EZ Pleating Calculator Glossary

Enter your customer's name or project name. This information will appear on your printed output and will make it easier for you to manage your pleating projects. Entering a customer's name also makes it easier to locate saved data.

A sidemark is a reference number or a string of words used to track a project. A sidemark can be a customer's name, a purchase order number, or any other data that helps to identify a project. You can use this field to match your pleating instructions with an estimate, a work order, an invoice, or a shipping document.

If you use an accounting or billing system that uses sales order numbers or work order numbers to track your projects, you can enter this information into the sales order field. The sales order number will appear on your printed output and can help you track your orders.

Entering the primary fabric's pattern will help reduce errors in the workroom. The fabric pattern that you enter here will display on your printed output and should be referenced and compared to your fabric's pattern before fabricating your drapery.

Entering the main color of your primary fabric will help reduce errors in the workroom. The color that you enter here will display on your printed output and should be referenced, and compared to your fabric, before fabricating your drapery.

This calculator can provide pricing information for materials and labor along with the yardage calculations. If you set the value of this field to "Yes", you must provide input for all of the labor and pricing fields in order to receive accurate pricing information. If you do not wish to include pricing with your yardage calculations, set the value of this field to "No".

Choose this option if you are fabricating a pair of center opening panels designed to fit on a single rod, traverse track or pole. When fabricating a pair, your project will consist of two panels.

Choose this option if you are fabricating a single left stacking panel. When fabricating a left stacking panel, your project will consist of one panel only that spans the full rod width.

Choose this option if you are fabricating a single right stacking panel. When fabricating a right stacking panel, your project will consist of one panel only that spans the full rod width.

Choose this option if you are fabricating lined drapery using non blackout lining.

Choose this option if you are fabricating lined drapery using a blackout lining.

Choose this option if you are fabricating lined drapery with an additional layer of interlining. Interlining adds body, insulation, and a luxurious hand to the finished panel.

Choose this option if you are fabricating unlined drapery. Unlined panels are lighter and typically less expensive to fabricate.

The header style determines the type of pleat used at the top of the drapery panel. Different pleat styles include pinch pleat, goblet pleat, box pleat, knife pleat, euro pleat, pencil pleat, cartridge pleat, triple pinch pleat, and inverted pleat. Each style creates a distinct look and uses fabric differently. The header style selection affects the pleat calculations.

Most seamless drapery fabrics are distributed on bolts wider than usual, typically 118" (300 cm) or larger. When fabricating seamless drapery, you treat the width of the fabric as the length. This is referred to as railroading. You cannot fabricate a panel using railroading when the cut length (finished length plus hems) exceeds the fabric width.

Fullness is the ratio of fabric width to the rod width, and it determines how full and rich the finished pleated panel will appear. A fullness of 2.5x means the cut fabric width is 2.5 times the rod width. Higher fullness creates a more opulent, heavily gathered look but uses more fabric. Common fullness values for pleated drapery range from 2x to 3x.

Instead of specifying a fullness multiplier, you can directly specify how many fabric widths to use per panel. This is useful when you want precise control over fabric usage. When widths per panel is selected, the fullness field is disabled. This field is not available when using railroaded fabric.

The rod width refers to the width of the rod, pole or traverse track measured from where the drapery will start on the left side to where the drapery will end on the right side. If using a decorative rod, this measurement does NOT include any excess rod that may exist beyond the drapery. If using a drapery traverse track, the rod width is typically the exact face width of the track.

The finished length is the measurement from the top of the assembled panel (at the pleat fold line) to the bottom of the assembled panel. The finished length is used to calculate the cut length required for each panel.

The fabric width can be obtained by measuring the width of the fabric roll from the unfinished left edge to the unfinished right edge (selvage to selvage). If you plan on trimming off from the edges, measure the fabric width after you complete your trimming.

Most fabric manufacturers list the fabric's vertical repeat on a label attached to the fabric sample. If you don't have this information, contact the fabric company to obtain it. Enter a zero (0) for solid fabrics and for fabrics without repeats, e.g. stripes. The vertical repeat affects how much additional fabric is needed to match the pattern across widths.

The lining width can be obtained by measuring the width of the lining fabric roll from the unfinished left edge to the unfinished right edge (selvage to selvage). If you plan on trimming off from the edges, measure the fabric width after you complete your trimming.

The interlining width can be obtained by measuring the width of the interlining fabric roll from the unfinished left edge to the unfinished right edge (selvage to selvage). If you plan on trimming off from the edges, measure the fabric width after you complete your trimming.

The return size is the distance that the window treatment projects from the wall back to the mounting surface. It accounts for the hardware and anything mounted behind the drapery. As a general rule, it is always better to have a longer return than one that is too short. If you choose to mount your drapery flat on the rod, the return should equal the overlap.

The overlap size is the amount that the leading edges of a pair of panels overlap each other at the center when the drapery is closed. The overlap ensures complete center closure with no light gap. Typical overlap sizes range from 1 1/2" to 2 1/2". For left or right stacking single panels, the overlap refers to the leading edge extension.

If your project has more than one window with the exact same dimensions, and you wish to include calculations for multiple windows, you can do so by selecting the number of identical windows. If your project has multiple windows of different sizes, you will have to calculate each window separately.

Check this box if you are fabricating panels with trim applied along the leading (center) edge. When this box is checked, leading edge trim calculations will be included in the yardage output.

Check this box if you are fabricating panels with trim applied along the bottom edge. When this box is checked, bottom edge trim calculations will be included in the yardage output.

The return side hem is the total amount of fabric that gets folded around the back of the panel along the return edge to form a finished hem. Standard practice calls for a double-folded hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 1 1/2" for each fold is the most common configuration.

The overlap side hem is the total amount of fabric that gets folded around the back of the panel along the leading (center) edge to form a finished hem. Standard practice calls for a double-folded hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 1 1/2" for each fold is the most common configuration.

The top hem is the total amount of fabric folded down from the top of the panel to form the header. For pleated drapery, the top hem creates the buckram or stiffener pocket and provides the structure for the pleats. Standard practice calls for a double-folded top hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 4" for each fold is the most common configuration.

The bottom hem is the total amount of fabric folded up from the bottom of the panel. Standard practice calls for a double-folded bottom hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 4 inches for each fold is the most common configuration.

The lining bottom hem is the amount of fabric folded up from the bottom of the lining. Standard practice calls for a double-folded hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 2 inches for each fold is the most common configuration for lining.

The interlining bottom hem is the amount of interlining fabric folded at the bottom edge. Standard practice calls for a double-folded hem. 2 inches for each fold is common. Some fabricators choose to surge the interlining bottom edge instead — if so, enter zero (0) for both folds.

The seam allowance is the amount of fabric used to join one fabric width to another. This number usually falls in the range of 1/2" to 1" (15mm to 25mm), with 1/2" (15mm) being standard. A single seam allowance number will be used for all seams, so be sure to sew all seams using the same seam allowance.

The cut allowance is the amount of fabric added to each cut length of the panel's main fabric to provide an additional cushion in the yardage calculations. This allowance is added to the cut length after hems and vertical repeat have been taken into consideration.

The trim allowance is the amount of extra fabric added per cut length to accommodate trim application. This provides a cushion in the yardage calculations for trim placement. This field is only active when trim on leading edge or trim on bottom edge is enabled.

The lining cut length allowance is the amount of fabric added to each cut length of lining to provide an additional cushion in the yardage calculations. This allowance is added to the cut length after the hems have been taken into consideration.

The lining offset is the distance that the bottom of the lining will float above the bottom of the face fabric after the hems have been put in place. It is customary to lift the lining slightly above the bottom of the face fabric so the lining is not visible from the front. A typical setting is 1 to 1 1/2 inches (25mm to 40mm).

The interlining offset is the distance that the bottom of the interlining will float above the bottom of the face fabric after the hems are in place. Be sure to enter a value equal to or greater than the lining offset; otherwise the interlining will drop below the lining. A typical setting is 2 to 2 1/2 inches (50mm to 65mm).

When joining lining to the face fabric at the top of a pleated panel, you have two options. The standard method wraps the header into a double fold at the top of the face fabric with the lining tucked inside. The pillowcase method sews the face fabric and lining together at the top before the header is formed, using slightly less face fabric. Setting this to "Yes" uses the pillowcase method; setting to "No" uses the standard double-fold header method.

Enter your customer's name or project name. This information will appear on your printed output and will make it easier for you to manage your pleating projects. Entering a customer's name also makes it easier to locate saved data.

A sidemark is a reference number or a string of words used to track a project. A sidemark can be a customer's name, a purchase order number, or any other data that helps to identify a project. You can use this field to match your pleating instructions with an estimate, a work order, an invoice, or a shipping document. Use this field in conjunction with the Customer's Name input field to help you manage your pleating projects.

If you use an accounting or billing system that uses sales order numbers or work order numbers to track your projects, you can enter this information into the sales order field. The sales order number will appear on your printed output and can help you track your orders.

Entering the primary fabric's pattern will help reduce errors in the workroom. The fabric pattern that you enter here will display on your printed output and should be referenced and compared to your fabric's pattern before fabricating your drapery. The purpose of this field is to help reduce the possibility of cutting the wrong fabric when making your panels.

Entering the main color of your primary fabric will help reduce errors in the workroom. The color that you enter here will display on your printed output and should be referenced, and compared to your fabric, before fabricating your drapery. The purpose of this field is to help reduce the possibility of cutting the wrong fabric when fabricating your panels.

Choose this option if you are fabricating a pair of center-opening panels designed to fit on a single rod, traverse track, or pole. When fabricating a pair, your project will consist of two panels — a left panel and a right panel — each with its own set of pleating instructions.

Choose this option if you are fabricating a single left-stacking panel designed to fit on a single rod, traverse track, or pole. When fabricating a left stacking panel, your project will consist of one panel only. The panel will stack to the left when open.

Choose this option if you are fabricating a single right-stacking panel designed to fit on a single rod, traverse track, or pole. When fabricating a right stacking panel, your project will consist of one panel only. The panel will stack to the right when open.

The rod width refers to the width of the rod, pole, or traverse track measured from where the drapery will start on the left side to where the drapery will end on the right side. If using a decorative rod, this measurement does NOT include any excess rod that extends beyond the drapery on either side. If using a drapery traverse track, the rod width entry is typically the exact face width of the track.

The fabric width is measured from the unfinished left edge to the unfinished right edge of the fabric roll (selvage to selvage). If you plan on trimming the edges, measure the fabric width after completing your trimming. The Fixed Pleat Calculator uses this measurement, along with your space size and pleat size, to determine the number of fabric widths needed to fabricate your panels and to calculate the exact cut width of your fabric.

The finished length is the measurement from the top of the assembled panel to the bottom of the assembled panel. The finished length is not required for the pleating calculations but will be displayed on the printed output for your reference when cutting fabric to length.

Railroaded fabric is a wide seamless fabric — typically 118" (300 cm) or wider — where the fabric is oriented sideways so its width runs the length of the panel instead of the width. This eliminates vertical seams. Select "Yes" if you are using railroaded fabric, then enter the railroaded unhemmed width below. Note that railroading is only possible when the cut length (finished length plus hems) does not exceed the fabric width.

The return size is the distance that the window treatment projects outward from the wall (or the front face of the mounting hardware). To determine this measurement, you need to know the projection depth of your mounting hardware and whether anything, such as a blind or shade, will be mounted behind the drapery. As a general rule, it is always better to have a slightly longer return than one that is too short. If you choose to mount your drapery flat against the wall or rod, the overlap and return should be the same size.

The overlap size is the amount of fabric that remains unpleated at the leading (center) edge of the panel. For a pair of traversing panels, this unpleated fabric overlaps the matching edge of the opposite panel so that both panels appear continuous when closed. The overlap size is typically similar in width to the spaces between pleats. If you choose to mount your drapery flat against the wall or rod, the overlap and return should be the same size.

The space size is the exact amount of fabric that will occupy each space — the unpleated area between any two adjacent pleats. Unlike the Variable Pleat Calculator, the Fixed Pleat Calculator uses a single, uniform space size that remains consistent across all fabric widths in the panel. A typical custom pinch-pleated panel will have between 3½" and 4½" (85 mm to 110 mm) between each pleat. A larger space size yields fewer spaces and fewer pleats and results in less fullness; a smaller space size yields more spaces and more pleats and results in greater fullness. Select the whole number from the first drop-down and the fractional component from the second drop-down.

The pleat size is the exact amount of fabric that makes up each pleat. It is the fabric gathered within each pleat that contributes to the fullness and body of the drapery. Unlike the Variable Pleat Calculator, the Fixed Pleat Calculator uses a single, uniform pleat size that remains the same for every pleat across all fabric widths in a panel. A typical custom pinch-pleated panel will include approximately 6" (150 mm) of fabric within each pleat; a commercial-grade panel might use 4½" (115 mm). Note that because pleat and space sizes are fixed, pattern matching at the seams may not always be possible. Select the whole number from the first drop-down and the fractional component from the second drop-down.

The return side hem is the total amount of fabric that gets folded around to the back of the panel along the return (outer) edge to form a finished hem. Standard practice calls for folding the fabric twice to create a double-folded hem. The first dropdown is for the first fold and the second dropdown is for the second fold. Using normal fabrication methods, these two values are the same. 1½" (40 mm) for each fold is the most common return side hem configuration, yielding a 1½" double-folded hem.

The overlap side hem is the total amount of fabric that gets folded around to the back of the panel along the overlap (leading/center) edge to form a finished hem. Standard practice calls for folding the fabric twice to create a double-folded hem. The first dropdown is for the first fold and the second dropdown is for the second fold. Using normal fabrication methods, these two values are the same as the return side hem values. 1½" (40 mm) for each fold is the most common overlap side hem configuration, yielding a 1½" double-folded hem.

The seam allowance is the amount of fabric used to join one fabric width to the next. This value typically falls between ½" and 1" (15 mm to 25 mm), with ½" (15 mm) being the most common standard. A single seam allowance value is used for all seams in the panel, so be sure to sew all seams using the same allowance you enter here.

Ease is the extra amount of finished pleated width beyond what is required to cover the rod or track. A small amount of ease ensures that your panels are not pulled tight when closed and that the drapery hangs comfortably without strain. If the calculated ease for a panel falls below the value you enter here, you will receive an alert warning you that the panel may be too tight. Increasing your widths per panel or reducing your pleat/space sizes can help achieve greater ease.

In addition to the minimum ease requirement, you can intentionally add extra ease to each panel using this setting. Adding ease increases the finished pleated width beyond the required coverage, giving you a more generous fit on the track or rod. Increasing additional ease may also increase the number of fabric widths needed to fabricate your panels. As an alternative, you can also achieve more ease by slightly increasing your space size and evaluating the results.

When hanging your drapery panels, you will need one pin (drapery hook) for each pleat. This calculator automatically accounts for one pin per pleat. In addition, you may need one or more extra pins to attach the overlap to the master carrier of your drapery track. Select the number of extra drapery pins you would like per panel beyond those already allocated for the pleats. If you only need one pin per pleat and no additional pins on the overlap, enter zero (0).

The EZ Pleating System™ provides pleat marking instructions showing the exact location of the overlaps, pleats, spaces, and returns for your drapery panels. If you are sewing your pleats with a standard sewing machine, it is customary to mark the starting and ending locations of each pleat. When sewing, you simply fold each pleat in half so that the starting mark lines up with the ending mark, then sew down the fold to form the pleat. To use this method, set the pleat marking instructions to "Mark the starting & ending location of each pleat". \nIf you are using our EZ Pleating Gauge™ and would like to mark the location of each space instead, select "Mark only the starting location of each space" from the drop-down menu. Set the EZ Pleating Gauge™ to match your space size, then place the gauge at each pleating mark. Mark both sides of the gauge using pins, chalk, erasable pens, or any other marking device. The fabric between the marked spaces will form the pleats. Because spaces are uniform across all fabric widths in any given panel for the Fixed Pleat Calculator, marking spaces using the EZ Pleating Gauge™ is a fast and highly consistent method.

Depending on where your fabric seams fall, the calculator may need to trim fabric from the return side of your unhemmed panel in order to properly position your pleats and hide your seams. When set to "Yes", the calculator will trim up to 3" (75 mm) from the return side if it produces a better result. When set to "No", trimming will never be considered. Enabling auto trim generally yields better results and is recommended.

When set to "Yes", the calculator will try different space sizes between your minimum and maximum space size values in order to find the best possible result — one that hides seams and meets your pleat requirements. The final space size may be slightly larger or smaller than your desired space size. When set to "No", the calculator will only use a space size close to your desired space size, which may limit the quality of the results. Enabling this feature is recommended.

Enter your customer's name or a project name. This information will appear on your printed output and makes it easier to manage and locate your saved pleating projects.

The desired average pleat size is the amount of fabric you would like included within each pleat. This is the fabric that contributes to the fullness of the panel. A typical pinch pleated panel includes approximately 6 inches (150 mm) of fabric per pleat. The calculator may adjust the actual pleat size slightly based on your other inputs, such as the amount of fabric available and where your seams fall.

The desired space size is the spacing between pleats that you are aiming for. A typical pinch pleated panel has between 3½" to 4" (85 mm to 100 mm) between each pleat. A larger space size results in fewer pleats and less fullness, while a smaller space size results in more pleats and more fullness. The calculator may adjust the actual space size based on your other inputs.

Enter the primary color of your fabric. This will appear on your printed output and should be compared to your actual fabric before cutting to help prevent fabricating with the wrong material.

Enter the name or description of your primary fabric's pattern. This will appear on your printed output and should be compared to your fabric before cutting to help prevent using the wrong material.

The fabric width is measured from the unfinished left edge to the unfinished right edge of the fabric roll (selvage to selvage). If you plan to trim the edges before fabricating, measure the width after trimming.

The finished length is the measurement from the top to the bottom of the completed, assembled panel. This value is not used in the pleating calculations but will be printed on your output for reference.

One drapery pin (hook) is required for each pleat and is already accounted for by the calculator. Use this field to specify any additional pins you need — for example, pins used to attach the overlap to the master carrier on a traverse track. If you only need one pin per pleat and no additional pins, enter zero (0).

Select this option when fabricating a single panel that stacks to the left. This panel is designed to fit on a single rod, traverse track, or pole, and your project will consist of one panel only.

The maximum pleat size is the largest amount of fabric you will accept within any single pleat. A typical pinch pleated panel uses approximately 6 inches (150 mm) of fabric per pleat. The calculator may need to increase or reduce the pleat size based on your available fabric and seam placement, so setting a reasonable maximum gives the calculator the flexibility it needs to find the best result.

The maximum space size is the largest spacing between pleats that you will accept. A typical pinch pleated panel has between 3½" to 4" (85 mm to 100 mm) between each pleat. The calculator may need to adjust the space size based on your available fabric and seam placement, so setting a reasonable maximum gives the calculator the flexibility it needs to find the best result.

The minimum pleat size is the smallest amount of fabric you will accept within any single pleat. A typical pinch pleated panel uses approximately 6 inches (150 mm) of fabric per pleat. The calculator may need to adjust pleat sizes based on your available fabric and seam placement, so setting a reasonable minimum gives the calculator the flexibility it needs to find the best result.

The minimum space size is the smallest spacing between pleats that you will accept. A typical pinch pleated panel has between 3½" to 4" (85 mm to 100 mm) between each pleat. The calculator may need to adjust the space size based on your available fabric and seam placement, so setting a reasonable minimum gives the calculator the flexibility it needs to find the best result.

The total amount of fabric folded around the back of the panel from the overlap side to form the overlap side hem. Standard practice uses a double-folded hem: the first dropdown is the first fold and the second dropdown is the second fold. Both folds are typically the same size. 1½ inches (40 mm) for each fold is the most common configuration.

The overlap is the unpleated fabric at the leading edge of the panel. On a pair of traversing panels, the overlaps from each panel stack on top of each other when the panels are closed, creating a seamless appearance. The overlap size is typically close to your space size. If mounting your drapery flat on the rod, the overlap and return should be the same size.

Select this option when fabricating two center-opening panels designed to hang on a single rod, traverse track, or pole. Your project will consist of one left panel and one right panel.

The EZ Pleating System™ provides instructions showing the exact location of overlaps, pleats, spaces, and returns for your panels.\n\nIf sewing with a standard machine, select "Mark the starting & ending location of each pleat". Fold each pleat in half so the two marks line up, then sew down the marks to form the pleat.\n\nIf using the EZ Pleating Gauge™, select "Mark only the starting location of each space". Set the gauge to your space size and place it at each mark. Mark both sides of the gauge — the fabric between the marks forms each pleat. Because spaces are uniform across each width, this method makes pleat marking fast and consistent.

To keep fabric seams hidden at the edge of a pleat or space, pleat sizes may vary slightly from width to width and within each width. The pleat variation is the maximum allowable difference in fabric take-up between the largest and smallest pleat in the panel. A smaller variation means more consistent-looking pleats, but may be harder to achieve. Increasing the maximum variation gives the calculator more flexibility and can produce better results.

When multiple valid pleating solutions are found, use this setting to choose which result is presented first. You can prioritize the result closest to your desired space size, the result closest to your desired average pleat size, or the result with the lowest pleat variation. Experiment with this setting to find the outcome that best suits your project.

Railroaded fabric is a wide seamless fabric — typically 118" (300 cm) or wider — where the fabric is oriented sideways so its width runs the length of the panel instead of the width. This eliminates vertical seams. Select "Yes" if you are using railroaded fabric, then enter the railroaded unhemmed width below. Note that railroading is only possible when the cut length (finished length plus hems) does not exceed the fabric width.

The railroaded unhemmed width is the length of fabric cut from the bolt to make up a single panel's width when using railroaded fabric. This measurement is taken before the overlap and return side hems are folded.

The total amount of fabric folded around the back of the panel from the return side to form the return side hem. Standard practice uses a double-folded hem: the first dropdown is the first fold and the second dropdown is the second fold. Both folds are typically the same size. 1½ inches (40 mm) for each fold is the most common configuration.

The return is the distance the drapery projects from the wall to the front of the rod or track. This is determined by your mounting hardware and whether anything (such as a blind or shade) will sit behind the drapery. When in doubt, use a larger return rather than one that is too small. If mounting your drapery flat on the rod, the return and overlap should be the same size.

Select this option when fabricating a single panel that stacks to the right. This panel is designed to fit on a single rod, traverse track, or pole, and your project will consist of one panel only.

The rod width is the distance from where the drapery starts on the left to where it ends on the right. On a decorative rod, this does not include any exposed rod extending beyond the drapery on either side. On a traverse track, this is typically the exact face width of the track.

If you use an accounting or billing system that tracks projects by sales order or work order number, enter that number here. It will appear on your printed output and can help you match your pleating instructions to estimates, invoices, or shipping documents.

The seam allowance is the amount of fabric used when joining two fabric widths together. This is typically between ½ inch and 1 inch (15 mm to 25 mm), with ½ inch (15 mm) being standard. Use the same seam allowance for all seams in the panel, as the calculator applies a single value to all seam calculations.

A sidemark is any reference — a customer name, purchase order number, or other identifier — used to track a project through your workflow. Use it to match your pleating instructions to estimates, work orders, invoices, or shipping documents.

The number of fabric widths sewn together to make a single panel. Whether you are making a pair or a single stacking panel, always enter the number of widths for one panel only.

Enter your customer's name or project name. This information will appear on your printed output and will make it easier for you to manage your pleating projects. Entering a customer's name also makes it easier to locate saved data.

A sidemark is a reference number or a string of words used to track a project. A sidemark can be a customer's name, a purchase order number, or any other data that helps to identify a project. You can use this field to match your pleating instructions with an estimate, a work order, an invoice, or a shipping document. Use this field in conjunction with the Customer's Name input field to help you manage your pleating projects.

If you use an accounting or billing system that uses sales order numbers or work order numbers to track your projects, you can enter this information into the sales order field. The sales order number will appear on your printed output and can help you track your orders.

Entering the primary fabric's pattern will help reduce errors in the workroom. The fabric pattern that you enter here will display on your printed output and should be referenced and compared to your fabric's pattern before fabricating your drapery. The purpose of this field is to help reduce the possibility of cutting the wrong fabric when making your panels.

Entering the main color of your primary fabric will help reduce errors in the workroom. The color that you enter here will display on your printed output and should be referenced, and compared to your fabric, before fabricating your drapery. The purpose of this field is to help reduce the possibility of cutting the wrong fabric when fabricating your panels.

This calculator can provide pricing information for materials and labor along with the yardage calculations. If you set the value of this field to "Yes", you must provide input for all of the labor and pricing fields in order to receive accurate pricing information. If you do not wish to include pricing with your yardage calculations, set the value of this field to "No".

Choose this option if you are fabricating a pair of center opening panels designed to fit on a single rod or traverse track. When fabricating a pair, your project will consist of two panels.

Choose this option if you are fabricating a single left stacking panel designed to fit on a single rod, traverse track or pole. When fabricating a left stacking panel, your project will consist of one panel only.

Choose this option if you are fabricating a single right stacking panel designed to fit on a single rod, traverse track or pole. When fabricating a right stacking panel, your project will consist of one panel only.

Choose this option if you are fabricating lined drapery using non blackout lining.

Choose this option if you are fabricating lined drapery using a blackout lining.

Choose this option if you are fabricating lined drapery with an additional layer of interlining.

Choose this option if you are fabricating unlined drapery.

The rod width refers to the width of the rod, pole or traverse track measured from where the drapery will start on the left side to where the drapery will end on the right side. If using a decorative rod, this measurement does NOT include the amount of excess rod that may or may not exist to the left and right of the drapery. If using a ripplefold track, the rod width entry is typically the exact face width of the track.

The finished length is the measurement from the top of the assembled panel to the bottom of the assembled panel. The finished length is used to calculate the cut length for the panel.

The fabric width can be obtained by measuring the width of the fabric roll from the unfinished left edge to the unfinished right edge (selvage to selvage). If you plan on trimming off from the edges, measure the fabric width after you complete your trimming.

Most fabric manufacturers list the fabric's vertical repeat on a label attached to the fabric sample. If you don't have this information, you can contact the fabric company to obtain this information. Enter a zero (0) for solid fabrics and for fabrics without repeats, e.g. stripes.

The lining width can be obtained by measuring the width of the lining fabric roll from the unfinished left edge to the unfinished right edge (selvage to selvage). If you plan on trimming off from the edges, measure the fabric width after you complete your trimming.

The interlining width can be obtained by measuring the width of the interlining fabric roll from the unfinished left edge to the unfinished right edge (selvage to selvage). If you plan on trimming off from the edges, measure the fabric width after you complete your trimming.

The return size is the distance that the window treatment will project from the wall. To obtain this measurement, you'll need to know the type of mounting hardware that you will be using to hang the drapery and determine if anything else, such as a blind or a shade, will be behind the drapery. As a general rule, it is always better to have a longer return than a return that is too short.

If your project has more than one window with the exact same dimensions, and you wish to include calculations for multiple windows, you can do so by selecting the number of identical windows. If your project has multiple windows, but they are different sizes, you will have to calculate each window separately.

Check this box if you are fabricating panels with trim applied along the leading edge. When this box is checked, leading edge trim calculations will be included.

Check this box if you are fabricating panels with trim applied along the bottom edge. When this box is checked, bottom edge trim calculations will be included.

With ripple fold drapery, there are two different types of master carriers. Selecting the right master carrier for your project is important to the look and functionality of the window treatment. The two types of master carriers for ripple fold drapery are: the Overlap Master Carrier and the Butt Master Carrier. The overlap master carrier allows your drapery panels to overlap in the center for complete privacy, much in the same way that pleated drapery overlaps in the center. However, in order to accomplish the overlap, the fabric panels do not maintain the continuous flow of drapery folds where the two panels meet. Butt master carriers allow two drapery panels to "butt" together in the center and provide for continuous looking flow in the drapery folds. Because the drapery panels "butt together" and do not overlap each other, light may still pass through the center where the two panels butt up against each other.

The fullness determines how much body the window treatment will have in relation to the rod size or track size. When using lightweight fabric such as sheers or unlined drapery, you can use a higher fullness factor. When using heavier fabrics, or fabricating lined and interlined drapery, consider using a lower fullness. With ripple fold drapery, you can choose from one of four fullness factors: 60% (1.6 times fullness), 80% (1.8 times fullness), 100% (2 times fullness), 120% (2.2 times fullness). Keep in mind, depending on the fullness factor that you choose, you will need to purchase the appropriate carriers to match your fullness (60% fullness = 2 5/8" carrier spacing, 80% fullness = 2 3/8" carrier spacing, 100% fullness = 2 1/8" carrier spacing, 120% fullness = 1 7/8" carrier spacing). Regardless of your fullness, your button tape spacing will always remain the same.

Most seamless drapery fabrics are distributed on bolts that are wider than usual. The width of these fabrics are typically 118" (300 cm) or larger. When fabricating seamless drapery, you will need to treat the width of the fabric as the length. This is referred to as railroading. You cannot fabricate a panel using railroading when the cut length (finished length plus hems) is greater than the width of the fabric. When fabricating ripplefold using railroaded fabric, the fabric width is only used for reference and does not affect the yardage calculations. The instructions will tell you how much fabric to cut off your roll. Since the width becomes the length when railroading, you will need to make certain that you have enough width to form the top hems, bottom hems, and the finished length of your panel.

The total amount of fabric that will get folded around the back of the panel from the return side of the panel to form the return side hem. Standard practice calls for folding the fabric twice, resulting in a double folded hem. The first dropdown box is for the first fold, and the second dropdown box is for the second fold. Using normal fabrication methods, these two input fields are the same. 1 1/2 inches (40 mm) for the first fold and 1 1/2 inches (40 mm) for the second fold is the most common side hem configuration.

The total amount of fabric that will get folded around the back of the panel from the overlap (leading) side of the panel to form the overlap side hem. Standard practice calls for folding the fabric twice, resulting in a double folded hem. The first dropdown box is for the first fold, and the second dropdown box is for the second fold. Using normal fabrication methods, these two input fields are the same. 1 1/2 inches (40 mm) for the first fold and 1 1/2 inches (40 mm) for the second fold is the most common side hem configuration.

The total amount of fabric that will get folded down from the top of the panel to form the header. With ripplefold drapery, the top hem accommodates the button tape and creates a clean finished edge. Standard practice calls for folding the fabric twice, resulting in a double folded top hem. The first dropdown box is for the first fold, and the second dropdown box is for the second fold. 4 inches (100 mm) for the first fold and 4 inches (100 mm) for the second fold is the most common top hem configuration.

The total amount of fabric that will get folded up from the bottom of the panel to form the bottom hem. Standard practice calls for folding the fabric twice, resulting in a double folded bottom hem. The first dropdown box is for the first fold, and the second dropdown box is for the second fold. Using normal fabrication methods, these two input fields are the same. 4 inches (100 mm) for the first fold and 4 inches (100 mm) for the second fold is the most common bottom hem configuration.

The total amount of fabric that will get folded up from the bottom of the lining to form the lining's bottom hem. Standard practice calls for folding the fabric twice, resulting in a double folded bottom hem. The first dropdown box is for the first fold, and the second dropdown box is for the second fold. Using normal fabrication methods, these two input fields are the same. 2 inches (50 mm) for the first fold and 2 inches (50 mm) for the second fold is the most common bottom hem configuration for lining.

The total amount of fabric that will get folded up from the bottom of the interlining to form the interlining's bottom hem. Standard practice calls for folding the fabric twice, resulting in a double folded bottom hem. The first dropdown box is for the first fold, and the second dropdown box is for the second fold. Using normal fabrication methods, these two input fields are the same. 2 inches (50 mm) for the first fold and 2 inches (50 mm) for the second fold is the most common bottom hem configuration for interlining. Some fabricators do not hem the bottom of the interlining; instead, they surge the bottom of the interlining. If you are surging the bottom of the interlining, enter zero (0) for both folds.

The seam allowance is the amount of fabric that will be used to attach one fabric width to another. This number usually falls in the range of 1/2 inch to 1 inch (15mm to 25mm), with 1/2 inch (15mm) being standard. A single seam allowance number will be used for all calculations so be sure to sew all seams using the same seam allowance.

The cut length allowance is the amount of fabric that will be added to each cut length of the panel's main fabric, and is used to provide an additional cushion with the yardage calculations. This allowance is added to the cut length after the hems and vertical repeat have been taken into consideration. You can increase or decrease this amount to meet your needs.

The trim allowance is the amount of extra fabric added to each cut length to accommodate trim application. This provides a cushion in the yardage calculations for trim placement along the leading or bottom edges. You can increase or decrease this amount to meet your needs.

The lining cut length allowance is the amount of fabric that will be added to each cut length of lining and is used to provide an additional cushion with the yardage calculations. This allowance is added to the cut length after the hems have been taken into consideration. You can increase or decrease this amount to meet your needs.

The lining offset is the distance that the bottom of the lining will float above the bottom of the face fabric after the hems have been put in place. It is customary to lift the lining an inch or so above the bottom of the face fabric so that the lining fabric is not visible from the front. A typical setting for this field is 1 to 1 1/2 inches (25mm to 40mm).

The interlining offset is the distance that the bottom of the interlining will float above the bottom of the face fabric after the hems have been put in place. It is customary to lift the interlining an inch or so above the bottom of the face fabric so that the interlining fabric is not visible from the front. Be sure to enter a value that is equal to or greater than the lining offset otherwise the interlining will drop below the lining. A typical setting for this field is 2 to 2 1/2 inches (50mm to 65mm).

When joining lining material to a panel's face fabric, you have two options. The first option is to wrap your header into a double fold at the top of the face fabric and then slide the linings up into the double fold. Using this technique, the linings are sewn to the face fabric when the button tape is attached. The second option is to sew the face fabric and linings together at the top, and then sew the button tape on after the fabrics are sewn together. This technique is referred to as "pillowcasing" and uses a little less face fabric because there is no need for a double folded top hem. Setting the value of this input field to "Yes" will set the linings top hem value (seam allowance) to the face fabric top hem value (first fold) and will set the top hems second fold value to "0". Selecting "No" will require that you choose a double folded top hem for your face fabric; your linings will not have a top hem.

When fabricating ripplefold drapery panels, a special ripplefold tape (with buttons attached every 4 1/4") is applied to the top of the back side of each ripplefold panel. This tape is approximately one inch tall and comes on rolls of varying sizes. The industry standard for the button spacing on ripplefold tape is 4 1/4" measured from the center of one button to the center of the next nearest button. This value cannot be changed using this calculator.

There are a few common ripplefold overlap master carrier styles that our software works with. You will need to select the style that you are using for your project. The first style has one snap button on the side of the carrier and two snap buttons on the face of the carrier. For this type of carrier, two of the snap buttons replace two track carriers (one on the side and one on the face). The last snap button secures the overlap's leading edge to the carrier. The next style has one snap button on the side of the carrier and one snap button on the face of the carrier. This type of carrier is used when fabricating with a stiffener or a master carrier pocket. For this type of carrier, the two snap buttons replace two track carriers. The leading edge of the panel is attached using a stiffener or pocket attached behind the overlap leading edge. The third style has two snap buttons on the face of the carrier only. For this style carrier, one of these snap buttons replace one track carrier and the other button secures the overlap leading edge to the carrier.

If you are fabricating ripplefold drapery panels for use with an overlap master carrier, and the master carrier has two snap buttons on the face of the master carrier, you will need to enter the spacing between the two snap buttons on the face. The first button on the face of the master carrier is for the last factory snap (furthest from the leading edge of the fabric). The second snap button (closest to the leading edge of the fabric) is used to fasten the leading edge of the fabric panel to the master carrier. To obtain this value, measure the distance from the center of the first button to the center of the second button and enter this value rounded up to the nearest 1/8 of an inch. If you do not have two buttons on the face of the track, you can set this value to 0.

When using an overlap style master carrier, there will be either one or two snap buttons on the face of the master carrier (not including any snap buttons on the side of the carrier). Measure the distance from the center of the first snap button (button furthest from the leading edge of the drapery panel) to the end of the master carrier's face towards the leading edge of the ripplefold panel. This measurement will be the additional amount of fabric that is needed to cover the entire master carrier beyond the first snap button. If there are two snap buttons on the face of your track you can ignore the second button. When entering your value, you might want to add a little extra (1/4" or so) to be sure that the master carrier is completely hidden.

When fabricating with an overlap style master carrier, it is important that the calculator knows the exact amount that the master carrier will overlap the adjoining panel. This amount is not necessarily the total width of the overlap master carrier; this measurement is simply the portion of the master carrier that will actually overlap the adjoining panel. If you have the overlap master carriers in your possession, you can place the left and right carriers on your worktable so that the left carrier is overlapping the right carrier and then measure the actual overlap amount.

There are a few common ripplefold butt master carrier styles that our software works with. You will need to select the style that you are using for your project. The first style has one snap button on the inside of the carrier and one snap button on the face of the carrier. For this type of carrier, the inside snap button replaces one track carrier and the outside snap button replaces another track carrier and secures the overlap's leading edge to the butt carrier. The next style has one snap button on the inside of the carrier and two snap buttons on the face of the carrier. For this type of carrier, the inside snap button replaces one track carrier and the first outside snap button replaces another track carrier. The second face snap button secures the overlap's leading edge to the butt carrier. The third style has no snap buttons on the inside of the carrier and one snap button on the face of the carrier. For this type of carrier the outside snap button replaces one track carrier and secures the overlap's leading edge to the butt carrier. The fourth style has no snap buttons on the inside of the carrier and two snap buttons on the face of the carrier. For this type of carrier, the first outside snap button replaces one track carrier. The second face snap button secures the overlap's leading edge to the butt carrier.

When using a butt style master carrier, there will be either one or two snap buttons on the face of the master carrier (not including any snap buttons on the side of the carrier). Measure the distance from the center of the first snap button (button furthest from the leading edge of the drapery panel) to the end of the master carrier's face towards the leading edge of the ripplefold panel. This measurement will be the additional amount of fabric that is needed to cover the entire master carrier beyond the first snap button. If there are two snap buttons on the face of your track you can ignore the second button. When entering your value, you might want to add a little extra (1/4" or so) to be sure that the master carrier is completely hidden.

If you are fabricating ripplefold drapery panels for use with a butt master carrier, and the master carrier has two snap buttons on the face of the master carrier, you will need to enter the spacing between the two snap buttons on the face. The first button on the face of the master carrier is for the last factory snap button. The second snap button is used to fasten the leading edge of the fabric panel to the master carrier. To obtain this value, measure the distance from the center of the first button to the center of the second button and enter this value rounded up to the nearest 1/8 of an inch. If you do not have two buttons on the face of the track, you can set this value to 0.

There are a few common ripplefold end cap styles that our software works with. You will need to select the style that you are using for your project. The first style uses one of your standard carriers attached to a basic end cap to lock down the last factory snap button on the return side of your panel. For this type of end cap, no extra snap buttons will be required beyond the last factory snap button at the return leading edge. The next style uses one of your standard carriers attached to an end cap to lock down the last factory snap button on the return side of your panel. An additional snap button on the side of the track is then used to attach the ripplefold panel's return to the side of the track. For this type of end cap, one additional snap button will be required beyond the last factory snap button on your panel. The third style uses only one snap button on the side of the end cap to lock down the last factory snap button on your panel's return side. The fourth style uses two snap buttons on the side of the end cap. The first snap button locks down the last factory snap button on your panel's return side. One additional snap button is required to attach the return to the end cap.

If your end cap has two buttons on the side of the end cap (one for the last factory snap and one extra for the return), you will need to enter the spacing between the two buttons measured from the center of the first button to the center of the second button rounded up to the nearest 1/8". If your track does not have a second button, select zero (0) as your input. Note: if you select a return size greater than zero (0), the return size is the amount of fabric beyond the last factory snap at the return (the first snap closest to the track).

Enter your customer's name or project name. This information will appear on your printed output and will make it easier for you to manage your rod pocket projects. Entering a customer's name also makes it easier to locate saved data.

A sidemark is a reference number or a string of words used to track a project. A sidemark can be a customer's name, a purchase order number, or any other data that helps to identify a project. You can use this field to match your instructions with an estimate, a work order, an invoice, or a shipping document. Use this field in conjunction with the Customer's Name input field to help you manage your rod pocket projects.

If you use an accounting or billing system that uses sales order numbers or work order numbers to track your projects, you can enter this information into the sales order field. The sales order number will appear on your printed output and can help you track your orders.

Entering the primary fabric's pattern will help reduce errors in the workroom. The fabric pattern that you enter here will display on your printed output and should be referenced and compared to your fabric's pattern before fabricating your drapery. The purpose of this field is to help reduce the possibility of cutting the wrong fabric when making your panels.

Entering the main color of your primary fabric will help reduce errors in the workroom. The color that you enter here will display on your printed output and should be referenced, and compared to your fabric, before fabricating your drapery. The purpose of this field is to help reduce the possibility of cutting the wrong fabric when fabricating your panels.

This calculator can provide pricing information for materials and labor along with the yardage calculations. If you set the value of this field to "Yes", you must provide input for all of the labor and pricing fields in order to receive accurate pricing information. If you do not wish to include pricing with your yardage calculations, set the value of this field to "No".

Choose this option if you are fabricating a pair of center opening panels designed to fit on a single rod or pole. When fabricating a pair, your project will consist of two panels, each covering half the rod width plus the return and overlap.

Choose this option if you are fabricating a single left stacking panel designed to fit on a single rod or pole. When fabricating a left stacking panel, your project will consist of one panel only that spans the full rod width.

Choose this option if you are fabricating a single right stacking panel designed to fit on a single rod or pole. When fabricating a right stacking panel, your project will consist of one panel only that spans the full rod width.

Choose this option if you are fabricating lined drapery using non blackout lining. The lining will be attached to the face fabric and will hang inside the panel.

Choose this option if you are fabricating lined drapery using a blackout lining. Blackout lining blocks light more effectively than standard lining.

Choose this option if you are fabricating lined drapery with an additional layer of interlining. Interlining is a soft, thick material that adds body and insulating properties to the panel.

Choose this option if you are fabricating unlined drapery. Unlined panels are lighter and typically less expensive to fabricate.

Most seamless drapery fabrics are distributed on bolts that are wider than usual, typically 118" (300 cm) or larger. When fabricating seamless drapery, you will need to treat the width of the fabric as the length. This is referred to as railroading. You cannot use railroading when the cut length (finished length plus hems) is greater than the width of the fabric.

The header style determines the top treatment of the rod pocket panel. "Pocket Only" creates a clean rod pocket with no ruffle above the rod. "Pocket and Ruffle" adds an additional ruffle above the rod pocket for a decorative effect. The ruffle size determines how much fabric extends above the top of the rod.

The rod pocket size is the inside measurement of the finished rod pocket — the channel of fabric that the rod slides through. This value should be slightly larger than the diameter of the rod you are using. A rod pocket that is too tight will be difficult to thread and may damage the fabric; one that is too loose may not gather properly. Common rod pocket sizes range from 1" to 3" depending on the rod diameter.

The pocket turn up is the amount of fabric that is folded back behind the rod pocket to create a clean, finished back edge at the top of the pocket. This fold is sewn in place and forms the bottom seam of the rod pocket. Standard pocket turn ups are typically between 1/2" and 1". The pocket turn up is added to the rod pocket size to determine the total amount of fabric used in forming the pocket.

The header ruffle size is the height of the decorative ruffle that extends above the top of the rod pocket. This ruffle is created by allowing extra fabric to fold over the front of the rod after the panel is hung. The ruffle size is only used when the header style is set to "Pocket and Ruffle". Common ruffle sizes range from 1" to 4". This field is disabled when "Pocket Only" is selected.

Fullness is the ratio of fabric width to the rod width, and it determines how full and gathered the finished panel will appear. A fullness of 2.5x means the cut fabric width is 2.5 times the rod width. Higher fullness creates a richer, more gathered look but uses more fabric. Lower fullness creates a lighter, less gathered look. Common fullness values range from 2x to 3x. You can either select a fullness multiplier or specify widths per panel directly.

Instead of specifying a fullness multiplier, you can directly specify how many fabric widths to use per panel. This is useful when you want precise control over the number of fabric widths rather than a fullness ratio. When widths per panel is selected, the fullness field is disabled. This field is not available when using railroaded fabric.

The rod width refers to the width of the rod or pole measured from where the drapery will start on the left side to where the drapery will end on the right side. If using a decorative rod, this measurement does NOT include the amount of excess rod that may exist to the left and right of the drapery.

The finished length is the measurement from the top of the assembled panel to the bottom of the assembled panel. For rod pocket drapery, this is measured from the top of the rod pocket (not including the ruffle) to the bottom hem.

The fabric width can be obtained by measuring the width of the fabric roll from the unfinished left edge to the unfinished right edge (selvage to selvage). If you plan on trimming off from the edges, measure the fabric width after you complete your trimming.

Most fabric manufacturers list the fabric's vertical repeat on a label attached to the fabric sample. If you don't have this information, you can contact the fabric company to obtain this information. Enter a zero (0) for solid fabrics and for fabrics without repeats, e.g. stripes. The vertical repeat affects how much additional fabric is needed to match the pattern across widths.

The lining width can be obtained by measuring the width of the lining fabric roll from the unfinished left edge to the unfinished right edge (selvage to selvage). If you plan on trimming off from the edges, measure the fabric width after you complete your trimming.

The interlining width can be obtained by measuring the width of the interlining fabric roll from the unfinished left edge to the unfinished right edge (selvage to selvage). If you plan on trimming off from the edges, measure the fabric width after you complete your trimming.

The return size is the distance that the window treatment will project from the wall. To obtain this measurement, you'll need to know the type of mounting hardware you will be using and determine if anything else, such as a blind or shade, will be behind the drapery. For rod pocket drapery, the return is the amount of fabric that wraps around the end of the rod back to the wall.

If your project has more than one window with the exact same dimensions, and you wish to include calculations for multiple windows, you can do so by selecting the number of identical windows. If your project has multiple windows of different sizes, you will have to calculate each window separately.

Check this box if you are fabricating panels with trim applied along the leading (side) edge. When this box is checked, leading edge trim calculations will be included in the yardage output.

Check this box if you are fabricating panels with trim applied along the bottom edge. When this box is checked, bottom edge trim calculations will be included in the yardage output.

The return side hem is the total amount of fabric that gets folded around the back of the panel along the return edge to form a finished hem. Standard practice calls for folding the fabric twice to create a double-folded hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 1 1/2" for each fold (3" total) is the most common side hem configuration.

The overlap side hem is the total amount of fabric that gets folded around the back of the panel along the leading (center/overlap) edge to form a finished hem. Standard practice calls for folding the fabric twice to create a double-folded hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 1 1/2" for each fold (3" total) is the most common side hem configuration.

The bottom hem is the total amount of fabric folded up from the bottom of the face fabric to form the finished bottom of the panel. Standard practice calls for folding the fabric twice, resulting in a double-folded bottom hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 4 inches for the first fold and 4 inches for the second fold is the most common configuration.

The bottom lining hem is the amount of fabric folded up from the bottom of the lining to form the lining's finished bottom edge. Standard practice calls for a double-folded hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 2 inches for each fold is the most common configuration for lining.

The bottom interlining hem is the amount of interlining fabric folded up at the bottom edge. Standard practice calls for a double-folded hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 2 inches for each fold is common. Some fabricators choose to surge the interlining bottom edge instead of hemming — if so, enter zero (0) for both folds.

The seam allowance is the amount of fabric used to join one fabric width to another. This number usually falls in the range of 1/2" to 1" (15mm to 25mm), with 1/2" (15mm) being standard. A single seam allowance number will be used for all seams, so be sure to sew all seams using the same seam allowance.

The cut allowance is the amount of fabric added to each cut length of the panel's main fabric to provide an additional cushion in the yardage calculations. This allowance is added to the cut length after hems and vertical repeat have been taken into consideration. You can increase or decrease this amount to meet your needs.

The trim allowance is the amount of extra fabric added per cut length to accommodate trim application along the leading or bottom edges. This provides a cushion in the yardage calculations. You can increase or decrease this amount to meet your needs. This field is only active when trim on leading edge or trim on bottom edge is enabled.

The lining cut length allowance is the amount of fabric added to each cut length of lining to provide an additional cushion in the yardage calculations. This allowance is added to the cut length after the hems have been taken into consideration. You can increase or decrease this amount to meet your needs.

The lining offset is the distance that the bottom of the lining will float above the bottom of the face fabric after the hems have been put in place. It is customary to lift the lining slightly above the bottom of the face fabric so that the lining is not visible from the front. A typical setting for this field is 1 to 1 1/2 inches (25mm to 40mm).

The interlining offset is the distance that the bottom of the interlining will float above the bottom of the face fabric after the hems have been put in place. Be sure to enter a value that is equal to or greater than the lining offset, otherwise the interlining will drop below the lining. A typical setting for this field is 2 to 2 1/2 inches (50mm to 65mm).

When joining lining to the face fabric at the top, you have two options. The standard method wraps the header into a double fold at the top of the face fabric with the lining tucked inside. The pillowcase method sews the face fabric and lining together at the top before forming the rod pocket, using slightly less face fabric since no double fold is needed at the header. Setting this to "Yes" uses the pillowcase method; setting to "No" uses the standard double-fold header method.

Enter your customer's name or project name. This information will appear on your printed output and will make it easier for you to manage your cafe curtain projects. Entering a customer's name also makes it easier to locate saved data.

A sidemark is a reference number or a string of words used to track a project. A sidemark can be a customer's name, a purchase order number, or any other data that helps to identify a project. You can use this field to match your instructions with an estimate, a work order, an invoice, or a shipping document.

If you use an accounting or billing system that uses sales order numbers or work order numbers to track your projects, you can enter this information into the sales order field. The sales order number will appear on your printed output and can help you track your orders.

Entering the primary fabric's pattern will help reduce errors in the workroom. The fabric pattern that you enter here will display on your printed output and should be referenced and compared to your fabric's pattern before fabricating your curtains.

Entering the main color of your primary fabric will help reduce errors in the workroom. The color that you enter here will display on your printed output and should be referenced, and compared to your fabric, before fabricating your curtains.

This calculator can provide pricing information for materials and labor along with the yardage calculations. If you set the value of this field to "Yes", you must provide input for all of the labor and pricing fields in order to receive accurate pricing information. If you do not wish to include pricing with your yardage calculations, set the value of this field to "No".

The rod width refers to the width of the rod or tension rod measured from where the curtain will start on the left side to where it will end on the right side. For cafe curtains, the rod typically spans only the lower portion of the window opening. This measurement does NOT include any decorative rod finials.

The finished length is the measurement from the top of the assembled panel to the bottom of the assembled panel. For cafe curtains, this is typically the distance from just below the window sill divider rod or the lower portion of the window frame to the desired bottom of the curtain.

The fabric width can be obtained by measuring the width of the fabric roll from the unfinished left edge to the unfinished right edge (selvage to selvage). If you plan on trimming off from the edges, measure the fabric width after you complete your trimming.

Most fabric manufacturers list the fabric's vertical repeat on a label attached to the fabric sample. If you don't have this information, you can contact the fabric company to obtain this information. Enter a zero (0) for solid fabrics and for fabrics without repeats, e.g. stripes. The vertical repeat affects how much additional fabric is needed to match the pattern across widths.

If your project has more than one window with the exact same dimensions, and you wish to include calculations for multiple windows, you can do so by selecting the number of identical windows. If your project has multiple windows of different sizes, you will have to calculate each window separately.

Most seamless drapery fabrics are distributed on bolts that are wider than usual, typically 118" (300 cm) or larger. When fabricating seamless panels, you will need to treat the width of the fabric as the length. This is referred to as railroading. Railroading is not available when using widths per panel.

Fullness is the ratio of fabric width to the rod width, and it determines how gathered the finished curtain will appear. A fullness of 2.5x means the cut fabric width is 2.5 times the rod width. Higher fullness creates a richer, more gathered look but uses more fabric. Lower fullness creates a lighter, less gathered appearance. Common fullness values for cafe curtains range from 2x to 3x.

Instead of specifying a fullness multiplier, you can directly specify how many fabric widths to use per panel. This is useful when you want precise control over the number of fabric widths rather than a fullness ratio. When widths per panel is selected, the fullness field is disabled. This field is not available when using railroaded fabric.

The header style determines the top treatment of the cafe curtain panel. "Pocket Only" creates a clean rod pocket with no ruffle above the rod for a tailored look. "Pocket and Ruffle" adds a decorative ruffle above the rod pocket. The ruffle size setting controls how much fabric extends above the top of the rod to create the ruffle effect.

The header pocket size is the inside measurement of the finished rod pocket at the top of the panel — the channel of fabric that the rod slides through. This value should be slightly larger than the diameter of the rod you are using. A pocket that is too tight will be difficult to thread; one that is too loose may not gather properly. Common header pocket sizes range from 1" to 3".

The header pocket turn-up is the amount of fabric folded back behind the rod pocket to form a clean finished back edge at the top of the pocket. This fold is sewn in place and creates the bottom seam of the rod pocket. Standard turn-ups are typically between 1/2" and 1". The turn-up adds to the total fabric requirement for the header.

The header ruffle size is the height of the decorative ruffle that extends above the top of the rod pocket. This ruffle is created by allowing extra fabric to fold over the front of the rod after the curtain is hung. This field is only active when the header style is set to "Pocket and Ruffle". Common ruffle sizes range from 1" to 4".

The footer style determines the bottom treatment of the cafe curtain panel. "Hemmed, No Pocket" creates a standard hemmed bottom with no rod pocket. "Pocket Only" adds a bottom rod pocket for a tension rod, allowing the curtain to be stretched taut between a top and bottom rod. "Pocket and Ruffle" adds a bottom rod pocket with a decorative ruffle below it.

The footer pocket size is the inside measurement of the finished rod pocket at the bottom of the panel. This value should be slightly larger than the diameter of the bottom tension rod. This field is only active when the footer style includes a pocket. Common footer pocket sizes range from 1" to 3".

The footer pocket turn-down is the amount of fabric folded behind the bottom rod pocket to form a clean finished edge. This fold is sewn in place and creates the top seam of the footer pocket. Standard turn-downs are typically between 1/2" and 1". This field is only active when the footer style includes a pocket.

The footer ruffle size is the height of the decorative ruffle that extends below the bottom rod pocket. This ruffle drops down from the bottom of the curtain when the panel is hung on a bottom tension rod. This field is only active when the footer style is set to "Pocket and Ruffle".

The footer hem is the total amount of fabric folded up from the bottom of the panel to form the finished bottom edge. Standard practice calls for a double-folded hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. This field is only active when the footer style is set to "Hemmed, No Pocket".

The left side hem is the total amount of fabric folded around the back of the panel along the left edge to form a finished hem. Standard practice calls for folding the fabric twice to create a double-folded hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 1 1/2" for each fold is the most common configuration.

The right side hem is the total amount of fabric folded around the back of the panel along the right edge to form a finished hem. Standard practice calls for folding the fabric twice to create a double-folded hem. The first dropdown is for the first fold, and the second dropdown is for the second fold. 1 1/2" for each fold is the most common configuration.

The seam allowance is the amount of fabric used to join one fabric width to another. This number usually falls in the range of 1/2" to 1" (15mm to 25mm), with 1/2" (15mm) being standard. A single seam allowance number will be used for all seams, so be sure to sew all seams using the same seam allowance.

The cut allowance is the amount of fabric added to each cut length of the panel's main fabric to provide an additional cushion in the yardage calculations. This allowance is added to the cut length after hems and vertical repeat have been taken into consideration. You can increase or decrease this amount to meet your needs.

Select the face fabric you are using for this project from your saved materials list. EZ Pleating will use the fabric's price per yard together with the calculated yardage to determine the total material cost for the face fabric.

Select the lining fabric for this project from your saved materials list. EZ Pleating will use the lining's price per yard together with the calculated lining yardage to determine the total lining material cost. This field appears only when the lining option is enabled.

Select the interlining for this project from your saved materials list. EZ Pleating will use the interlining's price per yard together with the calculated interlining yardage to determine the total interlining material cost. This field appears only when the interlining option is enabled.

Select the trim you are using for this project from your saved materials list. EZ Pleating will use the trim's price per yard together with the calculated trim yardage to determine the total trim material cost. This field appears only when a trim option is enabled.

Select the button tape for this ripplefold project from your saved materials list. Button tape is the woven tape with evenly spaced snap buttons that attaches the drapery panel to the ripplefold track carriers. EZ Pleating uses the button tape's price per yard together with the calculated yardage to determine the total button tape material cost.

The cost of the material per yard. This value is stored with each material in your materials list and is used to calculate the total material cost for a project. You can add a new material and its price per yard directly from the pricing section of the calculator.

Your labor charge per fabric width for an unlined drapery panel. This is the base rate used to calculate the widths labor cost when no lining or interlining is included. EZ Pleating multiplies this rate by the total number of fabric widths in the project to arrive at the total labor cost for widths.

Your labor charge per fabric width for a lined drapery panel. This rate is used instead of the unlined rate when a lining is included in the project. It is typically higher than the unlined rate to account for the additional labor involved in attaching and finishing the lining.

Your labor charge per fabric width for an interlined drapery panel. This rate is used when both a lining and an interlining are included in the project. It is typically the highest of the three per-width rates to account for the additional labor required to hand-pad or machine-attach the interlining.

Your labor charge per fabric width for this style of drapery. EZ Pleating multiplies this rate by the total number of fabric widths in the project to calculate the total widths labor cost.

An additional labor charge per width applied on top of the base price per width to account for the extra time and skill required by a specific pleat style. Each pleat style — such as box pleat, pinch pleat, goblet pleat, or euro pleat — can have its own upcharge rate. The upcharge is added to the base price per width and multiplied by the total number of widths.

An additional labor charge per width applied when the panel includes a ruffled header. Ruffled headers require extra fabric and additional sewing time to gather or pleat the header section, so this upcharge accounts for that added work. EZ Pleating multiplies this rate by the total number of widths to calculate the total ruffled header labor cost.

An additional labor charge per width applied when the panel includes a ruffled footer. Like the ruffled header charge, this rate accounts for the extra gathering and sewing required at the bottom of the panel. EZ Pleating multiplies this rate by the total number of widths to calculate the total ruffled footer labor cost.

Your labor charge per running foot for applying trim to a drapery panel. This rate is used to calculate the trim labor cost based on the total feet of trim used across all panels in the project. It applies to both side trim and bottom trim when either is included.

A flat surcharge added to the labor cost when a drapery panel is made from only a single width of fabric. Single-width panels often require more precision and proportionally more labor per panel than multi-width panels, and this upcharge allows you to account for that difference in your pricing.

The fabric width — typically 54 inches — that your base labor rates are calibrated to. EZ Pleating uses this as a stand-in for the fabric width when calculating the cost per width for railroaded panels, since railroaded fabric does not have a conventional fabric width.

A set of tiered upcharges that increase the labor cost when a fabric width exceeds a specified threshold. You can define multiple tiers, each with a minimum width size and an associated upcharge per width. When a project's fabric width meets or exceeds a tier's minimum size, that upcharge is added to each width's labor cost. Width tiers allow you to charge more for wider fabrics that require additional handling and fabrication time.

A set of tiered upcharges that increase the labor cost when a panel's finished length exceeds a specified threshold. You can define multiple tiers, each with a minimum length and an associated upcharge per width. When a project's finished length meets or exceeds a tier's minimum, that upcharge is added to each width's labor cost. Length tiers allow you to charge more for very long panels that require proportionally more time and effort to fabricate.

Additional charges that can be added to a project estimate outside of materials and labor. Each custom fee has a name, a charge amount, and a billing unit that determines how the fee is applied. Custom fees are useful for capturing costs such as shipping, rush charges, installation fees, or any other project-specific expense. The total of all custom fees is shown separately in the estimate and included in the overall project total.

Determines how a custom fee is multiplied when calculating its total charge. Available units are: Per Window (multiplied by the total number of windows), Per Panel (multiplied by the total number of panels), Per Width (multiplied by the total number of fabric widths), Per Rod Width (multiplied by the rod width in feet), Per Length (multiplied by the finished length in feet), and Per Project (a flat fee applied once regardless of quantity).

The sum of all material costs in the project, including face fabric, lining, interlining, trim, and button tape where applicable. Each material cost is calculated by multiplying the material's price per yard by the yardage required for the project.

The sum of all labor costs in the project, including the base widths labor, any pleat style or header/footer upcharges, oversize width and length upcharges, and trim labor where applicable.

The sum of all custom fees applied to the project. This section only appears when at least one custom fee has been configured. Each fee's total is calculated by multiplying its charge amount by the appropriate billing unit quantity.

The grand total for the project, calculated by adding the Total Materials Estimate, the Total Labor Estimate, and the Total Fees Estimate together. This is the overall price you would charge for fabricating the drapery project based on your configured pricing settings.