#pragma once

namespace constants {

//Plugin name

const std::string PLUGIN_NAME = "Fuzzed";

/* PI */

const double PI = 3.14159265358979323846; //- extra digits of precision

//Define the default sample rates as 44.1kHz

const int DEFAULT_SR = 44100;

//Declare enum types for the different knob styles

enum KnobType { PARAM_KNOB, GAIN_KNOB, METER };

//Controls the min and max param values

const double CTRL_INCREMENT = 0.001; //The increment of the control knobs

const double CTRL_MIN = 0.0; //The minimum ctrl parameter value

const double CTRL_MAX = 1; //The maximum ctrl parameter

const double SLIDER_SENS = 500; //Controls the sensitivty of the sliders, Higher number = lower sensitivity

//Constrols the min and max input gain vals

const double GAIN_INCREMENT = 0.001;

const double GAIN_MIN = -6; //in db

const double GAIN_MAX = 6; //in db

//Input Signal/ Clipping control

const double INPUT_SCALAR = 3; //scales the input signal to the processSample method by a factor of MAX_INPUT_SIG * (2^-INPUT_SCALAR)

const double MAX_INPUT_SIG = 0.1; //The maximum value that can be put into the system and maintain stability,

const double CLIPPING_POINT = 0.1; //if the input signal excedes this then clip to ensure system cannot crash

const double OUTPUT_SCALAR = 2; //Scale the output of the system back up to useable levels

const int STARTUP = 9500; //Number of samples used for the ramped output volume when the plugin is first instantiated. (This will ramp input from 1/9500 -> 1/1 * output)

//timer freq for the UI updater in hz

const int UI_TIMER_FREQ = 100;

//timer freq for the param updater in hz

const int P_TIMER_FREQ = 100;

//the time in s between parameter updates

const double SMOOTHING_TIME_S = 0.05;

//controls the number of samples between parameter updates

const int UPDATE_PARAM_MAJOR = 32;

//controls the cutoff of param changes

const int PARAM_CUTOFF = 4;

//controls the cutoff of the zipper matrix smoothing

const int ZIP_SMOOTH = 100;

//controls the update speed of the VU meter, smaller is faster

const double METER_UPDATE_RATE = 0.15;

const double METER_MAX = 12.0; //db max value for meter

const double METER_MIN = -48.0; //dB min value for meter

//Defaults for the parameters

const double GAIN_DEFAULT = 0;

const double FUZZ_DEFAULT = 0.1;

const double VOL_DEFAULT = 0.4;

//Window size of plugin

const int WIN_WIDTH = 600;

const int WIN_HEIGHT = 280;

const int PARAM_KNOB_SIZE = 90;

const int GAIN_KNOB_SIZE = 120;

const int METER_LIGHT_SIZE = 40;

const int TEXT_BOX_WIDTH = 65;

const int TEXT_BOX_HEIGHT = 16;

const float FONT_SIZE = 16.0f;

//Defaults for the Simulation cpp

const double DEFAULT_VCC = 8.1; // default value for the voltage power supply, 90% of 9v = 8.1v for more realism

const float ZERO_INPUT = 0.; // zero input used for getting the system to steady state

const double DURFADE = 0.1; //duration of the faded power supply used for steady state

const double STEADY_STATE_FACTOR = 4.5; //Factor which controls the size of the window window used to reach steady state (where window size in samples = hanWin*steadyStateFactor)

const int MAX_ITERATIONS = 90; //Maximum number of iterations for the newton raphson solver

const int MAX_SUB_ITERATIONS = 10; //maximum number of subiterations for the damped newton raphson solver

const double TOL = 1e-7; //error tolerance of the system

}