Re: Soundplant 39 Crack Code 29
Joseph Zyiuahndy
If it is your first time to look at Scratch, take a moment to look at how everything is laid out. It has code blocks on the left, each grouped by color in palettes for the different things you will want to use to control your sprites: motion, looks, sound, events, control, sensing, operators, variables, and my blocks (where you can create your own blocks.)
Once you add a sound, you can find it in the "play sound until done" or "start sound" blocks. Try adding both types of sound blocks to a "When key pressed" hat block to see how they are different. Then make sure to code each note to play on the desired key press.
Soundplant home page directs your browser to soundplant.org where you can purchase a registration and find the latest version, news, free keymap downloads, and links to recommended software and hardware for use with Soundplant.
enter registration code brings up a code entry dialog where you can enter the license code you receive when you purchase Soundplant in order to unlock the registered features. Follow the instructions given to you with your purchase to activate your registration. This button no longer appears once the program is registered.
Thus concludes the primary usage instructions. Please send all bug reports, questions, problems, comments, suggestions, criticisms, reactions, etc. to: sound...@soundplant.org. I would love to hear about your experiences using this program, the crazier the better! Check the web site for program updates, FAQs containing newer info than this document, and some free keymap downloads at
The keymap file contains one giant, comma-delineated, bracketed list of data [] inside of which are many smaller bracketed lists, including one for each key. Each of these key property lists are preceded by a numeric key code that represents the key. Every key on the keyboard has a unique key code (see below for a chart). Each of these lists contains a set of property definitions preceded by a #.
In keymap file data, keyboard keys are not explicitly referred to by their letters, but rather by a more internally efficient key code numbering system. For those who have a further interest in manually tinkering with keymap files on an advanced level, the table below lists all 72 assignable keys and their corresponding key code. Note that keymap files actually contain dummy entries for several other key codes beyond those 72, which are currently unused in Soundplant. You can ignore those additional entries, however they should remain in the keymap file for best compatibility.
Soundplant is available for new feature sponsorship or customization to meet your or your company's needs, for example, if you need a special extra function not offered in the public version, custom splash screen or interface design, specialized version for kiosk use, etc. Past Soundplant customization customers have included schools, museums, musicians, theaters, retailers, and audio engineers. Please send customization or feature sponsorship inquiries to sound...@soundplant.org.
enter registration code... brings up a code entry dialog where you can enter the license code you receive when you purchase Soundplant in order to unlock the registered features. Follow the instructions given to you with your purchase to activate your registration. Once the program is registered, this button becomes remove registration..., which unregisters the program, removing your personal license information from the computer and reverting to freeware mode, useful if you need to switch license type or hand over the computer to another user who is unlicensed or has their own license.
Please send all bug reports, questions, problems, comments, suggestions, criticisms, reactions, etc. to: sound...@soundplant.org. I would love to hear about your experiences using this program, the crazier the better! Check the web site for program updates, FAQs, and free keymap downloads at
There are dozens of modifiable properties for each key, most of which have fairly self-explanatory names; there are also several properties which should not be modified manually and are for internal use only, or are relatively meaningless. The modifiable properties of most interest for configuring keys are: #newcolor (RGB value key color, replacing the deprecated #color in v.45 onward, which can be manually set to any possible RGB color even beyond those selectable within Soundplant), #fname, #smallfname (key text label), #fadetime (fade in time in milliseconds), #fadeouttime, #fadetoend, #holddown, #loop, #mstarttime (start offset in milliseconds), #mendtime (end offset), #srk (keymode), #shiftsrk (shift+mode), #priority, #mrateshift (pitch shift), #pitchrandom, #pitchrealtime, #vol, #volrealtime, #volrandom, #pan, #panrealtime, #panrandom, #reverbsend, #reverbsendrandom, #reverbsendrealtime, #lowpass, #lowpassrealtime, #lowpassrandom, #resonance, #resonancerandom, #resonancerealtime, #lfo, #lforandom, #lforealtime, #queue (multi queue mode), and #queueseq (playlist of comma-separated key codes).
Soundplant is available for new feature sponsorship or customization to meet your or your company's needs, for example, if you need a special extra function not offered in the public version, custom splash screen or interface design, specialized version for kiosk use, etc. Past Soundplant customization customers have included musicians, museums, theaters, retailers, schools, and audio engineers. Please send customization or feature sponsorship inquiries to sound...@soundplant.org.
Keymap files created by Soundplant are Unicode text files with data stored in the JSON format. They represent a database of all of the keyboard keys and all of the attributes of the assigned sounds. Keymap files are fairly easily editable - meaning you can open them in any text editor (like Notepad++ or Sublime) or JSON-specific editor (like JSON Editor Online or JSON Blob) and change items such as file paths and other properties. This can be useful for example for making mass modifications to key properties that might be tedious to make in Soundplant such as changing all keys' sound file names, especially in conjunction with advanced find-and-replace or text processing tools. Additionally, some visually impaired users have found it easier to create and edit keymaps in this manner (if you wish to create a keymap from scratch this way, I recommend starting with an already existing keymap as a template).
The Soundplant v.50 keymap file contains an optional initial line with a special bracketed list for backwards compatibility, followed by the main JSON data starting on line 2. All content from line 2 onward uses strict JSON formatting; the 1st line of data can be omitted if desired to create a perfectly conforming JSON file. The keymap JSON contains a set of object definitions enclosed in curly braces , 1 for each key on Soundplant's keyboard, each containing a set of property definitions corresponding to key configuration settings. Each of these key objects are named by a numeric keycode that internally represents the key. Every key on the keyboard has a unique keycode integer which will be unrecognizable to those unfamiliar with such inner workings, however for human readability each key object stored in the keymap has a property named "displayKeyID" which corresponds to the name of the key; for example the object named with keycode "13" has a "displayKeyID" of "=" because it represents the settings for the equals key.
Soundplant is available for new feature sponsorship or customization to meet your needs, for example, if you need a special extra function not offered in the public version, custom splash screen or interface design, specialized version for kiosk use, etc. Past Soundplant customization customers have included musicians, museums, theaters, retailers, schools, and audio engineers. Please send customization or feature sponsorship inquiries to sound...@soundplant.org.
The code and models are available on Github and open source. It is implemented in Torch7. Using our pre-trained model, you can extract discriminative features for natural sound recognition. In our experiments, pool5 seems to work the best with a linear SVM.
The keymap file contains one giant, comma-delineated, bracketed list of data [] inside of which are many smaller bracketed lists, including one for each key. Each of these key property lists are preceded by a numeric key code that represents the key. Every key on the keyboard has a unique key code (see below for a chart). Each of these lists contains a set of property definitions preceded by a #. The property for changing file paths is #fname, which defines the path of the assigned sound. If you want to change the file path, replace the existing #fname value with the new path; the path must be in quotes and must contain the full path and filename. For example, if your sounds have moved to a different drive or folder, you can use a find-and-replace to change all occurrences in the .keymap file of the old path to the new path (note that on Mac, files paths are stored using HFS paths with the colon character as the delimiter, not slash as in Unix paths). There are dozens of modifiable properties for each key, most of which have fairly self-explanatory names; there are also several properties which should not be modified manually and are for internal use only, or are relatively meaningless. The modifiable properties of most interest for configuring keys are #fname, #smallfname (key text label), #fadetime (fade in time in milliseconds), #fadeouttime, #fadetoend, #holddown, #loop, #mstarttime (start offset in milliseconds), #mendtime (end offset), #srk (keymode), #shiftsrk (shift+mode), #priority, #mrateshift (pitch shift), #pitchrandom, #pitchrealtime, #vol, #volrealtime, #volrandom, #pan, #panrealtime, #panrandom, #reverbsend, #reverbsendrandom, #reverbsendrealtime, #lowpass, #lowpassrealtime, #lowpassrandom, #resonance, #resonancerandom, #resonancerealtime, #lfo, #lforandom, and #lforealtime. Key properties have 4 different types of possible values: integers (whole numbers with no decimal point), floats (fractional numbers with a decimal point), strings (chunk of text enclosed in quotes), and nested lists (a comma-separated series of values enclosed in brackets). It is important to retain the proper formatting of these values. For example, the start offset property #mstarttime is a float, so even if you want the sound to start playing from the beginning, the value has to be 0.00 and not 0. If you want the sound to start playing from the 5 second point the correct value would be 5000.00. Keymap files must have no line breaks until the end of the file. So all the important data must be on one single gigantic unbroken line, the first line in the file. Any deviation from this will break the keymap.
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