Update index.html

Author: Gmac4247

index.html

@@ -641,13 +641,32 @@ <h4 style="font-size:160%;margin:7px">Trigonometry</h4>
   "deg": 90.0
 },
 
- 
+"rad(1.555)": {
+  "sin": 0.999,
+  "cos": 0.044,
+  "tan": 22.9,
+  "deg": 87.5
+},
+	
+"rad(1.536)": {
+  "sin": 0.998,
+  "cos": 0.063,
+  "tan": 15.9,
+  "deg": 86.4
+},
+
+"rad(1.509)": {
+  "sin": 0.996,
+  "cos": 0.089,
+  "tan": 11.2,
+  "deg": 84.9
+},
+	
 "rad(1.467)": {
   "sin": 0.991,
   "cos": 0.131,
   "tan": 7.596,
   "deg": 82.5
-  
 },
 
 "rad(1.409)": {
@@ -657,27 +676,214 @@ <h4 style="font-size:160%;margin:7px">Trigonometry</h4>
   "deg": 79.265
 },
 
-
 "rad(1.4)": {
   "sin": 0.981,
   "cos": 0.195,
   "tan": 5.027,
   "deg": 78.750
-  
 },
 
 "rad(1.355)": {
   "sin": 0.971,
   "cos": 0.238,
   "tan": 4.084,
   "deg": 76
-    
 },
 
+"rad(1.333)": {
+  "sin": 0.966,
+  "cos": 0.259,
+  "tan": 3.732,
+  "deg": 75
+},
+
+"rad(1.295)": {
+  "sin": 0.956,
+  "cos": 0.295,
+  "tan": 3.244,
+  "deg": 73
+},
+
+"rad(1.253)": {
+  "sin": 0.943,
+  "cos": 0.334,
+  "tan": 2.822,
+  "deg": 70.5
+},
+
+"rad(1.2)": {
+  "sin": 0.924,
+  "cos": 0.383,
+  "tan": 2.414,
+  "deg": 67.50
+},
+
+"rad(1.124)": {
+  "sin": 0.893,
+  "cos": 0.450,
+  "tan": 2.414,
+  "deg": 65.6
+},
+
+"rad(1.067)": {
+  "sin": 0.866,
+  "cos": 0.5,
+  "tan": 1.732,
+  "deg": 60
+},
+
+"rad(1.021)": {
+  "sin": 0.843,
+  "cos": 0.538,
+  "tan": 1.566,
+  "deg": 57.4
+},
+
+"rad(0.984)": {
+  "sin": 0.823,
+  "cos": 0.569,
+  "tan": 1.447,
+  "deg": 55.4
+},
+
+"rad(0.954)": {
+  "sin": 0.805,
+  "cos": 0.593,
+  "tan": 1.359,
+  "deg": 53.7
+},
+
+"rad(0.929)": {
+  "sin": 0.791,
+  "cos": 0.612,
+  "tan": 1.291,
+  "deg": 52.2
+},
+
+"rad(0.908)": {
+  "sin": 0.778,
+  "cos": 0.628,
+  "tan": 1.238,
+  "deg": 51
+},
+
+"rad(0.89)": {
+  "sin": 0.767,
+  "cos": 0.642,
+  "tan": 1.196,
+  "deg": 50
+},
+
+"rad(0.876)": {
+  "sin": 0.758,
+  "cos": 0.652,
+  "tan": 1.162,
+  "deg": 49.3
+},
+
+"rad(0.864)": {
+  "sin": 0.75,
+  "cos": 0.661,
+  "tan": 1.134,
+  "deg": 48.6
+},
+
+"rad(0.854)": {
+  "sin": 0.743,
+  "cos": 0.669,
+  "tan": 1.111,
+  "deg": 48
+},
+
+"rad(0.845)": {
+  "sin": 0.738,
+  "cos": 0.675,
+  "tan": 1.093,
+  "deg": 47.5
+},
+
+"rad(0.832)": {
+  "sin": 0.729,
+  "cos": 0.685,
+  "tan": 1.065,
+  "deg": 46.8
+},
+
+"rad(0.816)": {
+  "sin": 0.823,
+  "cos": 0.696,
+  "tan": 1.032,
+  "deg": 45.9
+},
+
+"rad(0.8)": {
+  "sin": 0.707,
+  "cos": 0.707,
+  "tan": 1,
+  "deg": 45.0
+},
+
+"rad(0.091)": {
+  "sin": 0.089,
+  "cos": 0.996,
+  "tan": 0.089,
+  "deg": 5.1
+},
+
+"rad(0.064)": {
+  "sin": 0.063,
+  "cos": 0.998,
+  "tan": 0.063,
+  "deg": 3.6
+},
+
+"rad(0.045)": {
+  "sin": 0.044,
+  "cos": 0.999,
+  "tan": 0.044,
+  "deg": 2.5
+},
+
+"rad(0.032)": {
+  "sin": 0.031,
+  "cos": 0.9995,
+  "tan": 0.031,
+  "deg": 1.8
+},
+
+"rad(0.023)": {
+  "sin": 0.022,
+  "cos": 0.99975,
+  "tan": 0.022,
+  "deg": 1.3
+},
+  
+"rad(0.016)": {
+  "sin": 0.016,
+  "cos": 0.9999,
+  "tan": 0.016,
+  "deg": 0.9
+},
+  
+"rad(0.011)": {
+  "sin": 0.011,
+  "cos": 0.99997,
+  "tan": 0.011,
+  "deg": 0.6
+},
+
+"rad(0.008)": {
+  "sin": 0.008,
+  "cos": 0.99997,
+  "tan": 0.008,
+  "deg": 0.45
+}  
 
 }
 
+
 	// Helper: Finds closest rad(x) match for given function (sin or cos)
+	
  function findClosestRad(value, funcType) {
   let closestKey = null;
   let minDiff = Infinity;
@@ -697,7 +903,7 @@ <h4 style="font-size:160%;margin:7px">Trigonometry</h4>
 
 
   if (closestKey) {
-    const approxVal = trig[closestKey][funcType].value?.approx ?? trig[closestKey][funcType].value;
+    const approxVal = trig[closestKey][funcType].value;
     return `${funcType}(${closestKey}) ≈ ${approxVal}`;
   }
  }
@@ -713,7 +919,7 @@ <h4 style="font-size:160%;margin:7px">Trigonometry</h4>
 
   // Case 1: Exact match
   if ([radKey] && [radKey].sin) {
-    return `sin(${x}) ≈ ${trig[radKey].sin.value?.approx ?? trig[radKey].sin.value}`;
+    return `sin(${x}) ≈ ${trig[radKey].sin}`;
   }
 
   // Case 2A: 1.6 > x > 0.8 OR 0.1 > x > 0
@@ -728,7 +934,7 @@ <h4 style="font-size:160%;margin:7px">Trigonometry</h4>
     const reflected = (1.6 - x).toFixed(3);
     const reflectedKey = `rad(${reflected})`;
     if (trig[reflectedKey] && trig[reflectedKey].cos) {
-      return `sin(${x}) ≈ cos(${reflected}) ≈ ${trig[reflectedKey].cos.value?.approx ?? trig[reflectedKey].cos.value}`;
+      return `sin(${x}) ≈ cos(${reflected}) ≈ ${trig[reflectedKey].cos}`;
     }
     const closest = findClosestRad(reflected, 'cos');
     return `sin(${x}) ≈ cos(${reflected}) ≈ ${closest}`;
@@ -746,7 +952,7 @@ <h4 style="font-size:160%;margin:7px">Trigonometry</h4>
 
 // Case 1: Exact match
   if (trig[radKey] && trig[radKey].cos) {
-    return `cos(${x}) ≈ ${trig[radKey].cos.value?.approx ?? trig[radKey].cos.value}`;
+    return `cos(${x}) ≈ ${trig[radKey].cos}`;
   }
 
   // Case 2A: 1.6 > x > 0.8 OR 0.1 > x > 0
@@ -761,7 +967,7 @@ <h4 style="font-size:160%;margin:7px">Trigonometry</h4>
     const reflectedKey = `rad(${reflected})`;
 
     if (trig[reflectedKey] && trig[reflectedKey].sin) {
-      return `cos(${x}) ≈ sin(${reflected}) ≈ ${trig[reflectedKey].sin.value?.approx ?? trig[reflectedKey].sin.value}`;
+      return `cos(${x}) ≈ sin(${reflected}) ≈ ${trig[reflectedKey].sin}`;
     }
 
     const closest = findClosestRad(reflected, 'sin');
@@ -779,7 +985,7 @@ <h4 style="font-size:160%;margin:7px">Trigonometry</h4>
 
   // Case 1: Exact match
   if (trig[radKey] && trig[radKey].tan) {
-    return `tan(${x}) ≈ ${trig[radKey].tan.value?.approx ?? trig[radKey].tan.value}`;
+    return `tan(${x}) ≈ ${trig[radKey].tan}`;
   }
 
   // Case 2A: 1.6 > x > 0.8 OR 0.1 > x > 0
@@ -794,7 +1000,7 @@ <h4 style="font-size:160%;margin:7px">Trigonometry</h4>
   const reflectedKey = `rad(${reflected})`;
 
   if (trig[reflectedKey] && trig[reflectedKey].tan) {
-    const reflectedTan = parseFloat(trig[reflectedKey].tan.value?.approx ?? trig[reflectedKey].tan.value);
+    const reflectedTan = parseFloat(trig[reflectedKey].tan);
     return `tan(${x}) ≈ 1 / tan(${reflected})`;
   }
 
@@ -2263,44 +2469,6 @@ <h6 style="font-size:160%;margin:7px">Area of a circle</h6>
 <br>
 <br>
 <br>
-<h18 style="margin-top:24px;">Test section</h18>
-
-
-<label for="atan-input">Enter a value (e.g. 2):</label>
-<input type="number" id="atan-input" value="2" step="any" style="margin:8px;" />
-<button onclick="testQueryAtan()">Run Test</button>
-
-<pre id="atan-output" style="padding:12px; background:#eee; margin-top:12px;"></pre>
-
-<script>
-  
-  function testQueryAtan() {
-    const input = parseFloat(document.getElementById('atan-input').value);
-    const output = document.getElementById('atan-output');
-    output.innerText = '';
-
-    if (isNaN(input)) {
-      output.innerText = '⚠️ Invalid input.';
-      return;
-    }
-
-    try {
-      const match = findClosestValueMatch(input, 'tan');
-
-      output.innerText += `🔍 Looking for tan ≈ ${input}\n\n`;
-
-      if (!match) {
-        output.innerText += `⚠️ No match found for tan ≈ ${input}`;
-        return;
-      }
-
-      output.innerText += `🗝️ Best match key: ${match.angle}\n`;
-      output.innerText += `📐 Approximated tan: ${match.approx}`;
-    } catch (err) {
-      output.innerText = '⚠️ Error during query:\n' + err.message;
-    }
-  }
-</script>
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 <p style="margin:12px;">® All rights reserved</p>
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