{ "connections": [ { "from_node_id": 1, "from_port": 0, "to_node_id": 3, "to_port": 0 }, { "from_node_id": 3, "from_port": 0, "to_node_id": 2, "to_port": 0 }, { "from_node_id": 6, "from_port": 0, "to_node_id": 5, "to_port": 0 }, { "from_node_id": 5, "from_port": 0, "to_node_id": 4, "to_port": 0 }, { "from_node_id": 2, "from_port": 0, "to_node_id": 7, "to_port": 0 }, { "from_node_id": 2, "from_port": 0, "to_node_id": 6, "to_port": 0 }, { "from_node_id": 7, "from_port": 0, "to_node_id": 8, "to_port": 0 }, { "from_node_id": 8, "from_port": 0, "to_node_id": 4, "to_port": 0 } ], "nodes": [ { "command": "inputfile", "id": 1, "name": "inputfile", "notes": { }, "offset": { "x": 20.0, "y": 80.0 }, "slider_values": { "AudioPlayer/FileDialog/@VBoxContainer@3995/@MarginContainer@4035/Tree/@Popup@4021/@VBoxContainer@4022/@HSlider@4030": { "editable": true, "meta": { }, "value": 0.0 } } }, { "command": "spectstr_stretch", "id": 2, "name": "spectstr_stretch", "notes": { }, "offset": { "x": 785.555725097656, "y": 80.0000152587891 }, "slider_values": { "VBoxContainer/HSplitContainer/HSlider": { "editable": true, "meta": { }, "value": 3.001 }, "VBoxContainer2/HSplitContainer/HSlider": { "editable": true, "meta": { }, "value": 0.0 }, "VBoxContainer3/HSplitContainer/HSlider": { "editable": true, "meta": { }, "value": 0.0 } } }, { "command": "pvoc_anal_1", "id": 3, "name": "pvoc_anal_1", "notes": { }, "offset": { "x": 466.666778564453, "y": 80.0000152587891 }, "slider_values": { } }, { "command": "outputfile", "id": 4, "name": "outputfile", "notes": { }, "offset": { "x": 1795.5556640625, "y": 79.0000076293945 }, "slider_values": { "AudioPlayer/FileDialog/@VBoxContainer@4104/@MarginContainer@4144/Tree/@Popup@4130/@VBoxContainer@4131/@HSlider@4139": { "editable": true, "meta": { }, "value": 0.0 } } }, { "command": "pvoc_synth", "id": 5, "name": "pvoc_synth", "notes": { }, "offset": { "x": 1448.18920898438, "y": 79.2222518920898 }, "slider_values": { } }, { "command": "hilite_trace_1", "id": 6, "name": "hilite_trace_1", "notes": { }, "offset": { "x": 1117.77807617188, "y": 78.7777938842773 }, "slider_values": { "VBoxContainer/HSplitContainer/HSlider": { "editable": true, "meta": { "brk": true }, "value": 4.0 } } }, { "command": "blur_blur", "id": 7, "name": "blur_blur", "notes": { }, "offset": { "x": 1115.74475097656, "y": 223.444488525391 }, "slider_values": { "VBoxContainer/HSplitContainer/HSlider": { "editable": true, "meta": { "brk": true }, "value": 300.0 } } }, { "command": "pvoc_synth", "id": 8, "name": "pvoc_synth2", "notes": { }, "offset": { "x": 1445.74475097656, "y": 224.666732788086 }, "slider_values": { } }, { "command": "notes", "id": 9, "name": "notes", "notes": { "CodeEdit": "The \"Frequency Domain\" processes allow you to perform unique transformations to a sound. Load a file into \"Input File\" to test it out.\n\nThese processes work by manipulating FFT analysis files of the audio and as such your audio must first be analysed using \"PVOC: Analyse\"." }, "offset": { "x": 30.4112148284912, "y": 488.666778564453 }, "slider_values": { } }, { "command": "notes", "id": 10, "name": "notes2", "notes": { "CodeEdit": "This enables processing that is difficult/impossible to do in the time domain. \n\nE.g. PVOC: Stretch allows extreme time stretching without changing pitch." }, "offset": { "x": 481.411315917969, "y": 493.5556640625 }, "slider_values": { } }, { "command": "notes", "id": 11, "name": "notes4", "notes": { "CodeEdit": "You can use both Time Domain and Frequency Domain processes in the same Thread. You just need to convert between the two using \"PVOC: Analyse\" and \"PVOC: Resynthesise\".\n\nTime domain inputs and outputs are white and Frequency Domain inputs and outputs are black." }, "offset": { "x": 1376.078125, "y": 492.333435058594 }, "slider_values": { } }, { "command": "notes", "id": 12, "name": "notes3", "notes": { "CodeEdit": "Frequency Domain PVOC signals can be split but they cannot be mixed directly, if you want to mix the signals you will need to convert them back using \"PVOC: Resynthesise\".\n\nThis process will take the analysis files that PVOC uses and turn it back into audio." }, "offset": { "x": 931.189208984375, "y": 491.111206054688 }, "slider_values": { } } ] }