PromptBase
Upgrade
Close icon
General
Home
Marketplace
Create
Hire
Login
Chat
Sell
Explore

Prompt Details

Model
Chat - (gpt-5.6)
Token size
606
Example input
[GOAL]: Build muscle (lean bulk), targeting approximately 0.5 lb of gain per week. [CURRENT TRAINING PHASE & WEEKLY VOLUME]: Hypertrophy accumulation phase, training 5 days/week, 16-18 sets per muscle group weekly (high volume). [BODY STATS]: 28-year-old male, 5'10", 175 lbs, moderately active outside of training (desk job, occasional walking). [DIETARY PATTERN & RESTRICTIONS]: No restrictions, omnivore, prefers simple whole-food meals. [MEDICAL/METABOLIC CONSIDERATIONS]: None reported.
Example output
1. Nutritional Phase Assessment Current situation: Training phase: Hypertrophy accumulation Training frequency: 5 days/week Weekly volume: 16-18 sets per muscle group (high volume) Goal: Gain approximately 0.5 lb/week The training phase is the primary driver of your nutrition plan. A high-volume hypertrophy block significantly increases glycogen use, recovery demands, and the need for adequate energy availability. Even if your goal were maintenance, this phase would still require relatively high calorie and carbohydrate intake to support performance and recovery. In your case, the training phase and the goal are aligned rather than competing: High-volume hypertrophy → increased energy requirements Lean bulking → moderate caloric surplus Because there is no conflict between the training phase and your desired rate of gain, the strategy is straightforward: Maintenance calories → phase-based caloric floor → lean-bulk surplus Estimated energy needs Component Estimate Basal metabolic rate (BMR) ~1,780 kcal Daily activity +450 kcal Training expenditure +350-450 kcal Estimated maintenance ~2,900 kcal Hypertrophy-phase energy floor ~3,000 kcal Lean-bulk surplus (+250 kcal/day) 3,250 kcal/day Target calorie intake: ~3,250 kcal/day This should produce a weekly weight gain of approximately 0.5 lb, assuming training performance remains high. 2. Macro & Calorie Targets Daily calorie target 3,250 kcal/day Protein Target: 190 g/day Reasoning: Body weight: 175 lb Evidence-based recommendations for hypertrophy generally fall between 0.7-1.0 g/lb High-volume training increases recovery demands Calculation: 175 lb × 1.1 g = ~190 g Calories from protein: 190 g × 4 kcal = 760 kcal Fat Target: 85 g/day Reasoning: Hormonal function Joint health Testosterone production Dietary flexibility Calculation: 85 g × 9 kcal = 765 kcal Carbohydrates Target: 430 g/day Reasoning: Carbohydrates become the dominant variable during an accumulation phase. High-volume hypertrophy training: Depletes muscle glycogen Increases recovery requirements Benefits from consistently high carbohydrate availability Remaining calories: 3,250 - (760 + 765) = 1,725 kcal 1,725 ÷ 4 = 431 g carbohydrates Rounded target: 430 g/day Daily macro summary Nutrient Grams Calories Protein 190 g 760 Carbohydrates 430 g 1,720 Fat 85 g 765 Total — 3,245 kcal Think of these as performance targets rather than rigid rules. A range of ±100 calories and ±10 g per macronutrient is completely acceptable. 3. Meal Timing & Nutrient Periodization Training days Calories: 3,300-3,400 kcal Increase carbohydrates around training. Pre-workout (1-3 hours before) Targets: 30-50 g protein 60-90 g carbohydrates Minimal fat Examples: Chicken, rice, and fruit Turkey sandwich with fruit Greek yogurt, oats, and a banana Post-workout (within 1-2 hours) Targets: 35-45 g protein 75-100 g carbohydrates Moderate fat Examples: Lean beef, potatoes, and fruit Whey protein, rice, and cereal Chicken, pasta, and vegetables Rest days Calories: 3,000-3,100 kcal Reduce carbohydrates slightly while maintaining protein. Suggested adjustment: Nutrient Training day Rest day Protein 190 g 190 g Carbohydrates 450 g 350-375 g Fat 85 g 90-95 g Weekly calorie intake remains high enough to support muscle growth, while calories are redistributed toward the days that place the greatest demands on recovery. Meal frequency Aim for 4-5 meals daily. A simple distribution might look like this: Meal Protein Breakfast 40 g Lunch 40 g Pre-workout 35 g Post-workout 40 g Dinner 35 g This approach spreads muscle protein synthesis across the day instead of concentrating protein into one or two meals. 4. Food Selection Framework You prefer simple whole-food meals, which fits this phase extremely well. Protein sources Aim for 35-45 g per meal. Examples: Chicken breast Ground beef Steak Eggs Greek yogurt Cottage cheese Salmon Tuna Whey protein Carbohydrate sources Your training phase makes these foods especially important. Examples: Rice Potatoes Oatmeal Pasta Whole-grain bread Fruit Beans Cereal Fat sources Examples: Avocados Nuts Nut butter Olive oil Whole eggs Salmon Example training-day menu (~3,250 kcal) Meal Example Breakfast Oatmeal, eggs, Greek yogurt, berries Lunch Chicken, rice, vegetables Pre-workout Turkey sandwich, banana Post-workout Whey protein, rice, cereal Dinner Steak, potatoes, salad Evening snack Cottage cheese, fruit, almonds Plate method For your main meals: ¼ plate: protein ½ plate: carbohydrates ¼ plate: vegetables and healthy fats During this high-volume block, don't be afraid of larger carbohydrate portions. 5. Medical/Metabolic Adjustments None required. You reported: No medical conditions No metabolic disorders No dietary restrictions Therefore, no modifications were made to the calorie or macronutrient calculations. The plan was built entirely around: Training-phase energy demands Muscle-gain goals Food preferences 6. Monitoring & Adjustment Triggers Don't wait until the end of the hypertrophy block to make changes. Recalculate intake if any of the following occur: Metric Adjustment trigger Body weight Less than 0.25 lb/week gained for 2 consecutive weeks Body weight More than 0.75 lb/week gained for 2 consecutive weeks Training performance Reps decreasing across multiple exercises Recovery Persistent soreness lasting >72 hours Energy Chronic fatigue or poor workouts Hunger Excessive hunger despite meeting calorie targets Adjustment rules If weight gain is too slow: Increase calories by 150-200 kcal/day, primarily from carbohydrates. If weight gain is too fast: Decrease calories by 100-150 kcal/day, primarily from carbohydrates. If performance stalls despite appropriate weight gain: Add 25-50 g of carbohydrates around training before changing protein or fat intake. If body-fat accumulation accelerates: Reduce carbohydrates by 25-40 g/day while keeping protein constant. The most important metric during this phase isn't body weight by itself—it's the combination of weekly weight gain, gym performance, recovery, and workout quality. A useful next step would be to track your morning body weight and your top sets for the major lifts for the next 2-3 weeks so you can fine-tune calorie intake before moving into the next training phase.
🤖 GPT
Boosted itemBoosted

Training Phase Nutrition Macro Builder

Add to Cart
Instant accessInstant access
Usage rightsCommercial use
Money-back guaranteeMoney‑back
By purchasing this prompt, you agree to our terms of service
GPT-5.6
Tested icon
Guide icon
4 examples icon
Free credits icon
Get a nutrition plan matched to your exact training phase, not a generic calculator. This ChatGPT prompt sets calorie and macro targets based on training volume, goal, and body stats, then adjusts for medical or metabolic conditions before diet restrictions ever enter the picture. Includes meal timing around workouts, food selection within your dietary pattern, and clear triggers for when to recalculate as your training phase changes.
...more
Added 12 hours ago
Report
Browse Marketplace