/[svn]/gigedit/trunk/src/gigedit/dimregionedit.h
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Diff of /gigedit/trunk/src/gigedit/dimregionedit.h

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revision 3623 by schoenebeck, Tue Oct 1 16:21:28 2019 UTC revision 3624 by schoenebeck, Wed Oct 2 17:11:30 2019 UTC
# Line 99  protected: Line 99  protected:
99      bool on_draw(const Cairo::RefPtr<Cairo::Context>& cr);      bool on_draw(const Cairo::RefPtr<Cairo::Context>& cr);
100  #endif  #endif
101    
102        virtual LinuxSampler::LFO::wave_t waveType() const = 0;
103      virtual float frequency() const = 0;      virtual float frequency() const = 0;
104        virtual float phase() const = 0;
105      virtual uint internalDepth() const = 0;      virtual uint internalDepth() const = 0;
106      virtual uint controllerDepth() const = 0;      virtual uint controllerDepth() const = 0;
107      virtual bool flipPolarity() const = 0;      virtual bool flipPolarity() const = 0;
# Line 113  protected: Line 115  protected:
115    
116  class LFO1Graph : public LFOGraph {  class LFO1Graph : public LFOGraph {
117  public:  public:
118        LinuxSampler::LFO::wave_t waveType() const OVERRIDE {
119            // simply assuming here libgig's and LS's enums are equally value mapped
120            return (LinuxSampler::LFO::wave_t) dimreg->LFO1WaveForm;
121        }
122      float frequency() const OVERRIDE { return dimreg->LFO1Frequency; }      float frequency() const OVERRIDE { return dimreg->LFO1Frequency; }
123        float phase() const OVERRIDE { return dimreg->LFO1Phase; }
124      uint internalDepth() const OVERRIDE {      uint internalDepth() const OVERRIDE {
125          const gig::lfo1_ctrl_t ctrl = dimreg->LFO1Controller;          const gig::lfo1_ctrl_t ctrl = dimreg->LFO1Controller;
126          const bool hasInternalDepth = (          const bool hasInternalDepth = (
# Line 130  public: Line 137  public:
137    
138  class LFO2Graph : public LFOGraph {  class LFO2Graph : public LFOGraph {
139  public:  public:
140        LinuxSampler::LFO::wave_t waveType() const OVERRIDE {
141            // simply assuming here libgig's and LS's enums are equally value mapped
142            return (LinuxSampler::LFO::wave_t) dimreg->LFO2WaveForm;
143        }
144      float frequency() const OVERRIDE { return dimreg->LFO2Frequency; }      float frequency() const OVERRIDE { return dimreg->LFO2Frequency; }
145        float phase() const OVERRIDE { return dimreg->LFO2Phase; }
146      uint internalDepth() const OVERRIDE {      uint internalDepth() const OVERRIDE {
147          const gig::lfo2_ctrl_t ctrl = dimreg->LFO2Controller;          const gig::lfo2_ctrl_t ctrl = dimreg->LFO2Controller;
148          const bool hasInternalDepth = (          const bool hasInternalDepth = (
# Line 147  public: Line 159  public:
159    
160  class LFO3Graph : public LFOGraph {  class LFO3Graph : public LFOGraph {
161  public:  public:
162        LinuxSampler::LFO::wave_t waveType() const OVERRIDE {
163            // simply assuming here libgig's and LS's enums are equally value mapped
164            return (LinuxSampler::LFO::wave_t) dimreg->LFO3WaveForm;
165        }
166      float frequency() const OVERRIDE { return dimreg->LFO3Frequency; }      float frequency() const OVERRIDE { return dimreg->LFO3Frequency; }
167        float phase() const OVERRIDE { return dimreg->LFO3Phase; }
168      uint internalDepth() const OVERRIDE {      uint internalDepth() const OVERRIDE {
169          const gig::lfo3_ctrl_t ctrl = dimreg->LFO3Controller;          const gig::lfo3_ctrl_t ctrl = dimreg->LFO3Controller;
170          const bool hasInternalDepth = (          const bool hasInternalDepth = (
# Line 156  public: Line 173  public:
173          return (hasInternalDepth) ? dimreg->LFO3InternalDepth : 0;          return (hasInternalDepth) ? dimreg->LFO3InternalDepth : 0;
174      }      }
175      uint controllerDepth() const OVERRIDE { return dimreg->LFO3ControlDepth; }      uint controllerDepth() const OVERRIDE { return dimreg->LFO3ControlDepth; }
176      bool flipPolarity() const OVERRIDE { return false; }      bool flipPolarity() const OVERRIDE { return dimreg->LFO3FlipPhase; }
177      bool signedRange() const OVERRIDE { return true; }      bool signedRange() const OVERRIDE { return true; }
178      virtual LinuxSampler::LFO::start_level_t startLevel() const OVERRIDE { return LinuxSampler::LFO::start_level_max; } // see https://sourceforge.net/p/linuxsampler/mailman/linuxsampler-devel/thread/2189307.cNP0Xbctxq%40silver/#msg36774029      virtual LinuxSampler::LFO::start_level_t startLevel() const OVERRIDE { return LinuxSampler::LFO::start_level_max; } // see https://sourceforge.net/p/linuxsampler/mailman/linuxsampler-devel/thread/2189307.cNP0Xbctxq%40silver/#msg36774029
179      bool hasControllerAssigned() const OVERRIDE { return dimreg->LFO3Controller; }      bool hasControllerAssigned() const OVERRIDE { return dimreg->LFO3Controller; }
# Line 248  protected: Line 265  protected:
265      NumEntryTemp<uint8_t> eEG1ControllerDecayInfluence;      NumEntryTemp<uint8_t> eEG1ControllerDecayInfluence;
266      NumEntryTemp<uint8_t> eEG1ControllerReleaseInfluence;      NumEntryTemp<uint8_t> eEG1ControllerReleaseInfluence;
267      EGStateOptions eEG1StateOptions;      EGStateOptions eEG1StateOptions;
268        ChoiceEntryLfoWave eLFO1Wave;
269      NumEntryTemp<double> eLFO1Frequency;      NumEntryTemp<double> eLFO1Frequency;
270        NumEntryTemp<double> eLFO1Phase;
271      NumEntryTemp<uint16_t> eLFO1InternalDepth;      NumEntryTemp<uint16_t> eLFO1InternalDepth;
272      NumEntryTemp<uint16_t> eLFO1ControlDepth;      NumEntryTemp<uint16_t> eLFO1ControlDepth;
273      ChoiceEntry<gig::lfo1_ctrl_t> eLFO1Controller;      ChoiceEntry<gig::lfo1_ctrl_t> eLFO1Controller;
# Line 267  protected: Line 286  protected:
286      NumEntryTemp<uint8_t> eEG2ControllerDecayInfluence;      NumEntryTemp<uint8_t> eEG2ControllerDecayInfluence;
287      NumEntryTemp<uint8_t> eEG2ControllerReleaseInfluence;      NumEntryTemp<uint8_t> eEG2ControllerReleaseInfluence;
288      EGStateOptions eEG2StateOptions;      EGStateOptions eEG2StateOptions;
289        ChoiceEntryLfoWave eLFO2Wave;
290      NumEntryTemp<double> eLFO2Frequency;      NumEntryTemp<double> eLFO2Frequency;
291        NumEntryTemp<double> eLFO2Phase;
292      NumEntryTemp<uint16_t> eLFO2InternalDepth;      NumEntryTemp<uint16_t> eLFO2InternalDepth;
293      NumEntryTemp<uint16_t> eLFO2ControlDepth;      NumEntryTemp<uint16_t> eLFO2ControlDepth;
294      ChoiceEntry<gig::lfo2_ctrl_t> eLFO2Controller;      ChoiceEntry<gig::lfo2_ctrl_t> eLFO2Controller;
# Line 275  protected: Line 296  protected:
296      BoolEntry eLFO2Sync;      BoolEntry eLFO2Sync;
297      NumEntryTemp<double> eEG3Attack;      NumEntryTemp<double> eEG3Attack;
298      NumEntryTemp<int16_t> eEG3Depth;      NumEntryTemp<int16_t> eEG3Depth;
299        ChoiceEntryLfoWave eLFO3Wave;
300      NumEntryTemp<double> eLFO3Frequency;      NumEntryTemp<double> eLFO3Frequency;
301        NumEntryTemp<double> eLFO3Phase;
302      NumEntryTemp<int16_t> eLFO3InternalDepth;      NumEntryTemp<int16_t> eLFO3InternalDepth;
303      NumEntryTemp<int16_t> eLFO3ControlDepth;      NumEntryTemp<int16_t> eLFO3ControlDepth;
304      ChoiceEntry<gig::lfo3_ctrl_t> eLFO3Controller;      ChoiceEntry<gig::lfo3_ctrl_t> eLFO3Controller;
305        BoolEntry eLFO3FlipPhase;
306      BoolEntry eLFO3Sync;      BoolEntry eLFO3Sync;
307      BoolEntry eVCFEnabled;      BoolEntry eVCFEnabled;
308      ChoiceEntry<gig::vcf_type_t> eVCFType;      ChoiceEntry<gig::vcf_type_t> eVCFType;
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