPrivateProfileFloat(szSectionName, buf, rad , szIniFile); 1069 sprintf(buf, "shapecode_%d_%s", i, "ang" ); ang = InternalGetPrivateProfileFloat(szSectionName, buf, ang , szIniFile); 1070 sprintf(buf, "shapecode_%d_%s", i, "tex_ang" ); tex_ang = InternalGetPrivateProfileFloat(szSectionName, buf, tex_ang , szIniFile); 1071 sprintf(buf, "shapecode_%d_%s", i, "tex_zoom" ); tex_zoom = InternalGetPrivateProfileFloat(szSectionName, buf, tex_zoom , szIniFile); 1072 sprintf(buf, "shapecode_%d_%s", i, "r" ); r = InternalGetPrivateProfileFloat(szSectionName, buf, r , szIniFile); 1073 sprintf(buf, "shapecode_%d_%s", i, "g" ); g = InternalGetPrivateProfileFloat(szSectionName, buf, g , szIniFile); 1074 sprintf(buf, "shapecode_%d_%s", i, "b" ); b = InternalGetPrivateProfileFloat(szSectionName, buf, b , szIniFile); 1075 sprintf(buf, "shapecode_%d_%s", i, "a" ); a = InternalGetPrivateProfileFloat(szSectionName, buf, a , szIniFile); 1076 sprintf(buf, "shapecode_%d_%s", i, "r2" ); r2 = InternalGetPrivateProfileFloat(szSectionName, buf, r2 , szIniFile); 1077 sprintf(buf, "shapecode_%d_%s", i, "g2" ); g2 = InternalGetPrivateProfileFloat(szSectionName, buf, g2 , szIniFile); 1078 sprintf(buf, "shapecode_%d_%s", i, "b2" ); b2 = InternalGetPrivateProfileFloat(szSectionName, buf, b2 , szIniFile); 1079 sprintf(buf, "shapecode_%d_%s", i, "a2" ); 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