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Reitz PainMap

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Dashboard

Find what is driving your pain today and what to do first

Minimum data: 0%
Required Completed Optional
🌐 Translate

What is driving your pain today?

Reitz PainMap is designed as a pain-driver detection system. It does more than record pain intensity: it identifies the most likely functional, environmental, postural, thermal, recovery, and stress-related contributors — then generates a practical first action plan.

—Main likely driver
—First action priority
—Report coherence
—Mapped body zones

Current Pain Profile

—/10
Awaiting assessment

Stability / Variability

—%
Higher means more stable

Thermal Sensitivity

—
Heat ↑    Cold ↑

What to address first

Awaiting data
Complete the questionnaire

Body Zones Affected

0
Selected pain zones

Fibromyalgia Pattern

—
Optional screen available

RTZ Engine Mode

RTZ
Proxy + optional inputs

Central Sensitization

—
Optional screen available

Chronicity Risk

—
Optional screen available

Low Back Pathway

—
Only active if lumbar zone is relevant

Best Response

—
Add response entries

Climate Pattern

—
Optional screen available

Hormonal Pattern

—
Optional screen available

Work Capacity

—
Optional professional module

Body Map — Pain & Sensitivity

Interactive
Click zones
Live highlights
Intensity scale: blue = low, yellow = moderate, red = high

Main Pain Drivers

Calculated

First Action Plan

Do first

Sound & Frequency Protocol

Personalized soundscape generated from the dominant pain-driver pattern.

Reitz Harmonic Flow
Awaiting calculation
0%Protocol
Activation
Calculated from current pain-driver intensity.
1

Personal and Functional Profile

These variables create the baseline context for pain tolerance, body load, thermal preference, and functional state.

Value: 5/10
Value: 5/10

2

Interactive Body-Zone Selection

Select one or more zones. These become the app’s body map and link with the Atlas-inspired zone logic.


3

Pain Details

Pain quality, distribution, description, and chronology help separate likely drivers.

6/10
5/10
8/10

Pain qualities

Description



4

Pain Influencers and Modifiers

This is the core of the app: identifying what most likely increases or decreases the pain.

What makes it worse?

What makes it better?

Environment and posture


5

Optional Advanced Data

These fields are optional. They improve precision in advanced/clinical modes but are not required.


Important: This questionnaire-based prototype includes an RTZ Engine mode. When measured values are unavailable, it uses proxy variables. It does not diagnose disease, replace medical care, or directly measure tissue pathology. Sensor-grade versions may be added later.

6

Fibromyalgia Pattern Screen

Optional screening module based on WPI + Symptom Severity logic. This does not diagnose fibromyalgia; it identifies whether the questionnaire pattern deserves professional discussion.

What this screen measuresThis screen organizes widespread pain distribution and symptom severity using a fibromyalgia-pattern logic. It helps identify whether pain is localized, regional, or distributed across multiple body areas with fatigue, sleep, and cognitive symptoms.Benefit: helps the user and professional decide whether the case needs broader chronic pain screening instead of only local treatment.
Important: This module is an educational screening tool. Fibromyalgia diagnosis requires clinical evaluation and exclusion/consideration of other conditions by a qualified health professional.

Widespread Pain Index Areas

Select areas that were painful during the past week. The WPI score is the number of painful areas selected.

WPI00–19
SSS00–12
Pain Regions0/5generalized pain
Screen Result—non-diagnostic
Complete the screen to estimate whether the pattern is consistent with the 2016 fibromyalgia criteria logic.

7

Central Sensitization Pattern Screen

This module estimates whether the symptom pattern resembles central pain amplification. It is inspired by the Central Sensitization Inventory literature, but it is not the official CSI and it is not diagnostic.

What this screen measuresThis screen evaluates whether the nervous system may be amplifying pain and sensory input. It looks at sensitivity, flares, poor recovery, fatigue, sleep, cognition, stress reactivity, and multisystem symptoms.Benefit: explains why pain may feel intense or widespread even when a single local cause is difficult to identify.
Important: Central sensitization means the nervous system may be amplifying pain and sensory input. This screen helps organize symptoms for professional discussion. It does not diagnose disease or replace medical evaluation.
Pattern score0/100
Severity band—screening level
Amplification risk—non-diagnostic
Key domains—dominant clusters
Action priority—first focus
Complete the screen to estimate whether the current symptom profile suggests central pain amplification.

8

Chronicity / Yellow Flags Risk Module

This module estimates the risk that pain may persist, become disabling, or interfere with work and daily function. It is inspired by yellow-flag screening concepts such as Örebro and STarT MSK, but it is not a copy of any proprietary questionnaire.

What this screen measuresThis screen evaluates yellow flags and chronicity risk: fear of movement, avoidance, low confidence, mood burden, work impact, sleep disruption, and difficulty returning to normal function.Benefit: helps prevent persistent pain by showing which behavioral and functional risk factors need early attention.
Important: Yellow flags are psychosocial and functional factors associated with persistent pain and disability. This module is a screening and prioritization tool, not a diagnosis or replacement for professional evaluation.
Risk score0/100
Risk band—low / medium / high
Work impact—functional risk
Dominant flags—top clusters
Priority—first focus
Complete the screen to estimate the chronicity and yellow-flag risk pattern.

9

Low Back Stratification Pathway

This module activates a low-back-specific profile when lumbar, hip, leg, or lower-body pain patterns are relevant. It helps separate low, medium, and high support needs using function, spread, leg symptoms, fear-avoidance, and psychosocial load.

What this screen measuresThis screen focuses on lumbar and lower-body pain. It evaluates leg radiation, sitting or standing intolerance, functional limitation, fear-avoidance, previous episodes, and psychosocial load.Benefit: separates low back cases into a self-management pathway, mixed pathway, or high-support pathway.
Important: This is a non-diagnostic decision-support screen inspired by low back stratification research. It does not diagnose spinal disease, disc injury, nerve compression, or serious pathology. Sudden severe symptoms, major trauma, fever, unexplained weight loss, cancer history, progressive weakness, loss of bladder/bowel control, or numbness around the saddle area require urgent medical evaluation.
Low back score0/100
Risk group—low / medium / high
Psychosocial subscore—amplifier cluster
Leg/radiation pattern—screening feature
Pathway—first strategy
Complete the screen to classify the low back support pathway.

10

Treatment Response Learning Module

This module learns which strategies actually help the person. It transforms the app from one-time assessment into a personalized pain intelligence system.

What this screen measuresThis screen records what the person tried and how pain changed before and after. It learns whether heat, movement, rest, posture change, breathing, sound, or other strategies help the most.Benefit: turns the app into a personalized response-learning system instead of a one-time pain questionnaire.
Important: This module tracks perceived response to non-diagnostic support strategies. It does not prescribe medical treatment. Any severe, progressive, unexplained, or concerning symptoms require professional evaluation.

1. Choose what was tried

2. Record before and after

6/10 4/10

3. Context and quality

Best strategy—
Average pain change—
Repeat confidence—
Avoid / caution—
Add at least one response entry to begin building the personal response profile.

11

Climate Pain Pattern Module

This module identifies whether pain and discomfort are strongly linked to cold, heat, humidity, wind, air conditioning, seasonal shifts, or weather transitions.

What this screen measuresThis screen evaluates whether pain changes with cold, heat, humidity, wind, indoor climate, weather shifts, clothing, and thermal support.Benefit: identifies practical environmental adjustments that may reduce discomfort and improve daily planning.
Important: This module identifies climate sensitivity patterns for self-observation and professional discussion. It does not diagnose any disease or replace medical care.
Climate score0/100
Pattern band—low / moderate / high
Main trigger—dominant climate factor
Weather risk—today’s sensitivity
Priority—first adjustment
Complete the screen to estimate whether pain is climate-sensitive.

12

Hormonal / Cycle-Linked Pain Pattern Module

This module identifies whether pain appears linked to menstrual cycle timing, perimenopause/menopause transitions, pelvic-lumbar patterns, migraine-like patterns, temperature shifts, sleep, mood, and fatigue.

What this screen measuresThis screen evaluates whether pain may be linked to menstrual cycle timing, hormonal transitions, pelvic-lumbar symptoms, migraine-like patterns, temperature shifts, sleep, mood, and fatigue.Benefit: helps map pain timing and body patterns across cycle or hormonal phases for clearer professional discussion.
Important: This is an optional pattern screen. It does not diagnose endometriosis, hormonal disorders, autoimmune disease, thyroid disorders, menopause status, or any medical condition. It helps organize timing and symptom relationships for professional discussion.
Hormonal score0/100
Pattern band—low / moderate / high
Main cluster—dominant pattern
Cycle link—timing relevance
Priority—first focus
Complete the screen to estimate whether pain has a hormonal or cycle-linked pattern.

13

Functional Capacity & Pain Coherence Module

This professional module estimates how pain relates to work capacity, daily function, task tolerance, and consistency between reported pain and reported limitations.

What this screen measuresThis screen evaluates how pain affects sitting, standing, walking, lifting, concentration, productivity, attendance, daily living, recovery time, and safety. It also estimates pain-function coherence.Benefit: supports return-to-function planning, occupational health discussion, and structured documentation without claiming to prove or disprove pain.
Important: This module does not determine whether pain is “real,” exaggerated, or fraudulent. It evaluates functional impact and pain-function coherence based on reported information. Results are designed for documentation, pre-consultation planning, occupational health discussion, and return-to-function support. Legal, insurance, disability, and employment decisions require qualified professional evaluation and applicable local regulations.
Functional impact0/100
Work capacity risk—low / medium / high
Pain-function coherence—consistency level
Capacity profile—main limitation
Return-to-function—first focus
Complete the screen to estimate functional capacity and pain-function coherence.

14

Neurofunctional Mapping Module

Dermatomes, myotomes, nerves, movement limitations, and viscerosomatic correlation by selected pain zone.

What this screen measuresThis module transforms selected pain areas into a neurofunctional map. It connects body zones with probable spinal segments, dermatomes, myotomes, peripheral nerves, muscles, movements to test, expected associated symptoms, and possible viscerosomatic correlations.Benefit: helps professionals understand which nerve pathways, muscles, movements, and related body systems may deserve closer clinical assessment.
Important: This module does not diagnose nerve injury, spinal disease, organ disease, or movement incapacity. It maps anatomical and neurofunctional relationships that may guide professional assessment and functional testing.
Select at least one pain zone in the Body Map to generate a neurofunctional map.
Use the language of probability: “possible,” “associated with,” “may correlate with,” and “should be tested clinically.” Pain location alone should never be used to claim organ disease, nerve damage, or absolute work incapacity.

15

WorkMap — Occupational Compatibility Module

Compare the pain profile with job demands, NR-1-style psychosocial factors, task tolerance, ergonomic adaptation needs, and return-to-work planning.

What this screen measuresThis module compares the person’s pain, body zones, neurofunctional map, functional capacity, central sensitization, chronicity risk, climate sensitivity, and recovery profile with the demands of a job or role. It estimates how compatible the current pain profile is with the work environment and which tasks may require adaptation.Benefit: supports occupational health, HR, safety, rehabilitation, clinical documentation, NR-1-style risk discussion, and return-to-function planning without claiming legal incapacity or causation.
Important: WorkMap does not determine whether a job caused pain and does not declare whether someone can or cannot work. It estimates compatibility, risk of worsening, and adaptation priorities based on the current functional pain profile and reported job demands.

Physical and ergonomic job demands

NR-1-style psychosocial and organizational demands


Job Compatibility

—

Awaiting job data

Risk of Worsening

—

Awaiting job data

Adaptation Need

—

Awaiting job data

Task Tolerance Matrix

Adaptation priorities

Complete the WorkMap fields to generate adaptations.
Suggested workplace adaptations should be reviewed by the appropriate professional or occupational health team. This module supports prevention, documentation, and safer task design rather than legal determination.

16

Predictive Pain Intelligence Layer

Pain type classification, flare risk, recovery readiness, and treatment priority ranking.

What this screen measuresThis module combines the PainMap profile, selected body zones, central sensitization, chronicity risk, sleep, stress, climate, hormonal factors, functional capacity, WorkMap demand, and treatment response data to estimate what may happen next.Benefit: moves the platform from “what is happening now?” to “what is most likely to worsen, what is ready to recover, and what should be prioritized first?”
Important: This predictive layer does not forecast disease, diagnose pathology, or replace professional judgment. It provides a functional probability estimate based on the current input profile.

Flare Risk 24–72h

—

Awaiting calculation

Recovery Readiness

—

Awaiting calculation

Activity Load

—

Awaiting calculation

Report Confidence

—

Awaiting calculation

Pain Type Classification

Dominant and secondary pattern tendencies.

Treatment Priority Ranking

    Likely Flare Triggers

      Clinical Questions to Ask

        Complete the calculation to generate today’s recovery recommendation.

        17

        Modular Report Builder

        Choose exactly which reports to generate, instead of producing one very long document.

        What this screen doesThis report builder lets the user generate and print a compact report only for the modules selected below: one module, several selected modules, or the compact complete platform. Each selected report includes the same basic patient identification, the module interpretation, key scores, practical conclusions, and a safe professional note.Benefit: avoids oversized 50+ page reports and lets each context receive only what it needs — patient guidance, clinical summary, occupational health, WorkMap, neurofunctional mapping, or full professional documentation.

        Selected Report Preview

        Choose one or more report modules and click Generate Selected Report.

        Action Plan & Professional Report

        —
        RTZ profile score
        Stability
        —%
        Coherence
        —%
        Excess
        —%
        Tolerance
        —%

        What this means

        Driver Breakdown

        Compact Module Results Summary

        This section summarizes all major modules so the Action Plan does not omit important results. For detailed documentation, use the Modular Report Builder.

        Fibromyalgia—
        Central sensitization—
        Chronicity risk—
        Low back pathway—
        Climate—
        Hormonal—
        Functional capacity—
        WorkMap—
        Predictive layer—
        Neurofunctional map—

        Neurofunctional Pain Map

        This section summarizes the likely neurofunctional relationships of the selected pain zones, including spinal segments, peripheral nerves, muscles, movements to assess, and associated symptoms to ask about. It is a guide for professional assessment, not a diagnosis.

        Functional Pain Consistency & Work Capacity Support Report

        This report organizes functional limitations, work capacity risk, task tolerance, and pain-function coherence. It is intended for professional discussion, documentation, occupational health planning, return-to-function support, and structured review. It does not determine malingering, fraud, employability, or disability status.

        Functional impact—
        Work capacity risk—
        Pain-function coherence—

        Climate Sensitivity Interpretation

        This section summarizes whether pain appears linked to weather, temperature, humidity, wind, indoor climate, or seasonal shifts. It helps convert environmental influence into practical clothing, temperature, and timing strategies.

        Climate score—
        Pattern band—
        Main trigger—

        Hormonal / Cycle-Linked Pain Interpretation

        This section summarizes whether pain has a timing pattern related to menstrual cycle, hormonal transitions, temperature shifts, pelvic-lumbar symptoms, migraine-like patterns, fatigue, sleep, or mood.

        Hormonal score—
        Pattern band—
        Main cluster—

        Treatment Response Learning Profile

        This section summarizes which support strategies appear most useful for this person based on before/after entries. Over time, it can identify whether the person responds better to heat, movement, pressure, rest, breathwork, posture change, sound/frequency sessions, or other strategies.

        Best strategy—
        Average improvement—
        Entries analyzed—

        Low Back Stratification Interpretation

        This pathway is designed for lumbar and related lower-body pain. It helps the user and professional understand whether the case appears more consistent with a self-management pathway, a mixed physical/functional pathway, or a high-support pathway involving psychosocial and functional risk factors.

        Risk group—
        Score—
        Recommended pathway—

        Chronicity / Yellow Flags Interpretation

        This module estimates risk factors that may keep pain active over time: fear of movement, low confidence in recovery, work impact, avoidance, mood burden, sleep disruption, and perceived lack of control. It helps transform a pain report into a prevention and return-to-function plan.

        Risk score—
        Risk band—
        Priority—

        Central Sensitization Interpretation

        This module identifies whether pain may be behaving as a local tissue problem, a mixed pain state, or a broader nervous-system amplification pattern. It is especially relevant for chronic pain, widespread pain, fibromyalgia-like patterns, fatigue, poor sleep, sensory sensitivity, and disproportionate pain responses.

        Pattern score—
        Severity band—
        Risk interpretation—

        RTZ Core Metrics from the Original Pain Logic

        This section makes explicit the same type of outputs present in the protected Reitz PainMap logic: pain quantity, pain excess, pain tolerance, coherence, maximum coherence reference, and the four main influence groups in percentage.

        RTZ pain quantity—Protected RTZ output
        Pain excess—Current excess load
        Pain tolerance—Remaining tolerance reserve
        Coherence—Subjective vs calculated match
        Maximum coherence100%Reference ideal

        Areas that most influence pain

        RTZ Engine Summary

        The RTZ Engine summarizes functional pain intelligence using available clinical, questionnaire-based, occupational, and optional sensor-related inputs. When some technical variables are not available, the system uses structured proxy fields to preserve accessibility while keeping the method protected.

        RTZ engine score—
        Sensor completeness—
        Calculation mode—

        RTZ group contributions

        Technical engine snapshot

        Detailed variable-level calculations are intentionally hidden in the public report to protect the RTZ method. The user receives the interpretation, group contributions, and action plan.
        Detailed variable-level calculations are intentionally hidden in the public report to protect the RTZ method. The user receives the interpretation, group contributions, and action plan.

        Professional Pre-Consultation Summary

        This section translates the user questionnaire into a concise professional summary that can be shared before a consultation. It is designed to save anamnesis time and help the professional identify the most relevant pain drivers.

        Primary driver—
        Primary zone—
        User-reported score—
        Stability—
        Coherence—
        Immediate strategy—
        Fibromyalgia screen—
        Central sensitization—
        Chronicity risk—
        Low back pathway—
        Best response—
        Climate pattern—
        Hormonal pattern—
        Work capacity—
        WorkMap compatibility—
        Predictive layer—
        Neurofunctional map—

        Body-Zone Interpretation

        First Action Plan

        Sound & Frequency Layer