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spelling: algorithm

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Signed-off-by: Josh Soref <2119212+jsoref@users.noreply.github.com>
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Josh Soref 2025-01-28 12:34:58 -05:00
parent 916a84faca
commit 49b0f1f668
2 changed files with 2 additions and 2 deletions
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src/fw/applib/graphics/graphics_circle.c
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@ -80,7 +80,7 @@ static GPointPrecise prv_get_rotated_precise_point_for_ellipsis(GPointPrecise ce
} }
} }
// This algorthm operates on angle starting at our 90° mark, so we add 90° // This algorithm operates on angle starting at our 90° mark, so we add 90°
// and flip x/y coordinates (see last line of this function) // and flip x/y coordinates (see last line of this function)
angle = (angle + (TRIG_MAX_ANGLE / 4)) % TRIG_MAX_ANGLE; angle = (angle + (TRIG_MAX_ANGLE / 4)) % TRIG_MAX_ANGLE;

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src/fw/services/normal/activity/docs/index.md
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@ -206,7 +206,7 @@ The activity service implements the step and sleep algorithms and all of the sup
- **activity\_insights.c** This module implements the logic for generating Health timeline pins and notifications. - **activity\_insights.c** This module implements the logic for generating Health timeline pins and notifications.
- **kraepelin** This subdirectory contains the code for the Kraepelin step and sleep algorithm, which is the name given to the current set of algorithms described in this document. This logic is broken out from the generic interface code in activity.c to make it easier to substitute in alternative algorithm implementations in the future if need be. - **kraepelin** This subdirectory contains the code for the Kraepelin step and sleep algorithm, which is the name given to the current set of algorithms described in this document. This logic is broken out from the generic interface code in activity.c to make it easier to substitute in alternative algorithm implementations in the future if need be.
- **kraepelin\_algorithm.c** The core step and sleep algorithm code. This module is intended to be operating system agnostic and contains minimal calls to external functions. This module originated from open source code provided by the Stanford Wearables Lab. - **kraepelin\_algorithm.c** The core step and sleep algorithm code. This module is intended to be operating system agnostic and contains minimal calls to external functions. This module originated from open source code provided by the Stanford Wearables Lab.
- **kraepelin/activity\_algorightm\_kraepelin.c** This module wraps the core algorithm code found in `kraepelin_algorithm.c` to make it conform to the internal activity service algorithm API expected by activity.c. An alternative algorithm implementation would just need to implement this same API in order for it to be accessible from `activity.c`. This modules handles all memory allocations, persistent storage management, and other system integration functions for the raw algorithm code found in kraepelin\_algorithm.c. - **kraepelin/activity\_algorithm\_kraepelin.c** This module wraps the core algorithm code found in `kraepelin_algorithm.c` to make it conform to the internal activity service algorithm API expected by activity.c. An alternative algorithm implementation would just need to implement this same API in order for it to be accessible from `activity.c`. This modules handles all memory allocations, persistent storage management, and other system integration functions for the raw algorithm code found in kraepelin\_algorithm.c.
The 3rd party Health API is implemented in `src/fw/applib/health_service.c`. The `health_service.c` module implements the “user land” logic for the Health API and makes calls into the activity service (which runs in privileged mode) to access the raw step and sleep data. The 3rd party Health API is implemented in `src/fw/applib/health_service.c`. The `health_service.c` module implements the “user land” logic for the Health API and makes calls into the activity service (which runs in privileged mode) to access the raw step and sleep data.