Commit 980e171a authored by nerrons's avatar nerrons
Browse files

translation.json: add K12 tooltips

parent 8e615d5b
......@@ -480,5 +480,92 @@
"building_index": "Erstelle Index...",
"no_results": "Keine Resultate gefunden.",
"search_placeholder": "Suche Pd-Doku"
},
"k12": {
"wii": {
"connect_tt": "Wiimote Connect: Use this to connect wiimote to the computer",
"buttons_tt": "Wiimote Buttons: Use this to select which Wiimote button should activate objects connected to this object",
"hit_tt": "Wiimote Hit: Use this to detect when the wiimote has been shaken like a mallet",
"accelerometer_tt": "Wiimote Accelerometer: Use this to monitor Wiimotes acceleration across X, Y, and Z axes",
"speed_xry_tt": "Wiimote Speed X, Roll, Y: Use this to detect how quickly is Wiimote moving across individual axes x, roll, and y (requires motion plus)",
"speed_tt": "Wiimote Speed: Use this to detect how quickly is Wiimote moving (requires motion plus)",
"nunchuk_buttons_tt": "Wiimote Nunchuk Buttons: Use this to select which Nunchuk button should activate objects connected to this object (requires nunchuk extension)",
"nunchuk_hit_tt": "Wiimote Nunchuk Hit: Use this to detect when the wiimote has been shaken like a mallet (requires nunchuk extension)",
"nunchuk_accelerometer_tt": "Wiimote Nunchuk Accelerometer: Use this to monitor Nunchuk acceleration across X, Y, and Z axes (requires nunchuk extension)",
"nunchuk_stick_tt": "Wiimote Nunchuk Stick: Use this to monitor Nunchuk stick motion across X and Y axes (requires nunchuk extension)"
},
"arduino": {
"connect_tt": "Arduino Connect: Use this to arduino to the computer",
"digital_in_tt": "Arduino Digital In: Use this to detect on/off states of a digital sensor",
"digital_out_tt": "Arduino Digital Out: Use this to send on/off state to an outgoing device (e.g. LED)",
"analog_in_tt": "Arduino Analog In: Use this to monitor analog sensor",
"analog_out_tt": "Arduino Analog Out: Use this to send analog signal over a PWM-enabled digital pin"
},
"raspberrypi": {
"digital_tt": "RaspberryPi Digital: Use this to read from or write to GPIO pins in digital format",
"analog_in_tt": "RaspberryPi Analog In: Use this to read from RaspberryPi LOP Shield's analog inputs",
"analog_out_tt": "RaspberryPi Analog Out: Use this to write to GPIO pins in analog format using PWM"
},
"math": {
"number_tt": "Number: Use this to assign a value to other objects",
"netsend_tt": "Netsend: Use this to send data over network to another computer",
"netreceive_tt": "Netreceive: Use this to receive data from another computer over network",
"tag_tt": "Tag: Use this to tag data to be sent over network",
"routebytag_tt": "Route By Tag: Use this to filter incoming network data by tag",
"add_tt": "Add: Use this to add two values",
"subtract_tt": "Subtract: Use this to subtract two values",
"multiply_tt": "Multiply: Use this to multiply two values",
"divide_tt": "Divide: Use this to divide two values",
"random_tt": "Random: Use this to generate random numbers",
"average_tt": "Average: Use this to calculate average from a stream of numbers",
"scale_tt": "Scale: Use this to scale incoming values to a new range and direction"
},
"logic": {
"compare_tt": "Compare: Use this to compare two values",
"mapper_tt": "Mapper: Use this to map one value to two different but related values",
"metronome_tt": "Metronome: Use this to create a steady pulse",
"counter_tt": "Counter: Use this to count events",
"hit_tt": "Hit: Use this to detect a hit on a control data stream",
"sequencer_tt": "Sequencer: Use this to map values to MIDI pitches"
},
"signal": {
"microphone_tt": "Microphone: Use this to capture and monitor microphone input",
"netsend_tt": "Netsend Sound: Use this to send your sound over network to another computer",
"netreceive_tt": "Netreceive Sound: Use this to receive sound from another computer over network",
"sampler_tt": "Sampler: Use this to record audio from microphone and play it back in various ways",
"player_tt": "Player: Use this to play WAV files in various ways",
"sine_tt": "Sine: Use this to generate sine tone",
"saw_tt": "Sawtooth: Use this to generate sawtooth tone",
"square_tt": "Square: Use this to generate square tone",
"triangle_tt": "Triangle: Use this to generate triangle tone",
"envelope_tt": "Envelope: Use this to shape sound loudness",
"noise_tt": "Noise: Use this to generate white (harsh) noise",
"pink_tt": "Pink: Use this to generate pink (softer) noise",
"add_tt": "Signal Add: Use this to add two sounds (signals)",
"multiply_tt": "Signal Multiply: Use this to multiply two sounds (signals)"
},
"instr": {
"short1_tt": "Bass Drum: Use this to produce short sounds like a single bass drum hit",
"short2_tt": "Snare Drum: Use this to produce short sounds like a single snare drum hit",
"sustained1_tt": "Air Instrument: Use this to produce long sustained sound like a sound of a woodwind instrument",
"sustained2_tt": "Brass Instrument: Use this to produce long sustained sound like a sound of brass instrument"
},
"midi": {
"synth_tt": "MIDI Synth: create a synthesizer with up to 128 unique sounds",
"note_tt": "MIDI Note: connect this to MIDI synth to issue note on and off commands",
"instrument_tt": "MIDI Instrument: connect this to MIDI synth to issue instrument change commands",
"control_tt": "MIDI Control: connect this to MIDI synth to change instrument properties"
},
"fx": {
"pitchshift_tt": "Pitch Shift: Use this to change pitch of an incoming sound",
"filter_tt": "Filter: Use this to make sound appear muffled or brighter",
"phaser_tt": "Phaser: Use this to add a flanger-like wavy effect to a sound",
"multitap_tt": "Echo: Use this to make sound echo",
"reverb_tt": "Reverb: Use this to make sound appear as if it is being played in a large space"
},
"": {
"output_tt": "Output: Use this to send sound from computer into speakers",
"preset_tt": "Preset: Use this to store and recall up to four different states of your instrument"
}
}
}
......@@ -481,5 +481,92 @@
"building_index": "Building index...",
"no_results": "No results found.",
"search_placeholder": "Search Pd Docs"
},
"k12": {
"wii": {
"connect_tt": "Wiimote Connect: Use this to connect wiimote to the computer",
"buttons_tt": "Wiimote Buttons: Use this to select which Wiimote button should activate objects connected to this object",
"hit_tt": "Wiimote Hit: Use this to detect when the wiimote has been shaken like a mallet",
"accelerometer_tt": "Wiimote Accelerometer: Use this to monitor Wiimotes acceleration across X, Y, and Z axes",
"speed_xry_tt": "Wiimote Speed X, Roll, Y: Use this to detect how quickly is Wiimote moving across individual axes x, roll, and y (requires motion plus)",
"speed_tt": "Wiimote Speed: Use this to detect how quickly is Wiimote moving (requires motion plus)",
"nunchuk_buttons_tt": "Wiimote Nunchuk Buttons: Use this to select which Nunchuk button should activate objects connected to this object (requires nunchuk extension)",
"nunchuk_hit_tt": "Wiimote Nunchuk Hit: Use this to detect when the wiimote has been shaken like a mallet (requires nunchuk extension)",
"nunchuk_accelerometer_tt": "Wiimote Nunchuk Accelerometer: Use this to monitor Nunchuk acceleration across X, Y, and Z axes (requires nunchuk extension)",
"nunchuk_stick_tt": "Wiimote Nunchuk Stick: Use this to monitor Nunchuk stick motion across X and Y axes (requires nunchuk extension)"
},
"arduino": {
"connect_tt": "Arduino Connect: Use this to arduino to the computer",
"digital_in_tt": "Arduino Digital In: Use this to detect on/off states of a digital sensor",
"digital_out_tt": "Arduino Digital Out: Use this to send on/off state to an outgoing device (e.g. LED)",
"analog_in_tt": "Arduino Analog In: Use this to monitor analog sensor",
"analog_out_tt": "Arduino Analog Out: Use this to send analog signal over a PWM-enabled digital pin"
},
"raspberrypi": {
"digital_tt": "RaspberryPi Digital: Use this to read from or write to GPIO pins in digital format",
"analog_in_tt": "RaspberryPi Analog In: Use this to read from RaspberryPi LOP Shield's analog inputs",
"analog_out_tt": "RaspberryPi Analog Out: Use this to write to GPIO pins in analog format using PWM"
},
"math": {
"number_tt": "Number: Use this to assign a value to other objects",
"netsend_tt": "Netsend: Use this to send data over network to another computer",
"netreceive_tt": "Netreceive: Use this to receive data from another computer over network",
"tag_tt": "Tag: Use this to tag data to be sent over network",
"routebytag_tt": "Route By Tag: Use this to filter incoming network data by tag",
"add_tt": "Add: Use this to add two values",
"subtract_tt": "Subtract: Use this to subtract two values",
"multiply_tt": "Multiply: Use this to multiply two values",
"divide_tt": "Divide: Use this to divide two values",
"random_tt": "Random: Use this to generate random numbers",
"average_tt": "Average: Use this to calculate average from a stream of numbers",
"scale_tt": "Scale: Use this to scale incoming values to a new range and direction"
},
"logic": {
"compare_tt": "Compare: Use this to compare two values",
"mapper_tt": "Mapper: Use this to map one value to two different but related values",
"metronome_tt": "Metronome: Use this to create a steady pulse",
"counter_tt": "Counter: Use this to count events",
"hit_tt": "Hit: Use this to detect a hit on a control data stream",
"sequencer_tt": "Sequencer: Use this to map values to MIDI pitches"
},
"signal": {
"microphone_tt": "Microphone: Use this to capture and monitor microphone input",
"netsend_tt": "Netsend Sound: Use this to send your sound over network to another computer",
"netreceive_tt": "Netreceive Sound: Use this to receive sound from another computer over network",
"sampler_tt": "Sampler: Use this to record audio from microphone and play it back in various ways",
"player_tt": "Player: Use this to play WAV files in various ways",
"sine_tt": "Sine: Use this to generate sine tone",
"saw_tt": "Sawtooth: Use this to generate sawtooth tone",
"square_tt": "Square: Use this to generate square tone",
"triangle_tt": "Triangle: Use this to generate triangle tone",
"envelope_tt": "Envelope: Use this to shape sound loudness",
"noise_tt": "Noise: Use this to generate white (harsh) noise",
"pink_tt": "Pink: Use this to generate pink (softer) noise",
"add_tt": "Signal Add: Use this to add two sounds (signals)",
"multiply_tt": "Signal Multiply: Use this to multiply two sounds (signals)"
},
"instr": {
"short1_tt": "Bass Drum: Use this to produce short sounds like a single bass drum hit",
"short2_tt": "Snare Drum: Use this to produce short sounds like a single snare drum hit",
"sustained1_tt": "Air Instrument: Use this to produce long sustained sound like a sound of a woodwind instrument",
"sustained2_tt": "Brass Instrument: Use this to produce long sustained sound like a sound of brass instrument"
},
"midi": {
"synth_tt": "MIDI Synth: create a synthesizer with up to 128 unique sounds",
"note_tt": "MIDI Note: connect this to MIDI synth to issue note on and off commands",
"instrument_tt": "MIDI Instrument: connect this to MIDI synth to issue instrument change commands",
"control_tt": "MIDI Control: connect this to MIDI synth to change instrument properties"
},
"fx": {
"pitchshift_tt": "Pitch Shift: Use this to change pitch of an incoming sound",
"filter_tt": "Filter: Use this to make sound appear muffled or brighter",
"phaser_tt": "Phaser: Use this to add a flanger-like wavy effect to a sound",
"multitap_tt": "Echo: Use this to make sound echo",
"reverb_tt": "Reverb: Use this to make sound appear as if it is being played in a large space"
},
"": {
"output_tt": "Output: Use this to send sound from computer into speakers",
"preset_tt": "Preset: Use this to store and recall up to four different states of your instrument"
}
}
}
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