fixies in the focus script. now properly handling MCM02 screen

.resources/48ae4f700f82d75778261331ebc0848ab285fd14c13ba71fd535e1f387cef569

@@ -33,7 +33,7 @@
     "covert": true,
     "dpm_view_path": "autStand/Custom_Views/Enternet-Windows/DPMS/DPM Devices/MCM02/NCS1_1_DPM1",
     "fc": "BNA8",
-    "rotation": "0deg",
+    "rotation": "270deg",
     "show_dpm_device_view": true,
     "show_dpm_view": true
   },

.resources/4ab778b6f27a4461f23e0c7f71c2e2cd28041fc6685746b3672b800774dfe0a8

@@ -82,7 +82,6 @@ def source_id_lookup(self, source_id):
         return
 
     page_id = global_project_page_ids.get(source_id)
-    system.perspective.print(page_id)
 		
     if page_id:
         navigate_to_url(self, source_id, page_id)

.resources/4c21f91131d4f5f30e95919eaf3dd0c1315bcd0a69e7f9b7a5dd95e31a6183d7

@@ -1,18 +1,35 @@
 def calculateFocus(self, child, scale=1.7):
+    """
+    Hybrid focusing:
+      - MCM01: precise per-rotation affine for (dx, dy)  (unchanged)
+      - MCM02: search-style mapping:
+          * 0°/180°: strong horizontal (dx from x,y), dy very gentle (clamped)
+          * 90°/270°: dx = 0, dy from x (fits your left/right anchors)
+    """
 
-    # Read rotation
+    # --- rotation ---
     try:
         rot = int(str(self.session.custom.rotation).replace("deg", "")) % 360
     except:
         rot = 0
 
-    # Device normalized coords (0..1)
+    # --- child coords ---
-    x = float(child.position.x)
+    try:
-    y = float(child.position.y)
+        x = float(child.position.x)
-#    system
+        y = float(child.position.y)
+        w = float(child.position.width)
+    except:
+        system.perspective.print("Invalid position data on child component.")
+        return {"x": 0, "y": 0, "scale": scale}
 
-    # Per-rotation affine coefficients (dx, dy)
+    # --- zone ---
-    COEFFS = {
+    try:
+        zone = child.props.params.tagProps[0].split("/")[1]
+    except:
+        zone = "MCM01"
+
+    # ======== MCM01 (your proven mapping, unchanged) ========
+    COEFFS_MCM01 = {
         0:   dict(ax= 956.86984,  bx=-1853.94329, cx= -17.57191,
                   ay= 124.82245,  by= -191.28916, cy= 227.58568),
         90:  dict(ax=-601.58230,  bx= -218.90739, cx=1466.46475,
@@ -23,23 +40,65 @@ def calculateFocus(self, child, scale=1.7):
                   ay=-1341.88064, by= 1615.55073, cy= 142.77638),
     }
 
-    c = COEFFS.get(rot, COEFFS[0])
+    # ======== MCM02 (fit from your new table) ========
 
-    dx = c['ax'] + c['bx']*x + c['cx']*y
+    # 0°:  dx ≈ a + b*x + c*y  (LS fit on: left/right/center/top/bottom)
-    dy = c['ay'] + c['by']*x + c['cy']*y
+    _M2_DX_0 = dict(a= 691.72633028, b=-1788.01433165, c= 295.57517840)
+    # dy kept light & clamped around center (use a small gain around 0.5)
+    def _m2_dy0(y):
+        dy = 320.0 * (0.5 - y)       # gentle bias
+        return max(min(dy, 120.0), -120.0)
 
-    # Keep your wide-device tweak if you still want it (optional)
+    # 180°: dx ≈ a + b*x + c*y
+    _M2_DX_180 = dict(a=-730.66959977, b= 1680.89494266, c= -70.52210472)
+    def _m2_dy180(y):
+        dy = 200.0 * (y - 0.5)       # tiny bias
+        return max(min(dy, 80.0), -80.0)
+
+    # 90°:  dx = 0, dy ≈ A + B*x  (two-point fit from left/right; matches your sheet well)
+    _M2_DY_90_A = 278.8
+    _M2_DY_90_B = -1663.6   # ~ from (left 215.88) → (right -1213.52)
+    # 270°: dx = 0, dy ≈ A + B*x
+    _M2_DY_270_A = -1284.8
+    _M2_DY_270_B =  1686.1   # ~ from (left -1221.17) → (right 227.06)
+
+    # ======== compute (dx, dy) ========
+    if zone == "MCM01":
+        c = COEFFS_MCM01.get(rot, COEFFS_MCM01[0])
+        dx = c["ax"] + c["bx"] * x + c["cx"] * y
+        dy = c["ay"] + c["by"] * x + c["cy"] * y
+
+    else:  # ------- MCM02 (search-style) -------
+            if   rot == 0:
+                dx = _M2_DX_0["a"] + _M2_DX_0["b"] * x + _M2_DX_0["c"] * y
+                dy = _m2_dy0(y)
+            elif rot == 180:
+                dx = _M2_DX_180["a"] + _M2_DX_180["b"] * x + _M2_DX_180["c"] * y
+                dy = _m2_dy180(y)
+            elif rot == 90:
+                dx = 0.0
+                dy = _M2_DY_90_A + _M2_DY_90_B * x
+            elif rot == 270:
+                dx = 0.0
+                dy = _M2_DY_270_A + _M2_DY_270_B * x
+            else:
+                dx, dy = 0.0, 0.0
+    
+            # --- slight downward shift for flat rotations ---
+            if rot in (0, 180):
+                dy -=50
+
+    # ======== wide device tweak (unchanged) ========
     try:
-        deviceWidthPixels = float(child.position.width) * 1850.0
+        deviceWidthPixels = float(w) * 1850.0
+        if deviceWidthPixels > 1200:
+            scale = max(scale, 1.8)
+            dy -= 100
     except:
-        deviceWidthPixels = 0.0
+        pass
-    if deviceWidthPixels > 1200:
-        scale = 1.8
-        dy -= 100
 
     return {"x": dx, "y": dy, "scale": scale}
 
-
 def deviceType(self, path, props):
     try:
         docked_view = "Docked-East-"
@@ -76,8 +135,7 @@ def deviceType(self, path, props):
 
 
 def handleTagHighlight(view, currentValue):
-	tagAndPriority = str(currentValue.value
+	tagAndPriority = str(currentValue.value or "")
- or "")
 	container = view.rootContainer.getChildren()[0]
 	
 	# --- CASE 1: Remove all highlights by applying CLEAR class ---
@@ -91,9 +149,7 @@ def handleTagHighlight(view, currentValue):
 	            
 	        except:
 	            pass
-	    return False
+	    return 
-	
-	
 	    
 	if "||" not in tagAndPriority:
 		return

.resources/be7eb49ea05dfc053fd810fa656ca5ebfd4a9d74f45276440666535c75ad22bc

@@ -1,8 +1,8 @@
 {
   "custom": {
-    "scale": 1,
+    "scale": 1.7,
     "x": 0,
-    "y": 0
+    "y": -505.882352941
   },
   "params": {
     "controls": {
@@ -399,7 +399,7 @@
         "position": {
           "height": 0.0324,
           "width": 0.0182,
-          "x": 0.1025
+          "x": 0.0811
         },
         "propConfig": {
           "meta.visible": {
@@ -649,8 +649,8 @@
       "name": "root"
     },
     "position": {
-      "x": -0.3026,
+      "x": 0.0177,
-      "y": -0.0454
+      "y": 0.0972
     },
     "props": {
       "mode": "percent",

BNA8_autStand/com.inductiveautomation.perspective/session-props/resource.json

@@ -9,8 +9,8 @@
   "attributes": {
     "lastModification": {
       "actor": "admin",
-      "timestamp": "2025-11-07T09:08:37Z"
+      "timestamp": "2025-11-10T08:23:52Z"
     },
-    "lastModificationSignature": "6a0c7ce1d755d49b45b6489b852bca4e290f2e672b178c72d710c24c0e7dd09e"
+    "lastModificationSignature": "655d54ec57f4bfefbde0993c8cebd4c39238eaee970eea1bb8bd2857614753da"
   }
 }

BNA8_autStand/com.inductiveautomation.perspective/views/autStand/Custom_Views/View-Scaler/resource.json

@@ -10,8 +10,8 @@
   "attributes": {
     "lastModification": {
       "actor": "admin",
-      "timestamp": "2025-11-08T16:05:26Z"
+      "timestamp": "2025-11-10T08:24:01Z"
     },
-    "lastModificationSignature": "ea059f1c01773e5f7981e0ce2977404a2138645c02da13fbacab590e082d56ff"
+    "lastModificationSignature": "9282e242ac006f57eeb0c0cf3bd4f5b45e6d2a70a7bcd655c087a76d3bbe8491"
   }
 }

BNA8_autStand/com.inductiveautomation.perspective/views/autStand/Custom_Views/View-Scaler/view.json

@@ -399,7 +399,7 @@
         "position": {
           "height": 0.0324,
           "width": 0.0182,
-          "x": 0.1025
+          "x": 0.1019
         },
         "propConfig": {
           "meta.visible": {
@@ -649,8 +649,8 @@
       "name": "root"
     },
     "position": {
-      "x": -0.3026,
+      "x": 0.0177,
-      "y": -0.0454
+      "y": 0.0972
     },
     "props": {
       "mode": "percent",

BNA8_autStand/com.inductiveautomation.perspective/views/autStand/Detailed_Views/MCM-Views/MCM02/resource.json

@@ -10,8 +10,8 @@
   "attributes": {
     "lastModification": {
       "actor": "admin",
-      "timestamp": "2025-11-08T15:49:02Z"
+      "timestamp": "2025-11-10T07:51:12Z"
     },
-    "lastModificationSignature": "fc06166aab9aa9e8cea364c5f6e76bea4a062ac1ca1d26499c315d65ed74c602"
+    "lastModificationSignature": "7ed61682197c07d06f24ffb96111945db9934345f101afd1a1e3c4c29405bc15"
   }
 }

BNA8_autStand/ignition/script-python/autStand/Utils/code.py

@@ -1,18 +1,36 @@
 def calculateFocus(self, child, scale=1.7):
+    """
+    Please don't modify!
+    Hybrid focusing:
+      - MCM01: precise per-rotation affine for (dx, dy)
+      - MCM02: search-style mapping:
+          * 0°/180°: strong horizontal (dx from x,y), dy very gentle (clamped)
+          * 90°/270°: dx = 0, dy from x  left/right anchors)
+    """
 
-    # Read rotation
+    # --- rotation ---
     try:
         rot = int(str(self.session.custom.rotation).replace("deg", "")) % 360
     except:
         rot = 0
 
-    # Device normalized coords (0..1)
+    # --- child coords ---
-    x = float(child.position.x)
+    try:
-    y = float(child.position.y)
+        x = float(child.position.x)
-#    system
+        y = float(child.position.y)
+        w = float(child.position.width)
+    except:
+        system.perspective.print("Invalid position data on child component.")
+        return {"x": 0, "y": 0, "scale": scale}
 
-    # Per-rotation affine coefficients (dx, dy)
+    # --- zone ---
-    COEFFS = {
+    try:
+        zone = child.props.params.tagProps[0].split("/")[1]
+    except:
+        zone = "MCM01"
+
+    # ======== MCM01 ========
+    COEFFS_MCM01 = {
         0:   dict(ax= 956.86984,  bx=-1853.94329, cx= -17.57191,
                   ay= 124.82245,  by= -191.28916, cy= 227.58568),
         90:  dict(ax=-601.58230,  bx= -218.90739, cx=1466.46475,
@@ -23,23 +41,65 @@ def calculateFocus(self, child, scale=1.7):
                   ay=-1341.88064, by= 1615.55073, cy= 142.77638),
     }
 
-    c = COEFFS.get(rot, COEFFS[0])
+    # ======== MCM02 ========
 
-    dx = c['ax'] + c['bx']*x + c['cx']*y
+    # 0°:  dx ≈ a + b*x + c*y
-    dy = c['ay'] + c['by']*x + c['cy']*y
+    _M2_DX_0 = dict(a= 691.72633028, b=-1788.01433165, c= 295.57517840)
+    # dy kept light & clamped around center (use a small gain around 0.5)
+    def _m2_dy0(y):
+        dy = 320.0 * (0.5 - y)       # gentle bias
+        return max(min(dy, 120.0), -120.0)
 
-    # Keep your wide-device tweak if you still want it (optional)
+    # 180°: dx ≈ a + b*x + c*y
+    _M2_DX_180 = dict(a=-730.66959977, b= 1680.89494266, c= -70.52210472)
+    def _m2_dy180(y):
+        dy = 200.0 * (y - 0.5)       # tiny bias
+        return max(min(dy, 80.0), -80.0)
+
+    # 90°:  dx = 0, dy ≈ A + B*x  (two-point fit from left/right; matches your sheet well)
+    _M2_DY_90_A = 278.8
+    _M2_DY_90_B = -1663.6   # ~ from (left 215.88) → (right -1213.52)
+    # 270°: dx = 0, dy ≈ A + B*x
+    _M2_DY_270_A = -1284.8
+    _M2_DY_270_B =  1686.1   # ~ from (left -1221.17) → (right 227.06)
+
+    # ======== compute (dx, dy) ========
+    if zone == "MCM01":
+        c = COEFFS_MCM01.get(rot, COEFFS_MCM01[0])
+        dx = c["ax"] + c["bx"] * x + c["cx"] * y
+        dy = c["ay"] + c["by"] * x + c["cy"] * y
+
+    else:  # ------- MCM02 (search-style) -------
+            if   rot == 0:
+                dx = _M2_DX_0["a"] + _M2_DX_0["b"] * x + _M2_DX_0["c"] * y
+                dy = _m2_dy0(y)
+            elif rot == 180:
+                dx = _M2_DX_180["a"] + _M2_DX_180["b"] * x + _M2_DX_180["c"] * y
+                dy = _m2_dy180(y)
+            elif rot == 90:
+                dx = 0.0
+                dy = _M2_DY_90_A + _M2_DY_90_B * x
+            elif rot == 270:
+                dx = 0.0
+                dy = _M2_DY_270_A + _M2_DY_270_B * x
+            else:
+                dx, dy = 0.0, 0.0
+    
+            # --- slight downward shift for flat rotations ---
+            if rot in (0, 180):
+                dy -=50
+
+    # ======== wide device tweak (unchanged) ========
     try:
-        deviceWidthPixels = float(child.position.width) * 1850.0
+        deviceWidthPixels = float(w) * 1850.0
+        if deviceWidthPixels > 1200:
+            scale = max(scale, 1.8)
+            dy -= 100
     except:
-        deviceWidthPixels = 0.0
+        pass
-    if deviceWidthPixels > 1200:
-        scale = 1.8
-        dy -= 100
 
     return {"x": dx, "y": dy, "scale": scale}
 
-
 def deviceType(self, path, props):
     try:
         docked_view = "Docked-East-"
@@ -76,8 +136,7 @@ def deviceType(self, path, props):
 
 
 def handleTagHighlight(view, currentValue):
-	tagAndPriority = str(currentValue.value
+	tagAndPriority = str(currentValue.value or "")
- or "")
 	container = view.rootContainer.getChildren()[0]
 	
 	# --- CASE 1: Remove all highlights by applying CLEAR class ---
@@ -91,9 +150,7 @@ def handleTagHighlight(view, currentValue):
 	            
 	        except:
 	            pass
-	    return False
+	    return 
-	
-	
 	    
 	if "||" not in tagAndPriority:
 		return

BNA8_autStand/ignition/script-python/autStand/Utils/resource.json

@@ -9,9 +9,9 @@
   "attributes": {
     "lastModification": {
       "actor": "admin",
-      "timestamp": "2025-11-08T10:20:50Z"
+      "timestamp": "2025-11-10T08:21:37Z"
     },
     "hintScope": 2,
-    "lastModificationSignature": "7377f0a17b7f9f674d5849df420248ed992fa1247fc5d875dd838b6562200c36"
+    "lastModificationSignature": "cd2c568061de4f6630ff358400a39202df6df7cdebd0d66b6e2e82ec8b4aff0c"
   }
 }

BNA8_autStand/ignition/script-python/autStand/config/project_config/code.py

@@ -82,7 +82,6 @@ def source_id_lookup(self, source_id):
         return
 
     page_id = global_project_page_ids.get(source_id)
-    system.perspective.print(page_id)
 		
     if page_id:
         navigate_to_url(self, source_id, page_id)

BNA8_autStand/ignition/script-python/autStand/config/project_config/resource.json

@@ -9,9 +9,9 @@
   "attributes": {
     "lastModification": {
       "actor": "admin",
-      "timestamp": "2025-11-04T09:00:38Z"
+      "timestamp": "2025-11-08T16:16:38Z"
     },
     "hintScope": 2,
-    "lastModificationSignature": "190c5ab2191a81be3e66c94cb8c3816e9b90095631d2b2bda6387a09cc6114ed"
+    "lastModificationSignature": "9571b09b33547ea26660f739980dcd2a51b5a61ab78a36abe0b0ba0878eb233f"
   }
 }

BNA8_autStand/ignition/script-python/autStand/devices/code.py

@@ -227,12 +227,10 @@ global_device_mapping = {}
 
 def build_device_mapping(full_tag_path):
 	"""
-	Builds global_device_mapping for devices under the same PLC and parent device.
+	Builds global_device_mapping for devices under the same Conveyor and Chute.
-	Adds support for:
+	Support for:
-	 - Chute FIOM devices (e.g. S03_CH109_FIOM_1 when clicking S03_CH109)
+	 - Shared JR and Long Range PE devices used by multiple chutes (e.g. S03_1_JR1, S03_1_LRPE1)
-	 - Shared JR and PE devices used by multiple chutes (e.g. S03_1_JR1, S03_1_LRPE1)
 	"""
-	system.perspective.print(full_tag_path)
 	global global_device_mapping
 	global_device_mapping.clear()
 

BNA8_autStand/ignition/script-python/autStand/devices/resource.json

@@ -9,9 +9,9 @@
   "attributes": {
     "lastModification": {
       "actor": "admin",
-      "timestamp": "2025-11-07T17:19:28Z"
+      "timestamp": "2025-11-10T08:22:57Z"
     },
     "hintScope": 2,
-    "lastModificationSignature": "54520a6186926aa8832b5cbe2759f81c22a12624775ddf70a3144bce00c188b0"
+    "lastModificationSignature": "7e8409fd526bf5aff961f6d891601db7f9cd4f57996b1df945d6924877f44902"
   }
 }