Created
August 29, 2022 17:03
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Useful settings for Foundry VTT's Token Tooltip Alt module when you're using the PF2E system,
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| { | |
| "gmSettings": { | |
| "default": { | |
| "items": [ | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [ | |
| { | |
| "value": "{hp = <attributes.hp.value>;\n hpm = <attributes.hp.max>;\n concat(string(hp), \"/\", string(hpm))\n}", | |
| "icon": "fa-heart", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d31d1d" | |
| }, | |
| { | |
| "value": "attributes.ac.value", | |
| "icon": "fa-shield-alt", | |
| "isFunction": false, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#0262b6" | |
| }, | |
| { | |
| "value": "{<saves.fortitude.value>+10}", | |
| "icon": "fa-chess-rook", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d1d1d1" | |
| }, | |
| { | |
| "value": "{<saves.reflex.value>+10}", | |
| "icon": "fa-running", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#60d2e6" | |
| }, | |
| { | |
| "value": "{<saves.will.value>+10}", | |
| "icon": "fa-brain", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d756cc" | |
| }, | |
| { | |
| "value": "{<skills.ath.value>+10}", | |
| "icon": "fa-fist-raised", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#dd792c" | |
| }, | |
| { | |
| "value": "{<skills.ste.value>+10}", | |
| "icon": "fa-eye-slash", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#6d6467" | |
| }, | |
| { | |
| "value": "{<attributes.perception.value>+10}", | |
| "icon": "fa-eye", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#b85ee8" | |
| }, | |
| { | |
| "value": "{concat(string(<attributes.speed.total>), \" ft\")}", | |
| "icon": "fa-shoe-prints", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#c04b0c" | |
| }, | |
| { | |
| "value": "let distance = tokenDistance(_token, token);\nreturn \"~\" +Math.ceil(distance) +\" ft\";\n/*\n Total Distance between two tokens.\n*/\nfunction tokenDistance(token1, token2)\n{\n if(!token1 || !token2) return;\n\n let distance = measureDistancePF2(token1, token2);\n if(token1.data.elevation !== token2.data.elevation)\n {\n const gs = canvas.dimensions.size;\n let h_diff = token2.data.elevation > token1.data.elevation\n ? Math.max(token2.data.elevation - Math.max(Math.floor((5*token1.hitArea.width/gs)-5),0) - token1.data.elevation,0)\n : Math.max(token1.data.elevation - Math.max(Math.floor((5*token2.hitArea.width/gs)-5),0) - token2.data.elevation,0);\n\n let tokenA = {x:0, y:0, center:{x:0, y:0}, hitArea:{width:gs, height:gs}}; let tokenB = {x:(distance.squares)*gs, y:(h_diff/5)*gs,center:{x:(distance.squares)*gs, y:(h_diff/5)*gs}, hitArea:{width:gs, height:gs}};\n let distanceAdjusted = measureDistancePF2(tokenA, tokenB)\n return distanceAdjusted.distance//Math.sqrt(Math.pow(h_diff,2) + Math.pow(distance,2));\n }else{\n return distance.distance;\n }\n}\n\n\nfunction distanceMeasure(p0,p1){\n\tconst gs = canvas.dimensions.size;\n const ray = new Ray(p0, p1);\n // How many squares do we travel across to get there? If 2.3, we should count that as 3 instead of 2; hence, Math.ceil\n const nx = (Math.abs(ray.dx / gs));\n const ny = (Math.abs(ray.dy / gs));\n\n // Get the number of straight and diagonal moves\n const nDiagonal = Math.min(nx, ny);\n const nStraight = Math.abs(ny - nx);\n\n // Diagonals in PF pretty much count as 1.5 times a straight\n var distance2 = Math.floor(nDiagonal * 1.5 + nStraight);\n\treturn {distance:distance2, squares:(Math.floor(nDiagonal+nStraight))}\n}\n\n//Account for token size.\nfunction measureDistancePF2(p0, p1){\n const gs = canvas.dimensions.size;\n Cp0x = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.x : 100*Math.floor(p0.x/100)+50;\n Cp0y = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.y : 100*Math.floor(p0.y/100)+50;\n Cp1x = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.x : 100*Math.floor(p1.x/100)+50;\n Cp1y = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.y : 100*Math.floor(p1.y/100)+50;\n\t const prelimDistance = distanceMeasure({x:Cp0x,y:Cp0y},{x:Cp1x,y:Cp1y});\n\t\tlet distance = prelimDistance.distance;\n\tif(p0 === p1){distance = {distance:0, squares:0};\n }else {\n\t\t\t const diffX0 = Cp0x - Cp1x\n\t\t\t const diffY0 = Cp0y - Cp1y\n\t\t\t const diffX01 = Cp1x - (Cp0x-Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2))\n\t\t\t const diffY01 = Cp1y - (Cp0y-Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))\n\t\t\t const testF = distanceMeasure({x:Cp0x-(Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2)),y:Cp0y-(Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))},{x:Cp1x-(Math.sign(diffX01)*((p1.hitArea.width/2)-gs/2)),y:Cp1y-(Math.sign(diffY01)*((p1.hitArea.height/2)-gs/2))})\n\t\t\t distance = testF\n\t\t\t };\n\n\t\t//Finalize things\n\t\tconst distanceOnGrid = {distance:distance.distance * canvas.dimensions.distance, squares:distance.squares};\n return distanceOnGrid;\n }", | |
| "icon": "fa-ruler", | |
| "isFunction": true, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#fbdf2d" | |
| } | |
| ] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [ | |
| { | |
| "value": "{hp = <attributes.hp.value>;\n hpm = <attributes.hp.max>;\n concat(string(hp), \"/\", string(hpm))\n}", | |
| "icon": "fa-heart", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d31d1d" | |
| }, | |
| { | |
| "value": "attributes.ac.value", | |
| "icon": "fa-shield-alt", | |
| "isFunction": false, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#0262b6" | |
| }, | |
| { | |
| "value": "{<saves.fortitude.value>+10}", | |
| "icon": "fa-chess-rook", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d1d1d1" | |
| }, | |
| { | |
| "value": "{<saves.reflex.value>+10}", | |
| "icon": "fa-running", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#60d2e6" | |
| }, | |
| { | |
| "value": "{<saves.will.value>+10}", | |
| "icon": "fa-brain", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d756cc" | |
| }, | |
| { | |
| "value": "{<skills.ath.value>+10}", | |
| "icon": "fa-fist-raised", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#dd792c" | |
| }, | |
| { | |
| "value": "{<skills.ste.value>+10}", | |
| "icon": "fa-eye-slash", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#6d6467" | |
| }, | |
| { | |
| "value": "{<attributes.perception.value>+10}", | |
| "icon": "fa-eye", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#b85ee8" | |
| }, | |
| { | |
| "value": "{concat(string(<attributes.speed.total>), \" ft\")}", | |
| "icon": "fa-shoe-prints", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#c04b0c" | |
| }, | |
| { | |
| "value": "let distance = tokenDistance(_token, token);\nreturn \"~\" +Math.ceil(distance) +\" ft\";\n/*\n Total Distance between two tokens.\n*/\nfunction tokenDistance(token1, token2)\n{\n if(!token1 || !token2) return;\n\n let distance = measureDistancePF2(token1, token2);\n if(token1.data.elevation !== token2.data.elevation)\n {\n const gs = canvas.dimensions.size;\n let h_diff = token2.data.elevation > token1.data.elevation\n ? Math.max(token2.data.elevation - Math.max(Math.floor((5*token1.hitArea.width/gs)-5),0) - token1.data.elevation,0)\n : Math.max(token1.data.elevation - Math.max(Math.floor((5*token2.hitArea.width/gs)-5),0) - token2.data.elevation,0);\n\n let tokenA = {x:0, y:0, center:{x:0, y:0}, hitArea:{width:gs, height:gs}}; let tokenB = {x:(distance.squares)*gs, y:(h_diff/5)*gs,center:{x:(distance.squares)*gs, y:(h_diff/5)*gs}, hitArea:{width:gs, height:gs}};\n let distanceAdjusted = measureDistancePF2(tokenA, tokenB)\n return distanceAdjusted.distance//Math.sqrt(Math.pow(h_diff,2) + Math.pow(distance,2));\n }else{\n return distance.distance;\n }\n}\n\n\nfunction distanceMeasure(p0,p1){\n\tconst gs = canvas.dimensions.size;\n const ray = new Ray(p0, p1);\n // How many squares do we travel across to get there? If 2.3, we should count that as 3 instead of 2; hence, Math.ceil\n const nx = (Math.abs(ray.dx / gs));\n const ny = (Math.abs(ray.dy / gs));\n\n // Get the number of straight and diagonal moves\n const nDiagonal = Math.min(nx, ny);\n const nStraight = Math.abs(ny - nx);\n\n // Diagonals in PF pretty much count as 1.5 times a straight\n var distance2 = Math.floor(nDiagonal * 1.5 + nStraight);\n\treturn {distance:distance2, squares:(Math.floor(nDiagonal+nStraight))}\n}\n\n//Account for token size.\nfunction measureDistancePF2(p0, p1){\n const gs = canvas.dimensions.size;\n Cp0x = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.x : 100*Math.floor(p0.x/100)+50;\n Cp0y = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.y : 100*Math.floor(p0.y/100)+50;\n Cp1x = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.x : 100*Math.floor(p1.x/100)+50;\n Cp1y = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.y : 100*Math.floor(p1.y/100)+50;\n\t const prelimDistance = distanceMeasure({x:Cp0x,y:Cp0y},{x:Cp1x,y:Cp1y});\n\t\tlet distance = prelimDistance.distance;\n\tif(p0 === p1){distance = {distance:0, squares:0};\n }else {\n\t\t\t const diffX0 = Cp0x - Cp1x\n\t\t\t const diffY0 = Cp0y - Cp1y\n\t\t\t const diffX01 = Cp1x - (Cp0x-Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2))\n\t\t\t const diffY01 = Cp1y - (Cp0y-Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))\n\t\t\t const testF = distanceMeasure({x:Cp0x-(Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2)),y:Cp0y-(Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))},{x:Cp1x-(Math.sign(diffX01)*((p1.hitArea.width/2)-gs/2)),y:Cp1y-(Math.sign(diffY01)*((p1.hitArea.height/2)-gs/2))})\n\t\t\t distance = testF\n\t\t\t };\n\n\t\t//Finalize things\n\t\tconst distanceOnGrid = {distance:distance.distance * canvas.dimensions.distance, squares:distance.squares};\n return distanceOnGrid;\n }", | |
| "icon": "fa-ruler", | |
| "isFunction": true, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#fbdf2d" | |
| } | |
| ] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [ | |
| { | |
| "value": "{hp = <attributes.hp.value>;\n hpm = <attributes.hp.max>;\n concat(string(hp), \"/\", string(hpm))\n}", | |
| "icon": "fa-heart", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d31d1d" | |
| }, | |
| { | |
| "value": "attributes.ac.value", | |
| "icon": "fa-shield-alt", | |
| "isFunction": false, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#0262b6" | |
| }, | |
| { | |
| "value": "{<saves.fortitude.value>+10}", | |
| "icon": "fa-chess-rook", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d1d1d1" | |
| }, | |
| { | |
| "value": "{<saves.reflex.value>+10}", | |
| "icon": "fa-running", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#60d2e6" | |
| }, | |
| { | |
| "value": "{<saves.will.value>+10}", | |
| "icon": "fa-brain", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d756cc" | |
| }, | |
| { | |
| "value": "{<skills.ath.value>+10}", | |
| "icon": "fa-fist-raised", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#dd792c" | |
| }, | |
| { | |
| "value": "{<skills.ste.value>+10}", | |
| "icon": "fa-eye-slash", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#6d6467" | |
| }, | |
| { | |
| "value": "{<attributes.perception.value>+10}", | |
| "icon": "fa-eye", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#b85ee8" | |
| }, | |
| { | |
| "value": "{concat(string(<attributes.speed.total>), \" ft\")}", | |
| "icon": "fa-shoe-prints", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#c04b0c" | |
| }, | |
| { | |
| "value": "let distance = tokenDistance(_token, token);\nreturn \"~\" +Math.ceil(distance) +\" ft\";\n/*\n Total Distance between two tokens.\n*/\nfunction tokenDistance(token1, token2)\n{\n if(!token1 || !token2) return;\n\n let distance = measureDistancePF2(token1, token2);\n if(token1.data.elevation !== token2.data.elevation)\n {\n const gs = canvas.dimensions.size;\n let h_diff = token2.data.elevation > token1.data.elevation\n ? Math.max(token2.data.elevation - Math.max(Math.floor((5*token1.hitArea.width/gs)-5),0) - token1.data.elevation,0)\n : Math.max(token1.data.elevation - Math.max(Math.floor((5*token2.hitArea.width/gs)-5),0) - token2.data.elevation,0);\n\n let tokenA = {x:0, y:0, center:{x:0, y:0}, hitArea:{width:gs, height:gs}}; let tokenB = {x:(distance.squares)*gs, y:(h_diff/5)*gs,center:{x:(distance.squares)*gs, y:(h_diff/5)*gs}, hitArea:{width:gs, height:gs}};\n let distanceAdjusted = measureDistancePF2(tokenA, tokenB)\n return distanceAdjusted.distance//Math.sqrt(Math.pow(h_diff,2) + Math.pow(distance,2));\n }else{\n return distance.distance;\n }\n}\n\n\nfunction distanceMeasure(p0,p1){\n\tconst gs = canvas.dimensions.size;\n const ray = new Ray(p0, p1);\n // How many squares do we travel across to get there? If 2.3, we should count that as 3 instead of 2; hence, Math.ceil\n const nx = (Math.abs(ray.dx / gs));\n const ny = (Math.abs(ray.dy / gs));\n\n // Get the number of straight and diagonal moves\n const nDiagonal = Math.min(nx, ny);\n const nStraight = Math.abs(ny - nx);\n\n // Diagonals in PF pretty much count as 1.5 times a straight\n var distance2 = Math.floor(nDiagonal * 1.5 + nStraight);\n\treturn {distance:distance2, squares:(Math.floor(nDiagonal+nStraight))}\n}\n\n//Account for token size.\nfunction measureDistancePF2(p0, p1){\n const gs = canvas.dimensions.size;\n Cp0x = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.x : 100*Math.floor(p0.x/100)+50;\n Cp0y = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.y : 100*Math.floor(p0.y/100)+50;\n Cp1x = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.x : 100*Math.floor(p1.x/100)+50;\n Cp1y = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.y : 100*Math.floor(p1.y/100)+50;\n\t const prelimDistance = distanceMeasure({x:Cp0x,y:Cp0y},{x:Cp1x,y:Cp1y});\n\t\tlet distance = prelimDistance.distance;\n\tif(p0 === p1){distance = {distance:0, squares:0};\n }else {\n\t\t\t const diffX0 = Cp0x - Cp1x\n\t\t\t const diffY0 = Cp0y - Cp1y\n\t\t\t const diffX01 = Cp1x - (Cp0x-Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2))\n\t\t\t const diffY01 = Cp1y - (Cp0y-Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))\n\t\t\t const testF = distanceMeasure({x:Cp0x-(Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2)),y:Cp0y-(Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))},{x:Cp1x-(Math.sign(diffX01)*((p1.hitArea.width/2)-gs/2)),y:Cp1y-(Math.sign(diffY01)*((p1.hitArea.height/2)-gs/2))})\n\t\t\t distance = testF\n\t\t\t };\n\n\t\t//Finalize things\n\t\tconst distanceOnGrid = {distance:distance.distance * canvas.dimensions.distance, squares:distance.squares};\n return distanceOnGrid;\n }", | |
| "icon": "fa-ruler", | |
| "isFunction": true, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#fbdf2d" | |
| } | |
| ] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": false, | |
| "useAccentEverywhere": false, | |
| "accentColor": "#a3a3a3", | |
| "tokenDispositions": [ | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ], | |
| "useAccentColorForEverything": false | |
| } | |
| }, | |
| "character": { | |
| "items": [ | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": false, | |
| "useAccentEverywhere": false, | |
| "accentColor": "#dc6869", | |
| "tokenDispositions": [ | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ], | |
| "useAccentColorForEverything": false | |
| } | |
| }, | |
| "npc": { | |
| "items": [ | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [ | |
| { | |
| "value": "attributes.ac.value", | |
| "icon": "fa-shield-alt", | |
| "isFunction": false, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#0262b6" | |
| }, | |
| { | |
| "value": "{<saves.fortitude.value>+10}", | |
| "icon": "fa-fist-raised", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#47d758" | |
| }, | |
| { | |
| "value": "{<saves.reflex.value>+10}", | |
| "icon": "fa-running", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#02bb96" | |
| }, | |
| { | |
| "value": "{<saves.will.value>+10}", | |
| "icon": "fa-brain", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#e68f8f" | |
| }, | |
| { | |
| "value": "{<skills.ath.value>+10}", | |
| "icon": "fa-dumbbell", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#e02929" | |
| }, | |
| { | |
| "value": "{<skills.ste.value>+10}", | |
| "icon": "fa-eye-slash", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#b9acb1" | |
| }, | |
| { | |
| "value": "{<attributes.perception.value>+10}", | |
| "icon": "fa-eye", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#b85ee8" | |
| }, | |
| { | |
| "value": "attributes.speed.value", | |
| "icon": "fa-shoe-prints", | |
| "isFunction": false, | |
| "expression": false, | |
| "isNumber": true, | |
| "color": "#c04b0c" | |
| } | |
| ] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [ | |
| { | |
| "value": "attributes.ac.value", | |
| "icon": "fa-shield-alt", | |
| "isFunction": false, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#0262b6" | |
| }, | |
| { | |
| "value": "{<saves.fortitude.value>+10}", | |
| "icon": "fa-fist-raised", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#47d758" | |
| }, | |
| { | |
| "value": "{<saves.reflex.value>+10}", | |
| "icon": "fa-running", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#02bb96" | |
| }, | |
| { | |
| "value": "{<saves.will.value>+10}", | |
| "icon": "fa-brain", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#e68f8f" | |
| }, | |
| { | |
| "value": "{<skills.ath.value>+10}", | |
| "icon": "fa-dumbbell", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#e02929" | |
| }, | |
| { | |
| "value": "{<skills.ste.value>+10}", | |
| "icon": "fa-eye-slash", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#b9acb1" | |
| }, | |
| { | |
| "value": "{<attributes.perception.value>+10}", | |
| "icon": "fa-eye", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#b85ee8" | |
| }, | |
| { | |
| "value": "attributes.speed.value", | |
| "icon": "fa-shoe-prints", | |
| "isFunction": false, | |
| "expression": false, | |
| "isNumber": true, | |
| "color": "#c04b0c" | |
| } | |
| ] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [ | |
| { | |
| "value": "attributes.ac.value", | |
| "icon": "fa-shield-alt", | |
| "isFunction": false, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#0262b6" | |
| }, | |
| { | |
| "value": "{<saves.fortitude.value>+10}", | |
| "icon": "fa-fist-raised", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#47d758" | |
| }, | |
| { | |
| "value": "{<saves.reflex.value>+10}", | |
| "icon": "fa-running", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#02bb96" | |
| }, | |
| { | |
| "value": "{<saves.will.value>+10}", | |
| "icon": "fa-brain", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#e68f8f" | |
| }, | |
| { | |
| "value": "{<skills.ath.value>+10}", | |
| "icon": "fa-dumbbell", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#e02929" | |
| }, | |
| { | |
| "value": "{<skills.ste.value>+10}", | |
| "icon": "fa-eye-slash", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#b9acb1" | |
| }, | |
| { | |
| "value": "{<attributes.perception.value>+10}", | |
| "icon": "fa-eye", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#b85ee8" | |
| }, | |
| { | |
| "value": "attributes.speed.value", | |
| "icon": "fa-shoe-prints", | |
| "isFunction": false, | |
| "expression": false, | |
| "isNumber": true, | |
| "color": "#c04b0c" | |
| } | |
| ] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": true, | |
| "useAccentEverywhere": false, | |
| "accentColor": "#c2512e", | |
| "tokenDispositions": [ | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ], | |
| "useAccentColorForEverything": false | |
| } | |
| }, | |
| "hazard": { | |
| "items": [ | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": true, | |
| "accentColor": "#cfcef3", | |
| "useAccentColorForEverything": false, | |
| "tokenDispositions": [ | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ] | |
| } | |
| }, | |
| "loot": { | |
| "items": [ | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [ | |
| { | |
| "value": "let distance = tokenDistance(_token, token);\nreturn \"~\" +Math.ceil(distance) +\" ft\";\n/*\n Total Distance between two tokens.\n*/\nfunction tokenDistance(token1, token2)\n{\n if(!token1 || !token2) return;\n\n let distance = measureDistancePF2(token1, token2);\n if(token1.data.elevation !== token2.data.elevation)\n {\n const gs = canvas.dimensions.size;\n let h_diff = token2.data.elevation > token1.data.elevation\n ? Math.max(token2.data.elevation - Math.max(Math.floor((5*token1.hitArea.width/gs)-5),0) - token1.data.elevation,0)\n : Math.max(token1.data.elevation - Math.max(Math.floor((5*token2.hitArea.width/gs)-5),0) - token2.data.elevation,0);\n\n let tokenA = {x:0, y:0, center:{x:0, y:0}, hitArea:{width:gs, height:gs}}; let tokenB = {x:(distance.squares)*gs, y:(h_diff/5)*gs,center:{x:(distance.squares)*gs, y:(h_diff/5)*gs}, hitArea:{width:gs, height:gs}};\n let distanceAdjusted = measureDistancePF2(tokenA, tokenB)\n return distanceAdjusted.distance//Math.sqrt(Math.pow(h_diff,2) + Math.pow(distance,2));\n }else{\n return distance.distance;\n }\n}\n\n\nfunction distanceMeasure(p0,p1){\n\tconst gs = canvas.dimensions.size;\n const ray = new Ray(p0, p1);\n // How many squares do we travel across to get there? If 2.3, we should count that as 3 instead of 2; hence, Math.ceil\n const nx = (Math.abs(ray.dx / gs));\n const ny = (Math.abs(ray.dy / gs));\n\n // Get the number of straight and diagonal moves\n const nDiagonal = Math.min(nx, ny);\n const nStraight = Math.abs(ny - nx);\n\n // Diagonals in PF pretty much count as 1.5 times a straight\n var distance2 = Math.floor(nDiagonal * 1.5 + nStraight);\n\treturn {distance:distance2, squares:(Math.floor(nDiagonal+nStraight))}\n}\n\n//Account for token size.\nfunction measureDistancePF2(p0, p1){\n const gs = canvas.dimensions.size;\n Cp0x = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.x : 100*Math.floor(p0.x/100)+50;\n Cp0y = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.y : 100*Math.floor(p0.y/100)+50;\n Cp1x = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.x : 100*Math.floor(p1.x/100)+50;\n Cp1y = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.y : 100*Math.floor(p1.y/100)+50;\n\t const prelimDistance = distanceMeasure({x:Cp0x,y:Cp0y},{x:Cp1x,y:Cp1y});\n\t\tlet distance = prelimDistance.distance;\n\tif(p0 === p1){distance = {distance:0, squares:0};\n }else {\n\t\t\t const diffX0 = Cp0x - Cp1x\n\t\t\t const diffY0 = Cp0y - Cp1y\n\t\t\t const diffX01 = Cp1x - (Cp0x-Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2))\n\t\t\t const diffY01 = Cp1y - (Cp0y-Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))\n\t\t\t const testF = distanceMeasure({x:Cp0x-(Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2)),y:Cp0y-(Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))},{x:Cp1x-(Math.sign(diffX01)*((p1.hitArea.width/2)-gs/2)),y:Cp1y-(Math.sign(diffY01)*((p1.hitArea.height/2)-gs/2))})\n\t\t\t distance = testF\n\t\t\t };\n\n\t\t//Finalize things\n\t\tconst distanceOnGrid = {distance:distance.distance * canvas.dimensions.distance, squares:distance.squares};\n return distanceOnGrid;\n }", | |
| "icon": "fa-ruler", | |
| "isFunction": true, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#fbdf2d" | |
| } | |
| ] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [ | |
| { | |
| "value": "let distance = tokenDistance(_token, token);\nreturn \"~\" +Math.ceil(distance) +\" ft\";\n/*\n Total Distance between two tokens.\n*/\nfunction tokenDistance(token1, token2)\n{\n if(!token1 || !token2) return;\n\n let distance = measureDistancePF2(token1, token2);\n if(token1.data.elevation !== token2.data.elevation)\n {\n const gs = canvas.dimensions.size;\n let h_diff = token2.data.elevation > token1.data.elevation\n ? Math.max(token2.data.elevation - Math.max(Math.floor((5*token1.hitArea.width/gs)-5),0) - token1.data.elevation,0)\n : Math.max(token1.data.elevation - Math.max(Math.floor((5*token2.hitArea.width/gs)-5),0) - token2.data.elevation,0);\n\n let tokenA = {x:0, y:0, center:{x:0, y:0}, hitArea:{width:gs, height:gs}}; let tokenB = {x:(distance.squares)*gs, y:(h_diff/5)*gs,center:{x:(distance.squares)*gs, y:(h_diff/5)*gs}, hitArea:{width:gs, height:gs}};\n let distanceAdjusted = measureDistancePF2(tokenA, tokenB)\n return distanceAdjusted.distance//Math.sqrt(Math.pow(h_diff,2) + Math.pow(distance,2));\n }else{\n return distance.distance;\n }\n}\n\n\nfunction distanceMeasure(p0,p1){\n\tconst gs = canvas.dimensions.size;\n const ray = new Ray(p0, p1);\n // How many squares do we travel across to get there? If 2.3, we should count that as 3 instead of 2; hence, Math.ceil\n const nx = (Math.abs(ray.dx / gs));\n const ny = (Math.abs(ray.dy / gs));\n\n // Get the number of straight and diagonal moves\n const nDiagonal = Math.min(nx, ny);\n const nStraight = Math.abs(ny - nx);\n\n // Diagonals in PF pretty much count as 1.5 times a straight\n var distance2 = Math.floor(nDiagonal * 1.5 + nStraight);\n\treturn {distance:distance2, squares:(Math.floor(nDiagonal+nStraight))}\n}\n\n//Account for token size.\nfunction measureDistancePF2(p0, p1){\n const gs = canvas.dimensions.size;\n Cp0x = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.x : 100*Math.floor(p0.x/100)+50;\n Cp0y = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.y : 100*Math.floor(p0.y/100)+50;\n Cp1x = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.x : 100*Math.floor(p1.x/100)+50;\n Cp1y = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.y : 100*Math.floor(p1.y/100)+50;\n\t const prelimDistance = distanceMeasure({x:Cp0x,y:Cp0y},{x:Cp1x,y:Cp1y});\n\t\tlet distance = prelimDistance.distance;\n\tif(p0 === p1){distance = {distance:0, squares:0};\n }else {\n\t\t\t const diffX0 = Cp0x - Cp1x\n\t\t\t const diffY0 = Cp0y - Cp1y\n\t\t\t const diffX01 = Cp1x - (Cp0x-Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2))\n\t\t\t const diffY01 = Cp1y - (Cp0y-Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))\n\t\t\t const testF = distanceMeasure({x:Cp0x-(Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2)),y:Cp0y-(Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))},{x:Cp1x-(Math.sign(diffX01)*((p1.hitArea.width/2)-gs/2)),y:Cp1y-(Math.sign(diffY01)*((p1.hitArea.height/2)-gs/2))})\n\t\t\t distance = testF\n\t\t\t };\n\n\t\t//Finalize things\n\t\tconst distanceOnGrid = {distance:distance.distance * canvas.dimensions.distance, squares:distance.squares};\n return distanceOnGrid;\n }", | |
| "icon": "fa-ruler", | |
| "isFunction": true, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#fbdf2d" | |
| } | |
| ] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [ | |
| { | |
| "value": "let distance = tokenDistance(_token, token);\nreturn \"~\" +Math.ceil(distance) +\" ft\";\n/*\n Total Distance between two tokens.\n*/\nfunction tokenDistance(token1, token2)\n{\n if(!token1 || !token2) return;\n\n let distance = measureDistancePF2(token1, token2);\n if(token1.data.elevation !== token2.data.elevation)\n {\n const gs = canvas.dimensions.size;\n let h_diff = token2.data.elevation > token1.data.elevation\n ? Math.max(token2.data.elevation - Math.max(Math.floor((5*token1.hitArea.width/gs)-5),0) - token1.data.elevation,0)\n : Math.max(token1.data.elevation - Math.max(Math.floor((5*token2.hitArea.width/gs)-5),0) - token2.data.elevation,0);\n\n let tokenA = {x:0, y:0, center:{x:0, y:0}, hitArea:{width:gs, height:gs}}; let tokenB = {x:(distance.squares)*gs, y:(h_diff/5)*gs,center:{x:(distance.squares)*gs, y:(h_diff/5)*gs}, hitArea:{width:gs, height:gs}};\n let distanceAdjusted = measureDistancePF2(tokenA, tokenB)\n return distanceAdjusted.distance//Math.sqrt(Math.pow(h_diff,2) + Math.pow(distance,2));\n }else{\n return distance.distance;\n }\n}\n\n\nfunction distanceMeasure(p0,p1){\n\tconst gs = canvas.dimensions.size;\n const ray = new Ray(p0, p1);\n // How many squares do we travel across to get there? If 2.3, we should count that as 3 instead of 2; hence, Math.ceil\n const nx = (Math.abs(ray.dx / gs));\n const ny = (Math.abs(ray.dy / gs));\n\n // Get the number of straight and diagonal moves\n const nDiagonal = Math.min(nx, ny);\n const nStraight = Math.abs(ny - nx);\n\n // Diagonals in PF pretty much count as 1.5 times a straight\n var distance2 = Math.floor(nDiagonal * 1.5 + nStraight);\n\treturn {distance:distance2, squares:(Math.floor(nDiagonal+nStraight))}\n}\n\n//Account for token size.\nfunction measureDistancePF2(p0, p1){\n const gs = canvas.dimensions.size;\n Cp0x = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.x : 100*Math.floor(p0.x/100)+50;\n Cp0y = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.y : 100*Math.floor(p0.y/100)+50;\n Cp1x = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.x : 100*Math.floor(p1.x/100)+50;\n Cp1y = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.y : 100*Math.floor(p1.y/100)+50;\n\t const prelimDistance = distanceMeasure({x:Cp0x,y:Cp0y},{x:Cp1x,y:Cp1y});\n\t\tlet distance = prelimDistance.distance;\n\tif(p0 === p1){distance = {distance:0, squares:0};\n }else {\n\t\t\t const diffX0 = Cp0x - Cp1x\n\t\t\t const diffY0 = Cp0y - Cp1y\n\t\t\t const diffX01 = Cp1x - (Cp0x-Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2))\n\t\t\t const diffY01 = Cp1y - (Cp0y-Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))\n\t\t\t const testF = distanceMeasure({x:Cp0x-(Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2)),y:Cp0y-(Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))},{x:Cp1x-(Math.sign(diffX01)*((p1.hitArea.width/2)-gs/2)),y:Cp1y-(Math.sign(diffY01)*((p1.hitArea.height/2)-gs/2))})\n\t\t\t distance = testF\n\t\t\t };\n\n\t\t//Finalize things\n\t\tconst distanceOnGrid = {distance:distance.distance * canvas.dimensions.distance, squares:distance.squares};\n return distanceOnGrid;\n }", | |
| "icon": "fa-ruler", | |
| "isFunction": true, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#fbdf2d" | |
| } | |
| ] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": true, | |
| "useAccentEverywhere": false, | |
| "accentColor": "#542256", | |
| "tokenDispositions": [ | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ], | |
| "useAccentColorForEverything": false | |
| } | |
| }, | |
| "familiar": { | |
| "items": [ | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": true, | |
| "accentColor": "#7e2dad", | |
| "useAccentColorForEverything": false, | |
| "tokenDispositions": [ | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ] | |
| } | |
| }, | |
| "vehicle": { | |
| "items": [ | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": true, | |
| "accentColor": "#3bc13e", | |
| "useAccentColorForEverything": false, | |
| "tokenDispositions": [ | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ] | |
| } | |
| } | |
| }, | |
| "playerSettings": { | |
| "default": { | |
| "items": [ | |
| { | |
| "disposition": "OWNED", | |
| "items": [ | |
| { | |
| "value": "{hp = <attributes.hp.value>;\n hpm = <attributes.hp.max>;\n concat(string(hp), \"/\", string(hpm))\n}", | |
| "icon": "fa-heart", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d31d1d" | |
| }, | |
| { | |
| "value": "attributes.ac.value", | |
| "icon": "fa-shield-alt", | |
| "isFunction": false, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#0262b6" | |
| }, | |
| { | |
| "value": "{concat(string(<attributes.speed.total>), \" ft\")}", | |
| "icon": "fa-shoe-prints", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#c04b0c" | |
| }, | |
| { | |
| "value": "let distance = tokenDistance(_token, token);\nreturn \"~\" +Math.ceil(distance) +\" ft\";\n/*\n Total Distance between two tokens.\n*/\nfunction tokenDistance(token1, token2)\n{\n if(!token1 || !token2) return;\n\n let distance = measureDistancePF2(token1, token2);\n if(token1.elevation !== token2.data.elevation)\n {\n let h_diff = token2.data.elevation > token1.data.elevation\n ? token2.data.elevation - token1.data.elevation\n : token1.data.elevation - token2.data.elevation;\n\n return Math.sqrt(Math.pow(h_diff,2) + Math.pow(distance,2));\n }else{\n return distance;\n }\n}\n\n\nfunction distanceMeasure(p0,p1){\n\tconst gs = canvas.dimensions.size;\n const ray = new Ray(p0, p1);\n // How many squares do we travel across to get there? If 2.3, we should count that as 3 instead of 2; hence, Math.ceil\n const nx = (Math.abs(ray.dx / gs));\n const ny = (Math.abs(ray.dy / gs));\n\n // Get the number of straight and diagonal moves\n const nDiagonal = Math.min(nx, ny);\n const nStraight = Math.abs(ny - nx);\n\n // Diagonals in PF pretty much count as 1.5 times a straight\n var distance = Math.floor(nDiagonal * 1.5 + nStraight);\n\treturn distance\n}\n\n//Account for token size.\nfunction measureDistancePF2(p0, p1){\n const gs = canvas.dimensions.size;\n Cp0x = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.x : 100*Math.floor(p0.x/100)+50;\n Cp0y = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.y : 100*Math.floor(p0.y/100)+50;\n Cp1x = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.x : 100*Math.floor(p1.x/100)+50;\n Cp1y = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.y : 100*Math.floor(p1.y/100)+50;\n\t const prelimDistance = distanceMeasure({x:Cp0x,y:Cp0y},{x:Cp1x,y:Cp1y});\n\t\tlet distance = prelimDistance;\n\tif(p0 === p1){distance = 0;\n }else {\n\t\t\t const diffX0 = Cp0x - Cp1x\n\t\t\t const diffY0 = Cp0y - Cp1y\n\t\t\t const diffX01 = Cp1x - (Cp0x-Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2))\n\t\t\t const diffY01 = Cp1y - (Cp0y-Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))\n\t\t\t const testF = distanceMeasure({x:Cp0x-(Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2)),y:Cp0y-(Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))},{x:Cp1x-(Math.sign(diffX01)*((p1.hitArea.width/2)-gs/2)),y:Cp1y-(Math.sign(diffY01)*((p1.hitArea.height/2)-gs/2))})\n\t\t\t distance = testF;\n\t\t\t };\n\n\t\t//Finalize things\n\t\tconst distanceOnGrid = distance * canvas.dimensions.distance;\n return distanceOnGrid;\n }", | |
| "icon": "fa-ruler", | |
| "isFunction": true, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#fbdf2d" | |
| } | |
| ] | |
| }, | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [ | |
| { | |
| "value": "{\nhp=<attributes.hp.value>;\nhpm=<attributes.hp.max>;\nhp <= 0 ? \"❌\" : hp == 1 & hpm > 1 ? \"♡♡♡♡\" : hp == 69 ? \"Nice\" : hp < hpm*0.25 ? \"❤♡♡♡\" : hp < hpm*0.5 ? \"❤❤♡♡\" : hp < hpm*0.75 ? \"❤❤❤♡\" : \"❤❤❤❤\"\n}", | |
| "icon": "fa-heart", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d31d1d" | |
| }, | |
| { | |
| "value": "let distance = tokenDistance(_token, token);\nreturn \"~\" +Math.ceil(distance) +\" ft\";\n/*\n Total Distance between two tokens.\n*/\nfunction tokenDistance(token1, token2)\n{\n if(!token1 || !token2) return;\n\n let distance = measureDistancePF2(token1, token2);\n if(token1.data.elevation !== token2.data.elevation)\n {\n const gs = canvas.dimensions.size;\n let h_diff = token2.data.elevation > token1.data.elevation\n ? Math.max(token2.data.elevation - Math.max(Math.floor((5*token1.hitArea.width/gs)-5),0) - token1.data.elevation,0)\n : Math.max(token1.data.elevation - Math.max(Math.floor((5*token2.hitArea.width/gs)-5),0) - token2.data.elevation,0);\n\n let tokenA = {x:0, y:0, center:{x:0, y:0}, hitArea:{width:gs, height:gs}}; let tokenB = {x:(distance.squares)*gs, y:(h_diff/5)*gs,center:{x:(distance.squares)*gs, y:(h_diff/5)*gs}, hitArea:{width:gs, height:gs}};\n let distanceAdjusted = measureDistancePF2(tokenA, tokenB)\n return distanceAdjusted.distance//Math.sqrt(Math.pow(h_diff,2) + Math.pow(distance,2));\n }else{\n return distance.distance;\n }\n}\n\n\nfunction distanceMeasure(p0,p1){\n\tconst gs = canvas.dimensions.size;\n const ray = new Ray(p0, p1);\n // How many squares do we travel across to get there? If 2.3, we should count that as 3 instead of 2; hence, Math.ceil\n const nx = (Math.abs(ray.dx / gs));\n const ny = (Math.abs(ray.dy / gs));\n\n // Get the number of straight and diagonal moves\n const nDiagonal = Math.min(nx, ny);\n const nStraight = Math.abs(ny - nx);\n\n // Diagonals in PF pretty much count as 1.5 times a straight\n var distance2 = Math.floor(nDiagonal * 1.5 + nStraight);\n\treturn {distance:distance2, squares:(Math.floor(nDiagonal+nStraight))}\n}\n\n//Account for token size.\nfunction measureDistancePF2(p0, p1){\n const gs = canvas.dimensions.size;\n Cp0x = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.x : 100*Math.floor(p0.x/100)+50;\n Cp0y = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.y : 100*Math.floor(p0.y/100)+50;\n Cp1x = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.x : 100*Math.floor(p1.x/100)+50;\n Cp1y = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.y : 100*Math.floor(p1.y/100)+50;\n\t const prelimDistance = distanceMeasure({x:Cp0x,y:Cp0y},{x:Cp1x,y:Cp1y});\n\t\tlet distance = prelimDistance.distance;\n\tif(p0 === p1){distance = {distance:0, squares:0};\n }else {\n\t\t\t const diffX0 = Cp0x - Cp1x\n\t\t\t const diffY0 = Cp0y - Cp1y\n\t\t\t const diffX01 = Cp1x - (Cp0x-Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2))\n\t\t\t const diffY01 = Cp1y - (Cp0y-Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))\n\t\t\t const testF = distanceMeasure({x:Cp0x-(Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2)),y:Cp0y-(Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))},{x:Cp1x-(Math.sign(diffX01)*((p1.hitArea.width/2)-gs/2)),y:Cp1y-(Math.sign(diffY01)*((p1.hitArea.height/2)-gs/2))})\n\t\t\t distance = testF\n\t\t\t };\n\n\t\t//Finalize things\n\t\tconst distanceOnGrid = {distance:distance.distance * canvas.dimensions.distance, squares:distance.squares};\n return distanceOnGrid;\n }", | |
| "icon": "fa-ruler", | |
| "isFunction": true, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#fbdf2d" | |
| } | |
| ] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [ | |
| { | |
| "value": "{\nhp=<attributes.hp.value>;\nhpm=<attributes.hp.max>;\nhp <= 0 ? \"❌\" : hp == 1 & hpm > 1 ? \"♡♡♡♡\" : hp == 69 ? \"Nice\" : hp < hpm*0.25 ? \"❤♡♡♡\" : hp < hpm*0.5 ? \"❤❤♡♡\" : hp < hpm*0.75 ? \"❤❤❤♡\" : \"❤❤❤❤\"\n}", | |
| "icon": "fa-heart", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d31d1d" | |
| }, | |
| { | |
| "value": "let distance = tokenDistance(_token, token);\nreturn \"~\" +Math.ceil(distance) +\" ft\";\n/*\n Total Distance between two tokens.\n*/\nfunction tokenDistance(token1, token2)\n{\n if(!token1 || !token2) return;\n\n let distance = measureDistancePF2(token1, token2);\n if(token1.data.elevation !== token2.data.elevation)\n {\n const gs = canvas.dimensions.size;\n let h_diff = token2.data.elevation > token1.data.elevation\n ? Math.max(token2.data.elevation - Math.max(Math.floor((5*token1.hitArea.width/gs)-5),0) - token1.data.elevation,0)\n : Math.max(token1.data.elevation - Math.max(Math.floor((5*token2.hitArea.width/gs)-5),0) - token2.data.elevation,0);\n\n let tokenA = {x:0, y:0, center:{x:0, y:0}, hitArea:{width:gs, height:gs}}; let tokenB = {x:(distance.squares)*gs, y:(h_diff/5)*gs,center:{x:(distance.squares)*gs, y:(h_diff/5)*gs}, hitArea:{width:gs, height:gs}};\n let distanceAdjusted = measureDistancePF2(tokenA, tokenB)\n return distanceAdjusted.distance//Math.sqrt(Math.pow(h_diff,2) + Math.pow(distance,2));\n }else{\n return distance.distance;\n }\n}\n\n\nfunction distanceMeasure(p0,p1){\n\tconst gs = canvas.dimensions.size;\n const ray = new Ray(p0, p1);\n // How many squares do we travel across to get there? If 2.3, we should count that as 3 instead of 2; hence, Math.ceil\n const nx = (Math.abs(ray.dx / gs));\n const ny = (Math.abs(ray.dy / gs));\n\n // Get the number of straight and diagonal moves\n const nDiagonal = Math.min(nx, ny);\n const nStraight = Math.abs(ny - nx);\n\n // Diagonals in PF pretty much count as 1.5 times a straight\n var distance2 = Math.floor(nDiagonal * 1.5 + nStraight);\n\treturn {distance:distance2, squares:(Math.floor(nDiagonal+nStraight))}\n}\n\n//Account for token size.\nfunction measureDistancePF2(p0, p1){\n const gs = canvas.dimensions.size;\n Cp0x = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.x : 100*Math.floor(p0.x/100)+50;\n Cp0y = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.y : 100*Math.floor(p0.y/100)+50;\n Cp1x = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.x : 100*Math.floor(p1.x/100)+50;\n Cp1y = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.y : 100*Math.floor(p1.y/100)+50;\n\t const prelimDistance = distanceMeasure({x:Cp0x,y:Cp0y},{x:Cp1x,y:Cp1y});\n\t\tlet distance = prelimDistance.distance;\n\tif(p0 === p1){distance = {distance:0, squares:0};\n }else {\n\t\t\t const diffX0 = Cp0x - Cp1x\n\t\t\t const diffY0 = Cp0y - Cp1y\n\t\t\t const diffX01 = Cp1x - (Cp0x-Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2))\n\t\t\t const diffY01 = Cp1y - (Cp0y-Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))\n\t\t\t const testF = distanceMeasure({x:Cp0x-(Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2)),y:Cp0y-(Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))},{x:Cp1x-(Math.sign(diffX01)*((p1.hitArea.width/2)-gs/2)),y:Cp1y-(Math.sign(diffY01)*((p1.hitArea.height/2)-gs/2))})\n\t\t\t distance = testF\n\t\t\t };\n\n\t\t//Finalize things\n\t\tconst distanceOnGrid = {distance:distance.distance * canvas.dimensions.distance, squares:distance.squares};\n return distanceOnGrid;\n }", | |
| "icon": "fa-ruler", | |
| "isFunction": true, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#fbdf2d" | |
| } | |
| ] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [ | |
| { | |
| "value": "{\nhp=<attributes.hp.value>;\nhpm=<attributes.hp.max>;\nhp <= 0 ? \"❌\" : hp == 1 & hpm > 1 ? \"♡♡♡♡\" : hp == 69 ? \"Nice\" : hp < hpm*0.25 ? \"❤♡♡♡\" : hp < hpm*0.5 ? \"❤❤♡♡\" : hp < hpm*0.75 ? \"❤❤❤♡\" : \"❤❤❤❤\"\n}", | |
| "icon": "fa-heart", | |
| "isFunction": false, | |
| "expression": true, | |
| "isNumber": false, | |
| "color": "#d31d1d" | |
| }, | |
| { | |
| "value": "let distance = tokenDistance(_token, token);\nreturn \"~\" +Math.ceil(distance) +\" ft\";\n/*\n Total Distance between two tokens.\n*/\nfunction tokenDistance(token1, token2)\n{\n if(!token1 || !token2) return;\n\n let distance = measureDistancePF2(token1, token2);\n if(token1.data.elevation !== token2.data.elevation)\n {\n const gs = canvas.dimensions.size;\n let h_diff = token2.data.elevation > token1.data.elevation\n ? Math.max(token2.data.elevation - Math.max(Math.floor((5*token1.hitArea.width/gs)-5),0) - token1.data.elevation,0)\n : Math.max(token1.data.elevation - Math.max(Math.floor((5*token2.hitArea.width/gs)-5),0) - token2.data.elevation,0);\n\n let tokenA = {x:0, y:0, center:{x:0, y:0}, hitArea:{width:gs, height:gs}}; let tokenB = {x:(distance.squares)*gs, y:(h_diff/5)*gs,center:{x:(distance.squares)*gs, y:(h_diff/5)*gs}, hitArea:{width:gs, height:gs}};\n let distanceAdjusted = measureDistancePF2(tokenA, tokenB)\n return distanceAdjusted.distance//Math.sqrt(Math.pow(h_diff,2) + Math.pow(distance,2));\n }else{\n return distance.distance;\n }\n}\n\n\nfunction distanceMeasure(p0,p1){\n\tconst gs = canvas.dimensions.size;\n const ray = new Ray(p0, p1);\n // How many squares do we travel across to get there? If 2.3, we should count that as 3 instead of 2; hence, Math.ceil\n const nx = (Math.abs(ray.dx / gs));\n const ny = (Math.abs(ray.dy / gs));\n\n // Get the number of straight and diagonal moves\n const nDiagonal = Math.min(nx, ny);\n const nStraight = Math.abs(ny - nx);\n\n // Diagonals in PF pretty much count as 1.5 times a straight\n var distance2 = Math.floor(nDiagonal * 1.5 + nStraight);\n\treturn {distance:distance2, squares:(Math.floor(nDiagonal+nStraight))}\n}\n\n//Account for token size.\nfunction measureDistancePF2(p0, p1){\n const gs = canvas.dimensions.size;\n Cp0x = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.x : 100*Math.floor(p0.x/100)+50;\n Cp0y = (Math.floor(p0.hitArea.width/gs) >= 1|| Math.floor(p0.hitArea.height/gs) >= 1) ? p0.center.y : 100*Math.floor(p0.y/100)+50;\n Cp1x = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.x : 100*Math.floor(p1.x/100)+50;\n Cp1y = (Math.floor(p1.hitArea.width/gs) >= 1|| Math.floor(p1.hitArea.height/gs) >= 1) ? p1.center.y : 100*Math.floor(p1.y/100)+50;\n\t const prelimDistance = distanceMeasure({x:Cp0x,y:Cp0y},{x:Cp1x,y:Cp1y});\n\t\tlet distance = prelimDistance.distance;\n\tif(p0 === p1){distance = {distance:0, squares:0};\n }else {\n\t\t\t const diffX0 = Cp0x - Cp1x\n\t\t\t const diffY0 = Cp0y - Cp1y\n\t\t\t const diffX01 = Cp1x - (Cp0x-Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2))\n\t\t\t const diffY01 = Cp1y - (Cp0y-Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))\n\t\t\t const testF = distanceMeasure({x:Cp0x-(Math.sign(diffX0)*((p0.hitArea.width/2)-gs/2)),y:Cp0y-(Math.sign(diffY0)*((p0.hitArea.height/2)-gs/2))},{x:Cp1x-(Math.sign(diffX01)*((p1.hitArea.width/2)-gs/2)),y:Cp1y-(Math.sign(diffY01)*((p1.hitArea.height/2)-gs/2))})\n\t\t\t distance = testF\n\t\t\t };\n\n\t\t//Finalize things\n\t\tconst distanceOnGrid = {distance:distance.distance * canvas.dimensions.distance, squares:distance.squares};\n return distanceOnGrid;\n }", | |
| "icon": "fa-ruler", | |
| "isFunction": true, | |
| "expression": false, | |
| "isNumber": false, | |
| "color": "#fbdf2d" | |
| } | |
| ] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": "NONE", | |
| "useAccentEverywhere": false, | |
| "accentColor": "#a3a3a3", | |
| "tokenDispositions": [ | |
| "OWNED", | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ], | |
| "useAccentColorForEverything": false | |
| } | |
| }, | |
| "character": { | |
| "items": [ | |
| { | |
| "disposition": "OWNED", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": "FRIENDLY", | |
| "useAccentEverywhere": false, | |
| "accentColor": "#73c320", | |
| "tokenDispositions": [ | |
| "OWNED", | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ], | |
| "useAccentColorForEverything": false | |
| } | |
| }, | |
| "npc": { | |
| "items": [ | |
| { | |
| "disposition": "OWNED", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": "FRIENDLY", | |
| "useAccentEverywhere": false, | |
| "accentColor": "#000000", | |
| "tokenDispositions": [ | |
| "OWNED", | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ], | |
| "useAccentColorForEverything": false | |
| } | |
| }, | |
| "hazard": { | |
| "items": [ | |
| { | |
| "disposition": "OWNED", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": "FRIENDLY", | |
| "accentColor": "#159833", | |
| "useAccentColorForEverything": false, | |
| "tokenDispositions": [ | |
| "OWNED", | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ] | |
| } | |
| }, | |
| "loot": { | |
| "items": [ | |
| { | |
| "disposition": "OWNED", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": "FRIENDLY", | |
| "useAccentEverywhere": false, | |
| "accentColor": "#e26c4e", | |
| "tokenDispositions": [ | |
| "OWNED", | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ], | |
| "useAccentColorForEverything": false | |
| } | |
| }, | |
| "familiar": { | |
| "items": [ | |
| { | |
| "disposition": "OWNED", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": "FRIENDLY", | |
| "accentColor": "#3d2711", | |
| "useAccentColorForEverything": false, | |
| "tokenDispositions": [ | |
| "OWNED", | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ] | |
| } | |
| }, | |
| "vehicle": { | |
| "items": [ | |
| { | |
| "disposition": "OWNED", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "FRIENDLY", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "NEUTRAL", | |
| "items": [] | |
| }, | |
| { | |
| "disposition": "HOSTILE", | |
| "items": [] | |
| } | |
| ], | |
| "static": { | |
| "displayNameInTooltip": "FRIENDLY", | |
| "accentColor": "#b2266", | |
| "useAccentColorForEverything": false, | |
| "tokenDispositions": [ | |
| "OWNED", | |
| "FRIENDLY", | |
| "NEUTRAL", | |
| "HOSTILE" | |
| ] | |
| } | |
| } | |
| } | |
| } |
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