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getFovRad

Definition


-- @/lua/ge/extensions/core/camera.lua:1595

local function getFovRad()
  return (finalCameraData.fovDeg * math.pi) / 180
end

Callers

@/lua/ge/server/commands.lua

function getCameraFovDeg() deprecationWarning("getCameraFovDeg", "core_camera.getFovDeg") return core_camera.getFovDeg() end
function getCameraFovRad() deprecationWarning("getCameraFovRad", "core_camera.getFovRad") return core_camera.getFovRad() end
function getCameraFov() deprecationWarning("getCameraFov", "core_camera.getFovDeg") return core_camera.getFovDeg() end

@/lua/ge/extensions/gameplay/markers/inspectVehicleMarker.lua

    -- plane normal vector that points up from the plane constructed from the camera point and the upper edge of the screen
    local fovRadians = core_camera.getFovRad()
    tmpNormal:set(tmpZ)

@/lua/ge/extensions/editor/toolUtilities/util.lua

  local groundDist = tmp1:distance(tmp2) -- The largest distance from the center of the AABB to the outside.
  local halfFov = core_camera.getFovRad() * 0.5 -- Half the camera field-of-view (in radians).
  local height = groundDist / tan(halfFov) + zMax + 5.0 -- The height at which the camera should be positioned, to fit the spline in view.

@/lua/ge/extensions/editor/tech/roadArchitect/junctions.lua

  local groundDist = tmp0:distance(tmp1)                                                            -- The largest distance from the center of the box to the outside.
  local halfFov = core_camera.getFovRad() * 0.5                                                     -- Half the camera field of view (in radians).
  local height = groundDist / tan(halfFov) + zMax + 5.0                                             -- The height that the camera should be to fit all the trajectory in view.

@/lua/ge/extensions/editor/tech/roadArchitect/groups.lua

  local groundDist = tmp0:distance(tmp1)                                                            -- The largest distance from the center of the box to the outside.
  local halfFov = core_camera.getFovRad() * 0.5                                                     -- Half the camera field of view (in radians).
  local height = groundDist / tan(halfFov) + zMax + 5.0                                             -- The height that the camera should be to fit all the trajectory in view.

@/lua/ge/extensions/core/ropeVisualTest.lua

            -- Calculate camera distance based on FOV to fit the rope in view
            local halfFov = core_camera.getFovRad() * 0.5
            local cameraDist = groundDist / math.tan(halfFov) + 5.0

@/lua/ge/extensions/gameplay/markers/bigmapMarker.lua

    camToClusterLeft:normalize()
    local camToUpperPoint = quatFromAxisAngle(camToClusterLeft, (resolutionFactor * 0.05 * core_camera.getFovRad())):__mul(camToCluster)

      if iconInfo then
        local iconPos = quatFromAxisAngle(camToClusterLeft, (resolutionFactor * (0.02 + extraHeight) * core_camera.getFovRad())):__mul(camToUpperPoint)
        bigMapModeColorI.alpha = bigMapMarkerAlpha *255

      if iconInfo then
        local iconPosColumn = quatFromAxisAngle(camToClusterLeft, (resolutionFactor * -0.03 * core_camera.getFovRad())):__mul(camToUpperPoint * 1.1)
        tmpVec:set(data.camPos)

@/lua/ge/extensions/gameplay/markers/parkingMarker.lua

    -- plane normal vector that points up from the plane constructed from the camera point and the upper edge of the screen
    local fovRadians = core_camera.getFovRad()
    tmpNormal:set(tmpZ)

@/lua/ge/extensions/editor/scriptAIEditor.lua

  local groundDist = (vec3(midX, midY, 0.0) - vec3(xMax, yMax, 0.0)):length()     -- The largest distance from the center of the box to the outside.
  local halfFov = core_camera.getFovRad() * 0.5                                   -- Half the camera field of view (in radians).
  local height = groundDist / tan(halfFov) + zMax + 5.0                           -- The height that the camera should be to fit all the trajectory in view.

@/lua/ge/extensions/editor/roadEditor.lua

  local dist = 10
  local fovRadians = (core_camera.getFovRad() or 60)
  local x, y, z = q * xVector, q * yVector, q * zVector

@/lua/ge/extensions/editor/tech/roadArchitect/roads.lua

  local groundDist = tmp0:distance(tmp1)                                                            -- The largest distance from the center of the box to the outside.
  local halfFov = core_camera.getFovRad() * 0.5                                                     -- Half the camera field of view (in radians).
  local height = groundDist / tan(halfFov) + zMax + 5.0                                             -- The height that the camera should be to fit all the trajectory in view.

@/lua/ge/extensions/freeroam/bigMapMode.lua

          local camToClusterLeft = camUp:cross(camToCluster):normalized()
          local camToUpperPoint = quatFromAxisAngle(camToClusterLeft, (resolutionFactor * 0.015 * core_camera.getFovRad())):__mul(camToCluster)