mirror of https://github.com/haya3218/SDfmL.git
Make a speech synth to swear at you, bitch
This commit is contained in:
/nick haya
parent
b30611da35
commit
b9702710b7
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@ -22,6 +22,7 @@ class MainState : public State {
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// to override a function, just state back the name of it with a virtual keyword
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// before it
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virtual void Create() {
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SPEAK("Welcome, to es dee eff emm L. A stupid fucking wrapper for ess dee L 2. Get over it, bitch", 3000.0f, 6.5f);
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playModPlug("data/canyon.mid");
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// i know that this isnt the best idea to do this
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// yeah, im just lazy
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@ -42,6 +42,8 @@ string Render::currentMusic = "";
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HWND Render::hwnd;
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HWND Render::consoleD;
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int Render::seIndex;
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SoLoud::Speech Render::SPEAK_BITCH;
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SoLoud::FFTFilter Render::bass;
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Render::Object::Object() {
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@ -261,6 +263,10 @@ bool Render::Init(string window_name) {
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log("", "Finalized initialization. Command over.", NORMAL, __FILENAME__, __LINE__);
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AddExitButton();
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SDL_EventState(SDL_SYSWMEVENT, SDL_ENABLE);
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return true;
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}
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@ -286,6 +292,16 @@ bool Render::Update() {
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run = false;
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break;
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}
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else if (event.type == SDL_SYSWMEVENT) {
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if (event.syswm.msg->msg.win.msg == WM_COMMAND)
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{
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if (LOWORD(event.syswm.msg->msg.win.wParam) == 1)
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{
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run = false;
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break;
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}
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}
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}
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}
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SetWindowTextA(consoleD, "Logging window");
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@ -17,6 +17,11 @@
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#include "SoLoud/soloud_wavstream.h"
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#include "SoLoud/soloud_openmpt.h"
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#include "SoLoud/MIDI/soloud_midi.h"
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#include "SoLoud/soloud_speech.h"
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#include "SoLoud/soloud_vizsn.h"
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#include "SoLoud/soloud_waveshaperfilter.h"
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#include "SoLoud/soloud_biquadresonantfilter.h"
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#include "SoLoud/soloud_fftfilter.h"
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#include "toml.hpp"
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#include <fstream>
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@ -353,5 +358,28 @@ namespace Render {
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config << export_ << endl;
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config.close();
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}
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// SPEAK you fucking BITCH
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extern SoLoud::Speech SPEAK_BITCH;
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extern SoLoud::FFTFilter bass;
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static HMENU exitButton;
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// makes A BITCH SPEAK out shit
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inline void SPEAK(string words, unsigned int aBaseFrequency = 3000.0f, float aBaseSpeed = 10.0f, float aBaseDeclination = 0.5f, int aBaseWaveform = KW_SQUARE) {
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SPEAK_BITCH.setFilter(1, &bass);
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SPEAK_BITCH.setParams(aBaseFrequency, aBaseSpeed, aBaseDeclination, aBaseWaveform);
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SPEAK_BITCH.setVolume(5.0);
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SPEAK_BITCH.setText(words.c_str());
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seIndex = se.play(SPEAK_BITCH);
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}
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inline void AddExitButton() {
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exitButton = CreateMenu();
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AppendMenu(exitButton, MF_STRING, 1, "Exit");
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SetMenu(hwnd, exitButton);
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}
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}
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#endif
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@ -0,0 +1,22 @@
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#if !defined(DARRAY_H)
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#define DARRAY_H
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class darray
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{
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protected:
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char *mData;
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int mUsed;
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int mAllocated;
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int mAllocChunk;
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public:
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darray();
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~darray();
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void clear();
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char *getDataInPos(int aPosition);
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void put(int aData);
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int getSize() const { return mUsed; }
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char *getData() { return mData; }
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};
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#endif
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@ -0,0 +1,153 @@
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#ifndef KLATT_H
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#define KLATT_H
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#include "resonator.h"
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#define CASCADE_PARALLEL 1
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#define ALL_PARALLEL 2
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#define NPAR 40
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class klatt_frame
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{
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public:
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int mF0FundamentalFreq; // Voicing fund freq in Hz
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int mVoicingAmpdb; // Amp of voicing in dB, 0 to 70
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int mFormant1Freq; // First formant freq in Hz, 200 to 1300
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int mFormant1Bandwidth; // First formant bw in Hz, 40 to 1000
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int mFormant2Freq; // Second formant freq in Hz, 550 to 3000
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int mFormant2Bandwidth; // Second formant bw in Hz, 40 to 1000
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int mFormant3Freq; // Third formant freq in Hz, 1200 to 4999
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int mFormant3Bandwidth; // Third formant bw in Hz, 40 to 1000
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int mFormant4Freq; // Fourth formant freq in Hz, 1200 to 4999
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int mFormant4Bandwidth; // Fourth formant bw in Hz, 40 to 1000
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int mFormant5Freq; // Fifth formant freq in Hz, 1200 to 4999
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int mFormant5Bandwidth; // Fifth formant bw in Hz, 40 to 1000
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int mFormant6Freq; // Sixth formant freq in Hz, 1200 to 4999
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int mFormant6Bandwidth; // Sixth formant bw in Hz, 40 to 2000
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int mNasalZeroFreq; // Nasal zero freq in Hz, 248 to 528
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int mNasalZeroBandwidth; // Nasal zero bw in Hz, 40 to 1000
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int mNasalPoleFreq; // Nasal pole freq in Hz, 248 to 528
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int mNasalPoleBandwidth; // Nasal pole bw in Hz, 40 to 1000
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int mAspirationAmpdb; // Amp of aspiration in dB, 0 to 70
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int mNoSamplesInOpenPeriod; // # of samples in open period, 10 to 65
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int mVoicingBreathiness; // Breathiness in voicing, 0 to 80
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int mVoicingSpectralTiltdb; // Voicing spectral tilt in dB, 0 to 24
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int mFricationAmpdb; // Amp of frication in dB, 0 to 80
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int mSkewnessOfAlternatePeriods; // Skewness of alternate periods, 0 to 40 in sample#/2
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int mFormant1Ampdb; // Amp of par 1st formant in dB, 0 to 80
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int mFormant1ParallelBandwidth; // Par. 1st formant bw in Hz, 40 to 1000
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int mFormant2Ampdb; // Amp of F2 frication in dB, 0 to 80
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int mFormant2ParallelBandwidth; // Par. 2nd formant bw in Hz, 40 to 1000
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int mFormant3Ampdb; // Amp of F3 frication in dB, 0 to 80
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int mFormant3ParallelBandwidth; // Par. 3rd formant bw in Hz, 40 to 1000
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int mFormant4Ampdb; // Amp of F4 frication in dB, 0 to 80
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int mFormant4ParallelBandwidth; // Par. 4th formant bw in Hz, 40 to 1000
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int mFormant5Ampdb; // Amp of F5 frication in dB, 0 to 80
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int mFormant5ParallelBandwidth; // Par. 5th formant bw in Hz, 40 to 1000
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int mFormant6Ampdb; // Amp of F6 (same as r6pa), 0 to 80
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int mFormant6ParallelBandwidth; // Par. 6th formant bw in Hz, 40 to 2000
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int mParallelNasalPoleAmpdb; // Amp of par nasal pole in dB, 0 to 80
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int mBypassFricationAmpdb; // Amp of bypass fric. in dB, 0 to 80
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int mPalallelVoicingAmpdb; // Amp of voicing, par in dB, 0 to 70
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int mOverallGaindb; // Overall gain, 60 dB is unity, 0 to 60
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klatt_frame();
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};
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class darray;
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class Element;
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class Slope
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{
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public:
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float mValue; /* boundary value */
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int mTime; /* transition time */
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Slope()
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{
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mValue = 0;
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mTime = 0;
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}
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};
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enum KLATT_WAVEFORM
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{
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KW_SAW,
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KW_TRIANGLE,
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KW_SIN,
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KW_SQUARE,
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KW_PULSE,
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KW_NOISE,
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KW_WARBLE
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};
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class klatt
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{
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// resonators
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resonator mParallelFormant1, mParallelFormant2, mParallelFormant3,
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mParallelFormant4, mParallelFormant5, mParallelFormant6,
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mParallelResoNasalPole, mNasalPole, mNasalZero,
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mCritDampedGlotLowPassFilter, mDownSampLowPassFilter, mOutputLowPassFilter;
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public:
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int mBaseF0;
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float mBaseSpeed;
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float mBaseDeclination;
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int mBaseWaveform;
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int mF0Flutter;
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int mSampleRate;
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int mNspFr;
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int mF0FundamentalFreq; // Voicing fund freq in Hz
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int mVoicingAmpdb; // Amp of voicing in dB, 0 to 70
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int mSkewnessOfAlternatePeriods; // Skewness of alternate periods,0 to 40
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int mTimeCount; // used for f0 flutter
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int mNPer; // Current loc in voicing period 40000 samp/s
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int mT0; // Fundamental period in output samples times 4
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int mNOpen; // Number of samples in open phase of period
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int mNMod; // Position in period to begin noise amp. modul
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// Various amplitude variables used in main loop
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float mAmpVoice; // mVoicingAmpdb converted to linear gain
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float mAmpBypas; // mBypassFricationAmpdb converted to linear gain
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float mAmpAspir; // AP converted to linear gain
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float mAmpFrica; // mFricationAmpdb converted to linear gain
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float mAmpBreth; // ATURB converted to linear gain
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// State variables of sound sources
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int mSkew; // Alternating jitter, in half-period units
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float mVLast; // Previous output of voice
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float mNLast; // Previous output of random number generator
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float mGlotLast; // Previous value of glotout
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float mDecay; // mVoicingSpectralTiltdb converted to exponential time const
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float mOneMd; // in voicing one-pole ELM_FEATURE_LOW-pass filter
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unsigned int mSeed; // random seed
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float natural_source(int aNper);
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void frame_init();
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void flutter();
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void pitch_synch_par_reset(int ns);
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void parwave(short int *jwave);
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void init(int aBaseFrequency = 1330, float aBaseSpeed = 10.0f, float aBaseDeclination = 0.5f, int aBaseWaveform = KW_SAW);
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static int phone_to_elm(char *aPhoneme, int aCount, darray *aElement);
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int mElementCount;
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unsigned char *mElement;
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int mElementIndex;
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klatt_frame mFrame;
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Element * mLastElement;
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int mTStress;
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int mNTStress;
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Slope mStressS;
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Slope mStressE;
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float mTop;
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void initsynth(int aElementCount,unsigned char *aElement);
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int synth(int aSampleCount, short *aSamplePointer);
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klatt();
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};
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#endif
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@ -0,0 +1,44 @@
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#ifndef RESONATOR_H
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#define RESONATOR_H
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class resonator
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{
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float mA, mB, mC, mP1, mP2;
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public:
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/* Convert formant freqencies and bandwidth into resonator difference equation coefficents
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*/
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void initResonator(
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int aFrequency, /* Frequency of resonator in Hz */
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int aBandwidth, /* Bandwidth of resonator in Hz */
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int aSamplerate);
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/* Convert formant freqencies and bandwidth into anti-resonator difference equation constants
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*/
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void initAntiresonator(
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int aFrequency, /* Frequency of resonator in Hz */
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int aBandwidth, /* Bandwidth of resonator in Hz */
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int aSamplerate);
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/* Set gain */
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void setGain(float aG);
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/* Generic resonator function */
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float resonate(float input);
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/* Generic anti-resonator function
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Same as resonator except that a,b,c need to be set with initAntiresonator()
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and we save inputs in p1/p2 rather than outputs.
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There is currently only one of these - "mNasalZero"
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Output = (mNasalZero.a * input) + (mNasalZero.b * oldin1) + (mNasalZero.c * oldin2)
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*/
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float antiresonate(float input);
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resonator();
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~resonator();
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};
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#endif
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@ -25,9 +25,8 @@ freely, subject to the following restrictions:
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#define SOLOUD_SPEECH_H
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#include "soloud.h"
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#include "../src/audiosource/speech/darray.h"
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#include "../src/audiosource/speech/klatt.h"
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#include "../src/audiosource/speech/tts.h"
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#include "darray.h"
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#include "klatt.h"
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namespace SoLoud
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{
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