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Final IDMT Project.maxpat
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Final IDMT Project.maxpat
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"text" : "Single Mapping 8 : MVP 1 or MVP 2: \nSwitching the instrument on and off if the sensors are above 70, with MVP 1 normally sitting around 62 and MVP sitting around 67. "
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"text" : "Single Mapping 7 : FSR 3 - \nThe acctual pitch is changed using FSR 3, using a pentatonc scale as influence. "
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"text" : "Single Mapping 6 : FSR 2 - \nThe acctual pitch is changed using FSR 2, using a pentatonc scale as influence. "
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"text" : "Joint Mapping 5: MVP 1 or MVP 2 & FSR 2 - \nWhen the air pressure sensors and touch sensor 2 has the same value for a second, the window size is altered. The window size allows control over the smoothing of the edges of the sampled signal. "
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"text" : "Joint Mapping 4: MVP 1 or MVP 2 & FSR 1 - \nWhen the air pressure sensors and touch sensor 1 has the same value for a second, the grain size is altered. The grain size says the length of the sample that the granular synth is going to use. "
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"text" : "Single Mapping 3: MVP 1 or MVP 2 - The rate of change is messured and applied as filtered data detecting changes from big air blows to small air blows. This controls the size of the reverb."
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"patching_rect" : [ 790.0, 101.390727758407593, 155.0, 127.0 ],
"text" : "Single Mapping 2: FSR 1 - How frequent the audio sample is played is controlled by how gentle or firm touch is on the FSR sensor. This controls how frequent the granular synthesiser plays the sample. "
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"text" : "Single Mapping 1: MVP 1 or MVP 2 - The position of the wave form within the granular synth is adjusted based on air flow controls the pitch "
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"text" : "This instrument is more of an art piece. The sensors make it harder to reliably predict which note is going to appear. This is due to the difficulty of keeping a constant state of air pressure, its always fluctuating. Therefore this instrument is more random which its choice of pitch and movement moulding it to be more of a spectacle than its original family group of instruments (wind)."
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"text" : "FSR: Pressure Sensors"
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"text" : "MVP: Air pressure Sensors"
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"text" : "Main use of this patch: Sets up aurdino access receiving data from the sensors, inputing that data into filters. Using that filtered data to manipulate the granular synthesis. Outputing the results to live gain then our speakers."
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"text" : "p Main Sounds: is where all the granular code is. "
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"text" : "Project:\nWind Instrument: Using granular synthesis, with air sensors and pressure sensors controlling aspects of the granular synthesis."
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"text" : "FSR 1"
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"text" : "FSR 3"
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"text" : "FSR 2"
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"text" : "Quick acess to reset port for aurdino connection to work"
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"text" : "buffer~ sample and buffer~ sample2: Contain the audio files used in the granular synth, Flute audio from the video game Zelda."
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"text" : "p Gen Sound 2 - Bass and p Gen Sound 1 - Treble: Contain the gen~ code for the granular synthesis."
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"code" : "// Gaussian Window: creates a Gaussian curve for amplitude shaping\r\ngaussian(count, size, a)\n{\n x = (4 * a * (count - size / 2)) / size;\n return exp(-0.5 * x * x);\n}\r\n\r\n// Equal Panning: calculates stereo panning\r\npan(sprd, trig)\n{\n n = latch(noise(), trig) * 0.5 * sprd + 0.5;\n return cos(n * PI * 0.5), sin(n * PI * 0.5); \n}\r\n\r\n// Grain: Creates a grain of sound toneparticle (2022)\r\nmake_grain(voice, count, buf, size, position, pitch, stereo_spread, windowSize, scaleDegree)\r\n{\r\n\t// Check if it's time to trigger a new grain\r\n\ttrig = delta(count == voice ) ==1 ; \r\n\r\n\t// reset the count\r\n\tcount = min(counter(1, trig), latch(size, trig));\r\n\t\r\n\t interval = 1;\r\n\t\n\t// Map scale degrees to intervals Increasing\n\tif (scaleDegree == 0) interval = (pow(2.0, 0));\n\telse if (scaleDegree == 1) interval = (pow(2.0, 2.0 / 12.0)); \n\telse if (scaleDegree == 2) interval = (pow(2.0, 4.0 / 12.0)); \n\telse if (scaleDegree == 3) interval = (pow(2.0, 7.0 / 12.0)); \n\telse if (scaleDegree == 4) interval = (pow(2.0, 9.0 / 12.0)); \n\r\n\t// Calculates pitch variation\n\tpitch_variation = pitch * interval;\r\n\t\r\n\t// Calculate position in buffer\n pos = latch(position , trig) * dim(buf);\r\n\t\r\n\t// Index in buffer\r\n\ti = pos + (count * latch((pitch_variation),trig));\r\n\r\n\t// Calculate variation for voices window size\r\n\twindow_variation = windowSize + (voice + 0.025); \r\n\t\r\n\t// Calculate amplitude using Gaussian Window\r\n\tamplitude = gaussian(count, latch(size, trig), window_variation);\r\n\t\r\n\t// Get sample from buffer\r\n\tbufferSample = peek(buf, i, boundmode=\"wrap\",interp=\"spline\");\r\n\t\r\n\t// Calculate stereo variation\r\n\tstereo_variation = stereo_spread + (voice + 0.02) + (noise() * 0.006);\r\n\t\r\n\t// Calculates amplitude with sample\n grain = amplitude * bufferSample; \r\n\r\n\t// Calculates stereo panning\r\n\tpan_left, pan_right = pan(stereo_variation,trig);\r\n\t\r\n\t// Return stereo grains\r\n\treturn grain * pan_left, grain * pan_right;\r\n}\r\n\r\n// Connects to Buffer Sample2\r\nBuffer sample(\"sample\");\r\n\r\n// Creates parameters that can be interacted with\r\nParam density(30, min =0, max =100);\r\nParam windowSize(5, min =1.25, max = 20);\r\nParam grain_size(1500, min=2, max=1500);\r\nParam pitch(0, min = -20, max = 100);\r\nParam position(0, min = 0, max = 1);\r\nParam spread(0, min = 0, max = 1);\r\nParam stereo_spread(1, min = 0, max = 1);\r\nParam soundOn(1, min = 0, max = 1);\r\nParam scaleDegree(0, min = 0, max =4);\r\n\r\n// Number of voices\r\nvoices = 30;\r\n\r\n// Grain_size\r\nsize = mstosamps(grain_size);\r\n\r\n// Density Calculation\r\np = delta(phasor(density)) < 0;\r\n\r\n// Pitch Calculation\r\npch = pow(2, pitch / 12);\r\n\r\n// Counter\r\nc = counter(p,in1, voices); 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