EffectInfo.cpp

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// Copyright (c) 2008-2019 OpenShot Studios, LLC
//
// SPDX-License-Identifier: LGPL-3.0-or-later
 
#include "EffectInfo.h"
#include "Effects.h"
#include "effects/AnalogTape.h"
 
using namespace openshot;
 
// Generate JSON string of this object
std::string EffectInfo::Json() {
 
    // Return formatted string
    return JsonValue().toStyledString();
}
 
// Create a new effect instance
EffectBase* EffectInfo::CreateEffect(std::string effect_type) {
    // Init the matching effect object
    if (effect_type == "AnalogTape")
        return new AnalogTape();
 
    if (effect_type == "AudioVisualization")
        return new AudioVisualization();
 
    if (effect_type == "Bars")
        return new Bars();
 
    if (effect_type == "BeatSync")
        return new BeatSync();
 
    if (effect_type == "Blur")
        return new Blur();
 
    else if (effect_type == "Brightness")
        return new Brightness();
 
    else if (effect_type == "Caption")
        return new Caption();
 
    else if (effect_type == "ChromaKey")
        return new ChromaKey();
 
    else if (effect_type == "ColorGrade")
        return new ColorGrade();
 
    else if (effect_type == "ColorMap")
        return new ColorMap();
 
    else if (effect_type == "ColorShift")
        return new ColorShift();
 
    else if (effect_type == "Crop")
        return new Crop();
 
    else if (effect_type == "Deinterlace")
        return new Deinterlace();
 
    else if (effect_type == "Displace")
        return new Displace();
 
    else if (effect_type == "FilmGrain")
        return new FilmGrain();
 
    else if (effect_type == "Glow")
        return new Glow();
 
    else if (effect_type == "Hue")
        return new Hue();
 
    else if (effect_type == "LensFlare")
        return new LensFlare();
 
    else if (effect_type == "Mask")
        return new Mask();
 
    else if (effect_type == "Negate")
        return new Negate();
 
    else if (effect_type == "Pixelate")
        return new Pixelate();
 
    else if (effect_type == "Saturation")
        return new Saturation();
 
    else if (effect_type == "Sharpen")
        return new Sharpen();
 
    else if (effect_type == "Shadow")
        return new Shadow();
 
    else if (effect_type == "Shift")
        return new Shift();
 
    else if (effect_type == "SphericalProjection")
        return new SphericalProjection();
 
    else if (effect_type == "Wave")
        return new Wave();
 
    else if(effect_type == "Noise")
        return new Noise();
 
    else if(effect_type == "Delay")
        return new Delay();
 
    else if(effect_type == "Echo")
        return new Echo();
 
    else if(effect_type == "Distortion")
        return new Distortion();
 
    else if(effect_type == "ParametricEQ")
        return new ParametricEQ();
 
    else if(effect_type == "Compressor")
        return new Compressor();
 
    else if(effect_type == "Expander")
        return new Expander();
 
    else if(effect_type == "Robotization")
        return new Robotization();
 
    else if(effect_type == "Whisperization")
        return new Whisperization();
 
    #ifdef USE_OPENCV
    else if (effect_type == "Outline")
        return new Outline();
    
    else if(effect_type == "Stabilizer")
        return new Stabilizer();
 
    else if(effect_type == "Tracker")
        return new Tracker();
 
    else if(effect_type == "ObjectDetection")
        return new ObjectDetection();
    #endif
 
    return NULL;
}
 
// Generate Json::Value for this object
Json::Value EffectInfo::JsonValue() {
 
    // Create root json object
    Json::Value root;
 
    // Append info JSON from each supported effect
    root.append(AnalogTape().JsonInfo());
    root.append(AudioVisualization().JsonInfo());
    root.append(Bars().JsonInfo());
    root.append(BeatSync().JsonInfo());
    root.append(Blur().JsonInfo());
    root.append(Brightness().JsonInfo());
    root.append(Caption().JsonInfo());
    root.append(ChromaKey().JsonInfo());
    root.append(ColorGrade().JsonInfo());
    root.append(ColorMap().JsonInfo());
    root.append(ColorShift().JsonInfo());
    root.append(Crop().JsonInfo());
    root.append(Deinterlace().JsonInfo());
    root.append(Displace().JsonInfo());
    root.append(FilmGrain().JsonInfo());
    root.append(Glow().JsonInfo());
    root.append(Hue().JsonInfo());
    root.append(LensFlare().JsonInfo());
    root.append(Mask().JsonInfo());
    root.append(Negate().JsonInfo());
    root.append(Pixelate().JsonInfo());
    root.append(Saturation().JsonInfo());
    root.append(Sharpen().JsonInfo());
    root.append(Shadow().JsonInfo());
    root.append(Shift().JsonInfo());
    root.append(SphericalProjection().JsonInfo());
    root.append(Wave().JsonInfo());
    /* Audio */
    root.append(Noise().JsonInfo());
    root.append(Delay().JsonInfo());
    root.append(Echo().JsonInfo());
    root.append(Distortion().JsonInfo());
    root.append(ParametricEQ().JsonInfo());
    root.append(Compressor().JsonInfo());
    root.append(Expander().JsonInfo());
    root.append(Robotization().JsonInfo());
    root.append(Whisperization().JsonInfo());
 
    #ifdef USE_OPENCV
    root.append(Outline().JsonInfo());
    root.append(Stabilizer().JsonInfo());   
    root.append(Tracker().JsonInfo());
    root.append(ObjectDetection().JsonInfo());
    #endif
 
    // return JsonValue
    return root;
 
}