From 42e4c4aef0096b983bc907fdd91b981917f30d6c Mon Sep 17 00:00:00 2001
From: Theodore Kruczek <theodore.kruczek@gmail.com>
Date: Tue, 16 Jan 2024 21:20:15 -0500
Subject: [PATCH] test: :adhesive_bandage: fix type in test

---
 test/coordinate/ITRF.test.ts | 26 +++++++++++++-------------
 1 file changed, 13 insertions(+), 13 deletions(-)

diff --git a/test/coordinate/ITRF.test.ts b/test/coordinate/ITRF.test.ts
index 854fe08..74032c6 100644
--- a/test/coordinate/ITRF.test.ts
+++ b/test/coordinate/ITRF.test.ts
@@ -1,4 +1,4 @@
-import { Earth, EpochUTC, ITRF, Kilometers, Vector3D } from './../../src/main';
+import { Earth, EpochUTC, ITRF, Kilometers, KilometersPerSecond, Vector3D } from './../../src/main';
 // Generated by CodiumAI
 
 describe('ITRF', () => {
@@ -14,7 +14,7 @@ describe('ITRF', () => {
     itrf = new ITRF(
       epochUtc,
       new Vector3D<Kilometers>(1000 as Kilometers, 2000 as Kilometers, 3000 as Kilometers),
-      new Vector3D(10 as Kilometers, 20 as Kilometers, 30 as Kilometers),
+      new Vector3D(10 as KilometersPerSecond, 20 as KilometersPerSecond, 30 as KilometersPerSecond),
     );
   });
 
@@ -56,7 +56,7 @@ describe('ITRF', () => {
     itrf = new ITRF(
       epochUtc,
       new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, 0 as Kilometers),
-      new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, 0 as Kilometers),
+      new Vector3D(0 as KilometersPerSecond, 0 as KilometersPerSecond, 0 as KilometersPerSecond),
     );
     expect(itrf.toJ2000()).toMatchSnapshot();
   });
@@ -66,7 +66,7 @@ describe('ITRF', () => {
     const itrf = new ITRF(
       epochUtc,
       new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, Earth.radiusPolar),
-      new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, 0 as Kilometers),
+      new Vector3D(0 as KilometersPerSecond, 0 as KilometersPerSecond, 0 as KilometersPerSecond),
     );
 
     expect(itrf.toJ2000()).toMatchSnapshot();
@@ -79,7 +79,7 @@ describe('ITRF', () => {
     const itrf = new ITRF(
       epochUtc,
       new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, -Earth.radiusPolar as Kilometers),
-      new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, 0 as Kilometers),
+      new Vector3D(0 as KilometersPerSecond, 0 as KilometersPerSecond, 0 as KilometersPerSecond),
     );
 
     itrf.position = new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, -Earth.radiusPolar as Kilometers);
@@ -93,7 +93,7 @@ describe('ITRF', () => {
     const itrf = new ITRF(
       epochUtc,
       new Vector3D<Kilometers>(Earth.radiusEquator, 0 as Kilometers, 0 as Kilometers),
-      new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, 0 as Kilometers),
+      new Vector3D(0 as KilometersPerSecond, 0 as KilometersPerSecond, 0 as KilometersPerSecond),
     );
 
     // Test height
@@ -114,7 +114,7 @@ describe('ITRF', () => {
     const itrf = new ITRF(
       epochUtc,
       new Vector3D<Kilometers>(0 as Kilometers, Earth.radiusEquator, 0 as Kilometers),
-      new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, 0 as Kilometers),
+      new Vector3D(0 as KilometersPerSecond, 0 as KilometersPerSecond, 0 as KilometersPerSecond),
     );
 
     expect(itrf.name).toMatchSnapshot();
@@ -130,7 +130,7 @@ describe('ITRF', () => {
     const itrf = new ITRF(
       epochUtc,
       new Vector3D<Kilometers>(0 as Kilometers, (Earth.radiusEquator + 1000) as Kilometers, 0 as Kilometers),
-      new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, 0 as Kilometers),
+      new Vector3D(0 as KilometersPerSecond, 0 as KilometersPerSecond, 0 as KilometersPerSecond),
     );
 
     expect(itrf.height).toMatchSnapshot();
@@ -144,7 +144,7 @@ describe('ITRF', () => {
     const itrf = new ITRF(
       epochUtc,
       new Vector3D<Kilometers>(0 as Kilometers, (Earth.radiusEquator - 10) as Kilometers, 0 as Kilometers),
-      new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, 0 as Kilometers),
+      new Vector3D(0 as KilometersPerSecond, 0 as KilometersPerSecond, 0 as KilometersPerSecond),
     );
 
     expect(itrf.height).toMatchSnapshot();
@@ -158,7 +158,7 @@ describe('ITRF', () => {
     const itrf = new ITRF(
       epochUtc,
       new Vector3D(0 as Kilometers, 0 as Kilometers, Earth.radiusEquator),
-      new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, 0 as Kilometers),
+      new Vector3D(0 as KilometersPerSecond, 0 as KilometersPerSecond, 0 as KilometersPerSecond),
     );
 
     // Test the height property
@@ -179,7 +179,7 @@ describe('ITRF', () => {
     const itrf = new ITRF(
       epochUtc,
       new Vector3D<Kilometers>(0 as Kilometers, -Earth.radiusEquator as Kilometers, 0 as Kilometers),
-      new Vector3D<Kilometers>(0 as Kilometers, 0 as Kilometers, 0 as Kilometers),
+      new Vector3D(0 as KilometersPerSecond, 0 as KilometersPerSecond, 0 as KilometersPerSecond),
     );
 
     expect(itrf.name).toMatchSnapshot();
@@ -193,7 +193,7 @@ describe('ITRF', () => {
   // can handle position at different epochs
   it('should handle position at different epochs', () => {
     const position = new Vector3D<Kilometers>(1000 as Kilometers, 2000 as Kilometers, 3000 as Kilometers);
-    const velocity = new Vector3D<Kilometers>(10 as Kilometers, 20 as Kilometers, 30 as Kilometers);
+    const velocity = new Vector3D(10 as KilometersPerSecond, 20 as KilometersPerSecond, 30 as KilometersPerSecond);
     const epoch1 = EpochUTC.fromDateTime(exampleDate);
     const epoch2 = EpochUTC.fromDateTime(new Date(exampleDate.getTime() + 1000));
     const itrf1 = new ITRF(epoch1, position, velocity);
@@ -223,7 +223,7 @@ describe('ITRF', () => {
     const itrf = new ITRF(
       epochUtc,
       new Vector3D<Kilometers>(1000 as Kilometers, 2000 as Kilometers, 3000 as Kilometers),
-      new Vector3D<Kilometers>(10 as Kilometers, 20 as Kilometers, 30 as Kilometers),
+      new Vector3D(10 as KilometersPerSecond, 20 as KilometersPerSecond, 30 as KilometersPerSecond),
     );
 
     expect(() => itrf.toClassicalElements()).toThrow();