diff --git a/src/renderer/ol/style/linestring-placement.js b/src/renderer/ol/style/linestring-placement.js
new file mode 100644
index 00000000..c2a8e7a0
--- /dev/null
+++ b/src/renderer/ol/style/linestring-placement.js
@@ -0,0 +1,49 @@
+import * as R from 'ramda'
+
+export const placement = ({ TS, geometry }) => {
+  const segments = TS.segments(geometry)
+  const line = TS.lengthIndexedLine(geometry)
+  const endIndex = line.getEndIndex()
+  const coordAt = (fraction, offset = 0) => line.extractPoint(endIndex * fraction + offset)
+  const pointAt = (fraction, offset = 0) => TS.point(coordAt(fraction, offset))
+  const numPoints = geometry.getNumPoints()
+
+  const segment = fraction => TS.segment([
+    coordAt(fraction, -0.05),
+    coordAt(fraction, +0.05)
+  ])
+
+  const angle = anchor => {
+    if (!anchor) return segment(0.5).angle()
+    if (isNaN(anchor)) {
+      if (anchor.includes('center')) return segment(0.5).angle()
+      else if (anchor.includes('left')) return R.head(segments).angle()
+      else if (anchor.includes('right')) return R.last(segments).angle()
+    } else return segment(anchor).angle()
+  }
+
+  const anchors = anchor => {
+    if (isNaN(anchor)) {
+      if (anchor.includes('center')) return pointAt(0.5)
+      else if (anchor.includes('left')) return geometry.getPointN(0)
+      else if (anchor.includes('right')) return geometry.getPointN(numPoints - 1)
+      else return pointAt(0.5)
+    } else return pointAt(anchor)
+  }
+
+  const normalize = angle => TS.Angle.normalize(TS.Angle.PI_TIMES_2 - angle)
+
+  return props => {
+    const rotate = props['text-field'] ? 'text-rotate' : 'icon-rotate'
+    const anchor = props['text-anchor'] ||
+      props['icon-anchor'] ||
+      props['symbol-anchor'] ||
+      (props['text-field'] ? 'center' : null)
+
+    return {
+      geometry: anchors(anchor),
+      ...props,
+      [rotate]: normalize(angle(anchor))
+    }
+  }
+}
\ No newline at end of file
diff --git a/src/renderer/ol/style/linestring-styles/labels.js b/src/renderer/ol/style/linestring-styles/labels.js
new file mode 100644
index 00000000..06cf3826
--- /dev/null
+++ b/src/renderer/ol/style/linestring-styles/labels.js
@@ -0,0 +1,82 @@
+/**
+ * Line string position mnemonics:
+ *
+ *  LEFT | LEFT         CENTER       RIGHT | RIGHT  (ANCHOR)
+ *   END | START        CENTER         END | START  (JUSTFY)
+ *
+ *
+ *   WNW | NNW            N            NNE | ENE    (ABOVE)
+ *     W |----------------|----------------| E
+ *   WSW | SSW            S            SSE | ESE    (BELOW)
+ *
+ * EW    := E + W
+ * NNEW  := NNE + NNW
+ * SSEW  := SSE + SSW
+ * EWNEW := ENE + WNW
+ * EWSEW := ESE + WSW
+ */
+
+const ABOVE = -20
+const BELOW = 20
+
+const W = { id: 'style:default-text', 'text-anchor': 'left', 'text-justify': 'end', 'text-offset': [-10, 0], 'text-padding': 5 }
+const E = { id: 'style:default-text', 'text-anchor': 'right', 'text-justify': 'start', 'text-offset': [10, 0], 'text-padding': 5 }
+const NNW = { id: 'style:default-text', 'text-anchor': 'left', 'text-justify': 'start', 'text-padding': 5, 'text-offset': [0, ABOVE] }
+const NNE = { id: 'style:default-text', 'text-anchor': 'right', 'text-justify': 'end', 'text-padding': 5, 'text-offset': [0, ABOVE] }
+const SSW = { id: 'style:default-text', 'text-anchor': 'left', 'text-justify': 'start', 'text-padding': 5, 'text-offset': [0, BELOW] }
+const SSE = { id: 'style:default-text', 'text-anchor': 'right', 'text-justify': 'end', 'text-padding': 5, 'text-offset': [0, BELOW] }
+const NNEW = (text, options) => [NNE, NNW].map(props => ({ 'text-field': text, ...props, ...options }))
+
+const MT = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'center', 'text-padding': 5, 'text-offset': [0, ABOVE], 'text-clipping': 'none' }]
+const MB = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'center', 'text-padding': 5, 'text-offset': [0, BELOW], 'text-clipping': 'none' }]
+const MM = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'center', 'text-padding': 5 }]
+const SE = text => [W, E].map(props => ({ 'text-field': text, ...props }))
+const CFL_1 = { id: 'style:default-text', 'text-field': '"CFL" + (modifiers.t ? " " + modifiers.t : "")', 'text-anchor': 'center', 'text-padding': 5, 'text-offset': [0, ABOVE] }
+const CFL_2 = { id: 'style:default-text', 'text-field': ['modifiers.w', 'modifiers.w1'], 'text-anchor': 'center', 'text-padding': 5, 'text-offset': [0, BELOW] }
+const CFL = [CFL_1, CFL_2]
+const PL_1 = T => [W, E].map(props => ({ 'text-field': `${T} ? "PL " + ${T} : null`, ...props }))
+const PL_2 = (T1, T2) => [NNW, NNE].map(props => ({ 'text-field': `(${T1} ? ${T1} : "") + ((${T1} || ${T2}) ? " " : "") +  (${T2} ? ${T2} : "")`, ...props }))
+const PL_3 = [SSW, SSE].map(props => ({ 'text-field': ['modifiers.w', 'modifiers.w1'], ...props }))
+const PL = (T1, T2) => T1 ? [PL_1('modifiers.t1'), PL_2(T1, T2), PL_3] : [PL_1('modifiers.t'), PL_3]
+const MFP_1 = { id: 'style:default-text', 'text-field': '"MFP"', 'text-anchor': 'center', 'text-padding': 5 }
+const MFP = [MFP_1]
+const BND_1 = { id: 'style:default-text', 'text-field': 'modifiers.t', 'text-anchor': 0.5, 'text-clipping': 'none', 'text-offset': [0, ABOVE], 'text-rotation-anchor': 'fix' }
+const BND_2 = { id: 'style:default-text', 'text-field': 'modifiers.t1', 'text-anchor': 0.5, 'text-clipping': 'none', 'text-offset': [0, BELOW], 'text-rotation-anchor': 'fix' }
+const BND_3 = { id: 'style:default-text', 'text-field': 'echelon', 'text-anchor': 'center', 'text-rotation-anchor': 'fix', 'text-padding': 5 }
+
+const BND = [BND_1, BND_2, BND_3]
+
+export const labels = {}
+labels['G*T*A-----'] = [{ 'text-field': 'modifiers.t', 'text-anchor': 0.15, 'text-clipping': 'none' }] // FOLLOW AND ASSUME
+labels['G*T*AS----'] = [{ 'text-field': 'modifiers.t', 'text-anchor': 0.15, 'text-clipping': 'none' }] // FOLLOW AND SUPPORT
+labels['G*G*GLB---'] = BND // BOUNDARIES
+labels['G*G*GLP---'] = PL() // PHASE LINE
+labels['G*G*GLL---'] = PL('"LL"', 'modifiers.t') // LIGHT LINE
+labels['G*G*PF----'] = MT('t') // DIRECTION OF ATTACK FOR FEINT
+labels['G*G*DLF---'] = SE('"FEBA"') // FORWARD EDGE OF BATTLE AREA (FEBA)
+labels['G*G*OLF---'] = PL('"FCL"', 'modifiers.t') // FINAL COORDINATION LINE
+labels['G*G*OLL---'] = PL('"LOA"', 'modifiers.t') // LIMIT OF ADVANCE
+labels['G*G*OLT---'] = PL('"LD"', 'modifiers.t') // LINE OF DEPARTURE
+labels['G*G*OLC---'] = PL('"LD/LC"', 'modifiers.t') // LINE OF DEPARTURE/LINE OF CONTACT (LD/LC)
+labels['G*G*OLP---'] = PL('"PLD"', 'modifiers.t') // PROBABLE LINE OF DEPLOYMENT (PLD)
+labels['G*G*SLH---'] = NNEW('"HL"', { 'text-offset': [0, -10] }) // HOLDING LINE
+labels['G*G*SLR---'] = PL('"RL"', 'modifiers.t') // RELEASE LINE
+labels['G*G*SLB---'] = NNEW('"BL"', { 'text-offset': [0, -10] }) // BRIDGEHEAD
+labels['G*F*LT----'] = MT('modifiers.t') // LINEAR TARGET
+labels['G*F*LTS---'] = [MT('modifiers.t'), MB('"SMOKE"')] // LINEAR SMOKE TARGET
+labels['G*F*LTF---'] = [MT('modifiers.t'), MB('"FPF" + (modifiers.t1 ? "\n" + modifiers.t1 : "")')] // FINAL PROTECTIVE FIRE (FPF)
+labels['G*F*LCF---'] = PL('modifiers.t', '"FSCL"') // FIRE SUPPORT COORDINATION LINE (FSCL)
+labels['G*F*LCC---'] = CFL // COORDINATED FIRE LINE (CFL)
+labels['G*F*LCN---'] = PL("'NFL'", 'modifiers.t') // NO-FIRE LINE (NFL)
+labels['G*F*LCR---'] = PL('"RFL"', 'modifiers.t') // RESTRICTIVE FIRE LINE (RFL)
+labels['G*F*LCM---'] = MFP // MUNITION FLIGHT PATH (MFP)
+labels['G*S*LRM---'] = MT('"MSR" + (modifiers.t ? " " + modifiers.t : "")') // MAIN SUPPLY ROUTE
+labels['G*S*LRA---'] = MT('"ASR" + (modifiers.t ? " " + modifiers.t : "")') // ALTERNATE SUPPLY ROUTE
+labels['G*S*LRO---'] = MT(['"MSR" + (modifiers.t ? " " + modifiers.t : "")', '"(ONE-WAY)"']) // MSR: ONE-WAY TRAFFIC
+labels['G*S*LRT---'] = MT(['"MSR" + (modifiers.t ? " " + modifiers.t : "")', '"(ALTERNATING)"']) // MSR: ALTERNATING TRAFFIC
+labels['G*S*LRW---'] = MT(['"MSR" + (modifiers.t ? " " + modifiers.t : "")', '"(TWO-WAY)"']) // MSR: TWO-WAY TRAFFIC
+labels['G*O*B-----'] = MM('"B"') // BEARING LINE
+labels['G*O*BE----'] = MM('"E"') // BEARING LINE / ELECTRONIC
+labels['G*O*BA----'] = MM('"A"') // BEARING LINE / ACOUSTIC
+labels['G*O*BT----'] = MM('"T"') // BEARING LINE / TORPEDO
+labels['G*O*BO----'] = MM('"O"') // BEARING LINE / ELECTRO-OPTICAL INTERCEPT
diff --git a/src/renderer/ol/style/linestring.js b/src/renderer/ol/style/linestring.js
index f829d3ae..3597d6bc 100644
--- a/src/renderer/ol/style/linestring.js
+++ b/src/renderer/ol/style/linestring.js
@@ -1,6 +1,7 @@
-import * as R from 'ramda'
 import * as shared from './shared'
 import styles from './linestring-styles'
+import { placement } from './linestring-placement'
+import { labels } from './linestring-styles/labels'
 
 /**
  * dynamicStyle
@@ -37,133 +38,5 @@ export default [
 
 // ==> label specifications and placement
 
-const placement = ({ TS, geometry }) => {
-  const segments = TS.segments(geometry)
-  const line = TS.lengthIndexedLine(geometry)
-  const endIndex = line.getEndIndex()
-  const coordAt = (fraction, offset = 0) => line.extractPoint(endIndex * fraction + offset)
-  const pointAt = (fraction, offset = 0) => TS.point(coordAt(fraction, offset))
-  const numPoints = geometry.getNumPoints()
 
-  const segment = fraction => TS.segment([
-    coordAt(fraction, -0.05),
-    coordAt(fraction, +0.05)
-  ])
 
-  const angle = anchor => {
-    if (!anchor) return segment(0.5).angle()
-    if (isNaN(anchor)) {
-      if (anchor.includes('center')) return segment(0.5).angle()
-      else if (anchor.includes('left')) return R.head(segments).angle()
-      else if (anchor.includes('right')) return R.last(segments).angle()
-    } else return segment(anchor).angle()
-  }
-
-  const anchors = anchor => {
-    if (isNaN(anchor)) {
-      if (anchor.includes('center')) return pointAt(0.5)
-      else if (anchor.includes('left')) return geometry.getPointN(0)
-      else if (anchor.includes('right')) return geometry.getPointN(numPoints - 1)
-      else return pointAt(0.5)
-    } else return pointAt(anchor)
-  }
-
-  const normalize = angle => TS.Angle.normalize(TS.Angle.PI_TIMES_2 - angle)
-
-  return props => {
-    const rotate = props['text-field'] ? 'text-rotate' : 'icon-rotate'
-    const anchor = props['text-anchor'] ||
-      props['icon-anchor'] ||
-      props['symbol-anchor'] ||
-      (props['text-field'] ? 'center' : null)
-
-    return {
-      geometry: anchors(anchor),
-      ...props,
-      [rotate]: normalize(angle(anchor))
-    }
-  }
-}
-
-/**
- * Line string position mnemonics:
- *
- *  LEFT | LEFT         CENTER       RIGHT | RIGHT  (ANCHOR)
- *   END | START        CENTER         END | START  (JUSTFY)
- *
- *
- *   WNW | NNW            N            NNE | ENE    (ABOVE)
- *     W |----------------|----------------| E
- *   WSW | SSW            S            SSE | ESE    (BELOW)
- *
- * EW    := E + W
- * NNEW  := NNE + NNW
- * SSEW  := SSE + SSW
- * EWNEW := ENE + WNW
- * EWSEW := ESE + WSW
- */
-
-const ABOVE = -20
-const BELOW = 20
-
-const W = { id: 'style:default-text', 'text-anchor': 'left', 'text-justify': 'end', 'text-offset': [-10, 0], 'text-padding': 5 }
-const E = { id: 'style:default-text', 'text-anchor': 'right', 'text-justify': 'start', 'text-offset': [10, 0], 'text-padding': 5 }
-const NNW = { id: 'style:default-text', 'text-anchor': 'left', 'text-justify': 'start', 'text-padding': 5, 'text-offset': [0, ABOVE] }
-const NNE = { id: 'style:default-text', 'text-anchor': 'right', 'text-justify': 'end', 'text-padding': 5, 'text-offset': [0, ABOVE] }
-const SSW = { id: 'style:default-text', 'text-anchor': 'left', 'text-justify': 'start', 'text-padding': 5, 'text-offset': [0, BELOW] }
-const SSE = { id: 'style:default-text', 'text-anchor': 'right', 'text-justify': 'end', 'text-padding': 5, 'text-offset': [0, BELOW] }
-const NNEW = (text, options) => [NNE, NNW].map(props => ({ 'text-field': text, ...props, ...options }))
-
-const MT = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'center', 'text-padding': 5, 'text-offset': [0, ABOVE], 'text-clipping': 'none' }]
-const MB = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'center', 'text-padding': 5, 'text-offset': [0, BELOW], 'text-clipping': 'none' }]
-const MM = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'center', 'text-padding': 5 }]
-const SE = text => [W, E].map(props => ({ 'text-field': text, ...props }))
-const CFL_1 = { id: 'style:default-text', 'text-field': '"CFL" + (modifiers.t ? " " + modifiers.t : "")', 'text-anchor': 'center', 'text-padding': 5, 'text-offset': [0, ABOVE] }
-const CFL_2 = { id: 'style:default-text', 'text-field': ['modifiers.w', 'modifiers.w1'], 'text-anchor': 'center', 'text-padding': 5, 'text-offset': [0, BELOW] }
-const CFL = [CFL_1, CFL_2]
-const PL_1 = T => [W, E].map(props => ({ 'text-field': `${T} ? "PL " + ${T} : null`, ...props }))
-const PL_2 = (T1, T2) => [NNW, NNE].map(props => ({ 'text-field': `(${T1} ? ${T1} : "") + ((${T1} || ${T2}) ? " " : "") +  (${T2} ? ${T2} : "")`, ...props }))
-const PL_3 = [SSW, SSE].map(props => ({ 'text-field': ['modifiers.w', 'modifiers.w1'], ...props }))
-const PL = (T1, T2) => T1 ? [PL_1('modifiers.t1'), PL_2(T1, T2), PL_3] : [PL_1('modifiers.t'), PL_3]
-const MFP_1 = { id: 'style:default-text', 'text-field': '"MFP"', 'text-anchor': 'center', 'text-padding': 5 }
-const MFP = [MFP_1]
-const BND_1 = { id: 'style:default-text', 'text-field': 'modifiers.t', 'text-anchor': 0.5, 'text-clipping': 'none', 'text-offset': [0, ABOVE], 'text-rotation-anchor': 'fix' }
-const BND_2 = { id: 'style:default-text', 'text-field': 'modifiers.t1', 'text-anchor': 0.5, 'text-clipping': 'none', 'text-offset': [0, BELOW], 'text-rotation-anchor': 'fix' }
-const BND_3 = { id: 'style:default-text', 'text-field': 'echelon', 'text-anchor': 'center', 'text-rotation-anchor': 'fix', 'text-padding': 5 }
-
-const BND = [BND_1, BND_2, BND_3]
-
-const labels = {}
-labels['G*T*A-----'] = [{ 'text-field': 'modifiers.t', 'text-anchor': 0.15, 'text-clipping': 'none' }] // FOLLOW AND ASSUME
-labels['G*T*AS----'] = [{ 'text-field': 'modifiers.t', 'text-anchor': 0.15, 'text-clipping': 'none' }] // FOLLOW AND SUPPORT
-labels['G*G*GLB---'] = BND // BOUNDARIES
-labels['G*G*GLP---'] = PL() // PHASE LINE
-labels['G*G*GLL---'] = PL('"LL"', 'modifiers.t') // LIGHT LINE
-labels['G*G*PF----'] = MT('t') // DIRECTION OF ATTACK FOR FEINT
-labels['G*G*DLF---'] = SE('"FEBA"') // FORWARD EDGE OF BATTLE AREA (FEBA)
-labels['G*G*OLF---'] = PL('"FCL"', 'modifiers.t') // FINAL COORDINATION LINE
-labels['G*G*OLL---'] = PL('"LOA"', 'modifiers.t') // LIMIT OF ADVANCE
-labels['G*G*OLT---'] = PL('"LD"', 'modifiers.t') // LINE OF DEPARTURE
-labels['G*G*OLC---'] = PL('"LD/LC"', 'modifiers.t') // LINE OF DEPARTURE/LINE OF CONTACT (LD/LC)
-labels['G*G*OLP---'] = PL('"PLD"', 'modifiers.t') // PROBABLE LINE OF DEPLOYMENT (PLD)
-labels['G*G*SLH---'] = NNEW('"HL"', { 'text-offset': [0, -10] }) // HOLDING LINE
-labels['G*G*SLR---'] = PL('"RL"', 'modifiers.t') // RELEASE LINE
-labels['G*G*SLB---'] = NNEW('"BL"', { 'text-offset': [0, -10] }) // BRIDGEHEAD
-labels['G*F*LT----'] = MT('modifiers.t') // LINEAR TARGET
-labels['G*F*LTS---'] = [MT('modifiers.t'), MB('"SMOKE"')] // LINEAR SMOKE TARGET
-labels['G*F*LTF---'] = [MT('modifiers.t'), MB('"FPF" + (modifiers.t1 ? "\n" + modifiers.t1 : "")')] // FINAL PROTECTIVE FIRE (FPF)
-labels['G*F*LCF---'] = PL('modifiers.t', '"FSCL"') // FIRE SUPPORT COORDINATION LINE (FSCL)
-labels['G*F*LCC---'] = CFL // COORDINATED FIRE LINE (CFL)
-labels['G*F*LCN---'] = PL("'NFL'", 'modifiers.t') // NO-FIRE LINE (NFL)
-labels['G*F*LCR---'] = PL('"RFL"', 'modifiers.t') // RESTRICTIVE FIRE LINE (RFL)
-labels['G*F*LCM---'] = MFP // MUNITION FLIGHT PATH (MFP)
-labels['G*S*LRM---'] = MT('"MSR" + (modifiers.t ? " " + modifiers.t : "")') // MAIN SUPPLY ROUTE
-labels['G*S*LRA---'] = MT('"ASR" + (modifiers.t ? " " + modifiers.t : "")') // ALTERNATE SUPPLY ROUTE
-labels['G*S*LRO---'] = MT(['"MSR" + (modifiers.t ? " " + modifiers.t : "")', '"(ONE-WAY)"']) // MSR: ONE-WAY TRAFFIC
-labels['G*S*LRT---'] = MT(['"MSR" + (modifiers.t ? " " + modifiers.t : "")', '"(ALTERNATING)"']) // MSR: ALTERNATING TRAFFIC
-labels['G*S*LRW---'] = MT(['"MSR" + (modifiers.t ? " " + modifiers.t : "")', '"(TWO-WAY)"']) // MSR: TWO-WAY TRAFFIC
-labels['G*O*B-----'] = MM('"B"') // BEARING LINE
-labels['G*O*BE----'] = MM('"E"') // BEARING LINE / ELECTRONIC
-labels['G*O*BA----'] = MM('"A"') // BEARING LINE / ACOUSTIC
-labels['G*O*BT----'] = MM('"T"') // BEARING LINE / TORPEDO
-labels['G*O*BO----'] = MM('"O"') // BEARING LINE / ELECTRO-OPTICAL INTERCEPT
diff --git a/src/renderer/ol/style/multipoint-styles/labels.js b/src/renderer/ol/style/multipoint-styles/labels.js
new file mode 100644
index 00000000..a3668fc9
--- /dev/null
+++ b/src/renderer/ol/style/multipoint-styles/labels.js
@@ -0,0 +1,25 @@
+const HALO = { 'text-clipping': 'none', 'text-halo-color': 'white', 'text-halo-width': 5 }
+const C = (text, options) => [{ id: 'style:default-text', 'text-field': text, 'text-clipping': 'none', ...options }]
+const B = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'bottom', 'text-padding': 5, 'text-clipping': 'line' }]
+const DTG_LINE = '(modifiers.w || modifiers.w1) ? (modifiers.w ? modifiers.w : "") + "—" + (modifiers.w1 ? modifiers.w1 : "") : null'
+const ALT_LINE = '(modifiers.x || modifiers.x1) ? (modifiers.x ? modifiers.x : "") + "—" + (modifiers.x1 ? modifiers.x1 : "") : null'
+const ALL_LINES = title => title
+  ? [`"${title}"`, 'modifiers.t', 'modifiers.h', ALT_LINE, DTG_LINE]
+  : ['modifiers.t', 'modifiers.h', ALT_LINE, DTG_LINE]
+
+export const labels = {
+  'G*F*ATC---': C(ALL_LINES()),                // CIRCULAR TARGET
+  'G*F*ACSC--': C(ALL_LINES('FSA')),           // FIRE SUPPORT AREA (FSA) CIRCULAR
+  'G*F*ACAC--': C(ALL_LINES('ACA')),           // AIRSPACE COORDINATION AREA (ACA) CIRCULAR
+  'G*F*ACFC--': C(ALL_LINES('FFA')),           // FREE FIRE AREA (FFA) CIRCULAR
+  'G*F*ACNC--': C(ALL_LINES('NFA'), HALO),     // NO-FIRE AREA (NFA) CIRCULAR
+  'G*F*ACRC--': C(ALL_LINES('RFA')),           // RESTRICTIVE FIRE AREA (RFA) CIRCULAR
+  'G*F*ACPC--': B('"PAA"'),                    // POSITION AREA FOR ARTILLERY (PAA) CIRCULAR
+  'G*F*ACEC--': C(ALL_LINES('SENSOR ZONE')),   // SENSOR ZONE CIRCULAR
+  'G*F*ACDC--': C(ALL_LINES('DA')),            // DEAD SPACE AREA (DA) CIRCULAR
+  'G*F*ACZC--': C(ALL_LINES('ZOR')),           // ZONE OF RESPONSIBILITY (ZOR) CIRCULAR
+  'G*F*ACBC--': C(ALL_LINES('TBA')),           // TARGET BUILD-UP AREA (TBA) CIRCULAR
+  'G*F*ACVC--': C(ALL_LINES('TVAR')),          // TARGET VALUE AREA (TVAR) CIRCULAR
+  'G*F*AKBC--': C(ALL_LINES('BKB'), HALO),     // KILL BOX BLUE CIRCULAR
+  'G*F*AKPC--': C(ALL_LINES('PKB'), HALO)      // KILL BOX PURPLE CIRCULAR
+}
diff --git a/src/renderer/ol/style/multipoint.js b/src/renderer/ol/style/multipoint.js
index 1a9bfaeb..05de8182 100644
--- a/src/renderer/ol/style/multipoint.js
+++ b/src/renderer/ol/style/multipoint.js
@@ -4,7 +4,8 @@
 import * as shared from './shared'
 import styles from './multipoint-styles'
 import { transform } from '../../model/geometry'
-import { placement } from './polygon'
+import { placement } from './polygon-placement'
+import { labels } from './multipoint-styles/labels'
 
 /**
  * dynamicStyle
@@ -64,33 +65,3 @@ export default [
   shared.styles,
   shared.style
 ]
-
-
-
-// => label specifications for circular features with polygon placement
-
-const HALO = { 'text-clipping': 'none', 'text-halo-color': 'white', 'text-halo-width': 5 }
-const C = (text, options) => [{ id: 'style:default-text', 'text-field': text, 'text-clipping': 'none', ...options }]
-const B = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'bottom', 'text-padding': 5, 'text-clipping': 'line' }]
-const DTG_LINE = '(modifiers.w || modifiers.w1) ? (modifiers.w ? modifiers.w : "") + "—" + (modifiers.w1 ? modifiers.w1 : "") : null'
-const ALT_LINE = '(modifiers.x || modifiers.x1) ? (modifiers.x ? modifiers.x : "") + "—" + (modifiers.x1 ? modifiers.x1 : "") : null'
-const ALL_LINES = title => title
-  ? [`"${title}"`, 'modifiers.t', 'modifiers.h', ALT_LINE, DTG_LINE]
-  : ['modifiers.t', 'modifiers.h', ALT_LINE, DTG_LINE]
-
-const labels = {
-  'G*F*ATC---': C(ALL_LINES()),                // CIRCULAR TARGET
-  'G*F*ACSC--': C(ALL_LINES('FSA')),           // FIRE SUPPORT AREA (FSA) CIRCULAR
-  'G*F*ACAC--': C(ALL_LINES('ACA')),           // AIRSPACE COORDINATION AREA (ACA) CIRCULAR
-  'G*F*ACFC--': C(ALL_LINES('FFA')),           // FREE FIRE AREA (FFA) CIRCULAR
-  'G*F*ACNC--': C(ALL_LINES('NFA'), HALO),     // NO-FIRE AREA (NFA) CIRCULAR
-  'G*F*ACRC--': C(ALL_LINES('RFA')),           // RESTRICTIVE FIRE AREA (RFA) CIRCULAR
-  'G*F*ACPC--': B('"PAA"'),                    // POSITION AREA FOR ARTILLERY (PAA) CIRCULAR
-  'G*F*ACEC--': C(ALL_LINES('SENSOR ZONE')),   // SENSOR ZONE CIRCULAR
-  'G*F*ACDC--': C(ALL_LINES('DA')),            // DEAD SPACE AREA (DA) CIRCULAR
-  'G*F*ACZC--': C(ALL_LINES('ZOR')),           // ZONE OF RESPONSIBILITY (ZOR) CIRCULAR
-  'G*F*ACBC--': C(ALL_LINES('TBA')),           // TARGET BUILD-UP AREA (TBA) CIRCULAR
-  'G*F*ACVC--': C(ALL_LINES('TVAR')),          // TARGET VALUE AREA (TVAR) CIRCULAR
-  'G*F*AKBC--': C(ALL_LINES('BKB'), HALO),     // KILL BOX BLUE CIRCULAR
-  'G*F*AKPC--': C(ALL_LINES('PKB'), HALO)      // KILL BOX PURPLE CIRCULAR
-}
diff --git a/src/renderer/ol/style/polygon-placement.js b/src/renderer/ol/style/polygon-placement.js
new file mode 100644
index 00000000..f8b5a449
--- /dev/null
+++ b/src/renderer/ol/style/polygon-placement.js
@@ -0,0 +1,56 @@
+
+const lazy = function (fn) {
+  let evaluated = false
+  let value
+
+  return function () {
+    if (evaluated) return value
+    value = fn.apply(this, arguments)
+    evaluated = true
+    return value
+  }
+}
+
+export const placement = ({ TS, geometry }) => {
+  const ring = geometry.getExteriorRing()
+  const envelope = ring.getEnvelopeInternal()
+  const centroid = TS.centroid(ring)
+  const [minX, maxX] = [envelope.getMinX(), envelope.getMaxX()]
+  const [minY, maxY] = [envelope.getMinY(), envelope.getMaxY()]
+
+  const xIntersection = lazy(() => {
+    const coord = x => TS.coordinate(x, centroid.y)
+    const axis = TS.lineString([minX, maxX].map(coord))
+    return TS.intersection([geometry, axis]).getCoordinates()
+  })
+
+  const yIntersection = lazy(() => {
+    const coord = y => TS.coordinate(centroid.x, y)
+    const axis = TS.lineString([minY, maxY].map(coord))
+    return TS.intersection([geometry, axis]).getCoordinates()
+  })
+
+  const fraction = factor => {
+    const lengthIndexedLine = TS.lengthIndexedLine(ring)
+    const length = lengthIndexedLine.getEndIndex()
+    const coord = lengthIndexedLine.extractPoint(factor * length)
+    return TS.point(coord)
+  }
+
+  const anchors = {
+    center: lazy(() => TS.point(centroid)),
+    bottom: lazy(() => TS.point(yIntersection()[0])),
+    top: lazy(() => TS.point(yIntersection()[1])),
+    left: lazy(() => TS.point(xIntersection()[0])),
+    right: lazy(() => TS.point(xIntersection()[1]))
+  }
+
+  return props => {
+    const anchor = props['text-anchor']
+    const geometry = Number.isFinite(anchor)
+      ? fraction(anchor)
+      : anchors[anchor || 'center']()
+
+    return { geometry, ...props }
+  }
+}
diff --git a/src/renderer/ol/style/polygon-styles/labels.js b/src/renderer/ol/style/polygon-styles/labels.js
new file mode 100644
index 00000000..b397b544
--- /dev/null
+++ b/src/renderer/ol/style/polygon-styles/labels.js
@@ -0,0 +1,111 @@
+import G_G_GAZ from '../resources/G_G_GAZ.png'
+
+const HALO = { 'text-clipping': 'none', 'text-halo-color': 'white', 'text-halo-width': 5 }
+const C = (text, options) => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'center', 'text-clipping': 'none', ...options }]
+const T = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'top', 'text-padding': 5, 'text-clipping': 'line' }]
+const B = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'bottom', 'text-padding': 5, 'text-clipping': 'line' }]
+const F = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'bottom', 'text-offset': [0, 20] }]
+const LR = text => ['left', 'right'].map(anchor => ({ id: 'style:default-text', 'text-field': text, 'text-anchor': anchor, 'text-padding': 5, 'text-clipping': 'line' }))
+const TLBR = text => ['top', 'left', 'bottom', 'right'].map(anchor => ({ id: 'style:default-text', 'text-field': text, 'text-anchor': anchor, 'text-padding': 5, 'text-clipping': 'line' }))
+const DTG_LINE = '(modifiers.w || modifiers.w1) ? (modifiers.w ? modifiers.w : "") + "—" + (modifiers.w1 ? modifiers.w1 : "") : null'
+const ALT_LINE = '(modifiers.x || modifiers.x1) ? (modifiers.x ? modifiers.x : "") + "—" + (modifiers.x1 ? modifiers.x1 : "") : null'
+const ALL_LINES = title => title
+  ? [`"${title}"`, 'modifiers.t', 'modifiers.h', ALT_LINE, DTG_LINE]
+  : ['modifiers.t', 'modifiers.h', ALT_LINE, DTG_LINE]
+
+const G_G_PM = [
+  ...TLBR('"M"'),
+  { 'symbol-code': 'GFGPPD----', 'symbol-anchor': 'center', 'symbol-size': 100 }
+]
+
+export const labels = {}
+labels['G*G*GAG---'] = C(ALL_LINES()) // GENERAL AREA
+labels['G*G*GAA---'] = C(ALL_LINES('AA')) // ASSEMBLY AREA
+labels['G*G*GAE---'] = C(ALL_LINES('EA')) // ENGAGEMENT AREA
+labels['G*G*GAF---'] = C(ALL_LINES('')) // FORTIFIED AREA
+labels['G*G*GAD---'] = C(ALL_LINES('DZ')) // DROP ZONE
+labels['G*G*GAX---'] = C(ALL_LINES('EZ')) // EXTRACTION ZONE (EZ)
+labels['G*G*GAL---'] = C(ALL_LINES('LZ')) // LANDING ZONE (LZ)
+labels['G*G*GAP---'] = C(ALL_LINES('PZ')) // PICKUP ZONE (PZ)
+labels['G*G*GAY---'] = C('h', { 'text-halo-color': 'white', 'text-halo-width': 5 }) // LIMITED ACCESS AREA
+labels['G*G*GAZ---'] = [{ 'icon-url': G_G_GAZ, 'icon-anchor': 'center', 'icon-scale': 0.8 }] // AIRFIELD ZONE
+labels['G*G*AAR---'] = C(ALL_LINES('ROZ')) // RESTRICTED OPERATIONS ZONE (ROZ)
+labels['G*G*AAF---'] = C(ALL_LINES('SHORADEZ')) // SHORT-RANGE AIR DEFENSE ENGAGEMENT ZONE (SHORADEZ)
+labels['G*G*AAH---'] = C(ALL_LINES('HIDACZ')) // HIGH DENSITY AIRSPACE CONTROL ZONE (HIDACZ)
+labels['G*G*AAM---'] = C(ALL_LINES('MEZ')) // MISSILE ENGAGEMENT ZONE (MEZ)
+labels['G*G*AAML--'] = C(ALL_LINES('LOMEZ')) // LOW ALTITUDE MEZ
+labels['G*G*AAMH--'] = C(ALL_LINES('HIMEZ')) // HIGH ALTITUDE MEZ
+labels['G*G*AAW---'] = C(ALL_LINES('WFZ'), { 'text-halo-color': 'white', 'text-halo-width': 5 }) // WEAPONS FREE ZONE
+labels['G*G*PM----'] = G_G_PM // DECOY MINED AREA
+labels['G*G*PY----'] = G_G_PM // DECOY MINED AREA, FENCED
+// G*G*PC---- : DUMMY MINEFIELD (DYNAMIC)
+labels['G*G*DAB---'] = C(ALL_LINES()) // BATTLE POSITION
+labels['G*G*DABP--'] = C('modifiers.t ? "(P) " + modifiers.t : (P)') // BATTLE POSITION / PREPARED BUT NOT OCCUPIED
+labels['G*G*DAE---'] = C(ALL_LINES('EA')) // ENGAGEMENT AREA (DEFENSE)
+labels['G*G*OAA---'] = C(ALL_LINES('ASLT\nPSN')) // ASSAULT POSITION
+labels['G*G*OAK---'] = C(ALL_LINES('ATK')) // ATTACK POSITION
+labels['G*G*OAO---'] = C(ALL_LINES('OBJ')) // OBJECTIVE (OFFENSE)
+labels['G*G*OAP---'] = [] // PENETRATION BOX
+labels['G*G*SAO---'] = C(ALL_LINES('AO')) // AREA OF OPERATIONS (AO)
+labels['G*G*SAA---'] = F(['"AIRHEAD LINE"', 'modifiers.t ? "(PL " + modifiers.t + ")" : null']) // AIRHEAD
+labels['G*G*SAE---'] = C(ALL_LINES()) // ENCIRCLEMENT
+labels['G*G*SAN---'] = C(ALL_LINES('NAI')) // NAMED AREA OF INTEREST (NAI)
+labels['G*G*SAT---'] = C(ALL_LINES('TAI')) // TARGETED AREA OF INTEREST (TAI)
+labels['G*M*OGB---'] = C(['t', 't1']) // BELT (OBSTACLES)
+labels['G*M*OGZ---'] = C(ALL_LINES()) // GENERAL ZONE (OBSTACLES)
+labels['G*M*OGF---'] = C(ALL_LINES('FREE')) // OBSTACLE FREE AREA
+labels['G*M*OGR---'] = C(ALL_LINES(), { 'text-clipping': 'none', 'text-halo-color': 'white', 'text-halo-width': 5 }) // OBSTACLE RESTRICTED AREA
+// G*M*OFD--- : MINEFIELDS / DYNAMIC DEPICTION
+labels['G*M*OFA---'] = TLBR('"M"') // MINED AREA
+labels['G*M*OU----'] = LR('"UXO"') // UNEXPLODED ORDNANCE AREA (UXO)
+labels['G*M*SP----'] = C('t') // STRONG POINT
+labels['G*M*NL----'] = T('t') // DOSE RATE CONTOUR LINES
+labels['G*F*ACSR--'] = C(ALL_LINES('FSA')) // FIRE SUPPORT AREA (FSA)
+labels['G*F*ACAR--'] = C(ALL_LINES('ACA')) // AIRSPACE COORDINATION AREA (ACA)
+labels['G*F*ACFR--'] = C(ALL_LINES('FFA')) // FREE FIRE AREA (FFA)
+labels['G*F*ACNR--'] = C(ALL_LINES('NFA'), HALO) // NO-FIRE AREA (NFA)
+labels['G*F*ACRR--'] = C(ALL_LINES('RFA')) // RESTRICTIVE FIRE AREA (RFA)
+labels['G*F*ACPR--'] = B('"PAA"') // POSITION AREA FOR ARTILLERY (PAA)
+labels['G*F*ACER--'] = C(ALL_LINES('SENSOR ZONE')) // SENSOR ZONE
+labels['G*F*ACDR--'] = C(ALL_LINES('DA')) // DEAD SPACE AREA (DA)
+labels['G*F*ACZR--'] = C(ALL_LINES('ZOR')) // ZONE OF RESPONSIBILITY (ZOR)
+labels['G*F*ACBR--'] = C(ALL_LINES('TBA')) // TARGET BUILD-UP AREA (TBA)
+labels['G*F*ACVR--'] = C(ALL_LINES('TVAR')) // TARGET VALUE AREA (TVAR)
+labels['G*F*AT----'] = C(ALL_LINES()) // AREA TARGET
+labels['G*F*ATG---'] = T('t') // SERIES OR GROUP OF TARGETS
+labels['G*F*ATR---'] = C(ALL_LINES()) // RECTANGULAR TARGET
+labels['G*F*ATS---'] = C(ALL_LINES('SMOKE')) // AREA TARGET / SMOKE
+labels['G*F*ATB---'] = C(ALL_LINES('BOMB')) // BOMB AREA
+labels['G*F*ACSI--'] = C(ALL_LINES('FSA')) // FIRE SUPPORT AREA (FSA)
+labels['G*F*ACAI--'] = C(ALL_LINES('ACA')) // AIRSPACE COORDINATION AREA (ACA)
+labels['G*F*ACFI--'] = C(ALL_LINES('FFA')) // FREE FIRE AREA (FFA)
+labels['G*F*ACNI--'] = C(ALL_LINES('NFA'), { 'text-halo-color': 'white', 'text-halo-width': 5 }) // NO-FIRE AREA (NFA)
+labels['G*F*ACRI--'] = C(ALL_LINES('RFA')) // RESTRICTIVE FIRE AREA (RFA)
+labels['G*F*ACEI--'] = C(ALL_LINES('SENSOR ZONE')) // SENSOR ZONE
+labels['G*F*ACDI--'] = C(ALL_LINES('DA')) // DEAD SPACE AREA (DA)
+labels['G*F*ACZI--'] = C(ALL_LINES('ZOR')) // ZONE OF RESPONSIBILITY (ZOR)
+labels['G*F*ACBI--'] = C(ALL_LINES('TBA')) // TARGET BUILD-UP AREA (TBA)
+labels['G*F*ACVI--'] = C(ALL_LINES('TVAR')) // TARGET VALUE AREA (TVAR)
+labels['G*F*ACT---'] = C(ALL_LINES('TGMF')) // TERMINALLY GUIDED MUNITION FOOTPRINT (TGMF)
+labels['G*F*AKBR--'] = C(ALL_LINES('BKB'), HALO) // KILL BOX/BLUE
+labels['G*F*AKPR--'] = C(ALL_LINES('PKB'), HALO) // KILL BOX/PURPLE
+labels['G*F*AZII--'] = C(ALL_LINES('ATI ZONE')) // ARTILLERY TARGET INTELLIGENCE (ATI) ZONE
+labels['G*F*AZIR--'] = C(ALL_LINES('ATI ZONE')) // ARTILLERY TARGET INTELLIGENCE (ATI) ZONE
+labels['G*F*AZXI--'] = C(ALL_LINES('CFF ZONE')) // CALL FOR FIRE ZONE (CFFZ)
+labels['G*F*AZXR--'] = C(ALL_LINES('CFF ZONE')) // CALL FOR FIRE ZONE (CFFZ)
+labels['G*F*AZCI--'] = C(ALL_LINES('CENSOR ZONE')) // CENSOR ZONE
+labels['G*F*AZCR--'] = C(ALL_LINES('CENSOR ZONE')) // CENSOR ZONE
+labels['G*F*AZFI--'] = C(ALL_LINES('CF ZONE')) // CRITICAL FRIENDLY ZONE (CFZ)
+labels['G*F*AZFR--'] = C(ALL_LINES('CF ZONE')) // CRITICAL FRIENDLY ZONE (CFZ)
+labels['G*F*AKBI--'] = C(ALL_LINES('BKB'), { 'text-halo-color': 'white', 'text-halo-width': 5 }) // KILL BOX / BLUE
+labels['G*F*AKPI--'] = C(ALL_LINES('PKB'), { 'text-halo-color': 'white', 'text-halo-width': 5 }) // KILL BOX / PURPLE
+labels['G*S*AD----'] = C(ALL_LINES('DETAINEE\nHOLDING\nAREA')) // DETAINEE HOLDING AREA
+labels['G*S*AE----'] = C(ALL_LINES('EPW\nHOLDING\nAREA')) // ENEMY PRISONER OF WAR (EPW) HOLDING AREA
+labels['G*S*AR----'] = C(ALL_LINES('FARP')) // FORWARD ARMING AND REFUELING AREA (FARP)
+labels['G*S*AH----'] = C(ALL_LINES('REFUGEE\nHOLDING\nAREA')) // REFUGEE HOLDING AREA
+labels['G*S*ASB---'] = C(ALL_LINES('BSA')) // SUPPORT AREAS / BRIGADE (BSA)
+labels['G*S*ASD---'] = C(ALL_LINES('DSA')) // SUPPORT AREAS / DIVISON (DSA)
+labels['G*S*ASR---'] = C(ALL_LINES('RSA')) // SUPPORT AREAS / REGIMENTAL (DSA)
+labels['G*M*NR----'] = [{ 'symbol-code': 'GFMPNZ----', 'symbol-anchor': 'center' }] // RADIOACTIVE AREA
+labels['G*M*NB----'] = [{ 'symbol-code': 'GFMPNEB---', 'symbol-anchor': 'center' }] // BIOLOGICALLY CONTAMINATED AREA
+labels['G*M*NC----'] = [{ 'symbol-code': 'GFMPNEC---', 'symbol-anchor': 'center' }] // CHEMICALLY CONTAMINATED AREA
diff --git a/src/renderer/ol/style/polygon.js b/src/renderer/ol/style/polygon.js
index f04430f8..632ca65d 100644
--- a/src/renderer/ol/style/polygon.js
+++ b/src/renderer/ol/style/polygon.js
@@ -1,8 +1,8 @@
 /* eslint-disable camelcase */
 import * as shared from './shared'
 import styles from './polygon-styles'
-import G_G_GAZ from './resources/G_G_GAZ.png'
-
+import { placement } from './polygon-placement'
+import { labels } from './polygon-styles/labels'
 
 /**
  * dynamicStyle
@@ -43,173 +43,3 @@ export default [
   error,
   shared.style
 ]
-
-
-// ==> label specifications and placement
-
-const lazy = function (fn) {
-  let evaluated = false
-  let value
-
-  return function () {
-    if (evaluated) return value
-    value = fn.apply(this, arguments)
-    evaluated = true
-    return value
-  }
-}
-
-export const placement = ({ TS, geometry }) => {
-  const ring = geometry.getExteriorRing()
-  const envelope = ring.getEnvelopeInternal()
-  const centroid = TS.centroid(ring)
-  const [minX, maxX] = [envelope.getMinX(), envelope.getMaxX()]
-  const [minY, maxY] = [envelope.getMinY(), envelope.getMaxY()]
-
-  const xIntersection = lazy(() => {
-    const coord = x => TS.coordinate(x, centroid.y)
-    const axis = TS.lineString([minX, maxX].map(coord))
-    return TS.intersection([geometry, axis]).getCoordinates()
-  })
-
-  const yIntersection = lazy(() => {
-    const coord = y => TS.coordinate(centroid.x, y)
-    const axis = TS.lineString([minY, maxY].map(coord))
-    return TS.intersection([geometry, axis]).getCoordinates()
-  })
-
-  const fraction = factor => {
-    const lengthIndexedLine = TS.lengthIndexedLine(ring)
-    const length = lengthIndexedLine.getEndIndex()
-    const coord = lengthIndexedLine.extractPoint(factor * length)
-    return TS.point(coord)
-  }
-
-  const anchors = {
-    center: lazy(() => TS.point(centroid)),
-    bottom: lazy(() => TS.point(yIntersection()[0])),
-    top: lazy(() => TS.point(yIntersection()[1])),
-    left: lazy(() => TS.point(xIntersection()[0])),
-    right: lazy(() => TS.point(xIntersection()[1]))
-  }
-
-  return props => {
-    const anchor = props['text-anchor']
-    const geometry = Number.isFinite(anchor)
-      ? fraction(anchor)
-      : anchors[anchor || 'center']()
-
-    return { geometry, ...props }
-  }
-}
-
-
-const HALO = { 'text-clipping': 'none', 'text-halo-color': 'white', 'text-halo-width': 5 }
-const C = (text, options) => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'center', 'text-clipping': 'none', ...options }]
-const T = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'top', 'text-padding': 5, 'text-clipping': 'line' }]
-const B = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'bottom', 'text-padding': 5, 'text-clipping': 'line' }]
-const F = text => [{ id: 'style:default-text', 'text-field': text, 'text-anchor': 'bottom', 'text-offset': [0, 20] }]
-const LR = text => ['left', 'right'].map(anchor => ({ id: 'style:default-text', 'text-field': text, 'text-anchor': anchor, 'text-padding': 5, 'text-clipping': 'line' }))
-const TLBR = text => ['top', 'left', 'bottom', 'right'].map(anchor => ({ id: 'style:default-text', 'text-field': text, 'text-anchor': anchor, 'text-padding': 5, 'text-clipping': 'line' }))
-const DTG_LINE = '(modifiers.w || modifiers.w1) ? (modifiers.w ? modifiers.w : "") + "—" + (modifiers.w1 ? modifiers.w1 : "") : null'
-const ALT_LINE = '(modifiers.x || modifiers.x1) ? (modifiers.x ? modifiers.x : "") + "—" + (modifiers.x1 ? modifiers.x1 : "") : null'
-const ALL_LINES = title => title
-  ? [`"${title}"`, 'modifiers.t', 'modifiers.h', ALT_LINE, DTG_LINE]
-  : ['modifiers.t', 'modifiers.h', ALT_LINE, DTG_LINE]
-
-const G_G_PM = [
-  ...TLBR('"M"'),
-  { 'symbol-code': 'GFGPPD----', 'symbol-anchor': 'center', 'symbol-size': 100 }
-]
-
-const labels = {}
-labels['G*G*GAG---'] = C(ALL_LINES()) // GENERAL AREA
-labels['G*G*GAA---'] = C(ALL_LINES('AA')) // ASSEMBLY AREA
-labels['G*G*GAE---'] = C(ALL_LINES('EA')) // ENGAGEMENT AREA
-labels['G*G*GAF---'] = C(ALL_LINES('')) // FORTIFIED AREA
-labels['G*G*GAD---'] = C(ALL_LINES('DZ')) // DROP ZONE
-labels['G*G*GAX---'] = C(ALL_LINES('EZ')) // EXTRACTION ZONE (EZ)
-labels['G*G*GAL---'] = C(ALL_LINES('LZ')) // LANDING ZONE (LZ)
-labels['G*G*GAP---'] = C(ALL_LINES('PZ')) // PICKUP ZONE (PZ)
-labels['G*G*GAY---'] = C('h', { 'text-halo-color': 'white', 'text-halo-width': 5 }) // LIMITED ACCESS AREA
-labels['G*G*GAZ---'] = [{ 'icon-url': G_G_GAZ, 'icon-anchor': 'center', 'icon-scale': 0.8 }] // AIRFIELD ZONE
-labels['G*G*AAR---'] = C(ALL_LINES('ROZ')) // RESTRICTED OPERATIONS ZONE (ROZ)
-labels['G*G*AAF---'] = C(ALL_LINES('SHORADEZ')) // SHORT-RANGE AIR DEFENSE ENGAGEMENT ZONE (SHORADEZ)
-labels['G*G*AAH---'] = C(ALL_LINES('HIDACZ')) // HIGH DENSITY AIRSPACE CONTROL ZONE (HIDACZ)
-labels['G*G*AAM---'] = C(ALL_LINES('MEZ')) // MISSILE ENGAGEMENT ZONE (MEZ)
-labels['G*G*AAML--'] = C(ALL_LINES('LOMEZ')) // LOW ALTITUDE MEZ
-labels['G*G*AAMH--'] = C(ALL_LINES('HIMEZ')) // HIGH ALTITUDE MEZ
-labels['G*G*AAW---'] = C(ALL_LINES('WFZ'), { 'text-halo-color': 'white', 'text-halo-width': 5 }) // WEAPONS FREE ZONE
-labels['G*G*PM----'] = G_G_PM // DECOY MINED AREA
-labels['G*G*PY----'] = G_G_PM // DECOY MINED AREA, FENCED
-// G*G*PC---- : DUMMY MINEFIELD (DYNAMIC)
-labels['G*G*DAB---'] = C(ALL_LINES()) // BATTLE POSITION
-labels['G*G*DABP--'] = C('modifiers.t ? "(P) " + modifiers.t : (P)') // BATTLE POSITION / PREPARED BUT NOT OCCUPIED
-labels['G*G*DAE---'] = C(ALL_LINES('EA')) // ENGAGEMENT AREA (DEFENSE)
-labels['G*G*OAA---'] = C(ALL_LINES('ASLT\nPSN')) // ASSAULT POSITION
-labels['G*G*OAK---'] = C(ALL_LINES('ATK')) // ATTACK POSITION
-labels['G*G*OAO---'] = C(ALL_LINES('OBJ')) // OBJECTIVE (OFFENSE)
-labels['G*G*OAP---'] = [] // PENETRATION BOX
-labels['G*G*SAO---'] = C(ALL_LINES('AO')) // AREA OF OPERATIONS (AO)
-labels['G*G*SAA---'] = F(['"AIRHEAD LINE"', 'modifiers.t ? "(PL " + modifiers.t + ")" : null']) // AIRHEAD
-labels['G*G*SAE---'] = C(ALL_LINES()) // ENCIRCLEMENT
-labels['G*G*SAN---'] = C(ALL_LINES('NAI')) // NAMED AREA OF INTEREST (NAI)
-labels['G*G*SAT---'] = C(ALL_LINES('TAI')) // TARGETED AREA OF INTEREST (TAI)
-labels['G*M*OGB---'] = C(['t', 't1']) // BELT (OBSTACLES)
-labels['G*M*OGZ---'] = C(ALL_LINES()) // GENERAL ZONE (OBSTACLES)
-labels['G*M*OGF---'] = C(ALL_LINES('FREE')) // OBSTACLE FREE AREA
-labels['G*M*OGR---'] = C(ALL_LINES(), { 'text-clipping': 'none', 'text-halo-color': 'white', 'text-halo-width': 5 }) // OBSTACLE RESTRICTED AREA
-// G*M*OFD--- : MINEFIELDS / DYNAMIC DEPICTION
-labels['G*M*OFA---'] = TLBR('"M"') // MINED AREA
-labels['G*M*OU----'] = LR('"UXO"') // UNEXPLODED ORDNANCE AREA (UXO)
-labels['G*M*SP----'] = C('t') // STRONG POINT
-labels['G*M*NL----'] = T('t') // DOSE RATE CONTOUR LINES
-labels['G*F*ACSR--'] = C(ALL_LINES('FSA')) // FIRE SUPPORT AREA (FSA)
-labels['G*F*ACAR--'] = C(ALL_LINES('ACA')) // AIRSPACE COORDINATION AREA (ACA)
-labels['G*F*ACFR--'] = C(ALL_LINES('FFA')) // FREE FIRE AREA (FFA)
-labels['G*F*ACNR--'] = C(ALL_LINES('NFA'), HALO) // NO-FIRE AREA (NFA)
-labels['G*F*ACRR--'] = C(ALL_LINES('RFA')) // RESTRICTIVE FIRE AREA (RFA)
-labels['G*F*ACPR--'] = B('"PAA"') // POSITION AREA FOR ARTILLERY (PAA)
-labels['G*F*ACER--'] = C(ALL_LINES('SENSOR ZONE')) // SENSOR ZONE
-labels['G*F*ACDR--'] = C(ALL_LINES('DA')) // DEAD SPACE AREA (DA)
-labels['G*F*ACZR--'] = C(ALL_LINES('ZOR')) // ZONE OF RESPONSIBILITY (ZOR)
-labels['G*F*ACBR--'] = C(ALL_LINES('TBA')) // TARGET BUILD-UP AREA (TBA)
-labels['G*F*ACVR--'] = C(ALL_LINES('TVAR')) // TARGET VALUE AREA (TVAR)
-labels['G*F*AT----'] = C(ALL_LINES()) // AREA TARGET
-labels['G*F*ATG---'] = T('t') // SERIES OR GROUP OF TARGETS
-labels['G*F*ATR---'] = C(ALL_LINES()) // RECTANGULAR TARGET
-labels['G*F*ATS---'] = C(ALL_LINES('SMOKE')) // AREA TARGET / SMOKE
-labels['G*F*ATB---'] = C(ALL_LINES('BOMB')) // BOMB AREA
-labels['G*F*ACSI--'] = C(ALL_LINES('FSA')) // FIRE SUPPORT AREA (FSA)
-labels['G*F*ACAI--'] = C(ALL_LINES('ACA')) // AIRSPACE COORDINATION AREA (ACA)
-labels['G*F*ACFI--'] = C(ALL_LINES('FFA')) // FREE FIRE AREA (FFA)
-labels['G*F*ACNI--'] = C(ALL_LINES('NFA'), { 'text-halo-color': 'white', 'text-halo-width': 5 }) // NO-FIRE AREA (NFA)
-labels['G*F*ACRI--'] = C(ALL_LINES('RFA')) // RESTRICTIVE FIRE AREA (RFA)
-labels['G*F*ACEI--'] = C(ALL_LINES('SENSOR ZONE')) // SENSOR ZONE
-labels['G*F*ACDI--'] = C(ALL_LINES('DA')) // DEAD SPACE AREA (DA)
-labels['G*F*ACZI--'] = C(ALL_LINES('ZOR')) // ZONE OF RESPONSIBILITY (ZOR)
-labels['G*F*ACBI--'] = C(ALL_LINES('TBA')) // TARGET BUILD-UP AREA (TBA)
-labels['G*F*ACVI--'] = C(ALL_LINES('TVAR')) // TARGET VALUE AREA (TVAR)
-labels['G*F*ACT---'] = C(ALL_LINES('TGMF')) // TERMINALLY GUIDED MUNITION FOOTPRINT (TGMF)
-labels['G*F*AKBR--'] = C(ALL_LINES('BKB'), HALO) // KILL BOX/BLUE
-labels['G*F*AKPR--'] = C(ALL_LINES('PKB'), HALO) // KILL BOX/PURPLE
-labels['G*F*AZII--'] = C(ALL_LINES('ATI ZONE')) // ARTILLERY TARGET INTELLIGENCE (ATI) ZONE
-labels['G*F*AZIR--'] = C(ALL_LINES('ATI ZONE')) // ARTILLERY TARGET INTELLIGENCE (ATI) ZONE
-labels['G*F*AZXI--'] = C(ALL_LINES('CFF ZONE')) // CALL FOR FIRE ZONE (CFFZ)
-labels['G*F*AZXR--'] = C(ALL_LINES('CFF ZONE')) // CALL FOR FIRE ZONE (CFFZ)
-labels['G*F*AZCI--'] = C(ALL_LINES('CENSOR ZONE')) // CENSOR ZONE
-labels['G*F*AZCR--'] = C(ALL_LINES('CENSOR ZONE')) // CENSOR ZONE
-labels['G*F*AZFI--'] = C(ALL_LINES('CF ZONE')) // CRITICAL FRIENDLY ZONE (CFZ)
-labels['G*F*AZFR--'] = C(ALL_LINES('CF ZONE')) // CRITICAL FRIENDLY ZONE (CFZ)
-labels['G*F*AKBI--'] = C(ALL_LINES('BKB'), { 'text-halo-color': 'white', 'text-halo-width': 5 }) // KILL BOX / BLUE
-labels['G*F*AKPI--'] = C(ALL_LINES('PKB'), { 'text-halo-color': 'white', 'text-halo-width': 5 }) // KILL BOX / PURPLE
-labels['G*S*AD----'] = C(ALL_LINES('DETAINEE\nHOLDING\nAREA')) // DETAINEE HOLDING AREA
-labels['G*S*AE----'] = C(ALL_LINES('EPW\nHOLDING\nAREA')) // ENEMY PRISONER OF WAR (EPW) HOLDING AREA
-labels['G*S*AR----'] = C(ALL_LINES('FARP')) // FORWARD ARMING AND REFUELING AREA (FARP)
-labels['G*S*AH----'] = C(ALL_LINES('REFUGEE\nHOLDING\nAREA')) // REFUGEE HOLDING AREA
-labels['G*S*ASB---'] = C(ALL_LINES('BSA')) // SUPPORT AREAS / BRIGADE (BSA)
-labels['G*S*ASD---'] = C(ALL_LINES('DSA')) // SUPPORT AREAS / DIVISON (DSA)
-labels['G*S*ASR---'] = C(ALL_LINES('RSA')) // SUPPORT AREAS / REGIMENTAL (DSA)
-labels['G*M*NR----'] = [{ 'symbol-code': 'GFMPNZ----', 'symbol-anchor': 'center' }] // RADIOACTIVE AREA
-labels['G*M*NB----'] = [{ 'symbol-code': 'GFMPNEB---', 'symbol-anchor': 'center' }] // BIOLOGICALLY CONTAMINATED AREA
-labels['G*M*NC----'] = [{ 'symbol-code': 'GFMPNEC---', 'symbol-anchor': 'center' }] // CHEMICALLY CONTAMINATED AREA
diff --git a/src/renderer/ol/style/rules.js b/src/renderer/ol/style/rules.js
index edc2a093..3bfc372f 100644
--- a/src/renderer/ol/style/rules.js
+++ b/src/renderer/ol/style/rules.js
@@ -44,7 +44,10 @@ export const reduce = (state, facts, rank = 0) => {
   const isStale = rule => deps(rule).some(key => changed.includes(key))
   const isFulfilled = rule => deps(rule).every(key => !R.isNil(next[key]))
   const head = state.rules[rank]
-  const catcher = (err, next) => reduce(state, { ...next, err }, ++rank)
+  const catcher = (err, next) => {
+    console.error(err)
+    return reduce(state, { ...next, err }, ++rank)
+  }
   const tryer = next => isStale(head) && isFulfilled(head)
     ? reduce(state, { ...next, ...fn(head)(next) }, ++rank)
     : reduce(state, next, ++rank)