How to Calculate Your Body Recomposition Timeline: Realistic Expectations for Losing Fat While Building Muscle

Understanding Body Recomposition: The Science Behind Simultaneous Fat Loss and Muscle Gain

Body recomposition—the process of losing fat while simultaneously building muscle—represents one of the most challenging yet rewarding fitness goals. Unlike traditional approaches that focus solely on weight loss or muscle gain, body recomposition requires a nuanced understanding of how your body responds to training, nutrition, and recovery over time.

The key to successful body recomposition lies in setting realistic expectations based on your individual circumstances. Your timeline will depend on factors including your training experience, current body composition, genetic predisposition, and lifestyle factors. Understanding these variables allows you to create a personalized roadmap for transformation.

Research shows that body recomposition is most effective for beginners, individuals returning to training after a break, and those carrying excess body fat. Advanced trainees can still achieve recomposition, but the process becomes slower and requires more precise programming.

The Physiological Mechanisms at Work

Body recomposition operates through two competing physiological processes that must be carefully balanced. Muscle protein synthesis requires a positive energy environment, adequate protein intake (0.8-1.2g per pound of body weight), and progressive overload stimulus. Simultaneously, lipolysis—the breakdown of stored fat—requires a negative energy balance where you burn more calories than you consume.

The apparent contradiction resolves through precise caloric management and nutrient timing. A moderate caloric deficit of 200-500 calories below maintenance allows fat oxidation while preserving the anabolic environment necessary for muscle growth. This sweet spot varies individually, but research suggests staying within 10-20% below your total daily energy expenditure (TDEE) optimizes both processes.

Energy Partitioning and P-Ratio

Your body's P-ratio—the proportion of weight change that comes from protein (muscle) versus fat—determines recomposition success. A favorable P-ratio means more weight change comes from fat loss rather than muscle loss during deficits, and more from muscle gain rather than fat gain during surpluses.

Several factors influence your P-ratio:

• Body fat percentage: Higher body fat (men >15%, women >25%) typically results in better P-ratios during recomposition
• Training status: Untrained individuals can achieve P-ratios as favorable as 80% fat loss, 20% muscle gain
• Protein intake: Consuming 1.6-2.2g per kg body weight optimizes muscle preservation and growth
• Training stimulus: Progressive resistance training dramatically improves P-ratio outcomes

The Recomposition Advantage Window

Certain populations experience an enhanced capacity for simultaneous fat loss and muscle gain, creating what researchers call the "recomposition advantage window." This occurs when:

Muscle memory activation: Individuals returning to training after 6+ months away can regain lost muscle tissue 2-3 times faster than initial muscle building, even in caloric deficits. This phenomenon can last 3-6 months depending on previous training history.

Newbie gains period: Complete beginners experience rapid neurological adaptations and muscle growth that can overcome moderate caloric deficits. This window typically lasts 3-12 months, with the strongest effects in the first 3 months.

Post-diet metabolic flexibility: After prolonged caloric restriction, metabolic adaptations can create temporary conditions favorable for recomposition when transitioning back to maintenance calories.

Hormonal Considerations

Successful body recomposition requires maintaining an optimal hormonal environment. Key hormones include:

• Testosterone: Both men and women need adequate levels for muscle protein synthesis. Moderate deficits (15-20% below TDEE) typically preserve testosterone better than aggressive cuts
• Growth hormone and IGF-1: Enhanced during sleep and intense training, these hormones support both fat oxidation and muscle growth
• Insulin sensitivity: Better insulin sensitivity improves nutrient partitioning, directing calories toward muscle rather than fat storage
• Cortisol management: Chronic elevation from excessive deficits or overtraining inhibits both muscle growth and fat loss

Timeline Reality Check

Realistic body recomposition occurs at a rate of 0.25-0.5 pounds of fat loss per week combined with 0.125-0.25 pounds of muscle gain per week for beginners. This translates to potentially 1-2 pounds of fat loss and 0.5-1 pound of muscle gain per month under optimal conditions. Advanced trainees should expect rates 50-75% slower.

The process is non-linear, with alternating periods of fat loss emphasis and muscle building emphasis, even within the same program. Understanding this ebb and flow prevents frustration and inappropriate timeline adjustments.

Key Factors That Determine Your Recomposition Timeline

Training Experience Level

Your training history significantly impacts how quickly you can build muscle and lose fat simultaneously. Beginners experience rapid initial gains due to neurological adaptations and increased protein synthesis, while experienced lifters face diminishing returns.

Beginners (0-6 months training): Can expect to gain 1-2 pounds of muscle per month while losing 1-2 pounds of fat weekly with proper programming. This rapid progress stems from your body's heightened response to new training stimuli.

Intermediate trainees (6 months-3 years): Muscle gains slow to 0.5-1 pound per month, with fat loss remaining steady at 0.5-1.5 pounds weekly. Progress becomes more dependent on program progression and nutritional precision.

Advanced trainees (3+ years): Muscle gains may only occur at 0.25-0.5 pounds per month, making recomposition a slower process requiring exceptional consistency and potentially specialized techniques like periodization.

Starting Body Composition

Your current body fat percentage influences both the speed and effectiveness of recomposition. Higher body fat levels provide more energy for muscle protein synthesis while allowing for more aggressive fat loss approaches.

Individuals starting at 20-25% body fat (men) or 30-35% body fat (women) often see the most dramatic recomposition results. Those already lean (below 12% for men, 18% for women) will find simultaneous muscle gain and fat loss more challenging.

Genetic Factors

Genetics influence muscle fiber type distribution, hormone levels, and metabolic efficiency. While you cannot change your genetics, understanding your natural tendencies helps set realistic expectations.

Fast-twitch muscle fiber dominance typically supports better muscle building, while slow-twitch dominance may favor fat oxidation. Insulin sensitivity, testosterone levels, and growth hormone production also vary significantly between individuals.

Calculating Realistic Muscle Gain Expectations

The McDonald Model for Muscle Gain Potential

Sports scientist Lyle McDonald developed a widely-accepted model for predicting muscle gain rates based on training experience:

Year 1: 20-25 pounds total muscle gain (1.5-2 pounds per month)
Year 2: 5-10 pounds total muscle gain (0.5-0.75 pounds per month)
Year 3: 2-5 pounds total muscle gain (0.25-0.5 pounds per month)
Year 4+: 0-2 pounds per year (maintenance phase)

These numbers represent upper limits under optimal conditions. During recomposition, expect 50-70% of these rates due to the challenge of building muscle in a caloric deficit or maintenance.

Adjusted Recomposition Formula

To calculate your realistic muscle gain during recomposition, use this formula:

Monthly Muscle Gain = (McDonald Rate × 0.6) × Consistency Factor × Genetic Factor

Where Consistency Factor ranges from 0.7-1.0 based on your adherence to training and nutrition, and Genetic Factor ranges from 0.8-1.2 based on your response to training.

For example, a second-year trainee with good consistency (0.9) and average genetics (1.0) could expect: (0.75 × 0.6) × 0.9 × 1.0 = 0.405 pounds of muscle per month during recomposition.

Fat Loss Rate Calculations During Recomposition

Sustainable Fat Loss Targets

During body recomposition, fat loss rates should be more conservative than aggressive cutting phases to preserve muscle mass and support recovery. Aim for 0.5-1% of body weight lost per week.

A 180-pound individual should target 0.9-1.8 pounds of fat loss weekly. However, during recomposition, the scale may not reflect true progress due to simultaneous muscle gain. Body measurements and progress photos become more valuable metrics.

The key difference in recomposition fat loss lies in the metabolic environment you're creating. Unlike traditional cutting phases where muscle preservation is the primary concern, recomposition requires maintaining an anabolic state for muscle growth while still achieving lipolysis. This means your fat loss rate should never exceed your body's ability to recover and build new muscle tissue simultaneously.

For most individuals, the sweet spot falls between 0.5-0.8% of body weight weekly. Higher-fat individuals (above 20% body fat for men, 30% for women) can sustain slightly more aggressive rates of 0.8-1.2% weekly during the initial phases, as they have larger fat stores and typically experience more dramatic newbie gains. Conversely, leaner individuals should stick to the lower end of 0.3-0.6% weekly to prevent muscle catabolism.

The Recomposition Fat Loss Formula

To calculate your specific fat loss target, use this formula:

Weekly Fat Loss Target = Current Body Weight × 0.005 to 0.008

This translates to monthly targets of approximately 2-3% of your starting body weight. For example, a 150-pound woman should aim for 0.75-1.2 pounds weekly, or roughly 3-5 pounds monthly. These targets assume consistent training, adequate protein intake, and proper recovery protocols.

Caloric Deficit Calculations

Create a moderate caloric deficit of 300-500 calories daily through a combination of reduced intake and increased activity. This typically translates to 0.5-1 pound of fat loss per week while supporting muscle protein synthesis.

Use our Body Fat Calculator to establish your baseline composition, then track changes in both muscle mass and fat percentage rather than total weight alone.

The specific deficit calculation requires understanding your Total Daily Energy Expenditure (TDEE). Here's the step-by-step process:

1. Calculate Basal Metabolic Rate (BMR): Use the Mifflin-St Jeor equation: BMR = (10 × weight in kg) + (6.25 × height in cm) - (5 × age) + 5 (men) or -161 (women)
2. Apply Activity Factor: Multiply BMR by 1.4-1.6 for moderate activity, 1.6-1.8 for high activity
3. Create Strategic Deficit: Subtract 300-500 calories from TDEE, but never go below 1.2× your BMR

The deficit should be distributed as 60% from dietary reduction and 40% from increased activity. This approach prevents metabolic adaptation while supporting training performance. For instance, if your target deficit is 400 calories, reduce food intake by 240 calories and increase exercise expenditure by 160 calories.

Adjusting for Training Phases

Your caloric deficit should fluctuate based on training intensity and volume. During high-volume phases or when introducing new movement patterns, reduce the deficit by 100-150 calories to support recovery and adaptation. Conversely, during deload weeks or lower-intensity periods, you can maintain the full deficit or even increase it slightly by 50-100 calories.

Periodize your deficit over 4-6 week blocks. Start with the lower end of your calculated range for 2-3 weeks, then increase if fat loss stalls. This progressive approach prevents metabolic slowdown and maintains training quality throughout your recomposition journey.

Monitor weekly averages rather than daily fluctuations. Weight can vary 2-4 pounds daily due to hydration, glycogen storage, and digestive contents. Take measurements at the same time each day, preferably first thing in the morning after using the bathroom, for consistent tracking.

Timeline Expectations by Starting Point

Beginner Recomposition Timeline (0-6 months training)

Months 1-3: Rapid initial changes with 2-4 pounds muscle gain and 8-15 pounds fat loss possible. Strength increases of 20-50% in major lifts are common.

Months 4-6: Progress slows but remains steady with 1-2 pounds monthly muscle gain and 4-8 pounds fat loss. Body shape changes become more apparent.

Example scenario: A 200-pound beginner at 25% body fat could realistically achieve 180-185 pounds at 15-18% body fat after six months, representing a complete physique transformation.

Intermediate Recomposition Timeline (6 months-3 years)

Months 1-6: Slower but consistent progress with 0.5-1 pound monthly muscle gain and 1-2 pounds weekly fat loss early on, tapering to 0.5-1 pound weekly.

Months 7-12: Muscle gains become more sporadic, requiring program adjustments. Fat loss continues at 0.5-1 pound weekly with proper adherence.

Example scenario: A 175-pound intermediate at 18% body fat might reach 170-175 pounds at 12-15% body fat over 12 months, achieving a more defined, muscular appearance.

Advanced Recomposition Timeline (3+ years training)

Advanced trainees face the greatest challenge with recomposition. Progress occurs slowly and requires exceptional consistency and potentially advanced techniques like refeed days, deload weeks, and periodized training.

Year 1: 2-4 pounds muscle gain with 10-20 pounds fat loss possible, depending on starting composition.

Ongoing: Maintenance of muscle mass while achieving single-digit body fat percentages (men) or low teens (women).

Tracking Progress: Beyond the Scale

Body Composition Measurements

Traditional weighing scales provide limited insight during recomposition. Instead, focus on these metrics:

Body fat percentage: Use DEXA scans, BodPod, or bioelectrical impedance for consistent measurements. Expect 0.5-1% monthly decreases during active recomposition.

Circumference measurements: Track waist, chest, arms, and thighs monthly. Decreasing waist with stable or increasing chest and limbs indicates successful recomposition.

Progress photos: Take standardized photos weekly in consistent lighting and poses. Visual changes often precede measurable changes.

Performance Metrics

Strength and endurance improvements indicate successful muscle building even when the scale doesn't move. Track these key performance indicators:

Strength progression: Monitor increases in major compound lifts. Beginners should see 5-10% monthly increases, while advanced trainees may progress 1-2% monthly.

Training volume capacity: Your ability to handle increased training volume indicates improved recovery and muscle building.

Energy levels: Consistent energy during workouts and daily activities suggests adequate nutrition for recomposition.

Common Timeline Obstacles and Solutions

Plateaus and Stagnation

Progress plateaus are inevitable during recomposition. Recognize these common sticking points: **Weeks 4-6:** Initial rapid changes slow as your body adapts. Solution: Adjust training variables like exercise selection, rep ranges, or frequency. **Months 3-4:** Metabolic adaptation reduces fat loss rate. Solution: Implement refeed days or diet breaks to reset hormones. **Month 6+:** Muscle gains become minimal. Solution: Consider specialization phases focusing on either muscle gain or fat loss. **Breaking Through Specific Plateau Types:** **Strength Plateaus:** When your lifts stagnate for 2-3 consecutive weeks, implement deload weeks at 70% of your normal training intensity. Follow the "3-step progression break" method: reduce weight by 10%, focus on perfect form for 2 weeks, then progress beyond your previous max using 2.5-5lb increments instead of your usual jumps. **Fat Loss Plateaus:** When weight loss stalls for 10-14 days despite consistent adherence, calculate your new maintenance calories using the Katch-McArdle formula: BMR = 370 + (21.6 × lean body mass in kg). Many people experience a 15-20% reduction in metabolic rate after 8-12 weeks of dieting. Combat this with strategic refeeds at maintenance calories for 1-2 days weekly, or implement a full diet break lasting 10-14 days every 6-8 weeks. **Body Composition Plateaus:** When measurements and photos show no change for 3-4 weeks despite scale movement, you may be gaining muscle while losing fat at equal rates. This is actually successful recomposition, but feels frustrating. Use DEXA scans or BodPod measurements every 8-12 weeks to confirm actual body composition changes during these "phantom plateaus."

Lifestyle Factors That Affect Timeline

**Sleep quality:** Poor sleep (less than 7 hours nightly) can slow progress by 30-50%. Prioritize sleep hygiene for optimal results. **Stress management:** Chronic stress elevates cortisol, hindering muscle building and promoting fat storage. Implement stress reduction techniques. **Nutrition consistency:** Weekend overeating or inconsistent meal timing can derail weekly progress. Plan for social situations and travel. **Quantifying Lifestyle Impact on Timeline:** **Sleep Debt Calculations:** For every hour of sleep debt per night (below your optimal 7-9 hours), expect timeline delays of 15-25%. If you average 5 hours nightly instead of 8, your 6-month recomposition goal may extend to 8-9 months. Calculate weekly sleep debt: (Optimal hours × 7) - (Actual hours slept). Anything above 7 hours of weekly debt significantly impacts progress. **Alcohol's Timeline Impact:** Regular alcohol consumption creates specific obstacles. Each gram of alcohol provides 7 calories while inhibiting protein synthesis for 24-48 hours. Weekend drinking totaling 6-8 drinks can delay weekly progress by 20-30%. Use the "2-drink rule": limit alcohol to 2 drinks per occasion, maximum 4 per week, and always account for liquid calories in your daily totals. **Social Eating Disruptions:** Weekend social eating can undo 3-4 days of weekday progress. The "80/20 buffer strategy" helps: eat 100-150 calories below your target Monday-Friday to create weekend flexibility. This provides a 500-750 calorie buffer for social situations while maintaining weekly averages. **Work Schedule Irregularities:** Shift work or irregular schedules can extend timelines by 25-40%. Night shift workers experience disrupted hormone cycles affecting both fat loss and muscle building. Implement the "anchor meal strategy": eat your largest meal within the same 4-hour window daily, regardless of work schedule, to maintain circadian rhythm stability. **Travel and Timeline Disruption:** Frequent travel can slow progress through disrupted routines and limited food control. Business travelers should expect 1-2 week timeline delays for every month of heavy travel. Use the "maintenance week approach": aim for maintenance calories during travel weeks rather than deficit, focusing solely on protein targets (1g per lb body weight) and bodyweight exercises to minimize progress loss.

Optimizing Your Recomposition Strategy

Nutritional Considerations

Successful recomposition requires precise nutritional planning. Key recommendations include: **Protein intake:** Consume 0.8-1.2 grams per pound of body weight daily. Higher protein supports muscle retention during fat loss and provides satiety. **Meal timing:** Distribute protein across 3-4 meals with 25-40 grams per serving. Post-workout protein within 2 hours optimizes muscle protein synthesis. **Carbohydrate cycling:** Higher carbs on training days support performance, while lower carbs on rest days promote fat oxidation.

Advanced Caloric Cycling Strategies

The most effective recomposition approaches utilize caloric cycling rather than maintaining static daily calories. A proven method involves eating at maintenance calories (or 100-200 above) on training days and creating a 300-500 calorie deficit on rest days. This approach averages to a small weekly deficit while preserving training performance. For a 150-pound individual with a maintenance intake of 2,200 calories, this translates to: - Training days (4 days): 2,300-2,400 calories - Rest days (3 days): 1,700-1,900 calories - Weekly average: 2,071 calories (approximately 129-calorie daily deficit)

Micronutrient Timing for Enhanced Recovery

Strategic micronutrient timing can accelerate recomposition results. Consume 20-25 grams of leucine-rich protein immediately post-workout, followed by 30-50 grams of fast-digesting carbohydrates to replenish glycogen stores. Include 400-600mg of magnesium 2-3 hours before bed to improve sleep quality and recovery. Omega-3 fatty acids (2-3 grams daily) should be taken with meals to reduce inflammation and support fat oxidation.

Hydration and Electrolyte Management

Proper hydration becomes critical during recomposition as your body processes both fat breakdown and muscle building simultaneously. Aim for 0.5-1 ounce of water per pound of body weight, with an additional 16-24 ounces for every hour of training. Include 200-400mg of sodium and 100-200mg of potassium per liter of water during intense training sessions exceeding 90 minutes.

Training Programming

Effective recomposition training combines strength training with targeted cardio: **Resistance training:** 3-5 sessions weekly focusing on compound movements. Progressive overload remains crucial for muscle building. **Cardiovascular exercise:** 150-300 minutes weekly of moderate intensity or 75-150 minutes of vigorous intensity. Include both steady-state and interval training. **Recovery protocols:** Schedule rest days and deload weeks to prevent overtraining and support adaptation.

Periodized Training for Optimal Results

Implement a periodized approach that alternates between phases emphasizing muscle building and fat loss. A effective 12-week cycle includes: - Weeks 1-4: Hypertrophy phase (6-12 reps, 65-75% 1RM, minimal cardio) - Weeks 5-8: Strength phase (3-6 reps, 80-90% 1RM, moderate cardio) - Weeks 9-12: Fat loss phase (8-15 reps, 60-70% 1RM, increased cardio) This approach prevents adaptation plateaus while maintaining muscle mass throughout fat loss phases.

Optimal Training Frequency and Volume

Research indicates that training each muscle group 2-3 times per week produces superior recomposition results compared to traditional body-part splits. Aim for 10-20 sets per muscle group weekly, distributed across multiple sessions. For example, divide chest training into: - Session 1: 4 sets bench press, 3 sets incline dumbbell press - Session 2: 3 sets dips, 4 sets cable flies - Session 3: 3 sets push-ups, 3 sets pec deck

Cardio Integration Without Interference

Position cardio strategically to avoid compromising strength gains. Perform high-intensity intervals (HIIT) on separate days from lower body strength training, spacing them at least 6 hours apart. Low-intensity steady-state cardio (LISS) can be performed immediately after resistance training or on rest days. A practical weekly schedule includes 2-3 HIIT sessions (15-20 minutes) and 2-3 LISS sessions (30-45 minutes), totaling 150-200 minutes of cardiovascular exercise.

When to Reassess Your Timeline

Progress Evaluation Checkpoints

Regularly assess your progress to ensure you're on track: **Week 4:** Initial adaptation phase complete. Look for 2-4% strength increases and 2-4 pounds weight change. **Month 3:** Quarter-way checkpoint. Expect visible body composition changes and 10-15% strength improvements for beginners. **Month 6:** Mid-term evaluation. Consider body composition testing to quantify muscle gain and fat loss ratios. **Month 12:** Annual assessment. Review total progress and set goals for year two. Beyond these major checkpoints, implement weekly micro-assessments to catch deviations early. Track your weekly average weight (not daily fluctuations), take progress photos under consistent lighting every two weeks, and monitor strength progression in key compound movements. If you notice three consecutive weeks without progress in any measurable metric, it's time for immediate reassessment rather than waiting for the next major checkpoint.

Early Warning Signs for Timeline Adjustments

Several indicators suggest your timeline needs recalibration before reaching formal checkpoints. Strength stagnation for more than two weeks often signals inadequate recovery, insufficient calories, or training program issues. Rapid weight loss exceeding 2 pounds per week indicates an overly aggressive deficit that may compromise muscle retention. Conversely, weight gain exceeding 0.5 pounds weekly during recomposition suggests excess caloric intake. Energy levels consistently below baseline, sleep quality deterioration, or mood changes may indicate your approach is too aggressive for sustainable progress. Pay attention to workout performance metrics: if your reps, sets, or training volume consistently decline, your timeline likely needs adjustment.

Adjusting Expectations

If progress lags behind projections, consider these factors: **Underestimated starting point:** Many overestimate muscle mass and underestimate body fat percentage initially. **Inconsistent adherence:** Small deviations in nutrition or training compound over time. **Genetic limitations:** Some individuals respond slower to training stimuli and require modified approaches.

Quantitative Adjustment Formulas

When timeline adjustments become necessary, use these evidence-based modifications. If muscle gain is 25% slower than expected, extend your timeline by 33% (if expecting 6 months, plan for 8 months). For fat loss lagging by 50%, either extend timeline by 100% or increase deficit by 100-150 calories daily. The "Rule of 80%" applies when adherence issues surface: if you're hitting targets 80% of the time, expect results to take 25% longer than perfect adherence would produce. For example, a 12-month recomposition goal becomes 15 months with 80% consistency.

Lifestyle Factor Recalibration

Major life changes require timeline reassessment. High-stress periods increase cortisol, potentially slowing muscle gain by 15-20% and increasing fat retention around the midsection. Sleep disruption affecting more than one night weekly can extend timelines by 10-15%. Career changes, relationship transitions, or family obligations often impact training consistency and meal preparation time. When these occur, reduce expectations by 20-30% rather than maintaining unrealistic standards that lead to frustration and program abandonment.

Progressive Timeline Lengthening Strategy

Rather than completely scrapping your timeline, implement progressive extensions. If month-three progress shows 60% of expected results, extend the final timeline by 40% but maintain monthly mini-goals. This approach preserves motivation while acknowledging realistic constraints. Create "minimum effective dose" backup plans for challenging periods. Define the absolute minimum training (perhaps 2 sessions weekly instead of 4) and nutrition standards (meeting protein targets even if calories vary) that maintain progress momentum during difficult phases. Consider seasonal adjustments too: winter months often see slower progress due to reduced activity and seasonal depression, while summer social schedules may disrupt consistency. Build these predictable fluctuations into your annual timeline rather than treating them as unexpected setbacks.

Long-Term Success Strategies

Maintaining Motivation

Body recomposition requires patience and consistency over months or years. Maintain motivation through:

Process goals: Focus on daily and weekly behaviors rather than outcome goals. Celebrate consistency streaks and performance improvements.

Progress documentation: Keep detailed logs of workouts, measurements, and photos. Review periodically to appreciate gradual changes.

Support systems: Connect with like-minded individuals through fitness communities or training partners.

Transitioning to Maintenance

Once you achieve your recomposition goals, transition to a maintenance phase:

Caloric adjustment: Gradually increase calories to maintenance levels while monitoring body composition changes.

Training periodization: Implement planned phases of higher and lower intensity to prevent stagnation.

Lifestyle integration: Develop sustainable habits that support your new physique long-term.

Remember that body recomposition is not a destination but an ongoing process. Use tools like our BMR Calculator and Body Fat Percentage Calculator to track your progress and make informed adjustments to your timeline. With realistic expectations, consistent effort, and patience, you can achieve significant improvements in body composition while building lifelong healthy habits.

The journey of body recomposition teaches valuable lessons about patience, consistency, and self-awareness. By understanding the science behind simultaneous fat loss and muscle gain, you can set appropriate timelines and expectations that align with your individual circumstances and goals.