- The Beret
The beret is a traditional headwear whose structure can be described through a very simple geometry: the relationship between an outer volume and an inner opening that determines its fit on the head. From this idea a parametric construction system is developed based on head circumference, the cranial ovality index and the relationship between the top plate, the brim width and the inner opening. This system makes it possible to generate beret patterns adaptable to different sizes, cranial proportions and design variations.
- The Baseball Cap
Technical and geometric analysis of the baseball cap pattern: structural terminology, proportional crown height system, mathematical panel construction, precise visor calculation and scalable sizing. A structured approach combining pattern making and geometric coherence.
- Two-piece tracksuit trousers pattern
Two-piece sweatpants pattern built from the same measurements and ease as the one-piece version, but with a different leg construction.
The grainline placement on front and back pieces allows a clearer definition of the lower leg areas and separates the side seams.
A widely used base for casual trousers, sportswear, bermudas and shorts.
- Tear-away pants
Tear-away pants are a transformation of one-piece sweatpants featuring full lateral openings with snap fasteners. Used in sports, medical contexts and stage performances, they allow fast removal without taking off footwear. This post explains their construction logic and practical limits from a pattern-making perspective.
- One-piece tracksuit trousers pattern
This article explains the one-piece tracksuit trouser pattern, a simple and loosely structured construction used for casual, sports and functional garments. It outlines its main characteristics, typical fabrics and waist positioning.
The text details the measurements required for drafting, focusing on hip width and seat rise, and explains how all other dimensions are derived. Differences in proportions and drafting logic compared to more tailored trousers are clearly described.
Special attention is given to horizontal and vertical ease, their relationship and their influence on the rise, crotch and leg opening. The article also clarifies grainline placement and explains why this pattern is suitable for both male and female morphologies.
- The male and female body: morphology and proportions
This article discusses which body is the most suitable reference for technical patternmaking studies and why the male body morphology has traditionally been used as a starting point. It introduces the main morphological differences between male and female bodies and their impact on proportions and pattern construction. The topic is developed in depth in the video included on the page.
- Gored skirt – Transformation of the basic skirt pattern
Transformation of the straight skirt base pattern using godets.
The article explains how to define circular sectors, calculate hem development and control skirt flare without altering waist and hip fit, with a complete practical example.
- Transforming the straight tailored skirt block into a natural-flare skirt
A natural-flare skirt is created by closing the darts in a tailored skirt block, transforming their volume into a gentle opening at the hem. The result is a fluid, balanced silhouette that remains clean and structured. It’s an easy, elegant transformation suitable for everyday skirts, formal garments and even bridal designs.
- Grading the Tailored Straight Skirt. How to Understand It without Getting Lost
A clear and accessible introduction to the grading process of the straight tailored skirt. Learn how to interpret a measurement chart and how patterns change depending on male or female morphology. The full video demonstrates the method step by step.
The beret is a traditional headwear whose structure can be described through a very simple geometry: the relationship between an outer volume and an inner opening that determines its fit on the head. From this idea a parametric construction system is developed based on head circumference, the cranial ovality index and the relationship between the top plate, the brim width and the inner opening. This system makes it possible to generate beret patterns adaptable to different sizes, cranial proportions and design variations.
