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The calculated coordinates, by definition, are the point's (vector) displacement from the origin. Divide the coordinates by the magnitude of this displacement, $\sqrt{a^2 + b^2}$ (which is some number less than $1$), and you'll arrive at the point midway between the two points, on the unit circle.

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Assign each line segment a parameter interval $[t_i, t_{i+}]$. So first step would be to look at $t$ and determine which interval applies e.g. $[t_3, t_4] = [0.75,1.00]$ and then do the interpolation on that segment.

Note: To convert $(x, y)$ to this form, you want $x = 2t/(1+t^2)$ and $y = (1-t^2)/(1+t^2)$. Assuming that $x^2+y^2 = 1$ and the point is in the first quadrant, we get $x(1+t^2)=2t$ or $t^2x-2t+x=0$. Solving $t =\frac{2\pm \sqrt{4-4x^2}}{2x} =\frac{1\pm \sqrt{1-x^2}}{x} $. Since $0 \le x \le 1$, we must choose the negative square root to ensure $0 \le t \le 1$. Since $x^2+y^2 = 1$, $\sqrt{1-x^2} =\sqrt{y^2} = y $. Therefore, $t = \frac{1-y}{x} $. If $x=0$, set $t = 0$.

I'm trying to produce movement on a unit circle from one point to another in equal increments, but I'm having trouble doing this without the use of angles (which isn't an option).

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The interpolation you want is a linear interpolation of the angle (which is identical to the arclength for the unit circle): $$ \phi = \phi_a (1-t)+\phi_b t $$ which could involve segments of length more than $\pi$. If the shortest path is wanted, one needs to modify the above.

To take advantage of the promo, simply go to the ‘Coupons’ tab in the app, tap on the ‘Flame-Grilled $1.65 Burger’ coupon and select ‘Use Coupon.’ You can also use the code ‘HAR65’ at checkout.

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The first is calculated via $\arctan(x)$ the second via $\cos(x)$ and $\sin(x)$ or one of them replaced by the square root function.

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For the given example, $a=(1,0)$, $b=(0,1)$ and $c=(1,1)$. Then you would take the point $c/\sqrt{2}=\left(\frac{1}{\sqrt{2}},\frac{1}{\sqrt{2}}\right)$.

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The deal is available at “participating restaurants” on pick-up and internal delivery orders. You can download the Harvey’s app on iOS and Android.

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Given 2 points on a unit circle, a from position and a to position, how do I interpolate between the two positions given an amount to interpolate by t?

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If you have restrictions on using trigonometric functions and their inverses, then you probably have more restrictions (maybe even no floating point arithmethic). We would need more information on them, to give useful advice. E.g. using symmetry and a lookup table for $\cos$ for the first $1/8$th of the circle might fail due to having not much memory etc.

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If you have two points, $a=(a_x,a_y)$ and $b=(b_x,b_y)$, then take their sum $c=(a_x+b_x,a_y+b_y)$. Then your point could be $\frac{c}{\|c\|}$ where $\|c\|=\sqrt{c_x^2+c_y^2}$.

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Between April 1st and 7th, you can get a Harvey’s Original or Veggie Burger for $1.65 through the Canadian fast food chain’s mobile app. For context, the Original and Veggie Burger normally cost around $6.19 each (pricing varies by region).

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We've got $1.65 Original burgers until April 7 and it's NO JOKE. Only on the app. Coupon is loaded in your wallet or use the code HAR65 to redeem ?

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This calculator is a tool. These calculations are based upon theoretical values and are only intended for planning purposes. Actual results will vary.

If you are willing to use nonlinear interpolation, you can use the old standby of $\left(\frac{2t}{1+t^2}, \frac{1-t^2}{1+t^2}\right) $ for $0 \le t \le 1$. Since $(2t)^2+(1-t)^2 =(1+t)^2 $, this goes on the circle from $(0, 1)$ to $(1, 0)$ as $t$ goes from $0$ to $1$.

If you know the coordinates of the two points in Cartesian coordinates $(x_1, y_1), (x_2, y_2)$, then find the midpoint $(a,b)$ of the line segment joining them:

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The promotion comes in celebration of the 65th anniversary of Harvey’s; the burger joint’s first location opened on April 1st, 1959 in Richmond Hill, Ontario.

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This would only need in advance calculation and storage of the segement end points, e.g. $5$ points for the image above with $4$ segments. If you use symmetry only about half of the points are needed.