Program Listing for File dm_fx_mixers.h

↰ Return to documentation for file (src/effects/dm_fx_mixers.h)

// Copyright (c) 2020 Run Jump Labs LLC.  All right reserved.
// This code is licensed under MIT license (see license.txt for details)

#ifndef DM_FX_MIXERS_H
#define DM_FX_MIXERS_H

class fx_mixer_2: public fx_effect {

  private:
    // Additional audio nodes
    fx_audio_node node_input_2;

    public:

    fx_audio_node * input_1;

    fx_audio_node * input_2;

    fx_audio_node * output;

        fx_mixer_2(void) : node_input_2(NODE_IN, "input_2", this) {
      // Set class
      type = FX_MIXER_2;

      // Set name
      strcpy(effect_name, "mixer_2");

      input_1 = &node_input;
      input_2 = &node_input_2;
      output = &node_output;

      // Add additional nodes to the audio stack
      audio_node_stack[total_audio_nodes++] = &node_input_2;
        }

        void  print_params(void) {
        Serial.println("Audio Routing:");
      print_audio_node_status(&node_input);
      print_audio_node_status(&node_input_2);
      print_audio_node_status(&node_output);
        }
};

class fx_mixer_3: public fx_effect {

  private:
    // Additional audio nodes
    fx_audio_node node_input_2;
    fx_audio_node node_input_3;
    fx_audio_node node_dummy_output;

    public:

    fx_audio_node * input_1;

    fx_audio_node * input_2;

    fx_audio_node * input_3;

    fx_audio_node * output;

        fx_mixer_3(void) : node_input_2(NODE_IN, "input_2", this), node_input_3(NODE_IN, "input_3", this), node_dummy_output(NODE_OUT, "dummy", this)  {
      // Set class
      type = FX_MIXER_3;

      // Set name
      strcpy(effect_name, "mixer_3");

      input_1 = &node_input;
      input_2 = &node_input_2;
      input_3 = &node_input_3;
      output = &node_output;

      // Add additional nodes to the audio stack
      audio_node_stack[total_audio_nodes++] = &node_input_2;
      audio_node_stack[total_audio_nodes++] = &node_dummy_output;       // dummy output node since inputs and outputs go in pairs
      audio_node_stack[total_audio_nodes++] = &node_input_3;
        }

        void  print_params(void) {
        Serial.println("Audio Routing:");
      print_audio_node_status(&node_input);
      print_audio_node_status(&node_input_2);
      print_audio_node_status(&node_input_3);
      print_audio_node_status(&node_output);
        }
};

class fx_mixer_4: public fx_effect {

  private:

    // Additional audio nodes
    fx_audio_node node_input_2;
    fx_audio_node node_input_3;
    fx_audio_node node_input_4;
    fx_audio_node node_dummy_output;

    public:


    fx_audio_node * input_1;

    fx_audio_node * input_2;

    fx_audio_node * input_3;

    fx_audio_node * input_4;

    fx_audio_node * output;

        fx_mixer_4(void) : node_input_2(NODE_IN, "input_2", this), node_input_3(NODE_IN, "input_3", this), node_input_4(NODE_IN, "input_3", this), node_dummy_output(NODE_OUT, "dummy", this){
      // Set class
      type = FX_MIXER_4;

      // Set name
      strcpy(effect_name, "mixer_4");

      input_1 = &node_input;
      input_2 = &node_input_2;
      input_3 = &node_input_3;
      input_4 = &node_input_4;
      output = &node_output;

      // Add additional nodes to the audio stack
      audio_node_stack[total_audio_nodes++] = &node_input_2;
      audio_node_stack[total_audio_nodes++] = &node_dummy_output;       // dummy output node since inputs and outputs go in pairs
      audio_node_stack[total_audio_nodes++] = &node_input_3;
      audio_node_stack[total_audio_nodes++] = &node_dummy_output;       // dummy output node since inputs and outputs go in pairs
      audio_node_stack[total_audio_nodes++] = &node_input_4;
     }

        void  print_params(void) {
        Serial.println("Audio Routing:");
      print_audio_node_status(&node_input);
      print_audio_node_status(&node_input_2);
      print_audio_node_status(&node_input_3);
      print_audio_node_status(&node_input_4);
      print_audio_node_status(&node_output);
        }
};


#endif  // DM_FX_MIXERS_H