/* * File: Cabs.cpp * * Version: 1.0 * * Created: 3/27/11 * * Copyright: Copyright © 2011 Airwindows, Airwindows uses the MIT license * * Disclaimer: IMPORTANT: This Apple software is supplied to you by Apple Computer, Inc. ("Apple") in * consideration of your agreement to the following terms, and your use, installation, modification * or redistribution of this Apple software constitutes acceptance of these terms. 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APPLE MAKES NO WARRANTIES, EXPRESS OR * IMPLIED, INCLUDING WITHOUT LIMITATION THE IMPLIED WARRANTIES OF NON-INFRINGEMENT, MERCHANTABILITY * AND FITNESS FOR A PARTICULAR PURPOSE, REGARDING THE APPLE SOFTWARE OR ITS USE AND OPERATION ALONE * OR IN COMBINATION WITH YOUR PRODUCTS. * * IN NO EVENT SHALL APPLE BE LIABLE FOR ANY SPECIAL, INDIRECT, INCIDENTAL OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS * OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) ARISING IN ANY WAY OUT OF THE USE, * REPRODUCTION, MODIFICATION AND/OR DISTRIBUTION OF THE APPLE SOFTWARE, HOWEVER CAUSED AND WHETHER * UNDER THEORY OF CONTRACT, TORT (INCLUDING NEGLIGENCE), STRICT LIABILITY OR OTHERWISE, EVEN * IF APPLE HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. * */ /*============================================================================= Cabs.h =============================================================================*/ #include "Cabs.h" //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ COMPONENT_ENTRY(Cabs) //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Cabs::Cabs //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Cabs::Cabs(AudioUnit component) : AUEffectBase(component) { CreateElements(); Globals()->UseIndexedParameters(kNumberOfParameters); SetParameter(kParam_One, kDefaultValue_ParamOne ); SetParameter(kParam_Two, kDefaultValue_ParamTwo ); SetParameter(kParam_Three, kDefaultValue_ParamThree ); SetParameter(kParam_Four, kDefaultValue_ParamFour ); SetParameter(kParam_Five, kDefaultValue_ParamFive ); SetParameter(kParam_Six, kDefaultValue_ParamSix ); #if AU_DEBUG_DISPATCHER mDebugDispatcher = new AUDebugDispatcher (this); #endif } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Cabs::GetParameterValueStrings //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ComponentResult Cabs::GetParameterValueStrings(AudioUnitScope inScope, AudioUnitParameterID inParameterID, CFArrayRef * outStrings) { if ((inScope == kAudioUnitScope_Global) && (inParameterID == kParam_One)) //ID must be actual name of parameter identifier, not number { if (outStrings == NULL) return noErr; CFStringRef strings [] = { kMenuItem_HighPowerStack, kMenuItem_VintageStack, kMenuItem_BoutiqueStack, kMenuItem_LargeCombo, kMenuItem_SmallCombo, kMenuItem_Bass, }; *outStrings = CFArrayCreate ( NULL, (const void **) strings, (sizeof (strings) / sizeof (strings [0])), NULL ); return noErr; } return kAudioUnitErr_InvalidProperty; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Cabs::GetParameterInfo //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ComponentResult Cabs::GetParameterInfo(AudioUnitScope inScope, AudioUnitParameterID inParameterID, AudioUnitParameterInfo &outParameterInfo ) { ComponentResult result = noErr; outParameterInfo.flags = kAudioUnitParameterFlag_IsWritable | kAudioUnitParameterFlag_IsReadable; if (inScope == kAudioUnitScope_Global) { switch(inParameterID) { case kParam_One: AUBase::FillInParameterName (outParameterInfo, kParameterOneName, false); outParameterInfo.unit = kAudioUnitParameterUnit_Indexed; outParameterInfo.minValue = kHighPowerStack; outParameterInfo.maxValue = kBass; outParameterInfo.defaultValue = kDefaultValue_ParamOne; break; case kParam_Two: AUBase::FillInParameterName (outParameterInfo, kParameterTwoName, false); outParameterInfo.unit = kAudioUnitParameterUnit_Generic; outParameterInfo.minValue = 0.0; outParameterInfo.maxValue = 1.0; outParameterInfo.defaultValue = kDefaultValue_ParamTwo; break; case kParam_Three: AUBase::FillInParameterName (outParameterInfo, kParameterThreeName, false); outParameterInfo.unit = kAudioUnitParameterUnit_Generic; outParameterInfo.minValue = 0.0; outParameterInfo.maxValue = 1.0; outParameterInfo.defaultValue = kDefaultValue_ParamThree; break; case kParam_Four: AUBase::FillInParameterName (outParameterInfo, kParameterFourName, false); outParameterInfo.unit = kAudioUnitParameterUnit_Generic; outParameterInfo.minValue = 0.0; outParameterInfo.maxValue = 1.0; outParameterInfo.defaultValue = kDefaultValue_ParamFour; break; case kParam_Five: AUBase::FillInParameterName (outParameterInfo, kParameterFiveName, false); outParameterInfo.unit = kAudioUnitParameterUnit_Generic; outParameterInfo.minValue = 0.0; outParameterInfo.maxValue = 1.0; outParameterInfo.defaultValue = kDefaultValue_ParamFive; break; case kParam_Six: AUBase::FillInParameterName (outParameterInfo, kParameterSixName, false); outParameterInfo.unit = kAudioUnitParameterUnit_Generic; outParameterInfo.minValue = 0.0; outParameterInfo.maxValue = 1.0; outParameterInfo.defaultValue = kDefaultValue_ParamSix; break; default: result = kAudioUnitErr_InvalidParameter; break; } } else { result = kAudioUnitErr_InvalidParameter; } return result; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Cabs::GetPropertyInfo //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ComponentResult Cabs::GetPropertyInfo (AudioUnitPropertyID inID, AudioUnitScope inScope, AudioUnitElement inElement, UInt32 & outDataSize, Boolean & outWritable) { return AUEffectBase::GetPropertyInfo (inID, inScope, inElement, outDataSize, outWritable); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Cabs::GetProperty //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ComponentResult Cabs::GetProperty( AudioUnitPropertyID inID, AudioUnitScope inScope, AudioUnitElement inElement, void * outData ) { return AUEffectBase::GetProperty (inID, inScope, inElement, outData); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Cabs::Initialize //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ComponentResult Cabs::Initialize() { ComponentResult result = AUEffectBase::Initialize(); if (result == noErr) Reset(kAudioUnitScope_Global, 0); return result; } #pragma mark ____CabsEffectKernel //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Cabs::CabsKernel::Reset() //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ void Cabs::CabsKernel::Reset() { ataLast3Sample = ataLast2Sample = ataLast1Sample = 0.0; ataHalfwaySample = ataHalfDrySample = ataHalfDiffSample = 0.0; ataA = ataB = ataC = ataDrySample = ataDiffSample = ataPrevDiffSample = 0.0; for(int count = 0; count < 90; count++) {b[count] = 0;} lastSample = 0.0; lastHalfSample = 0.0; lastPostSample = 0.0; lastPostHalfSample = 0.0; postPostSample = 0.0; for(int count = 0; count < 20; count++) {d[count] = 0;} control = 0; iirHeadBumpA = 0.0; iirHeadBumpB = 0.0; iirHalfHeadBumpA = 0.0; iirHalfHeadBumpB = 0.0; for(int count = 0; count < 6; count++) lastRef[count] = 0.0; flip = false; ataFlip = false; gcount = 0; cycle = 0; fpd = 1.0; while (fpd < 16386) fpd = rand()*UINT32_MAX; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Cabs::CabsKernel::Process //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ void Cabs::CabsKernel::Process( const Float32 *inSourceP, Float32 *inDestP, UInt32 inFramesToProcess, UInt32 inNumChannels, bool &ioSilence ) { UInt32 nSampleFrames = inFramesToProcess; const Float32 *sourceP = inSourceP; Float32 *destP = inDestP; double overallscale = 1.0; overallscale /= 44100.0; overallscale *= GetSampleRate(); int cycleEnd = floor(overallscale); if (cycleEnd < 1) cycleEnd = 1; if (cycleEnd > 4) cycleEnd = 4; //this is going to be 2 for 88.1 or 96k, 3 for silly people, 4 for 176 or 192k if (cycle > cycleEnd-1) cycle = cycleEnd-1; //sanity check int speaker = (int) GetParameter( kParam_One ); double colorIntensity = pow(GetParameter( kParam_Two ),4); double correctboost = 1.0 + (colorIntensity*4); double correctdrygain = 1.0 - colorIntensity; double threshold = pow((1.0-GetParameter( kParam_Three )),5)+0.021; //room loud is slew double rarefaction = cbrt(threshold); double postThreshold = sqrt(rarefaction); double postRarefaction = cbrt(postThreshold); double postTrim = sqrt(postRarefaction); double HeadBumpFreq = 0.0298+((1.0-GetParameter( kParam_Four ))/8.0); double LowsPad = 0.12 + (HeadBumpFreq*12.0); double dcblock = pow(HeadBumpFreq,2) / 8.0; double heavy = pow(GetParameter( kParam_Five ),3); //wet of head bump double output = pow(GetParameter( kParam_Six ),2); double dynamicconv = 5.0; dynamicconv *= pow(GetParameter( kParam_Two ),2); dynamicconv *= pow(GetParameter( kParam_Three ),2); //set constants for sag speed int offsetA = 4+((int)(GetParameter( kParam_Four )*5.0)); while (nSampleFrames-- > 0) { double inputSample = *sourceP; if (fabs(inputSample)<1.18e-23) inputSample = fpd * 1.18e-17; cycle++; if (cycle == cycleEnd) { //hit the end point and we do a chorus sample //everything in here is undersampled, including the dry/wet double ataDrySample = inputSample; double ataHalfwaySample = (inputSample + ataLast1Sample + ((-ataLast2Sample + ataLast3Sample) * 0.05)) / 2.0; double ataHalfDrySample = ataHalfwaySample; ataLast3Sample = ataLast2Sample; ataLast2Sample = ataLast1Sample; ataLast1Sample = inputSample; //setting up oversampled special antialiasing //pre-center code on inputSample and halfwaySample in parallel //begin raw sample- inputSample and ataDrySample handled separately here double clamp = inputSample - lastSample; if (clamp > threshold) inputSample = lastSample + threshold; if (-clamp > rarefaction) inputSample = lastSample - rarefaction; lastSample = inputSample; //end raw sample //begin interpolated sample- change inputSample -> ataHalfwaySample, ataDrySample -> ataHalfDrySample clamp = ataHalfwaySample - lastHalfSample; if (clamp > threshold) ataHalfwaySample = lastHalfSample + threshold; if (-clamp > rarefaction) ataHalfwaySample = lastHalfSample - rarefaction; lastHalfSample = ataHalfwaySample; //end interpolated sample //begin center code handling conv stuff tied to 44.1K, or stuff in time domain like delays ataHalfwaySample -= inputSample; //retain only difference with raw signal if (gcount < 0 || gcount > 10) {gcount = 10;} d[gcount+10] = d[gcount] = fabs(inputSample); control += (d[gcount] / offsetA); control -= (d[gcount+offsetA] / offsetA); control -= 0.0001; if (control < 0) {control = 0;} if (control > 13) {control = 13;} gcount--; double applyconv = (control / offsetA) * dynamicconv; //now we have a 'sag' style average to apply to the conv b[82] = b[81]; b[81] = b[80]; b[80] = b[79]; b[79] = b[78]; b[78] = b[77]; b[77] = b[76]; b[76] = b[75]; b[75] = b[74]; b[74] = b[73]; b[73] = b[72]; b[72] = b[71]; b[71] = b[70]; b[70] = b[69]; b[69] = b[68]; b[68] = b[67]; b[67] = b[66]; b[66] = b[65]; b[65] = b[64]; b[64] = b[63]; b[63] = b[62]; b[62] = b[61]; b[61] = b[60]; b[60] = b[59]; b[59] = b[58]; b[58] = b[57]; b[57] = b[56]; b[56] = b[55]; b[55] = b[54]; b[54] = b[53]; b[53] = b[52]; b[52] = b[51]; b[51] = b[50]; b[50] = b[49]; b[49] = b[48]; b[48] = b[47]; b[47] = b[46]; b[46] = b[45]; b[45] = b[44]; b[44] = b[43]; b[43] = b[42]; b[42] = b[41]; b[41] = b[40]; b[40] = b[39]; b[39] = b[38]; b[38] = b[37]; b[37] = b[36]; b[36] = b[35]; b[35] = b[34]; b[34] = b[33]; b[33] = b[32]; b[32] = b[31]; b[31] = b[30]; b[30] = b[29]; b[29] = b[28]; b[28] = b[27]; b[27] = b[26]; b[26] = b[25]; b[25] = b[24]; b[24] = b[23]; b[23] = b[22]; b[22] = b[21]; b[21] = b[20]; b[20] = b[19]; b[19] = b[18]; b[18] = b[17]; b[17] = b[16]; b[16] = b[15]; b[15] = b[14]; b[14] = b[13]; b[13] = b[12]; b[12] = b[11]; b[11] = b[10]; b[10] = b[9]; b[9] = b[8]; b[8] = b[7]; b[7] = b[6]; b[6] = b[5]; b[5] = b[4]; b[4] = b[3]; b[3] = b[2]; b[2] = b[1]; b[1] = b[0]; b[0] = inputSample; //load conv double tempSample = 0.0; //set up for applying the cab sound switch (speaker) { case 1: //begin HighPowerStack conv tempSample += (b[1] * (1.29550481610475132 + (0.19713872057074355*applyconv))); tempSample += (b[2] * (1.42302569895462616 + (0.30599505521284787*applyconv))); tempSample += (b[3] * (1.28728195804197565 + (0.23168333460446133*applyconv))); tempSample += (b[4] * (0.88553784290822690 + (0.14263256172918892*applyconv))); tempSample += (b[5] * (0.37129054918432319 + (0.00150040944205920*applyconv))); tempSample -= (b[6] * (0.12150959412556320 + (0.32776273620569107*applyconv))); tempSample -= (b[7] * (0.44900065463203775 + (0.74101214925298819*applyconv))); tempSample -= (b[8] * (0.54058781908186482 + (1.07821707459008387*applyconv))); tempSample -= (b[9] * (0.49361966401791391 + (1.23540109014850508*applyconv))); tempSample -= (b[10] * (0.39819495093078133 + (1.11247213730917749*applyconv))); tempSample -= (b[11] * (0.31379279985435521 + (0.80330360359638298*applyconv))); tempSample -= (b[12] * (0.30744359242808555 + (0.42132528876858205*applyconv))); tempSample -= (b[13] * (0.33943170284673974 + (0.09183418349389982*applyconv))); tempSample -= (b[14] * (0.33838775119286391 - (0.06453051658561271*applyconv))); tempSample -= (b[15] * (0.30682305697961665 - (0.09549380253249232*applyconv))); tempSample -= (b[16] * (0.23408741339295336 - (0.08083404732361277*applyconv))); tempSample -= (b[17] * (0.10411746814025019 + (0.00253651281245780*applyconv))); tempSample += (b[18] * (0.00133623776084696 - (0.04447267870865820*applyconv))); tempSample += (b[19] * (0.02461903992114161 + (0.07530671732655550*applyconv))); tempSample += (b[20] * (0.02086715842475373 + (0.22795860236804899*applyconv))); tempSample += (b[21] * (0.02761433637100917 + (0.26108320417844094*applyconv))); tempSample += (b[22] * (0.04475285369162533 + (0.19160705011061663*applyconv))); tempSample += (b[23] * (0.09447338372862381 + (0.03681550508743799*applyconv))); tempSample += (b[24] * (0.13445890343722280 - (0.13713036462146147*applyconv))); tempSample += (b[25] * (0.13872868945088121 - (0.22401242373298191*applyconv))); tempSample += (b[26] * (0.14915650097434549 - (0.26718804981526367*applyconv))); tempSample += (b[27] * (0.12766643217091783 - (0.27745664795660430*applyconv))); tempSample += (b[28] * (0.03675849788393101 - (0.18338278173550679*applyconv))); tempSample -= (b[29] * (0.06307306864232835 + (0.06089480869040766*applyconv))); tempSample -= (b[30] * (0.14947389348962944 + (0.04642103054798480*applyconv))); tempSample -= (b[31] * (0.25235266566401526 + (0.08423062596460507*applyconv))); tempSample -= (b[32] * (0.33496344048679683 + (0.09808328256677995*applyconv))); tempSample -= (b[33] * (0.36590030482175445 + (0.10622650888958179*applyconv))); tempSample -= (b[34] * (0.35015197011464372 + (0.08982043516016047*applyconv))); tempSample -= (b[35] * (0.26808437585665090 + (0.00735561860229533*applyconv))); tempSample -= (b[36] * (0.11624318543291220 - (0.07142484314510467*applyconv))); tempSample += (b[37] * (0.05617084165377551 + (0.11785854050350089*applyconv))); tempSample += (b[38] * (0.20540028692589385 + (0.20479174663329586*applyconv))); tempSample += (b[39] * (0.30455415003043818 + (0.29074864580096849*applyconv))); tempSample += (b[40] * (0.33810750937829476 + (0.29182307921316802*applyconv))); tempSample += (b[41] * (0.31936133365277430 + (0.26535537727394987*applyconv))); tempSample += (b[42] * (0.27388548321981876 + (0.19735049990538350*applyconv))); tempSample += (b[43] * (0.21454597517994098 + (0.06415909270247236*applyconv))); tempSample += (b[44] * (0.15001045817707717 - (0.03831118543404573*applyconv))); tempSample += (b[45] * (0.07283437284653138 - (0.09281952429543777*applyconv))); tempSample -= (b[46] * (0.03917872184241358 + (0.14306291461398810*applyconv))); tempSample -= (b[47] * (0.16695932032148642 + (0.19138995946950504*applyconv))); tempSample -= (b[48] * (0.27055854466909462 + (0.22531296466343192*applyconv))); tempSample -= (b[49] * (0.33256357307578271 + (0.23305840475692102*applyconv))); tempSample -= (b[50] * (0.33459770116834442 + (0.24091822618917569*applyconv))); tempSample -= (b[51] * (0.27156687236338090 + (0.24062938573512443*applyconv))); tempSample -= (b[52] * (0.17197093288412094 + (0.19083085091993421*applyconv))); tempSample -= (b[53] * (0.06738628195910543 + (0.10268609751019808*applyconv))); tempSample += (b[54] * (0.00222429218204290 + (0.01439664435720548*applyconv))); tempSample += (b[55] * (0.01346992803494091 + (0.15947137113534526*applyconv))); tempSample -= (b[56] * (0.02038911881377448 - (0.26763170752416160*applyconv))); tempSample -= (b[57] * (0.08233579178189687 - (0.29415931086406055*applyconv))); tempSample -= (b[58] * (0.15447855089824883 - (0.26489186990840807*applyconv))); tempSample -= (b[59] * (0.20518281113362655 - (0.16135382257522859*applyconv))); tempSample -= (b[60] * (0.22244686050232007 + (0.00847180390247432*applyconv))); tempSample -= (b[61] * (0.21849243134998034 + (0.14460595245753741*applyconv))); tempSample -= (b[62] * (0.20256105734574054 + (0.18932793221831667*applyconv))); tempSample -= (b[63] * (0.18604070054295399 + (0.17250665610927965*applyconv))); tempSample -= (b[64] * (0.17222844322058231 + (0.12992472027850357*applyconv))); tempSample -= (b[65] * (0.14447856616566443 + (0.09089219002147308*applyconv))); tempSample -= (b[66] * (0.10385520794251019 + (0.08600465834570559*applyconv))); tempSample -= (b[67] * (0.07124435678265063 + (0.09071532210549428*applyconv))); tempSample -= (b[68] * (0.05216857461197572 + (0.06794061706070262*applyconv))); tempSample -= (b[69] * (0.05235381920184123 + (0.02818101717909346*applyconv))); tempSample -= (b[70] * (0.07569701245553526 - (0.00634228544764946*applyconv))); tempSample -= (b[71] * (0.10320125382718826 - (0.02751486906644141*applyconv))); tempSample -= (b[72] * (0.12122120969079088 - (0.05434007312178933*applyconv))); tempSample -= (b[73] * (0.13438969117200902 - (0.09135218559713874*applyconv))); tempSample -= (b[74] * (0.13534390437529981 - (0.10437672041458675*applyconv))); tempSample -= (b[75] * (0.11424128854188388 - (0.08693450726462598*applyconv))); tempSample -= (b[76] * (0.08166894518596159 - (0.06949989431475120*applyconv))); tempSample -= (b[77] * (0.04293976378555305 - (0.05718625137421843*applyconv))); tempSample += (b[78] * (0.00933076320644409 + (0.01728285211520138*applyconv))); tempSample += (b[79] * (0.06450430362918153 - (0.02492994833691022*applyconv))); tempSample += (b[80] * (0.10187400687649277 - (0.03578455940532403*applyconv))); tempSample += (b[81] * (0.11039763294094571 - (0.03995523517573508*applyconv))); tempSample += (b[82] * (0.08557960776024547 - (0.03482514309492527*applyconv))); tempSample += (b[83] * (0.02730881850805332 - (0.00514750108411127*applyconv))); //end HighPowerStack conv break; case 2: //begin VintageStack conv tempSample += (b[1] * (1.31698250313308396 - (0.08140616497621633*applyconv))); tempSample += (b[2] * (1.47229016949915326 - (0.27680278993637253*applyconv))); tempSample += (b[3] * (1.30410109086044956 - (0.35629113432046489*applyconv))); tempSample += (b[4] * (0.81766210474551260 - (0.26808782337659753*applyconv))); tempSample += (b[5] * (0.19868872545506663 - (0.11105517193919669*applyconv))); tempSample -= (b[6] * (0.39115909132567039 - (0.12630622002682679*applyconv))); tempSample -= (b[7] * (0.76881891559343574 - (0.40879849500403143*applyconv))); tempSample -= (b[8] * (0.87146861782680340 - (0.59529560488000599*applyconv))); tempSample -= (b[9] * (0.79504575932563670 - (0.60877047551611796*applyconv))); tempSample -= (b[10] * (0.61653017622406314 - (0.47662851438557335*applyconv))); tempSample -= (b[11] * (0.40718195794382067 - (0.24955839378539713*applyconv))); tempSample -= (b[12] * (0.31794900040616203 - (0.04169792259600613*applyconv))); tempSample -= (b[13] * (0.41075032540217843 + (0.00368483996076280*applyconv))); tempSample -= (b[14] * (0.56901352922170667 - (0.11027360805893105*applyconv))); tempSample -= (b[15] * (0.62443222391889264 - (0.22198075154245228*applyconv))); tempSample -= (b[16] * (0.53462856723129204 - (0.22933544545324852*applyconv))); tempSample -= (b[17] * (0.34441703361995046 - (0.12956809502269492*applyconv))); tempSample -= (b[18] * (0.13947052337867882 + (0.00339775055962799*applyconv))); tempSample += (b[19] * (0.03771252648928484 - (0.10863931549251718*applyconv))); tempSample += (b[20] * (0.18280210770271693 - (0.17413646599296417*applyconv))); tempSample += (b[21] * (0.24621986701761467 - (0.14547053270435095*applyconv))); tempSample += (b[22] * (0.22347075142737360 - (0.02493869490104031*applyconv))); tempSample += (b[23] * (0.14346348482123716 + (0.11284054747963246*applyconv))); tempSample += (b[24] * (0.00834364862916028 + (0.24284684053733926*applyconv))); tempSample -= (b[25] * (0.11559740296078347 - (0.32623054435304538*applyconv))); tempSample -= (b[26] * (0.18067604561283060 - (0.32311481551122478*applyconv))); tempSample -= (b[27] * (0.22927997789035612 - (0.26991539052832925*applyconv))); tempSample -= (b[28] * (0.28487666578669446 - (0.22437227250279349*applyconv))); tempSample -= (b[29] * (0.31992973037153838 - (0.15289876100963865*applyconv))); tempSample -= (b[30] * (0.35174606303520733 - (0.05656293023086628*applyconv))); tempSample -= (b[31] * (0.36894898011375254 + (0.04333925421463558*applyconv))); tempSample -= (b[32] * (0.32567576055307507 + (0.14594589410921388*applyconv))); tempSample -= (b[33] * (0.27440135050585784 + (0.15529667398122521*applyconv))); tempSample -= (b[34] * (0.21998973785078091 + (0.05083553737157104*applyconv))); tempSample -= (b[35] * (0.10323624876862457 - (0.04651829594199963*applyconv))); tempSample += (b[36] * (0.02091603687851074 + (0.12000046818439322*applyconv))); tempSample += (b[37] * (0.11344930914138468 + (0.17697142512225839*applyconv))); tempSample += (b[38] * (0.22766779627643968 + (0.13645102964003858*applyconv))); tempSample += (b[39] * (0.38378309953638229 - (0.01997653307333791*applyconv))); tempSample += (b[40] * (0.52789400804568076 - (0.21409137428422448*applyconv))); tempSample += (b[41] * (0.55444630296938280 - (0.32331980931576626*applyconv))); tempSample += (b[42] * (0.42333237669264601 - (0.26855847463044280*applyconv))); tempSample += (b[43] * (0.21942831522035078 - (0.12051365248820624*applyconv))); tempSample -= (b[44] * (0.00584169427830633 - (0.03706970171280329*applyconv))); tempSample -= (b[45] * (0.24279799124660351 - (0.17296440491477982*applyconv))); tempSample -= (b[46] * (0.40173760787507085 - (0.21717989835163351*applyconv))); tempSample -= (b[47] * (0.43930035724188155 - (0.16425928481378199*applyconv))); tempSample -= (b[48] * (0.41067765934041811 - (0.10390115786636855*applyconv))); tempSample -= (b[49] * (0.34409235547165967 - (0.07268159377411920*applyconv))); tempSample -= (b[50] * (0.26542883122568151 - (0.05483457497365785*applyconv))); tempSample -= (b[51] * (0.22024754776138800 - (0.06484897950087598*applyconv))); tempSample -= (b[52] * (0.20394367993632415 - (0.08746309731952180*applyconv))); tempSample -= (b[53] * (0.17565242431124092 - (0.07611309538078760*applyconv))); tempSample -= (b[54] * (0.10116623231246825 - (0.00642818706295112*applyconv))); tempSample -= (b[55] * (0.00782648272053632 + (0.08004141267685004*applyconv))); tempSample += (b[56] * (0.05059046006747323 - (0.12436676387548490*applyconv))); tempSample += (b[57] * (0.06241531553254467 - (0.11530779547021434*applyconv))); tempSample += (b[58] * (0.04952694587101836 - (0.08340945324333944*applyconv))); tempSample += (b[59] * (0.00843873294401687 - (0.03279659052562903*applyconv))); tempSample -= (b[60] * (0.05161338949440241 - (0.03428181149163798*applyconv))); tempSample -= (b[61] * (0.08165520146902012 - (0.08196746092283110*applyconv))); tempSample -= (b[62] * (0.06639532849935320 - (0.09797462781896329*applyconv))); tempSample -= (b[63] * (0.02953430910661621 - (0.09175612938515763*applyconv))); tempSample += (b[64] * (0.00741058547442938 + (0.05442091048731967*applyconv))); tempSample += (b[65] * (0.01832866125391727 + (0.00306243693643687*applyconv))); tempSample += (b[66] * (0.00526964230373573 - (0.04364102661136410*applyconv))); tempSample -= (b[67] * (0.00300984373848200 + (0.09742737841278880*applyconv))); tempSample -= (b[68] * (0.00413616769576694 + (0.14380661694523073*applyconv))); tempSample -= (b[69] * (0.00588769034931419 + (0.16012843578892538*applyconv))); tempSample -= (b[70] * (0.00688588239450581 + (0.14074464279305798*applyconv))); tempSample -= (b[71] * (0.02277307992926315 + (0.07914752191801366*applyconv))); tempSample -= (b[72] * (0.04627166091180877 - (0.00192787268067208*applyconv))); tempSample -= (b[73] * (0.05562045897455786 - (0.05932868727665747*applyconv))); tempSample -= (b[74] * (0.05134243784922165 - (0.08245334798868090*applyconv))); tempSample -= (b[75] * (0.04719409472239919 - (0.07498680629253825*applyconv))); tempSample -= (b[76] * (0.05889738914266415 - (0.06116127018043697*applyconv))); tempSample -= (b[77] * (0.09428363535111127 - (0.06535868867863834*applyconv))); tempSample -= (b[78] * (0.15181756953225126 - (0.08982979655234427*applyconv))); tempSample -= (b[79] * (0.20878969456036670 - (0.10761070891499538*applyconv))); tempSample -= (b[80] * (0.22647885581813790 - (0.08462542510349125*applyconv))); tempSample -= (b[81] * (0.19723482443646323 - (0.02665160920736287*applyconv))); tempSample -= (b[82] * (0.16441643451155163 + (0.02314691954338197*applyconv))); tempSample -= (b[83] * (0.15201914054931515 + (0.04424903493886839*applyconv))); tempSample -= (b[84] * (0.15454370641307855 + (0.04223203797913008*applyconv))); //end VintageStack conv break; case 3: //begin BoutiqueStack conv tempSample += (b[1] * (1.30406584776167445 - (0.01410622186823351*applyconv))); tempSample += (b[2] * (1.09350974154373559 + (0.34478044709202327*applyconv))); tempSample += (b[3] * (0.52285510059938256 + (0.84225842837363574*applyconv))); tempSample -= (b[4] * (0.00018126260714707 - (1.02446537989058117*applyconv))); tempSample -= (b[5] * (0.34943699771860115 - (0.84094709567790016*applyconv))); tempSample -= (b[6] * (0.53068048407937285 - (0.49231169327705593*applyconv))); tempSample -= (b[7] * (0.48631669406792399 - (0.08965111766223610*applyconv))); tempSample -= (b[8] * (0.28099201947014130 + (0.23921137841068607*applyconv))); tempSample -= (b[9] * (0.10333290012666248 + (0.35058962687321482*applyconv))); tempSample -= (b[10] * (0.06605032198166226 + (0.23447405567823365*applyconv))); tempSample -= (b[11] * (0.10485808661261729 + (0.05025985449763527*applyconv))); tempSample -= (b[12] * (0.13231190973014911 - (0.05484648240248013*applyconv))); tempSample -= (b[13] * (0.12926184767180304 - (0.04054223744746116*applyconv))); tempSample -= (b[14] * (0.13802696739839460 + (0.01876754906568237*applyconv))); tempSample -= (b[15] * (0.16548980700926913 + (0.06772130758771169*applyconv))); tempSample -= (b[16] * (0.14469310965751475 + (0.10590928840978781*applyconv))); tempSample -= (b[17] * (0.07838457396093310 + (0.13120101199677947*applyconv))); tempSample -= (b[18] * (0.05123031606187391 + (0.13883400806512292*applyconv))); tempSample -= (b[19] * (0.08906103481939850 + (0.07840461228402337*applyconv))); tempSample -= (b[20] * (0.13939265522625241 + (0.01194366471800457*applyconv))); tempSample -= (b[21] * (0.14957600717294034 + (0.07687598594361914*applyconv))); tempSample -= (b[22] * (0.14112708654047090 + (0.20118461131186977*applyconv))); tempSample -= (b[23] * (0.14961020766492997 + (0.30005716443826147*applyconv))); tempSample -= (b[24] * (0.16130382224652270 + (0.40459872030013055*applyconv))); tempSample -= (b[25] * (0.15679868471080052 + (0.47292767226083465*applyconv))); tempSample -= (b[26] * (0.16456530552807727 + (0.45182121471666481*applyconv))); tempSample -= (b[27] * (0.16852385701909278 + (0.38272684270752266*applyconv))); tempSample -= (b[28] * (0.13317562760966850 + (0.28829580273670768*applyconv))); tempSample -= (b[29] * (0.09396196532150952 + (0.18886898332071317*applyconv))); tempSample -= (b[30] * (0.10133496956734221 + (0.11158788414137354*applyconv))); tempSample -= (b[31] * (0.16097596389376778 + (0.02621299102374547*applyconv))); tempSample -= (b[32] * (0.21419006394821866 - (0.03585678078834797*applyconv))); tempSample -= (b[33] * (0.21273234570555244 - (0.02574469802924526*applyconv))); tempSample -= (b[34] * (0.16934948798707830 + (0.01354331184333835*applyconv))); tempSample -= (b[35] * (0.11970436472852493 + (0.04242183865883427*applyconv))); tempSample -= (b[36] * (0.09329023656747724 + (0.06890873292358397*applyconv))); tempSample -= (b[37] * (0.10255328436608116 + (0.11482972519137427*applyconv))); tempSample -= (b[38] * (0.13883223352796811 + (0.18016014431438840*applyconv))); tempSample -= (b[39] * (0.16532844286979087 + (0.24521957638633446*applyconv))); tempSample -= (b[40] * (0.16254607738965438 + (0.25669472097572482*applyconv))); tempSample -= (b[41] * (0.15353207135544752 + (0.15048064682912729*applyconv))); tempSample -= (b[42] * (0.13039046390746015 - (0.00200335414623601*applyconv))); tempSample -= (b[43] * (0.06707245032180627 - (0.06498125592578702*applyconv))); tempSample += (b[44] * (0.01427326441869788 + (0.01940451360783622*applyconv))); tempSample += (b[45] * (0.06151238306578224 - (0.07335755969763329*applyconv))); tempSample += (b[46] * (0.04685840498892526 - (0.14258849371688248*applyconv))); tempSample -= (b[47] * (0.00950136304466093 + (0.14379354707665129*applyconv))); tempSample -= (b[48] * (0.06245771575493557 + (0.07639718586346110*applyconv))); tempSample -= (b[49] * (0.07159593175777741 - (0.00595536565276915*applyconv))); tempSample -= (b[50] * (0.03167929390245019 - (0.03856769526301793*applyconv))); tempSample += (b[51] * (0.01890898565110766 + (0.00760539424271147*applyconv))); tempSample += (b[52] * (0.04926161137832240 - (0.06411014430053390*applyconv))); tempSample += (b[53] * (0.05768814623421683 - (0.15068618173358578*applyconv))); tempSample += (b[54] * (0.06144258297076708 - (0.21200636329120301*applyconv))); tempSample += (b[55] * (0.06348341960185613 - (0.19620269813094307*applyconv))); tempSample += (b[56] * (0.04877736350310589 - (0.11864999881200111*applyconv))); tempSample += (b[57] * (0.01010950997574472 - (0.02630070679113791*applyconv))); tempSample -= (b[58] * (0.02929178864801191 - (0.04439260202207482*applyconv))); tempSample -= (b[59] * (0.03484517126321562 - (0.04508635396034735*applyconv))); tempSample -= (b[60] * (0.00547176780437610 - (0.00205637806941426*applyconv))); tempSample += (b[61] * (0.02278296865283977 - (0.00063732526427685*applyconv))); tempSample += (b[62] * (0.02688982591366477 + (0.05333738901586284*applyconv))); tempSample += (b[63] * (0.01942012754957055 + (0.10942832669749143*applyconv))); tempSample += (b[64] * (0.01572585258756565 + (0.11189204189054594*applyconv))); tempSample += (b[65] * (0.01490550715016034 + (0.04449822818925343*applyconv))); tempSample += (b[66] * (0.01715683226376727 - (0.06944648050933899*applyconv))); tempSample += (b[67] * (0.02822659878011318 - (0.17843652160132820*applyconv))); tempSample += (b[68] * (0.03758307610456144 - (0.21986013433664692*applyconv))); tempSample += (b[69] * (0.03275008021608433 - (0.15869878676112170*applyconv))); tempSample += (b[70] * (0.01855749786752354 - (0.02337224995718105*applyconv))); tempSample += (b[71] * (0.00217095395782931 + (0.10971764224593601*applyconv))); tempSample -= (b[72] * (0.01851381451105007 - (0.17214910008793413*applyconv))); tempSample -= (b[73] * (0.04722574936345419 - (0.14341588977845254*applyconv))); tempSample -= (b[74] * (0.07151540514482006 - (0.04684695724814321*applyconv))); tempSample -= (b[75] * (0.06827195484995092 + (0.07022207121861397*applyconv))); tempSample -= (b[76] * (0.03290227240464227 + (0.16328400808152735*applyconv))); tempSample += (b[77] * (0.01043861198275382 - (0.20184486126076279*applyconv))); tempSample += (b[78] * (0.03236563559476477 - (0.17125821306380920*applyconv))); tempSample += (b[79] * (0.02040121529932702 - (0.09103660189829657*applyconv))); tempSample -= (b[80] * (0.00509649513318102 + (0.01170360991547489*applyconv))); tempSample -= (b[81] * (0.01388353426600228 - (0.03588955538451771*applyconv))); tempSample -= (b[82] * (0.00523671715033842 - (0.07068798057534148*applyconv))); tempSample += (b[83] * (0.00665852487721137 + (0.11666210640054926*applyconv))); tempSample += (b[84] * (0.01593540832939290 + (0.15844892856402149*applyconv))); tempSample += (b[85] * (0.02080509201836796 + (0.17186274420065850*applyconv))); //end BoutiqueStack conv break; case 4: //begin LargeCombo conv tempSample += (b[1] * (1.31819680801404560 + (0.00362521700518292*applyconv))); tempSample += (b[2] * (1.37738284126127919 + (0.14134596126256205*applyconv))); tempSample += (b[3] * (1.09957637225311622 + (0.33199581815501555*applyconv))); tempSample += (b[4] * (0.62025358899656258 + (0.37476042042088142*applyconv))); tempSample += (b[5] * (0.12926194402137478 + (0.24702655568406759*applyconv))); tempSample -= (b[6] * (0.28927985011367602 - (0.13289168298307708*applyconv))); tempSample -= (b[7] * (0.56518146339033448 - (0.11026641793526121*applyconv))); tempSample -= (b[8] * (0.59843200696815069 - (0.10139909232154271*applyconv))); tempSample -= (b[9] * (0.45219971861789204 - (0.13313355255903159*applyconv))); tempSample -= (b[10] * (0.32520490032331351 - (0.29009061730364216*applyconv))); tempSample -= (b[11] * (0.29773131872442909 - (0.45307495356996669*applyconv))); tempSample -= (b[12] * (0.31738895975218867 - (0.43198591958928922*applyconv))); tempSample -= (b[13] * (0.33336150604703757 - (0.24240412850274029*applyconv))); tempSample -= (b[14] * (0.32461638442042151 - (0.02779297492397464*applyconv))); tempSample -= (b[15] * (0.27812829473787770 + (0.15565718905032455*applyconv))); tempSample -= (b[16] * (0.19413454458668097 + (0.32087693535188599*applyconv))); tempSample -= (b[17] * (0.12378036344480114 + (0.37736575956794161*applyconv))); tempSample -= (b[18] * (0.12550494837257106 + (0.25593811142722300*applyconv))); tempSample -= (b[19] * (0.17725736033713696 + (0.07708896413593636*applyconv))); tempSample -= (b[20] * (0.22023699647700670 - (0.01600371273599124*applyconv))); tempSample -= (b[21] * (0.21987645486953747 + (0.00973336938352798*applyconv))); tempSample -= (b[22] * (0.15014276479707978 + (0.11602269600138954*applyconv))); tempSample -= (b[23] * (0.05176520203073560 + (0.20383164255692698*applyconv))); tempSample -= (b[24] * (0.04276687165294867 + (0.17785002166834518*applyconv))); tempSample -= (b[25] * (0.15951546388137597 + (0.06748854885822464*applyconv))); tempSample -= (b[26] * (0.30211952144352616 - (0.03440494237025149*applyconv))); tempSample -= (b[27] * (0.36462803375134506 - (0.05874284362202409*applyconv))); tempSample -= (b[28] * (0.32283960219377539 + (0.01189623197958362*applyconv))); tempSample -= (b[29] * (0.19245178663350720 + (0.11088858383712991*applyconv))); tempSample += (b[30] * (0.00681589563349590 - (0.16314250963457660*applyconv))); tempSample += (b[31] * (0.20927798345622584 - (0.16952981620487462*applyconv))); tempSample += (b[32] * (0.25638846543430976 - (0.11462562122281153*applyconv))); tempSample += (b[33] * (0.04584495673888605 + (0.04669671229804190*applyconv))); tempSample -= (b[34] * (0.25221561978187662 - (0.19250758741703761*applyconv))); tempSample -= (b[35] * (0.35662801992424953 - (0.12244680002787561*applyconv))); tempSample -= (b[36] * (0.21498114329314663 + (0.12152120956991189*applyconv))); tempSample += (b[37] * (0.00968605571673376 - (0.30597812512858558*applyconv))); tempSample += (b[38] * (0.18029119870614621 - (0.31569386468576782*applyconv))); tempSample += (b[39] * (0.22744437185251629 - (0.18028438460422197*applyconv))); tempSample += (b[40] * (0.09725687638959078 + (0.05479918522830433*applyconv))); tempSample -= (b[41] * (0.17970389267353537 - (0.29222750363124067*applyconv))); tempSample -= (b[42] * (0.42371969704763018 - (0.34924957781842314*applyconv))); tempSample -= (b[43] * (0.43313266755788055 - (0.11503731970288061*applyconv))); tempSample -= (b[44] * (0.22178165627851801 + (0.25002925550036226*applyconv))); tempSample -= (b[45] * (0.00410198176852576 + (0.43283281457037676*applyconv))); tempSample += (b[46] * (0.09072426344812032 - (0.35318250460706446*applyconv))); tempSample += (b[47] * (0.08405839183965140 - (0.16936391987143717*applyconv))); tempSample -= (b[48] * (0.01110419756114383 - (0.01247164991313877*applyconv))); tempSample -= (b[49] * (0.18593334646855278 - (0.14513260199423966*applyconv))); tempSample -= (b[50] * (0.33665010871497486 - (0.14456206192169668*applyconv))); tempSample -= (b[51] * (0.32644968491439380 + (0.01594380759082303*applyconv))); tempSample -= (b[52] * (0.14855437679485431 + (0.23555511219002742*applyconv))); tempSample += (b[53] * (0.05113019250820622 - (0.35556617126595202*applyconv))); tempSample += (b[54] * (0.12915754942362243 - (0.28571671825750300*applyconv))); tempSample += (b[55] * (0.07406865846069306 - (0.10543886479975995*applyconv))); tempSample -= (b[56] * (0.03669573814193980 - (0.03194267657582078*applyconv))); tempSample -= (b[57] * (0.13429103278009327 - (0.06145796486786051*applyconv))); tempSample -= (b[58] * (0.17884021749974641 - (0.00156626902982124*applyconv))); tempSample -= (b[59] * (0.16138212225178239 + (0.09402070836837134*applyconv))); tempSample -= (b[60] * (0.10867028245257521 + (0.15407963447815898*applyconv))); tempSample -= (b[61] * (0.06312416389213464 + (0.11241095544179526*applyconv))); tempSample -= (b[62] * (0.05826376574081994 - (0.03635253545701986*applyconv))); tempSample -= (b[63] * (0.07991631148258237 - (0.18041947557579863*applyconv))); tempSample -= (b[64] * (0.07777397532506500 - (0.20817156738202205*applyconv))); tempSample -= (b[65] * (0.03812528734394271 - (0.13679963125162486*applyconv))); tempSample += (b[66] * (0.00204900323943951 + (0.04009000730101046*applyconv))); tempSample += (b[67] * (0.01779599498119764 - (0.04218637577942354*applyconv))); tempSample += (b[68] * (0.00950301949319113 - (0.07908911305044238*applyconv))); tempSample -= (b[69] * (0.04283600714814891 + (0.02716262334097985*applyconv))); tempSample -= (b[70] * (0.14478320837041933 - (0.08823515277628832*applyconv))); tempSample -= (b[71] * (0.23250267035795688 - (0.15334197814956568*applyconv))); tempSample -= (b[72] * (0.22369031446225857 - (0.08550989980799503*applyconv))); tempSample -= (b[73] * (0.11142757883989868 + (0.08321482928259660*applyconv))); tempSample += (b[74] * (0.02752318631713307 - (0.25252906099212968*applyconv))); tempSample += (b[75] * (0.11940028414727490 - (0.34358127205009553*applyconv))); tempSample += (b[76] * (0.12702057126698307 - (0.31808560130583663*applyconv))); tempSample += (b[77] * (0.03639067777025356 - (0.17970282734717846*applyconv))); tempSample -= (b[78] * (0.11389848143835518 + (0.00470616711331971*applyconv))); tempSample -= (b[79] * (0.23024072979374310 - (0.09772245468884058*applyconv))); tempSample -= (b[80] * (0.24389015061112601 - (0.09600959885615798*applyconv))); tempSample -= (b[81] * (0.16680269075295703 - (0.05194978963662898*applyconv))); tempSample -= (b[82] * (0.05108041495077725 - (0.01796071525570735*applyconv))); tempSample += (b[83] * (0.06489835353859555 - (0.00808013770331126*applyconv))); tempSample += (b[84] * (0.15481511440233464 - (0.02674063848284838*applyconv))); tempSample += (b[85] * (0.18620867857907253 - (0.01786423699465214*applyconv))); tempSample += (b[86] * (0.13879832139055756 + (0.01584446839973597*applyconv))); tempSample += (b[87] * (0.04878235109120615 + (0.02962866516075816*applyconv))); //end LargeCombo conv break; case 5: //begin SmallCombo conv tempSample += (b[1] * (1.42133070619855229 - (0.18270903813104500*applyconv))); tempSample += (b[2] * (1.47209686171873821 - (0.27954009590498585*applyconv))); tempSample += (b[3] * (1.34648011331265294 - (0.47178343556301960*applyconv))); tempSample += (b[4] * (0.82133804036124580 - (0.41060189990353935*applyconv))); tempSample += (b[5] * (0.21628057120466901 - (0.26062442734317454*applyconv))); tempSample -= (b[6] * (0.30306716082877883 + (0.10067648425439185*applyconv))); tempSample -= (b[7] * (0.69484313178531876 - (0.09655574841702286*applyconv))); tempSample -= (b[8] * (0.88320822356980833 - (0.26501644327144314*applyconv))); tempSample -= (b[9] * (0.81326147029423723 - (0.31115926837054075*applyconv))); tempSample -= (b[10] * (0.56728759049069222 - (0.23304233545561287*applyconv))); tempSample -= (b[11] * (0.33340326645198737 - (0.12361361388240180*applyconv))); tempSample -= (b[12] * (0.20280263733605616 - (0.03531960962500105*applyconv))); tempSample -= (b[13] * (0.15864533788751345 + (0.00355160825317868*applyconv))); tempSample -= (b[14] * (0.12544767480555119 + (0.01979010423176500*applyconv))); tempSample -= (b[15] * (0.06666788902658917 + (0.00188830739903378*applyconv))); tempSample += (b[16] * (0.02977793355081072 + (0.02304216615605394*applyconv))); tempSample += (b[17] * (0.12821526330916558 + (0.02636238376777800*applyconv))); tempSample += (b[18] * (0.19933812710210136 - (0.02932657234709721*applyconv))); tempSample += (b[19] * (0.18346460191225772 - (0.12859581955080629*applyconv))); tempSample -= (b[20] * (0.00088697526755385 + (0.15855257539277415*applyconv))); tempSample -= (b[21] * (0.28904286712096761 + (0.06226286786982616*applyconv))); tempSample -= (b[22] * (0.49133546282552537 - (0.06512851581813534*applyconv))); tempSample -= (b[23] * (0.52908013030763046 - (0.13606992188523465*applyconv))); tempSample -= (b[24] * (0.45897241332311706 - (0.15527194946346906*applyconv))); tempSample -= (b[25] * (0.35535938629924352 - (0.13634771941703441*applyconv))); tempSample -= (b[26] * (0.26185269405237693 - (0.08736651482771546*applyconv))); tempSample -= (b[27] * (0.19997351944186473 - (0.01714565029656306*applyconv))); tempSample -= (b[28] * (0.18894054145105646 + (0.04557612705740050*applyconv))); tempSample -= (b[29] * (0.24043993691153928 + (0.05267500387081067*applyconv))); tempSample -= (b[30] * (0.29191852873822671 + (0.01922151122971644*applyconv))); tempSample -= (b[31] * (0.29399783430587761 - (0.02238952856106585*applyconv))); tempSample -= (b[32] * (0.26662219155294159 - (0.07760819463416335*applyconv))); tempSample -= (b[33] * (0.20881206667122221 - (0.11930017354479640*applyconv))); tempSample -= (b[34] * (0.12916658879944876 - (0.11798638949823513*applyconv))); tempSample -= (b[35] * (0.07678815166012012 - (0.06826864734598684*applyconv))); tempSample -= (b[36] * (0.08568505484529348 - (0.00510459741104792*applyconv))); tempSample -= (b[37] * (0.13613615872486634 + (0.02288223583971244*applyconv))); tempSample -= (b[38] * (0.17426657494209266 + (0.02723737220296440*applyconv))); tempSample -= (b[39] * (0.17343619261009030 + (0.01412920547179825*applyconv))); tempSample -= (b[40] * (0.14548368977428555 - (0.02640418940455951*applyconv))); tempSample -= (b[41] * (0.10485295885802372 - (0.06334665781931498*applyconv))); tempSample -= (b[42] * (0.06632268974717079 - (0.05960343688612868*applyconv))); tempSample -= (b[43] * (0.06915692039882040 - (0.03541337869596061*applyconv))); tempSample -= (b[44] * (0.11889611687783583 - (0.02250608307287119*applyconv))); tempSample -= (b[45] * (0.14598456370320673 + (0.00280345943128246*applyconv))); tempSample -= (b[46] * (0.12312084125613143 + (0.04947283933434576*applyconv))); tempSample -= (b[47] * (0.11379940289994711 + (0.06590080966570636*applyconv))); tempSample -= (b[48] * (0.12963290754003182 + (0.02597647654256477*applyconv))); tempSample -= (b[49] * (0.12723837402978638 - (0.04942071966927938*applyconv))); tempSample -= (b[50] * (0.09185015882996231 - (0.10420810015956679*applyconv))); tempSample -= (b[51] * (0.04011592913036545 - (0.10234174227772008*applyconv))); tempSample += (b[52] * (0.00992597785057113 + (0.05674042373836896*applyconv))); tempSample += (b[53] * (0.04921452178306781 - (0.00222698867111080*applyconv))); tempSample += (b[54] * (0.06096504883783566 - (0.04040426549982253*applyconv))); tempSample += (b[55] * (0.04113530718724200 - (0.04190143593049960*applyconv))); tempSample += (b[56] * (0.01292699017654650 - (0.01121994018532499*applyconv))); tempSample -= (b[57] * (0.00437123132431870 - (0.02482497612289103*applyconv))); tempSample -= (b[58] * (0.02090571264211918 - (0.03732746039260295*applyconv))); tempSample -= (b[59] * (0.04749751678612051 - (0.02960060937328099*applyconv))); tempSample -= (b[60] * (0.07675095194206227 - (0.02241927084099648*applyconv))); tempSample -= (b[61] * (0.08879414028581609 - (0.01144281133042115*applyconv))); tempSample -= (b[62] * (0.07378854974999530 + (0.02518742701599147*applyconv))); tempSample -= (b[63] * (0.04677309194488959 + (0.08984657372223502*applyconv))); tempSample -= (b[64] * (0.02911874044176449 + (0.14202665940555093*applyconv))); tempSample -= (b[65] * (0.02103564720234969 + (0.14640411976171003*applyconv))); tempSample -= (b[66] * (0.01940626429101940 + (0.10867274382865903*applyconv))); tempSample -= (b[67] * (0.03965401793931531 + (0.04775225375522835*applyconv))); tempSample -= (b[68] * (0.08102486457314527 - (0.03204447425666343*applyconv))); tempSample -= (b[69] * (0.11794849372825778 - (0.12755667382696789*applyconv))); tempSample -= (b[70] * (0.11946469076758266 - (0.20151394599125422*applyconv))); tempSample -= (b[71] * (0.07404630324668053 - (0.21300634351769704*applyconv))); tempSample -= (b[72] * (0.00477584437144086 - (0.16864707684978708*applyconv))); tempSample += (b[73] * (0.05924822014377220 + (0.09394651445109450*applyconv))); tempSample += (b[74] * (0.10060989907457370 + (0.00419196431884887*applyconv))); tempSample += (b[75] * (0.10817907203844988 - (0.07459664480796091*applyconv))); tempSample += (b[76] * (0.08701102204768002 - (0.11129477437630560*applyconv))); tempSample += (b[77] * (0.05673785623180162 - (0.10638640242375266*applyconv))); tempSample += (b[78] * (0.02944190197442081 - (0.08499792583420167*applyconv))); tempSample += (b[79] * (0.01570145445652971 - (0.06190456843465320*applyconv))); tempSample += (b[80] * (0.02770233032476748 - (0.04573713136865480*applyconv))); tempSample += (b[81] * (0.05417160459175360 - (0.03965651064634598*applyconv))); tempSample += (b[82] * (0.06080831637644498 - (0.02909500789113911*applyconv))); //end SmallCombo conv break; case 6: //begin Bass conv tempSample += (b[1] * (1.35472031405494242 + (0.00220914099195157*applyconv))); tempSample += (b[2] * (1.63534207755253003 - (0.11406232654509685*applyconv))); tempSample += (b[3] * (1.82334575691525869 - (0.42647194712964054*applyconv))); tempSample += (b[4] * (1.86156386235405868 - (0.76744187887586590*applyconv))); tempSample += (b[5] * (1.67332739338852599 - (0.95161997324293013*applyconv))); tempSample += (b[6] * (1.25054130794899021 - (0.98410433514572859*applyconv))); tempSample += (b[7] * (0.70049121047281737 - (0.87375612110718992*applyconv))); tempSample += (b[8] * (0.15291791448081560 - (0.61195266024519046*applyconv))); tempSample -= (b[9] * (0.37301992914152693 + (0.16755422915252094*applyconv))); tempSample -= (b[10] * (0.76568539228498433 - (0.28554435228965386*applyconv))); tempSample -= (b[11] * (0.95726568749937369 - (0.61659719162806048*applyconv))); tempSample -= (b[12] * (1.01273552193911032 - (0.81827288407943954*applyconv))); tempSample -= (b[13] * (0.93920108117234447 - (0.80077111864205874*applyconv))); tempSample -= (b[14] * (0.79831898832953974 - (0.65814750339694406*applyconv))); tempSample -= (b[15] * (0.64200088100452313 - (0.46135833001232618*applyconv))); tempSample -= (b[16] * (0.48807302802822128 - (0.15506178974799034*applyconv))); tempSample -= (b[17] * (0.36545171501947982 + (0.16126103769376721*applyconv))); tempSample -= (b[18] * (0.31469581455759105 + (0.32250870039053953*applyconv))); tempSample -= (b[19] * (0.36893534817945800 + (0.25409418897237473*applyconv))); tempSample -= (b[20] * (0.41092557722975687 + (0.13114730488878301*applyconv))); tempSample -= (b[21] * (0.38584044480710594 + (0.06825323739722661*applyconv))); tempSample -= (b[22] * (0.33378434007178670 + (0.04144255489164217*applyconv))); tempSample -= (b[23] * (0.26144203061699706 + (0.06031313105098152*applyconv))); tempSample -= (b[24] * (0.25818342000920502 + (0.03642289242586355*applyconv))); tempSample -= (b[25] * (0.28096018498822661 + (0.00976973667327174*applyconv))); tempSample -= (b[26] * (0.25845682019095384 + (0.02749015358080831*applyconv))); tempSample -= (b[27] * (0.26655607865953096 - (0.00329839675455690*applyconv))); tempSample -= (b[28] * (0.30590085026938518 - (0.07375043215328811*applyconv))); tempSample -= (b[29] * (0.32875683916470899 - (0.12454134857516502*applyconv))); tempSample -= (b[30] * (0.38166643180506560 - (0.19973911428609989*applyconv))); tempSample -= (b[31] * (0.49068186937289598 - (0.34785166842136384*applyconv))); tempSample -= (b[32] * (0.60274753867622777 - (0.48685038872711034*applyconv))); tempSample -= (b[33] * (0.65944678627090636 - (0.49844657885975518*applyconv))); tempSample -= (b[34] * (0.64488955808717285 - (0.40514406499806987*applyconv))); tempSample -= (b[35] * (0.55818730353434354 - (0.28029870614987346*applyconv))); tempSample -= (b[36] * (0.43110859113387556 - (0.15373504582939335*applyconv))); tempSample -= (b[37] * (0.37726894966096269 - (0.11570983506028532*applyconv))); tempSample -= (b[38] * (0.39953242355200935 - (0.17879231130484088*applyconv))); tempSample -= (b[39] * (0.36726676379100875 - (0.22013553023983223*applyconv))); tempSample -= (b[40] * (0.27187029469227386 - (0.18461171768478427*applyconv))); tempSample -= (b[41] * (0.21109334552321635 - (0.14497481318083569*applyconv))); tempSample -= (b[42] * (0.19808797405293213 - (0.14916579928186940*applyconv))); tempSample -= (b[43] * (0.16287926785495671 - (0.15146098461120627*applyconv))); tempSample -= (b[44] * (0.11086621477163359 - (0.13182973443924018*applyconv))); tempSample -= (b[45] * (0.07531043236890560 - (0.08062172796472888*applyconv))); tempSample -= (b[46] * (0.01747364473230771 + (0.02201865873632456*applyconv))); tempSample += (b[47] * (0.03080279125662693 - (0.08721756240972101*applyconv))); tempSample += (b[48] * (0.02354148659185142 - (0.06376361763053796*applyconv))); tempSample -= (b[49] * (0.02835772372098715 + (0.00589978513642627*applyconv))); tempSample -= (b[50] * (0.08983370744565244 - (0.02350960427706536*applyconv))); tempSample -= (b[51] * (0.14148947620055380 - (0.03329826628693369*applyconv))); tempSample -= (b[52] * (0.17576502674572581 - (0.06507546651241880*applyconv))); tempSample -= (b[53] * (0.17168865666573860 - (0.07734801128437317*applyconv))); tempSample -= (b[54] * (0.14107027738292105 - (0.03136459344220402*applyconv))); tempSample -= (b[55] * (0.12287163395380074 + (0.01933408169185258*applyconv))); tempSample -= (b[56] * (0.12276622398112971 + (0.01983508766241737*applyconv))); tempSample -= (b[57] * (0.12349721440213673 - (0.01111031415304768*applyconv))); tempSample -= (b[58] * (0.08649454142716655 + (0.02252815645513927*applyconv))); tempSample -= (b[59] * (0.00953083685474757 + (0.13778878548343007*applyconv))); tempSample += (b[60] * (0.06045983158868478 - (0.23966318224935096*applyconv))); tempSample += (b[61] * (0.09053229817093242 - (0.27190119941572544*applyconv))); tempSample += (b[62] * (0.08112662178843048 - (0.22456862606452327*applyconv))); tempSample += (b[63] * (0.07503525686243730 - (0.14330154410548213*applyconv))); tempSample += (b[64] * (0.07372595404399729 - (0.06185193766408734*applyconv))); tempSample += (b[65] * (0.06073789200080433 + (0.01261857435786178*applyconv))); tempSample += (b[66] * (0.04616712695742254 + (0.05851771967084609*applyconv))); tempSample += (b[67] * (0.01036235510345900 + (0.08286534414423796*applyconv))); tempSample -= (b[68] * (0.03708389413229191 - (0.06695282381039531*applyconv))); tempSample -= (b[69] * (0.07092204876981217 - (0.01915829199112784*applyconv))); tempSample -= (b[70] * (0.09443579589460312 + (0.01210082455316246*applyconv))); tempSample -= (b[71] * (0.07824038577769601 + (0.06121988546065113*applyconv))); tempSample -= (b[72] * (0.00854730633079399 + (0.14468518752295506*applyconv))); tempSample += (b[73] * (0.06845589924191028 - (0.18902431382592944*applyconv))); tempSample += (b[74] * (0.10351569998375465 - (0.13204443060279647*applyconv))); tempSample += (b[75] * (0.10513368758532179 - (0.02993199294485649*applyconv))); tempSample += (b[76] * (0.08896978950235003 + (0.04074499273825906*applyconv))); tempSample += (b[77] * (0.03697537734050980 + (0.09217751130846838*applyconv))); tempSample -= (b[78] * (0.04014322441280276 - (0.14062297149365666*applyconv))); tempSample -= (b[79] * (0.10505934581398618 - (0.16988861157275814*applyconv))); tempSample -= (b[80] * (0.13937661651676272 - (0.15083294570551492*applyconv))); tempSample -= (b[81] * (0.13183458845108439 - (0.06657454442471208*applyconv))); //end Bass conv break; } inputSample *= correctdrygain; inputSample += (tempSample*colorIntensity); inputSample /= correctboost; ataHalfwaySample += inputSample; //restore interpolated signal including time domain stuff now //end center code for handling timedomain/conv stuff //second wave of Cabs style slew clamping clamp = inputSample - lastPostSample; if (clamp > threshold) inputSample = lastPostSample + threshold; if (-clamp > rarefaction) inputSample = lastPostSample - rarefaction; lastPostSample = inputSample; //end raw sample //begin interpolated sample- change inputSample -> ataHalfwaySample, ataDrySample -> ataHalfDrySample clamp = ataHalfwaySample - lastPostHalfSample; if (clamp > threshold) ataHalfwaySample = lastPostHalfSample + threshold; if (-clamp > rarefaction) ataHalfwaySample = lastPostHalfSample - rarefaction; lastPostHalfSample = ataHalfwaySample; //end interpolated sample //post-center code on inputSample and halfwaySample in parallel //begin raw sample- inputSample and ataDrySample handled separately here double HeadBump; if (flip) { iirHeadBumpA += (inputSample * HeadBumpFreq); iirHeadBumpA -= (iirHeadBumpA * iirHeadBumpA * iirHeadBumpA * HeadBumpFreq); if (iirHeadBumpA > 0) iirHeadBumpA -= dcblock; if (iirHeadBumpA < 0) iirHeadBumpA += dcblock; if (fabs(iirHeadBumpA) > 100.0) {iirHeadBumpA = 0.0; iirHeadBumpB = 0.0; iirHalfHeadBumpA = 0.0; iirHalfHeadBumpB = 0.0;} HeadBump = iirHeadBumpA; } else { iirHeadBumpB += (inputSample * HeadBumpFreq); iirHeadBumpB -= (iirHeadBumpB * iirHeadBumpB * iirHeadBumpB * HeadBumpFreq); if (iirHeadBumpB > 0) iirHeadBumpB -= dcblock; if (iirHeadBumpB < 0) iirHeadBumpB += dcblock; if (fabs(iirHeadBumpB) > 100.0) {iirHeadBumpA = 0.0; iirHeadBumpB = 0.0; iirHalfHeadBumpA = 0.0; iirHalfHeadBumpB = 0.0;} HeadBump = iirHeadBumpB; } HeadBump /= LowsPad; inputSample = (inputSample * (1.0-heavy)) + (HeadBump * heavy); //end raw sample //begin interpolated sample- change inputSample -> ataHalfwaySample, ataDrySample -> ataHalfDrySample if (flip) { iirHalfHeadBumpA += (ataHalfwaySample * HeadBumpFreq); iirHalfHeadBumpA -= (iirHalfHeadBumpA * iirHalfHeadBumpA * iirHalfHeadBumpA * HeadBumpFreq); if (iirHalfHeadBumpA > 0) iirHalfHeadBumpA -= dcblock; if (iirHalfHeadBumpA < 0) iirHalfHeadBumpA += dcblock; if (fabs(iirHalfHeadBumpA) > 100.0) {iirHeadBumpA = 0.0; iirHeadBumpB = 0.0; iirHalfHeadBumpA = 0.0; iirHalfHeadBumpB = 0.0;} HeadBump = iirHalfHeadBumpA; } else { iirHalfHeadBumpB += (ataHalfwaySample * HeadBumpFreq); iirHalfHeadBumpB -= (iirHalfHeadBumpB * iirHalfHeadBumpB * iirHalfHeadBumpB * HeadBumpFreq); if (iirHalfHeadBumpB > 0) iirHalfHeadBumpB -= dcblock; if (iirHalfHeadBumpB < 0) iirHalfHeadBumpB += dcblock; if (fabs(iirHalfHeadBumpB) > 100.0) {iirHeadBumpA = 0.0; iirHeadBumpB = 0.0; iirHalfHeadBumpA = 0.0; iirHalfHeadBumpB = 0.0;} HeadBump = iirHalfHeadBumpB; } HeadBump /= LowsPad; ataHalfwaySample = (ataHalfwaySample * (1.0-heavy)) + (HeadBump * heavy); //end interpolated sample //begin antialiasing section for halfway sample ataC = ataHalfwaySample - ataHalfDrySample; if (flip) {ataA *= 0.94; ataB *= 0.94; ataA += ataC; ataB -= ataC; ataC = ataA;} else {ataB *= 0.94; ataA *= 0.94; ataB += ataC; ataA -= ataC; ataC = ataB;} ataHalfDiffSample = (ataC * 0.94); //end antialiasing section for halfway sample //begin antialiasing section for raw sample ataC = inputSample - ataDrySample; if (flip) {ataA *= 0.94; ataB *= 0.94; ataA += ataC; ataB -= ataC; ataC = ataA;} else {ataB *= 0.94; ataA *= 0.94; ataB += ataC; ataA -= ataC; ataC = ataB;} ataDiffSample = (ataC * 0.94); //end antialiasing section for input sample flip = !flip; inputSample = ataDrySample; inputSample += ((ataDiffSample + ataHalfDiffSample + ataPrevDiffSample) / 1.0); ataPrevDiffSample = ataDiffSample / 2.0; //apply processing as difference to non-oversampled raw input clamp = inputSample - postPostSample; if (clamp > postThreshold) inputSample = postPostSample + postThreshold; if (-clamp > postRarefaction) inputSample = postPostSample - postRarefaction; postPostSample = inputSample; inputSample /= postTrim; inputSample *= output; if (cycleEnd == 4) { lastRef[0] = lastRef[4]; //start from previous last lastRef[2] = (lastRef[0] + inputSample)/2; //half lastRef[1] = (lastRef[0] + lastRef[2])/2; //one quarter lastRef[3] = (lastRef[2] + inputSample)/2; //three quarters lastRef[4] = inputSample; //full } if (cycleEnd == 3) { lastRef[0] = lastRef[3]; //start from previous last lastRef[2] = (lastRef[0]+lastRef[0]+inputSample)/3; //third lastRef[1] = (lastRef[0]+inputSample+inputSample)/3; //two thirds lastRef[3] = inputSample; //full } if (cycleEnd == 2) { lastRef[0] = lastRef[2]; //start from previous last lastRef[1] = (lastRef[0] + inputSample)/2; //half lastRef[2] = inputSample; //full } if (cycleEnd == 1) { lastRef[0] = inputSample; } cycle = 0; //reset inputSample = lastRef[cycle]; } else { inputSample = lastRef[cycle]; //we are going through our references now } //begin 32 bit stereo floating point dither int expon; frexpf((float)inputSample, &expon); fpd ^= fpd << 13; fpd ^= fpd >> 17; fpd ^= fpd << 5; inputSample += ((double(fpd)-uint32_t(0x7fffffff)) * 5.5e-36l * pow(2,expon+62)); //end 32 bit stereo floating point dither *destP = inputSample; sourceP += inNumChannels; destP += inNumChannels; } }