fit adviser

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The Fit advisor takes 6 basic body dimensions and using customizable formulae will convert those dimensions to bicycle frame geometry. Available outputs have always included crank length, seat tube length, saddle height and rider compartment among others. In <a href=\"https://www.bikecad.ca/version_17\">BikeCAD 17.5</a>, we now have the option to calculate values for <a href=\"https://www.bikecad.ca/stack\">Stack</a> and <a href=\"https://www.bikecad.ca/reach\">Reach</a>, Handlebar from BB in X and Y coordinates, <a href=\"https://www.bikecad.ca/front_center\">front center</a>, head tube length as well as BB to hands. The program does not at this point include actual formulas for these new outputs, but you can develop your own to reflect your own fitting philosophy in the Customize dialog box. Here, you can also choose different body measurement schemes or use your own image to define your very own body measurement scheme.","","1","0","1","0","bcurry");

$newArticleNode = $this->createLogoNode("1","Rider Anatomy Tabs (The difference between the two)","20339","","1367166035","1468909220","1468909220","1367166035","rider_anatomy_tabs","In the <a title=\"Fit Advisor\" href=\"https://bikecad.ca/fit_advisor\" target=\"_self\">Fit Advisor</a> section of the Rider dialog box, you will see two tabs labeled Rider Anatomy.<img title=\"Rider Anatomy section\" src=\"https://www.bikecad.ca/faqFiles/rider_anatomy_tab1.png\" alt=\"Rider Anatomy section\" width=\"860\" height=\"429\" />By clicking on the Rider anatomy tab highlighted in red in the figure above, we leave the <a title=\"Fit Advisor\" href=\"https://www.bikecad.ca/fit_advisor\" target=\"_self\">Fit advisor</a> section and move into a section in which we can enter detailed body measurements to directly control the stick figure representation of the rider.  BikeCAD does not use these dimensions to recommend appropriate frame geometry for a given rider.  However, the frame designer may use this stick figure model as a visual aid in designing a bicycle using their own judgement and expertise.Meanwhile, the Rider anatomy tab grouped in with the rest of the tabs in the Recommended sizing section of the <a title=\"Fit Advisor\" href=\"https://www.bikecad.ca/fit_advisor\" target=\"_self\">Fit advisor</a>, shown below, leads to a set of non-editable fields.  These fields are non-editable because they are calculated approximations for the size of the rider based on formulas which can be modified as described at: <a title=\"Approximating rider anatomy dimensions\" href=\"https://www.bikecad.ca/customizing_fit_advisor_2_rider_anatomy\" target=\"_self\">bikecad.ca/customizing_fit_advisor_2_rider_anatomy</a>.  If the Apply to BikeCAD model button is clicked when the Rider anatomy tab is chosen, BikeCAD will take the six body measurements entered in the <a title=\"Fit Advisor\" href=\"https://www.bikecad.ca/fit_advisor\" target=\"_self\">Fit advisor</a> section and calculate approximations for the more detailed body measurements listed in the Rider Anatomy section.  Again, these more detailed body measurements are not used by BikeCAD to recommend appropriate frame geometry.  In the context of the <a title=\"Fit Advisor\" href=\"https://www.bikecad.ca/fit_advisor\" target=\"_self\">Fit advisor</a> they are only there to give an approximate representation of a rider to accompany the bicycle which will be changing based on formula involving the six basic body measurements entered in the <a title=\"Fit Advisor\" href=\"https://www.bikecad.ca/fit_advisor\" target=\"_self\">Fit advisor</a>.<img title=\"Rider Anatomy section\" src=\"https://www.bikecad.ca/faqFiles/rider_anatomy_tab2.png\" alt=\"Rider Anatomy section\" width=\"860\" height=\"429\" />","","1","0","1","0","bcurry");

$newArticleNode = $this->createLogoNode("1","Fit Advisor: Customizing Fit Formulas","1942","","1319319335","1468887553","1468887553","1319319335","customizing_fit_formulas","For years, bicycle frame builders have used mathematical formulas to calculate appropriate bicycle geometry for a rider based on the rider's body measurements.
Some examples of how body measurements are taken by different builders are shown below.
<img src=\"https://www.bikecad.ca/faqFiles/rider_measurement_styles.png\" width=\"800\" height=\"245\" alt=\"Rider measurement styles\" title=\"Rider measurement styles\" class=\"blackborder\">
<div style=\"clear:both;\"></div>
<img src=\"https://www.bikecad.ca/faqFiles/squarebuilt_rider.png\" width=\"287\" height=\"210\" alt=\"Rider measurement style\" title=\"Rider measurement style\" class=\"blackborder floright\" />For convenience, the three measurement diagrams above are included in <a href=\"https://www.bikecad.ca/bikecadpro\">BikeCAD Pro</a>. However, <a href=\"https://www.bikecad.ca/bikecadpro\">BikeCAD Pro</a> users can add their own images to the <a href=\"https://www.bikecad.ca/fit_advisor\">Fit Advisor</a> as described <a href=\"https://www.bikecad.ca/customizing_fit_advisor\">here</a>. An example of a customized measurement diagram is shown to the right.
<div style=\"clear:both;\"></div>
If you would like to develop your own formulas for the <a href=\"https://www.bikecad.ca/fit_advisor\">Fit Advisor</a> or modify the default formulas that are already there, start by selecting up to six body measurements to use as the basis for your fit scheme. In establishing these body measurements, be sure to reference anatomical body landmarks that will be repeatable for a variety of riders.
Next, find one or more riders that are already comfortable with their bike fits. By measuring these riders using our selected measurement scheme and then measuring the frame geometry of their current bikes, we'll be able to develop a fit scheme that would duplicate the fit of those riders when applied to other riders of different body dimensions.
<img src=\"https://www.bikecad.ca/faqFiles/ridergraphic.gif\" width=\"277\" height=\"245\" alt=\"Rider measurement style\" title=\"Rider measurement style\" class=\"blackborder floright\">
As an example, let's assume that we're going to use the measuring scheme on the left.
Let's assume that we've already measured a rider with an inseam of 32.5\" and that we've also measured their saddle height and found it to be 720mm. Because this rider is very comfortable with their saddle height, we'd like to determine the ratio between the rider's saddle height and their inseam length so that we can apply that ratio to the inseam length of other riders thereby determining an appropriate saddle height for them.
To determine the ratio, we must first convert the 32\" inseam length to millimeters. This is done by multiplying 32.5\" by 25.4. The equation would be:   32.5 * 25.4 = 825.5The ratio of saddle height to inseam length would then be:   720 / 825.5 = 0.872
<div style=\"clear:both;\"></div>
The ratio calculated above would be entered into the <a href=\"https://www.bikecad.ca/customizing_fit_advisor\">Fit Advisor customization screen</a> as shown below:
<img src=\"https://www.bikecad.ca/faqFiles/saddle_height_formula.png\" width=\"623\" height=\"31\" alt=\"Saddle height formula\" title=\"Saddle height formula\" class=\"blackborder\">
The above formula calculates saddle height based on a single body dimension. Saddle height could alternatively be calculated from a combination of body dimensions. Dimension D (the femur length in this example) might also be factored in.
To demonstrate how more than one body dimension could be used to calculate a single bicycle dimension, consider a formula for <a href=\"https://www.bikecad.ca/rider_compartment\">rider compartment</a>. Because rider compartment is a measure of the distance between the saddle and the handlebars, it is reasonable to assume that this dimension should be a function of a rider's torso length and arm length.
Let's assume that we are still developing formulas based on the measurement diagram above. The above diagram does not have a single measurement for torso. Instead, torso length could be calculated by subtracting dimension C from B.
Ultimately, if we'd like to calculate a value for <a href=\"https://www.bikecad.ca/rider_compartment\">rider compartment</a> based on equal contributions from the rider's torso length and arm length. Our formula will need to be of the form:
   x * B - x * C + x * E = rider compartment
Since x represents the ratio by which we'll be multiplying body dimensions B, C and E to obtain the recommended value for rider compartment, we can rearrange the equation to solve for x. The resulting equation would be:
   x = rider compartment / (B - C + E)
Again, since we already have a benchmark rider with known body dimensions and we have measured the <a href=\"https://www.bikecad.ca/rider_compartment\">rider compartment</a> on that rider's bike, we can substitute values for <a href=\"https://www.bikecad.ca/rider_compartment\">rider compartment</a>, as well as B, C and E to solve the equation. Assuming our calculated value for x was 0.52 the resulting <a href=\"https://www.bikecad.ca/fit_advisor\">Fit Advisor</a> formula would be entered as shown below:
<img src=\"https://www.bikecad.ca/faqFiles/rider_compartment_formula.png\" width=\"657\" height=\"32\" alt=\"Saddle height formula\" title=\"Saddle height formula\" class=\"blackborder\">
Ideally, your final <a href=\"https://www.bikecad.ca/fit_advisor\">Fit Advisor</a> formula would be obtained by averaging the calculated ratios from a number of benchmark riders and their respective bicycles.
Over time, you may feel the need to develop several more specific fit schemes. For example one fit scheme might cater to elite road racers, while another scheme might be more suitable for recreational road riders.
In developing BikeCAD Pro, the focus has been on creating a system where builders can apply their own fitting philosophies in an automated way. There is no expectation that builders will take the default values in the BikeCAD Pro Fit Advisor as gospel. Still, it is hoped that the default <a href=\"https://www.bikecad.ca/fit_advisor\">Fit Advisor</a> values will yield good geometry for a wide range of riders. Therefore, if you have feedback or suggestions to improve the Fit Advisor in <a href=\"https://www.bikecad.ca/bikecadpro\">BikeCAD Pro</a> it would be great if you could share your thoughts in the BikeCAD <a href=\"https://www.bikecad.ca/forum/5\">Forum</a>.","","1","0","1","0","bcurry");

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The <a href=\"https://www.bikecad.ca/fit_advisor\">Fit advisor</a> is capable of calculating recommended values for several dimensions. A sample of some of those dimensions is shown below:

<IMG SRC=\"https://www.bikecad.ca/faqFiles/fitadvisordimensions.png\" width=\"800\" height=\"511\" ALT=\"Fit advisor dimensions\" TITLE=\"Fit advisor dimensions\">

When applying these dimensions to the BikeCAD model, one should be careful to apply them in the correct order. Some dimensions can be applied at any time. These dimensions include
crank length, handlebar width, stem length and <a href=\"https://www.bikecad.ca/customizing_fit_advisor_2_rider_anatomy\">rider anatomy</a>. Other dimensions should only be set after other dimensions have been applied. For example, the <a href=\"https://www.bikecad.ca/saddle_height\">saddle height</a> should be set before applying the <a href=\"https://www.bikecad.ca/rider_compartment\">rider compartment</a> or <a href=\"https://www.bikecad.ca/handlebar_drop\">handlebar drop</a> as these two dimensions locate the handlebars relative to the saddle position.
<a href=\"https://www.bikecad.ca/saddle_setback\">Saddle setback</a> should also only be applied after the <a href=\"https://www.bikecad.ca/saddle_height\">saddle height</a>. Similarly, the <a href=\"https://www.bikecad.ca/seat_tube_length\">seat tube length</a> should be set before the <a href=\"https://www.bikecad.ca/effective_top_tube_length\">effective top tube length</a>.
If the fit advisor is setup to calculate values for both <a href=\"https://www.bikecad.ca/effective_top_tube_length\">effective top tube length</a> and <a href=\"https://www.bikecad.ca/handlebar_drop\">handlebar drop</a>, be aware that these two dimensions can each alter one another when applied. However, if you alternately apply each dimension and repeat, they will generally converge on accurate values for each dimension.


Because the <a href=\"http://www.bikecad.ca/rider_compartment\">rider compartment</a> dimension and the <a href=\"http://www.bikecad.ca/effective_top_tube_length\">effective top tube length</a> dimension both affect the length of the frame, it is not recommended that they be used together within a single fit scheme as one dimension will just override the other.

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To customize how the Fit advisor translates the 6 basic body dimensions into the more complex dimensions of the rider that can be shown on the BikeCAD model, click View >> Customize (or ALT-V, ALT-C). This will launch the Customization dialog box. Choose the Fit advisor tab and then the Fit advisor >> Rider anatomy tab shown below:

If you do not wish to display a tab for converting Fit advisor dimensions to Rider anatomy dimensions, you can uncheck the Include tab in fit advisor check box.
<IMG SRC=\"https://www.bikecad.ca/faqFiles/fitadvisor_to_rider_anatomy.png\" width=\"565\" height=\"600\" ALT=\"Fit advisor >> Rider anatomy\" TITLE=\"Fit advisor >> Rider anatomy\">

Each of the rider anatomy dimensions is calculated as a function of the six basic body dimensions.


Owners of BikeCAD Pro are free to change these formula. If a different means of measuring the six basic body dimensions is used as below, then these formula will definitely have to be changed.

<TABLE><TR><TD><IMG SRC=\"https://www.bikecad.ca/faqFiles/ridergraphic.gif\" width=\"277\" height=\"245\" class=\"blackborder\"></TD>
<TD> </TD><TD>
<IMG SRC=\"https://www.bikecad.ca/faqFiles/ridergraphic2.gif\" width=\"277\" height=\"245\" class=\"blackborder\"></TD></TR></TABLE>

When saved, the Fit advisor settings are stored in the directory BikeCAD Pro\configuration. The file is called fit_advisor.xml. If you feel that your Fit advisor settings are better than the default values, I'd love to <A HREF=\"https://www.bikecad.ca/contact\">hear from you</A>.
Through feedback from other users, the fit_advisor.xml file should evolve to produce optimal fit for the majority of riders. The most current file can be downloaded from here: <A HREF=\"https://www.bikecad.ca/faqFiles/fit_advisor.xml\">fit_advisor.xml</A>.

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When using the Fit advisor, one does not need to enter all of the six basic body dimensions. All but one of the dimensions could be unchecked to allow BikeCAD to approximate the missing dimensions. The formula used to calculate missing dimensions can be tweaked by clicking View >> Customize (or ALT-V, ALT-C). This will launch the Customization dialog box. Choose the Fit advisor tab and then the Approximate missing dimensions tab shown below:

<div style=\"padding:10px; clear: both;\"></div>
<IMG SRC=\"https://www.bikecad.ca/faqFiles/approximate_missing_dims.png\" width=\"493\" height=\"315\" ALT=\"Approximating missing dimensions\" TITLE=\"Approximating missing dimensions\" class=\"center\" />
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The Fit Advisor recommends frame and component geometry for a given rider. You can find this option by clicking on the Rider icon <img src=\"https://www.bikecad.ca/faqFiles/RIDER.png\" class=\"blackborder\" width=\"24\" height=\"24\" alt=\"Rider icon\" title=\"Rider icon\"> in the top toolbar.
To start, choose a Fit scheme and a gender. The choice of fit schemes can be customized in BikeCAD Pro using the <A HREF=\"https://www.bikecad.ca/customizing_fit_advisor\">Fit advisor tab</A> in the Customize dialog box.

<IMG SRC=\"https://www.bikecad.ca/faqFiles/choose_fit_scheme.gif\" width=\"308\" height=\"118\" ALT=\"Choose fit scheme\" TITLE=\"Choose fit scheme\" style=\"float: left; margin-right: 10px;\" />
Next, fill in the rider's body measurements (Dimensions A - F). These measurements can be entered in mm or in inches. If you are not able to take all of the measurements, you can unselect the ones that you don't have. BikeCAD will approximate these values for your selected gender based on ratios set in the <A HREF=\"https://www.bikecad.ca/fit_advisor_missing_dims\">Approximate missing dimensions tab</A> in the Customize dialog box. Some may choose to change these settings based on the demographic of their customer base.

Next, click the Calculate button. <IMG SRC=\"https://www.bikecad.ca/faqFiles/calculate_button.gif\" width=\"104\" height=\"26\" ALT=\"Calculate button\" TITLE=\"Calculate button\">

<img src=\"https://www.bikecad.ca/faqFiles/recommended_sizing.png\" width=\"328\" height=\"273\" class=\"blackborder\" ALT=\"Recommended Sizing\" TITLE=\"Recommended Sizing\" style=\"float: right; margin: 0 0 10px 10px;\" />

BikeCAD will then provide a number of recommendations for component and frame dimensions. Go through the tabs to read each one. If you click the Apply to BikeCAD model button, the Fit Advisor will apply the dimension from the current tab to the BikeCAD model.
When applying the recommended dimensions to the frame geometry, take note of <A HREF=\"https://www.bikecad.ca/fit_advisor_dims\">these guidelines for applying Fit advisor dimensions in the correct order</A>.


These recommended dimensions are based on formulas defined in the <A HREF=\"https://www.bikecad.ca/customizing_fit_advisor\">Fit advisor tab</A> in the Customize dialog box. Owners of BikeCAD Pro are free to change these formulas. They can even develop their own formulas that will relate to a completely different set of body measurements. The default, as well as some sample alternative measurement schemes are shown below.

<TABLE><TR>
<TD><IMG SRC=\"https://www.bikecad.ca/faqFiles/ridergraphic.gif\" width=\"277\" height=\"245\" ALT=\"Body measurements for bike fit\" TITLE=\"Body measurements for bike fit\" class=\"blackborder\"></TD>
<TD> </TD>
<TD><IMG SRC=\"https://www.bikecad.ca/faqFiles/ridergraphic2.gif\" width=\"277\" height=\"245\" ALT=\"Body measurements for bike fit\" TITLE=\"Body measurements for bike fit\" class=\"blackborder\"></TD>
<TD> </TD>
<TD><IMG SRC=\"https://www.bikecad.ca/faqFiles/ridergraphic3.gif\" ALT=\"Body measurements for bike fit\" TITLE=\"Body measurements for bike fit\" width=\"277\" height=\"245\" class=\"blackborder\"></TD>
</TR></TABLE>
Note that the Fit advisor formula need not be based on body measurements. The formula could just as well convert readings from a size cycle into frame geometry.
<img src=\"https://www.bikecad.ca/faqFiles/fit_advisor_size_cycle.gif\" width=\"277\" height=\"245\" ALT=\"Size cycle dimensions\" TITLE=\"Size cycle dimensions\" class=\"blackborder\">

The Fit Advisor can also approximate the more comprehensive dimensions that drive the parametric model of the rider shown in the BikeCAD model. These approximations are based on ratios that are set in the 
<A HREF=\"https://www.bikecad.ca/customizing_fit_advisor_2_rider_anatomy\">Fit advisor >> Rider anatomy tab</A> in the Customize dialog box. Owners of BikeCAD Pro are free to change these ratios.


Below is a video describing the Fit Advisor.

<div class=\"video-container\"><iframe width=\"800\" height=\"480\" src=\"https://www.youtube.com/embed/isEIDyRXOPs\" frameborder=\"0\" allowfullscreen></iframe></div>","","1","0","1","0","bcurry");

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To customize the Fit advisor click on View >> Customize (or ALT-V, ALT-C). This will launch the Customization dialog box. Choose the Fit advisor tab shown below:

<IMG SRC=\"https://www.bikecad.ca/faqFiles/customize_fit_advisor1.png\" width=\"800\" height=\"808\" ALT=\"Fit advisor customization\" TITLE=\"Fit advisor customization\">

The Show fit formulas check box determines whether or not the fit formulas will be visible in the Fit advisor.


Use the Number of fit schemes text field to set the number of fit schemes that you would like to define. If you change the number to a smaller value than what is currently set, BikeCAD will ignore the last few fit schemes when saving your Fit advisor settings. If you change the number
to a larger value than what is currently set, you will need to click the Save settings (Fit advisor) button and then close down BikeCAD. Only after launching BikeCAD again, will you have all of the fields required to define your desired number of fit schemes.


The \"Calculate values in increments of\" section determines whether or not to round the resulting calculations. For example, standard cranks are only available in increments of 2.5mm. Therefore, cranks should be displayed in increments of 2.5mm.


The rest of this dialog box is dedicated to defining the actual fit advisor formulas. The name of each fitting scheme is listed above the corresponding formulas. You needn't retain the default fitting schemes of Cyclocross, MTB, Road and Time trial. You could instead choose to fit according to other standards (Elite, sport, recreational, etc).


Each fitting scheme can have its own measurement diagram. The image file describing the measurements to be taken should be selected from the drop down menu next to the name of the scheme. The three default images are shown below. Note that while it is always recommended that BikeCAD Pro users tweak the formula in the Fit advisor to suit their own fitting philosophy, it is imperative that the formula be changed if a different measurement diagram is selected as the default formula are only intended to be applied based on the default measurement diagram.
<TABLE><TR><TD><IMG SRC=\"https://www.bikecad.ca/faqFiles/ridergraphic.gif\" width=\"277\" height=\"245\" class=\"blackborder\"></TD>
<TD> </TD><TD><IMG SRC=\"https://www.bikecad.ca/faqFiles/ridergraphic2.gif\" width=\"277\" height=\"245\" class=\"blackborder\"></TD>
<TD> </TD><TD>
<IMG SRC=\"https://www.bikecad.ca/faqFiles/ridergraphic3.gif\" width=\"277\" height=\"245\" class=\"blackborder\"></TD></TR></TABLE>

If you'd like to use your own measurement diagram represented by an image file that you created yourself, you can place that image file in the directory: BikeCAD Pro\configuration\FIT_ADVISOR_IMG\ along with the other available image files shown above. The image file can be in GIF, JPG, PNG, or BMP format.


The formulas are created by multiplying some of the six basic body dimensions by various factors to calculate the output values listed on the right hand side of each row.
For example, the first line would result in the formula Crank length=0.21×C. Where C is inseam.

The third line would result in the formula
Seat tube length (c-c)=0.65×C-50.

There is information about formulating your own equations for the Fit Advisor <a href=\"https://www.bikecad.ca/customizing_fit_formulas\">here</a>.
If you do not wish to calculate a recommended value for any given dimension, just unselect the check box on the left hand side of that row to disable the dimension. The fit advisor will not display a tab for that dimension under that particular fit scheme. If you set up formula for both effective top tube length and
rider compartment, be aware that these two dimensions will generally override one another if used in the same fit scheme. It is therefore recommended that you calculate values for stem and effective top tube length, or stem and rider compartment, but not stem, effective top tube length and rider compartment at once.


When saved, the Fit advisor settings are stored in the directory BikeCAD Pro\configuration. The file is called fit_advisor.xml. If you feel that your Fit advisor settings are better than the default values, I'd love to <A HREF=\"https://www.bikecad.ca/contact\">hear from you</A>.
Through feedback from other users, the fit_advisor.xml file should evolve to produce optimal fit for the majority of riders. The most current file can be downloaded from here: <A HREF=\"https://www.bikecad.ca/faqFiles/fit_advisor.xml\">fit_advisor.xml</A>.


The following video describes the process of customizing the Fit Advisor.

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