🍐 FL Studio Avanzado - #2: Articuladores [CURSO AVANZADO] - Tutorial

Introduction to Advanced Tools in FL Studio 20

Overview of the Course

• The course welcomes participants and assumes prior knowledge from previous courses on sound design.

• Focus is placed on advanced tools, specifically articulators, which are unique to FL Studio.

Understanding Articulators

• Articulators serve as a method for manipulating parameters within synthesizers and tools like Citrus and Slide.

• Each synthesizer has an embedded articulator with consistent controls across different tools.

Components of an Articulator

Structure of Articulators

• An articulator typically consists of two rows: one for selecting parameters to control and another for modulation options.

• Common modulation sources include envelopes, note mapping, velocity mapping, and XY mapping.

Practical Application

• Users can select specific parameters (e.g., pitch), activate envelopes, and insert control points similar to automation clips.

Manipulating Parameters with Articulators

Control Points and Curves

• Control points can be added or adjusted using various curve options, providing flexibility beyond standard envelope controls.

• Multipliers allow users to scale the effects of envelopes without redrawing curves; they can stretch or shrink the envelope's impact.

Advanced Features

• Users can set intermediate loop points within articulators for more complex sound manipulation.

Copying Settings Between Articulators

Efficiency in Workflow

• The articulator menu allows users to copy settings from one envelope to another easily, enhancing workflow efficiency.

• Synchronization options enable tempo-based adjustments that affect how parameters respond over time.

This structured approach provides a comprehensive overview while allowing easy navigation through key concepts discussed in the video.

Articulator Controls and Editing Techniques

Overview of Articulator Changes

• The latest updates to the articulators include features that allow buttons to adapt to a grid, enhancing user control during modifications.

• A new editing feature enables users to place points freely; holding 'alt' allows for complete disregard of the grid, facilitating creative drawing.

Features for Point Management

• The "frizz ebit" function prevents accidental deletions or modifications of previously established points, ensuring stability in edits.

• Presets are available for various instruments (e.g., harp type), which can influence rhythm and overall sound design.

Modifying Points and Waveforms

• Users can smooth out existing points by inserting new ones, allowing for less aggressive transitions in waveform shapes.

• Attack and release settings can be adjusted; maximum settings use fewer points resulting in sharper waveforms, while lower settings create smoother transitions.

Advanced Control Features

Scaling and Multiplying Objects

• Scaling levels within the piano roll mirrors note properties, enabling easy size adjustments while maintaining proportions.

• Various multipliers allow customization of how quickly effects are applied to waveforms, such as changing from a standard shape to a sawtooth.

Phase Inversion and Key Mapping

• Phase inversion options affect how modulation is applied based on parameter values assigned to notes played.

• Pitch mapping demonstrates how volume influences pitch changes; adjusting velocity affects the perceived pitch when playing notes.

Modulators and Randomization Techniques

Assigning Modulators

• The modulator x assigns parameters to knobs, functioning similarly to macro controls with adjustable minimum and maximum values.

• New points can be inserted into phase controls for both horizontal and vertical axes, providing flexibility in modulation setups.

Implementing Randomness in Sound Design

• The random feature allows selection of minimum and maximum values that vary randomly between set limits during playback.

• Unison voices enable multiple pitches per note; each voice's pitch can be individually controlled for richer sound textures.

Harmonic Mapping Techniques

Exploring Harmonic Options

• Harmonic mappings provide advanced control over sound characteristics; these include health index mapping which requires deeper understanding but offers unique modulation capabilities.

Modulation Techniques in Music Production

Understanding Modulation with Examples

• The concept of modulation is introduced, explaining how properties are influenced by previously played notes. An example is provided to illustrate this effect.

• As new notes are added, the value of a chosen property (like volume) changes based on the order of the notes. This dynamic interaction allows for creative control over sound.

• Specific examples demonstrate how different notes can be adjusted in volume, showcasing that certain notes can be made nearly inaudible while others remain prominent.

Interaction Between Notes and Filters

• When multiple notes are played simultaneously, they do not interfere with each other unless new notes are added that affect their properties. This highlights the importance of note order in modulation.

• The discussion shifts to filter modulation, where specific notes can trigger different filter settings—such as an open filter for one note and a closed filter for another—demonstrating versatility in sound design.

Speed Mapping and Sensitivity

• The video explains speed mapping related to knob x's modulation effects. The speed at which a knob is turned influences how much it affects the assigned property (e.g., volume).

• A sensitivity aspect is discussed regarding fast versus slow modulations. For rapid modulations like dubstep roles, less sensitivity may be desired compared to slower modulations where more precise control is beneficial.

Conclusion and Future Exploration

• Although this segment covers various articulators and their applications in music production, further exploration will delve deeper into each tool's functionality in subsequent videos.