built-in study guide
thinkorswim includes a TTM_Squeeze study. Its dots represent the relationship between Bollinger Bands and Keltner Channels, while its histogram is a separate momentum calculation.
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Prompt brief
ThinkScript · one source file
Example request
Create a thinkorswim lower study that references the built-in TTM_Squeeze outputs. Preserve its inputs, label the Boolean state meaning, and alert once per bar when compression ends while Histogram is above zero, using completed bars.
Add TTM_Squeeze from the built-in studies library and review its length, Bollinger Band, Keltner Channel, and alert-line settings. Compression dots and momentum bars encode different calculations. A search for TTM Squeeze Pro may refer to a third-party variation, so verify its author, formula, license, and inputs rather than assuming it matches the built-in study.
Reference points
A squeeze state describes a volatility relationship. The histogram describes momentum under the study formula. Combining them into a trade rule requires a separate statement of when a state begins, ends, or changes color.
Avoid reading a dot as a guaranteed expansion or a histogram color as a complete entry instruction. Both are historical calculations on the current chart data.
Use the official built-in TTM_Squeeze when its documented calculation and display meet the need. Custom thinkScript is appropriate for an alert, a combined filter, different visual output, or a clearly defined alternate formula.
If reproducing a community script, work from authorized source or an independent specification. Similar naming does not establish identical logic.
The documented outputs are Histogram for momentum, VolComp for the squeeze display, and SqueezeAlert for the Boolean alert condition; the last plot is hidden by default. The alert line input controls the band-width ratio used for the alert. Identify that Boolean state and test its transition before mapping it to a color name.
For an extension of the built-in study, reference its documented outputs rather than inventing a replacement momentum formula. A generic Bollinger/Keltner comparison plus an unrelated oscillator is an independent variant and should be labeled that way.
Pineify thinkScript workflow
Use Pineify when the official study or platform feature does not cover a clearly defined calculation, display, or alert. The agent returns one editable study or strategy file for native review.
The thinkScript Alert function accepts a condition, message, alert type, and sound. Put it in a study when the trigger depends on custom calculations. Use a crossing condition when you want one event at a transition rather than an alert on every bar where a state remains true.
Read guideA reviewable thinkorswim Supertrend study needs a stated price basis, ATR length, ATR smoothing method, multiplier, final-band rules, and state transition condition. thinkScript provides true-range and moving-average building blocks, but the exact Supertrend formula should be written down rather than inferred from the name.
Read guidethinkorswim includes a studies library for common indicators and a thinkScript editor for custom studies. There is no universal best indicator for day trading. Select a study by its calculation, inputs, chart context, and failure modes, then test whether its signal adds information beyond price alone.
Read guideLast verified:
Pineify provides information and code-generation assistance, not investment advice. Generated scripts, strategy reports, simulations, and historical examples cannot predict prices or guarantee returns. Review every script and test it in its target platform before relying on its output.
Yes. TTM_Squeeze is documented in the thinkorswim studies library with configurable calculation inputs and separate compression and momentum plots.
That wording may refer to a third-party variation rather than the official built-in study. Check the named author, source, license, inputs, and formula before comparing results.
Yes. Define the exact transition, such as the first bar when compression ends, plus any momentum filter and repetition rule. Then verify the generated study against the built-in output.
Generate one editable thinkScript study or strategy, inspect the source, request focused changes, and complete the final check in thinkorswim.
Pineify generates source code. Review its syntax and chart behavior in thinkorswim before use.
