Priest 180622 TARGET FR TXT

Aura
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Created: 2018-06-22T15:37:08+02:00 | Updated: 2018-06-22T15:37:08+02:00 | Version: 1.0.0 | Addon: Legion | Views: 935

Description

Combine with target frame bg for good readability.

This is made for priest initially as it also shows imporant debuffs for disc priest. The frame can be easily adapted for other roles. Shows target name, health in decimal and percentage and if the target has mana it will also show this in precentage.

i prob forgot something as this part of the whole disc priest suite has allready seen many ittirations allready.

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Warning: This aura contains custom code!
What is custom code?

WeakAura Code

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xOwmW16l5W7L6mQJpBwnplxG1MMuQhKHiwWNmzoZJXfWRf4AnF1OpjSCpwdETNqH1qcl3XAVONjg40QWk6mpHcBQA0VikpYCQg8AO6Whkwt8oGyQ8CNf7nPg6PXe(LcKFnjpw7kfETWmYHBiJGKENvd90i1pLkbwBoNqqCY1Sng)q1guXanzYu0srVJoo3WolPwAodho6yVWoo8AONgPwZ(U2xDpGNyGtJFtqLSZRHEAmPgxgud90yc)sbwJhAFb8)WhtfpQPLKHcvBqfoSI(PXjfQ2XtJQcvSyTx0ZKLFQO1(0vnvTWeAujffQ2XtJQcvSynAnjgluTJNgvfQ2NFp1yguNxSwujY1ETp)EQXmOI1uICM8fuOAhpnQkuXI1yeAVq1oEAuvOI1IkrU2RnxlLdJPdxSwmWPluTJNgvfQxQDEXArLix79sTyTx0ZWi0ENxJj1EHQD80OQqflw7f9m0YJueSZRHeTlqQfQ2XtJQcvSynKODbwOAhpnQkuXI1cYkajAxGfQ2XtJQcvSyXAONgtMMuGeL4WfynoNoKn1)JvJwk1dYqenvn0tJj8lfOPgH3Bssn0tJjttQLSc1BsVW7DwVWHH7zZMnB2SzZMnB2SzfRD6Q8tSxQuRPeOZeeDOZzrLu07SIfl2c

WeakAura Custom Code

c.0.animation.main.alphaFunc

    function(progress, start, delta)
      return start + (progress * delta)
    end

c.0.animation.main.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local angle = (progress + 0.25) * 2 * math.pi
      return startX + (math.cos(angle) * deltaX * math.cos(angle*2)), startY + (math.abs(math.cos(angle)) * deltaY * math.sin(angle*2))
    end

c.1.animation.main.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local angle = (progress + 0.25) * 2 * math.pi
      return startX + (math.cos(angle) * deltaX * math.cos(angle*2)), startY + (math.abs(math.cos(angle)) * deltaY * math.sin(angle*2))
    end

c.2.animation.main.alphaFunc

    function(progress, start, delta)
      local angle = (progress * 2 * math.pi) - (math.pi / 2)
      return start + (((math.sin(angle) + 1)/2) * delta)
    end

c.2.animation.main.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      return startX + (progress * deltaX), startY + (progress * deltaY)
    end

c.3.animation.main.alphaFunc

    function(progress, start, delta)
      return start + (progress * delta)
    end

c.3.animation.main.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog = (progress * 3.5) % 1
      local bounce = math.ceil(progress * 3.5)
      local bounceDistance = math.sin(prog * math.pi) * (bounce / 4)
    return startX + (bounceDistance * deltaX), startY + (bounceDistance * deltaY)
  end

c.4.animation.main.alphaFunc

    function(progress, start, delta)
      return start + (progress * delta)
    end

c.4.animation.main.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog = (progress * 3.5) % 1
      local bounce = math.ceil(progress * 3.5)
      local bounceDistance = math.sin(prog * math.pi) * (bounce / 4)
    return startX + (bounceDistance * deltaX), startY + (bounceDistance * deltaY)
  end

c.4.animation.start.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog = (progress * 3.5) % 1
      local bounce = math.ceil(progress * 3.5)
      local bounceDistance = math.sin(prog * math.pi) * (bounce / 4)
    return startX + (bounceDistance * deltaX), startY + (bounceDistance * deltaY)
  end

c.5.animation.main.alphaFunc

    function(progress, start, delta)
      return start + (progress * delta)
    end

c.5.animation.main.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog = (progress * 3.5) % 1
      local bounce = math.ceil(progress * 3.5)
      local bounceDistance = math.sin(prog * math.pi) * (bounce / 4)
    return startX + (bounceDistance * deltaX), startY + (bounceDistance * deltaY)
  end

c.5.animation.start.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog = (progress * 3.5) % 1
      local bounce = math.ceil(progress * 3.5)
      local bounceDistance = math.sin(prog * math.pi) * (bounce / 4)
    return startX + (bounceDistance * deltaX), startY + (bounceDistance * deltaY)
  end

c.6.animation.main.alphaFunc

    function(progress, start, delta)
      return start + (progress * delta)
    end

c.6.animation.main.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog = (progress * 3.5) % 1
      local bounce = math.ceil(progress * 3.5)
      local bounceDistance = math.sin(prog * math.pi) * (bounce / 4)
    return startX + (bounceDistance * deltaX), startY + (bounceDistance * deltaY)
  end

c.6.animation.start.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog = (progress * 3.5) % 1
      local bounce = math.ceil(progress * 3.5)
      local bounceDistance = math.sin(prog * math.pi) * (bounce / 4)
    return startX + (bounceDistance * deltaX), startY + (bounceDistance * deltaY)
  end

c.7.animation.main.alphaFunc

    function(progress, start, delta)
      local angle = (progress * 2 * math.pi) - (math.pi / 2)
      return start + (((math.sin(angle) + 1)/2) * delta)
    end

c.7.animation.main.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog = (progress * 3.5) % 1
      local bounce = math.ceil(progress * 3.5)
      local bounceDistance = math.sin(prog * math.pi) * (bounce / 4)
    return startX + (bounceDistance * deltaX), startY + (bounceDistance * deltaY)
  end

c.7.animation.start.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog = (progress * 3.5) % 1
      local bounce = math.ceil(progress * 3.5)
      local bounceDistance = math.sin(prog * math.pi) * (bounce / 4)
    return startX + (bounceDistance * deltaX), startY + (bounceDistance * deltaY)
  end

c.8.animation.main.colorFunc

function(p, r1, g1, b1, a1, r2, g2, b2, a2)
    local percentage = (UnitHealth("target")/UnitHealthMax("target"))*100
    local red, green, blue = 0,0,0
    if percentage > 80 then
        red, green, blue = 1,0,0
    elseif percentage > 35 then
        red, green, blue = 1,0.5,0.15
    elseif percentage <= 0 then
        red, green, blue = 1,1,1
    else  red, green, blue = 0,1,0
    end
    return red, green, blue, 1
end

c.8.customText

function()
    local percentage = (UnitMana("target")/UnitManaMax("target"))*100
    return ("%i"):format(percentage)
end

c.9.animation.main.colorFunc

function(p, r1, g1, b1, a1, r2, g2, b2, a2)
    local percentage = (UnitHealth("target")/UnitHealthMax("target"))*100
    local red, green, blue = 0,0,0
    if percentage > 80 then
        red, green, blue = 1,0,0
    elseif percentage > 35 then
        red, green, blue = 1,0.5,0.15
    elseif percentage <= 0 then
        red, green, blue = 1,1,1
    else  red, green, blue = 0,1,0
    end
    return red, green, blue, 1
end

c.9.customText

function()
    local percentage = (UnitMana("target")/UnitManaMax("target"))*100
    return ("%i"):format(percentage)
end

c.10.animation.main.colorFunc

function(p, r1, g1, b1, a1, r2, g2, b2, a2)
    local percentage = (UnitHealth("target")/UnitHealthMax("target"))*100
    local red, green, blue = 0,0,0
    if percentage > 80 then
        red, green, blue = 1,0,0
    elseif percentage > 35 then
        red, green, blue = 1,0.5,0.15
    elseif percentage <= 0 then
        red, green, blue = 1,1,1
    else  red, green, blue = 0,1,0
    end
    return red, green, blue, 1
end

c.10.customText

function()
    local percentage = (UnitHealth("target")/UnitHealthMax("target"))*100
    return ("%i"):format(percentage)
end

c.11.animation.main.colorFunc

function(p, r1, g1, b1, a1, r2, g2, b2, a2)
    local percentage = (UnitHealth("target")/UnitHealthMax("target"))*100
    local red, green, blue = 0,0,0
    if percentage > 80 then
        red, green, blue = 1,0,0
    elseif percentage > 35 then
        red, green, blue = 1,0.5,0.15
    elseif percentage <= 0 then
        red, green, blue = 1,1,1
    else  red, green, blue = 0,1,0
    end
    return red, green, blue, 1
end

c.11.customText

function()
    local percentage = (UnitHealth("target")/UnitHealthMax("target"))*100
    return ("%i"):format(percentage)
end

c.12.animation.main.alphaFunc

    function(progress, start, delta)
      local angle = (progress * 2 * math.pi) - (math.pi / 2)
      return start + (((math.sin(angle) + 1)/2) * delta)
    end

c.12.animation.main.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog
      if(progress < 0.25) then
        prog = progress * 4
      elseif(progress < .75) then
        prog = 2 - (progress * 4)
      else
        prog = (progress - 1) * 4
      end
      return startX + (prog * deltaX), startY + (prog * deltaY)
    end

c.13.animation.main.alphaFunc

    function(progress, start, delta)
      local angle = (progress * 2 * math.pi) - (math.pi / 2)
      return start + (((math.sin(angle) + 1)/2) * delta)
    end

c.13.animation.main.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog
      if(progress < 0.25) then
        prog = progress * 4
      elseif(progress < .75) then
        prog = 2 - (progress * 4)
      else
        prog = (progress - 1) * 4
      end
      return startX + (prog * deltaX), startY + (prog * deltaY)
    end

c.14.animation.main.alphaFunc

    function(progress, start, delta)
      local angle = (progress * 2 * math.pi) - (math.pi / 2)
      return start + (((math.sin(angle) + 1)/2) * delta)
    end

c.14.animation.main.translateFunc

    function(progress, startX, startY, deltaX, deltaY)
      local prog
      if(progress < 0.25) then
        prog = progress * 4
      elseif(progress < .75) then
        prog = 2 - (progress * 4)
      else
        prog = (progress - 1) * 4
      end
      return startX + (prog * deltaX), startY + (prog * deltaY)
    end

Current version: 1.0.0

Version	WoW Addon	Updated

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