Updated timing test timings

.gitea/workflows/Merge-Checker.yaml

@@ -41,7 +41,7 @@ jobs:
           mkdir -p unit-tests/timing-results
           if [ -x build/unit-tests/matrix-timing-tests ]; then
             echo "Running matrix-timing-tests with timing"
-            /usr/bin/time -v build/unit-tests/matrix-timing-tests -d yes &> unit-tests/timing-results/matrix-timing-tests.txt
+            ./build/unit-tests/matrix-timing-tests -d yes &> unit-tests/timing-results/matrix-timing-tests.txt
             cat unit-tests/timing-results/matrix-timing-tests.txt
           else
             echo "matrix-timing-tests executable not found or not executable"

README.md

@@ -2,11 +2,8 @@
 This matrix math library is focused on embedded development and avoids any heap memory allocation unless you explicitly ask for it.
 It uses templates to pre-allocate matrices on the stack.
 
-# Building
+There are still several operations that are works in progress such as:
-1. Initialize the repositiory with the command:
+- Add a function to calculate eigenvalues/vectors
-```bash
+- Add a function to compute RREF
-cmake -S . -B build -G Ninja
+- Add a function for SVD decomposition
-```
+- Add a function for LQ decomposition
-
-2. Go into the build folder and run `ninja`
-3. That's it. You can test out the build by running `./unit-tests/matrix-tests`

unit-tests/timing-results/matrix-timing-tests.txt

@@ -1,35 +1,34 @@
-Running matrix-timing-tests with timing
+Randomness seeded to: 1788535470
-Randomness seeded to: 3567651885
+1.985 s: Addition
-1.857 s: Addition
+1.986 s: Timing Tests
-1.857 s: Timing Tests
+1.946 s: Subtraction
-1.788 s: Subtraction
+1.946 s: Timing Tests
-1.788 s: Timing Tests
+1.925 s: Multiplication
-1.929 s: Multiplication
+1.925 s: Timing Tests
-1.929 s: Timing Tests
+1.348 s: Scalar Multiplication
-1.268 s: Scalar Multiplication
+1.348 s: Timing Tests
-1.268 s: Timing Tests
+1.953 s: Element Multiply
-1.798 s: Element Multiply
+1.953 s: Timing Tests
-1.798 s: Timing Tests
+2.020 s: Element Divide
-1.802 s: Element Divide
+2.020 s: Timing Tests
-1.803 s: Timing Tests
+1.534 s: Minor Matrix
-1.553 s: Minor Matrix
+1.534 s: Timing Tests
-1.554 s: Timing Tests
+1.096 s: Determinant
-1.009 s: Determinant
+1.096 s: Timing Tests
-1.009 s: Timing Tests
+4.582 s: Matrix of Minors
-4.076 s: Matrix of Minors
+4.583 s: Timing Tests
-4.076 s: Timing Tests
+1.150 s: Invert
-1.066 s: Invert
+1.150 s: Timing Tests
-1.066 s: Timing Tests
+1.325 s: Transpose
-1.246 s: Transpose
+1.325 s: Timing Tests
-1.246 s: Timing Tests
+2.388 s: Normalize
-2.284 s: Normalize
+2.388 s: Timing Tests
-2.284 s: Timing Tests
+0.055 s: GET ROW
-0.606 s: GET ROW
+0.056 s: Timing Tests
-0.606 s: Timing Tests
+2.494 s: GET COLUMN
-24.629 s: GET COLUMN
+2.495 s: Timing Tests
-24.630 s: Timing Tests
+6.163 s: QR Decomposition
-3.064 s: QR Decomposition
+6.163 s: Timing Tests
-3.064 s: Timing Tests
 ===============================================================================
 test cases: 1 | 1 passed
 assertions: - none -