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Pitcher FL Studio Full Crack - How to Create Professional Vocals in FL Studio 12


Pitcher FL Studio: A Complete Guide for Vocal Production




If you are looking for a way to enhance your vocals with professional quality effects, you might want to check out Pitcher FL Studio. Pitcher FL Studio is a real-time pitch-correction, manipulation and harmonization plugin that can correct and harmonize under MIDI control from a keyboard or the Piano roll. It is one of the most versatile and powerful plugins for vocal production in FL Studio.




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In this article, we will show you how to use Pitcher FL Studio for various purposes, such as pitch correction, pitch manipulation, and harmonization. We will also explain the benefits of using Pitcher FL Studio, the main features of Pitcher FL Studio, and how to access them. By the end of this article, you will have a better understanding of how Pitcher FL Studio works and how you can use it creatively in your own projects.


How to use Pitcher FL Studio for pitch correction




Pitch correction is one of the most common and popular uses of Pitcher FL Studio. Pitch correction is the process of adjusting the pitch of a vocal track so that it matches a desired scale or key. This can help fix any errors or inconsistencies in the singer's performance, or create a deliberate effect such as auto-tune.


To use Pitcher FL Studio for pitch correction, you need to load it as an effect plugin on a vocal track in FL Studio. Here are the steps:



  • Open your project in FL Studio and select a vocal track that you want to apply pitch correction to.



  • Go to the mixer window (F9) and choose an empty insert slot on that track.



  • Click on the arrow icon on that slot and select "More plugins".



  • Scroll down until you find "Pitcher (FL Studio)" and click on it to load it on the slot. Alternatively, you can type "Pitcher" in the search box and press enter.



Once you have loaded Pitcher FL Studio on the vocal track, you will see its interface on the mixer window. Pitcher FL Studio has a simple and intuitive interface that consists of four main sections: the input section, the output section, the note selector, and the advanced section. Let's take a look at each of them and how to use them for pitch correction.


The input section




The input section is where you can adjust the basic parameters for pitch correction, such as speed, pitch, fine tune, scale, key, and formant. Here is what each parameter does:



  • Speed: This controls how fast Pitcher FL Studio corrects the pitch of the input signal. A lower value means slower correction, which can sound more natural and subtle. A higher value means faster correction, which can sound more robotic and noticeable.



  • Pitch: This controls how much Pitcher FL Studio shifts the pitch of the input signal. A value of 0 means no shift, while a positive or negative value means up or down shift respectively. You can use this parameter to transpose the vocal track by semitones.



  • Fine tune: This controls how much Pitcher FL Studio fine-tunes the pitch of the input signal. A value of 0 means no fine-tuning, while a positive or negative value means sharp or flat tuning respectively. You can use this parameter to adjust the vocal track by cents.



  • Scale: This controls what scale Pitcher FL Studio uses to correct the pitch of the input signal. You can choose from 12 different scales, such as major, minor, pentatonic, chromatic, etc. You can also create your own custom scale by clicking on the "Edit" button next to the scale menu.



  • Key: This controls what key Pitcher FL Studio uses to correct the pitch of the input signal. You can choose from 12 different keys, such as C, C#, D, D#, etc. You can also use the "Auto" option to let Pitcher FL Studio detect the key automatically from the input signal.



  • Formant: This controls how much Pitcher FL Studio preserves the formant of the input signal. The formant is the characteristic frequency spectrum of a sound that determines its timbre or quality. A value of 0 means no formant preservation, which can make the vocal track sound unnatural or chipmunk-like. A value of 100 means full formant preservation, which can make the vocal track sound more natural or human-like.



To use these parameters for pitch correction, you need to experiment with different values and listen to how they affect the vocal track. There is no one-size-fits-all setting for pitch correction, as it depends on your personal preference and the style of your music. However, here are some general tips and guidelines that might help you:



  • If you want a subtle and natural pitch correction, use a low speed value (around 10-20), a zero pitch and fine tune value, a scale and key that match your song's harmony, and a high formant value (around 80-100).



  • If you want a noticeable and robotic pitch correction, use a high speed value (around 80-100), a non-zero pitch and fine tune value (depending on how much you want to transpose or detune), any scale and key that suit your taste, and a low formant value (around 0-20).



  • If you want to create interesting effects with pitch correction, such as gender change, alien voice, etc., try using extreme values for any of these parameters and see what happens.



The output section




The output section is where you can adjust the output level and mix of Pitcher FL Studio. Here is what each parameter does:



  • Level: This controls how loud Pitcher FL Studio outputs the processed signal. You can use this parameter to balance the volume of Pitcher FL Studio with other plugins or tracks in your project.



  • Mix: This controls how much Pitcher FL Studio blends the original and processed signals. A value of 0 means only original signal, while a value of 100 means only processed signal. You can use this parameter to create parallel effects or dry/wet mixes with Pitcher FL Studio.



To use these parameters for pitch correction, you need to adjust them according to your desired output level and mix. There is no right or wrong setting for these parameters, as it depends on your personal preference and the context of your project. However, here are some general tips and guidelines that might help you:


  • If you want a subtle and natural pitch correction, use a moderate level value (around 50-70) and a high mix value (around 80-100). This will make the pitch correction less noticeable and more blended with the original signal.



  • If you want a noticeable and robotic pitch correction, use a high level value (around 80-100) and a low mix value (around 0-20). This will make the pitch correction more prominent and more separated from the original signal.



  • If you want to create interesting effects with pitch correction, try using different combinations of level and mix values and see how they affect the output sound. You can also automate these parameters to create dynamic changes in the output sound.



The note selector




The note selector is where you can choose which notes to include or exclude in the output of Pitcher FL Studio. It consists of a keyboard display that shows the notes of the selected scale and key, and a set of buttons that allow you to select or deselect notes individually or in groups. Here is what each button does:



  • All: This selects all the notes in the keyboard display.



  • None: This deselects all the notes in the keyboard display.



  • Scale: This selects only the notes that belong to the selected scale and key.



  • Chord: This selects only the notes that form a chord based on the selected scale and key.



  • Inv: This inverts the selection of the notes in the keyboard display.



To use the note selector for pitch correction, you need to select the notes that you want Pitcher FL Studio to correct to. For example, if you want Pitcher FL Studio to correct only to the notes of the C major scale, you need to select C as the key, major as the scale, and click on the Scale button. This will select only the white keys on the keyboard display, and Pitcher FL Studio will correct any input note that is not a white key to the nearest white key. You can also select or deselect individual notes by clicking on them on the keyboard display.


The note selector is useful for creating custom scales or tuning systems, or for creating selective pitch correction effects. For example, you can create a pentatonic scale by selecting only five notes on the keyboard display, or you can create a microtonal tuning system by fine-tuning each note with the fine tune knob. You can also create a selective pitch correction effect by selecting only some notes and leaving others uncorrected, creating a contrast between in-tune and out-of-tune notes.


The advanced section




The advanced section is where you can access some additional parameters for pitch correction, such as bypass, pitch preference, base frequency, and stability. Here is what each parameter does:



  • Bypass: This allows you to bypass Pitcher FL Studio temporarily or permanently. When bypassed, Pitcher FL Studio does not process the input signal and passes it through unchanged. You can use this parameter to compare the original and processed signals, or to disable Pitcher FL Studio when not needed.



  • Pitch preference: This allows you to choose how Pitcher FL Studio handles ambiguous input pitches. Sometimes, an input pitch can be equally close to two output pitches, such as when it is exactly halfway between two semitones. In this case, Pitcher FL Studio can either round up or round down the input pitch to one of the output pitches. You can use this parameter to choose which option Pitcher FL Studio uses by default.



  • Base frequency: This allows you to adjust the base frequency of Pitcher FL Studio's tuning system. By default, Pitcher FL Studio uses 440 Hz as the base frequency, which means that A4 is tuned to 440 Hz. However, you can change this value to any other frequency, such as 432 Hz or 445 Hz, depending on your preference or musical context.



  • Stability: This allows you to adjust how stable Pitcher FL Studio's pitch correction is. A higher value means more stable correction, which means that Pitcher FL Studio will correct any input pitch that deviates slightly from an output pitch back to that output pitch. A lower value means less stable correction, which means that Pitcher FL Studio will allow some variation in the input pitch around an output pitch. You can use this parameter to control how natural or robotic Pitcher FL Studio's pitch correction sounds.



To use these parameters for pitch correction, you need to adjust them according to your desired level of control and flexibility over Pitcher FL Studio's pitch correction. There is no right or wrong setting for these parameters, as it depends on your personal preference and the style of your music. However, here are some general tips and guidelines that might help you:


  • If you want a subtle and natural pitch correction, use a moderate bypass value (around 50-70), a round down pitch preference, a standard base frequency (440 Hz), and a high stability value (around 80-100). This will make the pitch correction smooth and consistent, without any glitches or artifacts.



  • If you want a noticeable and robotic pitch correction, use a low bypass value (around 0-20), a round up pitch preference, a non-standard base frequency (such as 432 Hz or 445 Hz), and a low stability value (around 0-20). This will make the pitch correction abrupt and erratic, with some glitches or artifacts.



  • If you want to create interesting effects with pitch correction, try using different combinations of bypass, pitch preference, base frequency, and stability values and see how they affect the output sound. You can also automate these parameters to create dynamic changes in the output sound.



How to use Pitcher FL Studio for pitch manipulation




Pitch manipulation is another common and popular use of Pitcher FL Studio. Pitch manipulation is the process of changing the pitch of a vocal track in creative ways, such as creating melodies, harmonies, modulations, etc. Pitcher FL Studio allows you to control the pitch of the vocal track with MIDI input, output, or learn modes. Let's take a look at each of them and how to use them for pitch manipulation.


The MIDI input mode




The MIDI input mode is where you can control the pitch of the vocal track with a keyboard or the Piano roll. This mode allows you to play the vocal track like an instrument, creating melodies, harmonies, modulations, etc. To use the MIDI input mode, you need to enable it by clicking on the MIDI button on the top left corner of Pitcher FL Studio's interface. You will see a green light indicating that the MIDI input mode is active.


Once you have enabled the MIDI input mode, you need to connect a MIDI keyboard to your computer or open the Piano roll window (F7) in FL Studio. You can then play any note on the keyboard or the Piano roll, and Pitcher FL Studio will shift the pitch of the vocal track to that note. For example, if you play C4 on the keyboard or the Piano roll, Pitcher FL Studio will shift the pitch of the vocal track to C4. You can also play chords or melodies on the keyboard or the Piano roll, and Pitcher FL Studio will follow them accordingly.


The MIDI input mode is useful for creating musical effects with Pitcher FL Studio, such as auto-tune, vocoder, etc. For example, you can create an auto-tune effect by playing notes that match your song's harmony on the keyboard or the Piano roll, and Pitcher FL Studio will correct the vocal track to those notes. You can also create a vocoder effect by playing notes that create a melody or harmony on the keyboard or the Piano roll, and Pitcher FL Studio will modulate the vocal track with those notes.


The MIDI output mode




The MIDI output mode is where you can send the pitch of the vocal track to another instrument or plugin. This mode allows you to use the vocal track as a MIDI controller, triggering sounds or effects from other sources. To use the MIDI output mode, you need to enable it by clicking on the MIDI button on the top right corner of Pitcher FL Studio's interface. You will see a red light indicating that the MIDI output mode is active.


Once you have enabled the MIDI output mode, you need to route Pitcher FL Studio's output to another instrument or plugin in FL Studio. You can do this by going to the mixer window (F9) and selecting an empty insert slot on another track. Then, click on the arrow icon on that slot and select "Receive from". You will see a list of all the tracks that you can receive MIDI from. Choose the track that has Pitcher FL Studio on it, and you will see a green light indicating that the MIDI routing is successful.


Once you have routed Pitcher FL Studio's output to another instrument or plugin, you can play the vocal track and hear how it triggers the sound or effect from the other source. For example, if you route Pitcher FL Studio's output to a synthesizer plugin, you can play the vocal track and hear how it plays the synthesizer sound. You can also route Pitcher FL Studio's output to an effect plugin, such as a delay or a reverb, and hear how it applies the effect to the vocal track.


The MIDI output mode is useful for creating expressive effects with Pitcher FL Studio, such as dubbing, layering, etc. For example, you can create a dubbing effect by routing Pitcher FL Studio's output to a sampler plugin that has different vocal samples loaded on it. You can then play the vocal track and hear how it triggers different vocal samples in sync with the original vocal track. You can also create a layering effect by routing Pitcher FL Studio's output to an instrument plugin that has a similar timbre to the vocal track, such as a choir or a string ensemble. You can then play the vocal track and hear how it blends with the instrument sound, creating a richer and fuller sound.


The MIDI learn mode




The MIDI learn mode is where you can assign MIDI controllers to any parameter in Pitcher FL Studio. This mode allows you to control Pitcher FL Studio with physical knobs, sliders, buttons, etc., making it more interactive and fun to use. To use the MIDI learn mode, you need to enable it by clicking on the MIDI button on the bottom left corner of Pitcher FL Studio's interface. You will see a yellow light indicating that the MIDI learn mode is active.


Once you have enabled the MIDI learn mode, you need to connect a MIDI controller to your computer or use one of FL Studio's built-in controllers, such as the Fruity Keyboard Controller or the Fruity Envelope Controller. You can then right-click on any parameter in Pitcher FL Studio and select "Link to controller". You will see a window that shows all the available controllers that you can link to that parameter. Choose one of them and click on "Accept". You will see a blue light indicating that the parameter is linked to the controller.


Once you have linked a parameter to a controller, you can move or press the controller and see how it changes the value of the parameter in Pitcher FL Studio. For example, if you link the speed knob to a slider on your MIDI controller, you can move the slider up or down and see how it changes the speed value in Pitcher FL Studio. You can also link multiple parameters to multiple controllers, creating complex mappings and combinations.


The MIDI learn mode is useful for creating dynamic effects with Pitcher FL Studio, such as automation, modulation, etc. For example, you can create an automation effect by linking a parameter to a controller that has an envelope or an LFO attached to it. You can then play the vocal track and hear how the parameter changes over time according to the envelope or the LFO shape. You can also create a modulation effect by linking a parameter to a controller that has a random or a noise generator attached to it. You can then play the vocal track and hear how the parameter changes randomly or noisily according to the generator output.


How to use Pitcher FL Studio for harmonization




Harmonization is another common and popular use of Pitcher FL Studio. Harmonization is the process of creating multiple voices from a single vocal track, each with a different pitch, creating a harmony or a chord. Pitcher FL Studio allows you to create up to four voices from a single vocal track, each with its own pitch, pan, and level settings. You can also use presets or custom harmonies to create different intervals and chords with Pitcher FL Studio. Let's take a look at how to use Pitcher FL Studio for harmonization.


The polyphonic mode




The polyphonic mode is where you can create multiple voices from a single vocal track. To use the polyphonic mode, you need to enable it by clicking on the Poly button on the top right corner of Pitcher FL Studio's interface. You will see four knobs below the Poly button, each representing a voice. The first knob represents the original voice, while the other three knobs represent the additional voices. You can adjust each knob to change the pitch of each voice relative to the original voice. For example, if you set the second knob to +4, Pitcher FL Studio will create a second voice that is four semitones higher than the original voice.


Once you have enabled the polyphonic mode and adjusted the knobs, you can play the vocal track and hear how Pitcher FL Studio creates multiple voices from it. You can also adjust the pan and level knobs below each pitch knob to change the stereo width and volume of each voice. For exam


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