# Shakmat — Time Wizard - [Manual PDF](../../manuals/TW-User_Manual.pdf) --- [Manual PDF](#) # Shakmat Time Wizard — using it for melodic components The **Shakmat Time Wizard** is not a pitch/CV source by itself, but it is extremely useful for creating the **timing structure that makes melodies feel alive**. Think of it as a **multi-clock brain** for sequencers, quantizers, sample & holds, switch modules, and envelope-driven voices. ## What the module does The Time Wizard is a: - **6-channel clock divider** - with **independent division settings** - plus **routing and logic options** - plus **reset relationships between groups of dividers** From the manual, it provides: - **A column**: A1, A2, A3 - **B column**: B4, B5, B6 - **main clock input** - **reset / alternate B clock input** - switches for: - **Multiply A**: x1 / x3 / x4 - **Clock B**: normal / B4 clocks B5+B6 / independent B clock input - **Logic A2**: off / `A2 AND B5` / `A2 OR A3` - **Reset B6**: off / B6 resets A / B6 resets A+B Outputs are 0–5V triggers, with optional **half-period gates on dividers 5 & 6** via rear jumper. --- ## The musical role of Time Wizard in a melodic patch For melody, this module excels at: - creating **different rhythmic layers** that drive multiple sequencers - generating **phrase resets** - making **odd-length melodic cycles** - producing **polyrhythmic note changes** - deriving **accent, transposition, ratcheting, or note-hold events** - adding **structural evolution** to otherwise repetitive sequences It is especially strong when paired with: - **pitch sequencers** - **quantizers** - **sample & hold** - **sequential switches** - **precision adders** - **envelope generators** - **logic modules** - **Bernoulli gates / probability** - **clocked LFOs** --- # How to use it melodically ## 1. Clock multiple sequencers at different divisions A classic melodic use is to send different Time Wizard outputs to different note-generating devices. Example: - **A1** → main pitch sequencer clock - **A2** → modulation sequencer clock for filter/pitch offset - **B5** → sample & hold clock sampling noise or random CV - **B6** → reset input of pitch sequencer or switch sequencer This creates melody from the interaction of: - one repeating note stream - one slower contour stream - one random or semi-random event stream - one long-form phrase reset ### Why this works Even if your pitch sequencer is simple, the Time Wizard lets note changes, transpositions, and resets happen on **different cycle lengths**, which generates evolving melodic patterns. --- ## 2. Build odd-length phrases The manual specifically mentions unusual time signatures and strange clock decompositions. This is one of the best melodic applications. Patch idea: - master clock into **CLK** - set: - **A1 = /5** - **A2 = /7** - **A3 = /8** - use: - **A1** to clock a 5-step sequencer - **A2** to advance a sequential switch selecting between 2–3 CV sources - **A3** to trigger a transposition envelope or precision adder step Now your melody won’t loop in a short obvious way, because timing layers realign only after a long cycle. ### Musical result You get: - asymmetrical motifs - evolving phrase lengths - less “16-step box” feel - more generative, composed-sounding lines --- ## 3. Use Multiply A for triplets and alternate subdivisions The **Multiply A** switch can multiply the clock feeding the A column by **3 or 4**. This is powerful for melody because it lets one part of the patch move at a different feel from the rest. ### Example uses #### Triplet melody against straight rhythm - send a straight clock to Time Wizard - set **Multiply A = x3** - use **A1/A2/A3** to clock melodic sequencers or S&H Now melodic note changes can happen in **triplet subdivisions** while percussion or another sequencer remains straight. #### Fast ornament layer - set **Multiply A = x4** - use one A output to trigger a second sequencer controlling: - grace notes - octave jumps - wavefolder amount - quantized ornament CV This can create melodic flutter, pseudo-ratchets, or fast counter-lines. --- ## 4. Use Clock B as a phrase hierarchy The **Clock B** switch is one of the most interesting features. ### Mode 1: normal B column behaves as regular dividers from the main clock/reset structure. ### Mode 2: B4 clocks B5 and B6 In the middle position, **B4 becomes the clock source for B5 and B6**. This creates a **clock division inside a division**, which is ideal for phrase-level melody control. ### Melodic application Use: - **A column** for note-to-note activity - **B4** for bar-level motion - **B5/B6** for phrase resets, transposition, or variation changes Example: - **A1** → clock 8-step pitch sequencer - **B4** → clock a 4-step transposition sequencer - **B5** → advance a switch choosing one of several modulation CVs - **B6** → reset the transposition sequencer or entire melody phrase This feels like having: - notes - bars - phrases all derived from one compact timing network. ### Mode 3: independent B clock input In the lower position, the reset input becomes an **independent clock input for B column**. This is huge for melody because you can run two interacting rhythmic worlds: - **A column** from one clock - **B column** from another Example: - A clock = steady 16th-note pulse - B clock = swung clock, Euclidean rhythm, or manually tapped trigger pattern Then use B outputs to affect melody by: - resetting the main sequencer - opening a switch to a second pitch source - transposing only on B events - clocking an alternate random voltage source This creates very musical cross-rhythmic melodies. --- ## 5. Use Logic A2 to create note masks and alternate note timing The **Logic A2** switch changes the **A2 output** into a logic function. Available functions: - middle: **A2 AND B5** - lower: **A2 OR A3** This is extremely useful for melodic articulation. ## A2 AND B5 This gives a trigger only when both clocks are high together. ### Use it for: - selective note advancement - accent clocks - occasional sample & hold updates - opening a VCA for only some notes - triggering an envelope for “allowed” notes only #### Patch example - **A1** → clock sequencer every note - **A2 AND B5** → trigger a second envelope that adds FM or filter accent - or use **A2 AND B5** to clock a quantized random source Result: the melody continues, but only certain notes receive ornamentation or pitch changes. ## A2 OR A3 This creates a denser trigger stream from either A2 or A3. ### Use it for: - more active melodic gates - switching between sparse and dense note updates - clocking a secondary sequencer that “fills in” around the main line #### Patch example - main sequencer runs from **A1** - **A2 OR A3** clocks a second CV source - mix or switch between those CV sources before quantization Result: composite melodies with implied call-and-response or fills. --- ## 6. Use B6 reset for phrase closure The **Reset B6** switch lets B6 reset: - **A only** - or **A and B** This is one of the most compositionally useful features. ### Why it matters A long divider can act like a **phrase-ending marker**. ### Patch idea - use A outputs to drive main melodic motion - use B outputs for slower structural changes - set B6 to a long division - enable **B6 resets A** or **A+B** Now the whole melodic system periodically comes back to the top. This gives you: - long-form cycles - recurring hooks - controlled generative behavior - melodies that wander but eventually resolve That “eventual resolution” is often the difference between random clocks and musical phrasing. --- # Practical melodic patch ideas ## Patch 1: Polymetric lead line **Goal:** evolving lead melody with repeating macro-structure. ### Connections - master clock → **CLK** - **A1** → clock main pitch sequencer - sequencer pitch CV → quantizer → oscillator V/oct - **A2** → clock modulation sequencer for octave offset - modulation sequencer → precision adder with main pitch CV - **B6** → reset main pitch sequencer - set **Reset B6 = A** ### Suggested divisions - A1 = /5 - A2 = /7 - B6 = /16 or /32 depending on tempo context ### Result The lead changes notes and octave contour at different rates, then periodically restarts into a recognizable phrase. --- ## Patch 2: Triplet ornament melody **Goal:** straight melody with triplet embellishments. ### Connections - master clock → **CLK** - **Multiply A = x3** - **A1** → clock a small sequencer generating ornament notes - normal external clock → another sequencer for main melody - both pitch CVs into a sequential switch or CV mixer - **B5** → switch control or VCA envelope trigger - quantizer after mixing/switching ### Result The main melody stays grounded, while triplet-timed notes appear as flourishes or alternate inserts. --- ## Patch 3: Two-clock melodic conversation **Goal:** create a melody that responds to another rhythm source. ### Connections - steady clock → **CLK** - irregular trigger pattern or Euclidean clock → **RST/IN B** - set **Clock B = IN B** - **A1** → main sequencer clock - **B4** → transposition sequencer clock - **B5** → reset sample & hold - **B6** → switch between two pitch rows or two quantizer scales ### Result The main melody runs steadily, while another rhythm injects phrase changes, harmonic shifts, and alternate note selections. --- ## Patch 4: Melodic gate masking with logic **Goal:** same pitch sequence, but changing articulation creates the melody. ### Connections - **A1** → clock sequencer - sequencer CV → quantizer → oscillator - **A2 AND B5** → envelope trigger for VCA - or use **A2 OR A3** for denser gate pattern - keep sequencer running continuously, but only audible when the logic output fires ### Result Pitch may be stable underneath, but audible note rhythm changes in a structured way. This can sound like a completely new melody from the same CV source. --- ## Patch 5: Sample-and-hold melody generator **Goal:** create generative quantized melodies. ### Connections - noise / slow random / chaotic CV → sample & hold input - **A1** → S&H clock - S&H output → quantizer → oscillator pitch - **A2** → trigger envelope for notes - **B5** → clock a second S&H for transposition or timbre - **B6** → reset a switch or sequencer that changes scales/root notes ### Result The Time Wizard turns simple random voltage into a multi-layered melodic system with phrase structure. --- # Best companions for melodic use The Time Wizard works especially well with these module types: ## Sequencers Use Time Wizard outputs to clock: - a main pitch sequencer - a transposition sequencer - a modulation sequencer - a gate sequencer This is the most direct melodic use. ## Quantizers Since Time Wizard produces timing rather than pitch, quantizers are crucial when using it with random voltages, switches, or CV mixers. ## Sample & Hold A perfect pairing. Different divider outputs can determine: - when a new note is sampled - when a transposition is sampled - when timbre changes are sampled ## Sequential switches Clock the switch with one divider and feed it multiple pitch sources: - sequencer row 1 - sequencer row 2 - random voltage - fixed interval voltage This creates melodic form from routing. ## Precision adders Use slower Time Wizard outputs to add: - octave jumps - chord-tone transpositions - modal root changes ## Envelope generators / VCAs Even if the pitch source is unchanged, Time Wizard can define when notes are heard, accented, or doubled. --- # Tips for musical results ## Use one output for notes, another for changes to the note system A very effective strategy is: - one divider clocks the note sequencer - another divider changes: - transposition - switch state - scale - reset point That gives motion on two timescales. ## Let B6 define phrase length A long B6 division resetting A or A+B creates musical form. ## Use odd divisions Set values like: - 5 - 7 - 3 against 8 - 7 against 16 These make melodies feel less grid-locked. ## Use logic for accents, not only note clocks `A2 AND B5` is especially good for: - occasional accent envelopes - clocking a second oscillator layer - triggering glide only on selected notes ## Try the rear jumper option Setting dividers 5 & 6 to **half-period gates** instead of triggers can help with: - longer note holds - tied notes - drone openings - switching sustained harmonic layers That can turn short trigger-based sequencing into more legato melodic material. --- # Limitations to understand The Time Wizard does **not** generate pitch CV directly. So by itself it won’t create melody in the traditional “notes out” sense. Instead, it creates melody by controlling: - **when notes happen** - **when sequences advance** - **when phrases reset** - **when transpositions occur** - **when alternate pitch sources are chosen** - **when random voltages are sampled** In modular, that is often just as important as the pitch source itself. --- # Bottom line The **Shakmat Time Wizard** is best understood as a **melodic structure module** rather than a note module. Used with sequencers, quantizers, switches, and S&H, it can produce: - polymetric melodies - evolving generative lines - triplet or multiplied subdivisions - phrase resets - melodic masks and accents - two-clock interactions - long non-repeating forms that still resolve musically If you want, I can also turn this into: 1. a **set of concrete patch recipes with knob settings**, or 2. a **“best pairings” guide for your other specific modules**. [Generated With Eurorack Processor](https://github.com/nstarke/eurorack-processor)