Scoring Scripts Updated
2021年5月17日Download here: http://gg.gg/um7y0
There are many ways to score a script. Most modern American acting courses use a vernacular that breaks scripts into “beats and units” and describes a character’s arc in terms of “objectives, tactics and obstacles.” Even if this isn’t your speed when it comes to actor homework, it is helpful to know the basics of scoring a script. Allows a script to open an existing Form or create a new one. Gets the score for the respondent’s submitted answer. Last updated 2019-12-11 UTC.-->
Dynamics 365 Marketing can calculate a score for each lead based on demographic details, firmographic details, and actions taken by the associated contact (or for account-based leads, contacts belonging to the associated account). Scorable interactions include, for example: opening an email, submitting a landing page, visiting your website, or attending an event.
Each scoring model includes a sales-ready threshold. When a lead’s score passes this threshold, it gets marked as sales ready, which can trigger other events within Dynamics 365, including advancing the lead through its business process and alerting tele prospectors or salespeople to pick it up.
Important
Automatic lead scoring can introduce, which means that the lead can now be forwarded to a salesperson.
A typical lead-scoring model would increase a lead’s score slightly in response to a single email open or website visit, moderately in response to an email click or landing-page submission, and significantly in response to an event registration or attendance. The model could also stop counting interactions that happened some time ago, effectively reducing a lead’s score as it ages. It might also increase or decrease a lead score based on information about the associated contact or company, such as location, purchase history, company size, industry, job title, and more.
You can create as many scoring models as you want. If you have more than one model, all leads will be scored according to each model and you’ll be able to see the score and grade for each of them.
To view, edit, and create lead-scoring models, go to Marketing > Lead management > Scoring models. This opens a standard list view, where you can create, delete, search, sort, or filter items in the list. Select any item in the list to open it, or select New to create a new one.
You’ll spend most of your time working on the Design tab, which opens when you first open or create the model. This is where you define the model’s logic by dragging tiles from the Toolbox tab to the canvas to construct one or more condition/action tile pairs. Each pair starts with a Condition tile, which establishes a rule (such as email clicked) and ends with an Action, which defines how the score should be adjusted when the condition is met. Your model can include any number of condition/action pairs.
The scoring-model canvas is similar to the customer-journey canvas. Add tiles by dragging from the Toolbox tab. Select a tile and open the Properties tab to make settings for that tile. Use the toolbar above the canvas to cut, copy, paste, and delete a selected tile; you can also add a tile and take a snapshot from here.Name your model and choose the entity target
The first thing you should do when setting up a new lead-scoring model is to give it a name and choose which type of entity it will target (accounts or contacts). Proceed as follows:
*Open the Summary tab.
*Enter a descriptive name in the Name field.
*Set the Entity target to Account or Contact. This setting establishes which type of leads the model will score.
*Contact-based leads are associated with a contact record, and are scored based on information and interactions related to that contact only.
*Account-based leads are associated with an account record. They are scored based on information from the account, plus information and interactions related to each contact that belongs to that account.
*Leads associated with both a contact and an account are treated as contact-based leads.
*Select Save to save your settings.
More information: Account-based marketingSet up a condition
The condition tile is a compound tile, which includes both parent and child tiles. When you add a condition, both the parent and one child are created. Use the expand/collapse button at the lower-right corner of the tile to show or hide the child tiles.
The parent condition tile just gives the condition group a name. Select the parent and open the Properties tab to assign the name. You can assign as many child conditions as you need by dragging additional condition tiles onto the parent.
Note
All conditions belonging to the same parent are combined using an AND operator, which means that all sibling conditions must evaluate to TRUE for the attached action to be triggered.
The logic for the condition is contained in the child tile(s). Choose a child condition tile and open the Properties tab to establish the logic.
Set up the logic for a condition tile by making the following settings:
*
Display Name: Shows the name for the tile, as shown on the canvas.
*
Entity: Choose a Dynamics 365 entity to monitor or check for the condition. For example, choose EmailClicked to look for records where a contact has clicked a link in an email.
*
Frequency: Choose how often the condition should be triggered. Choose Each to score on each occurrence (such as to increase the score on each email click). Choose At least to score just once (such as to increase the score on the first email click, but ignore subsequent ones). Choose None to score only when zero qualifying examples of the selected entity have occurred during the date range (for example, to lower the overall score for contacts having zero email clicks).
*
Date Range: Enter a date before which scorable events won’t be counted. For example, set this to a year to ignore all email interactions that occurred more than a year ago. This can result in scores going down over time as interactions age.
*
New Expression: Select this button to add a new expression to the condition. The additional expression further tests the condition based on stored data. For example, you could add an expression for ’City = New York’, which would modify the condition so that only email clicks made by contacts in New York City would trigger the condition. You can add as many extra expressions as you like to create complex conditions.
Note
All expressions belonging to the same condition are combined using an AND operator, which means that all expressions must evaluate to TRUE for the overall condition to be true. To score for all qualifying occurrences (for example, to score for any email open, regardless of message or journey) remove all expressions using their close box (including the expression added by default).
Important
Calculated and rollup fields cannot be used in expressions.
There are two categories of conditions:
*Fixed rules are based on fixed demographic or firmographic data found in lead or contact records.
*Behavior rules are based on interactions like email clicked, event registered, or website visited.Set up an action
The action tile that comes after a condition tile controls how a lead’s score will be modified when the condition is met. To set the action, select (or add) an action tile after a condition tile, then open the Properties tab, where you can set the score to either increase or decrease by any integer value.View all conditions at once as text
The canvas provides an easy, graphical way to assemble your scoring rules, but it leaves most settings hidden until you open a tile’s Properties. To get a quick overview of all your logic, set the View drop-down list (above the canvas) to Text. This shows you a compact, text-based view of your rules, expressed in a way that’s similar to an actual database query.Establish grades and the sales-ready score
The main reason for scoring leads is to provide a way to identify your best leads and to decide when a lead should be forwarded to a salesperson for more attention. Therefore, you’ll nearly always set a sales-ready threshold for each lead-scoring model. You can also set up a schedule of grades as a way to offer an interpretation of the score (such as cold, warm, or hot) as it progresses toward sales-ready.
When a score reaches the sales-ready threshold, a plug-in automatically sets the sales-ready flag on the lead to True. If a lead is scored by multiple models, the flag is set as soon as any model reaches the threshold. This triggers a workflow called ’Lead to Opportunity Stage Transition’, which automatically moves the lead to the sales-acceptance stage of the lead lifecycle. You can customize this workflow as needed.
The grades and sales-ready score apply to the entire model, regardless of how many conditions it contains. To set them, open the Grades tab next to the canvas.
Enter an integer in the Sales Ready Score field to set the sales-ready score.
To add an additional grade, select New, which adds a new section to the tab, where you can enter a grade name and the score range where it applies. Grade ranges must be continuous and non-overlapping.Create advanced lead scoring conditions by using traversals
When you are setting up a condition tile for lead scoring, you can set up the Entity you are testing to include traversals across interactions and profiles by using a dot notation, where each hop is separated by a period. For example, you could start with an interaction such as EmailClicked and traverse to the associated Contact profile, and then test for values from the contact profile. Here’s an example of how to set this up:
*
Open the Properties for a Condition tile. Then set the Entity to EmailClicked.
*
In the Entity field, type a period after the EmailClicked entity you just added to open a new drop-down list that shows the various types of hops you can make from here. Choose Contact to hop to the contact profile.
*
Now you can add Expressions to specify values that come from the contact record associated with each email click. For example, you might only want to score on clicks for contacts that live in Chicago.
Note
You can establish up to five hops by using this technique.
Here are a few more examples of how to use hops to create useful conditions:
*Lead.Lead.Parent contact: Lets you score leads associated with contacts who have particular properties (such as contacts who have a Microsoft email address—where Email | contains | @microsoft.com).
*Lead.Parent contact.Parent customer account: Lets you score leads associated with contacts who belong to accounts with particular properties (such as accounts where Number of employees | > | 500).
*Lead.customeentity: Lets you use a custom entity in your lead scoring model. The custom entity must have a 1:N relationship with the Lead entity and must be included to sync with the marketing-insights service in the Marketing data configuration.Find leads that were scored by a selected model
To find all the leads that a selected model has scored:
*
Go to Marketing > Lead management > Scoring models to open a list of models and then open the one you want to inspect.
*
Select the Related tab to open a drop-down list of related entities and then select Lead scores from the list.
*
A new Lead scores tab is added and opened. Here you can see each lead that your selected model has scored, plus the score and grade for each of them. You can select any listed lead to open it, or select Export lead scores to download the list as an Excel file.See also
Set up lead scoring
Register link clicks and website visits
Manage customer information
Accessibility and keyboard shortcuts
Go live with publishable entities and track their status
Walter Latham Comedy invites you to enjoy your favorite comedy videos of all time. Please like and share these videos with friendsWe can also be found at:ww. In 2004 Bernie Mac starred as a retired baseball player in the film Mr. In the 2003 National League Championship Series, Mac sang ’ Take Me Out to the Ball Game ’ at Wrigley Field with the Chicago Cubs leading the Florida Marlins in the series 3 games to 2 and in Game 6 by a 2–0 score at the time (it would soon be 3–0 in the bottom. Biography: Bernie Sanders. Historian Alexis Coe talks about Larry Sanders, the older brother of U.S. Senator Bernie Sanders, and the vote he cast for Bernie at the 2016 Democratic National Convention. Films video clips the biography of bernie macbook air. Bernie Mac’s star was slowly rising from this point. His next couple of movie parts were more substantial, including How to Be a Player (1997) and The Players Club (1998). In 1999 Bernie Mac got his most high profile part up to that point in the film Life (1999) starring Eddie Murphy. Bernie Mac’s first standup routine was at the age of 8 for his church congregation. He established a variety show at Chicago’s Regal Theatre, made appearances on HBO’s ’Def Comedy Jam’ and joined.Apr 30th, 2017 Never Scoring Scripts Updated AppNot a member of Pastebin yet?Sign Up, it unlocks many cool features!
*if score.Value>=25*(level.Value)+100and level.Value < maxlevel then
* score.Value = score.Value -(25*(level.Value)+100)
*end
*if player.Character~=nilthen
*local fireworks = Instance.new(’Part’)
*fireworks.formFactor =’Symmetric’
*fireworks.BrickColor = BrickColor.Random()
*fireworks.CFrame = player.Character.Head.CFrame + Vector3.new(0,2,0)
*game:GetService(’Debris’):AddItem(fireworks,2)
*fireworks.Velocity = Vector3.new(math.random(-30,30),math.random(-30,30),math.random(-30,30))
*end
*m.Parent = game.Workspace
*wait(5)
*end
*function onHumanoidDied(humanoid, player)
*local stats = player:findFirstChild(’leaderstats’)
*local deaths = stats:findFirstChild(’Dies’)
*-- do short dance to try and find the killer
*local killer = getKillerOfHumanoidIfStillInGame(humanoid)
* handleKillCount(humanoid, player)
*end
*function onPlayerRespawn(property, player)
*if property ’Character’and player.Character ~=nilthen
*local p = player
* humanoid.Died:connect(function() onHumanoidDied(h, p)end)
*end
*function getKillerOfHumanoidIfStillInGame(humanoid)
*-- returns the player object that killed this humanoid
*-- returns nil if the killer is no longer in the game
*-- check for kill tag on humanoid - may be more than one - todo: deal with this
*if tag ~=nilthen
*local killer = tag.Value
*return killer
*end
*returnnil
*local killer = getKillerOfHumanoidIfStillInGame(humanoid)
*local stats = killer:findFirstChild(’leaderstats’)
*local kills = stats:findFirstChild(’Kills’)
*local level = stats:findFirstChild(’Rank’)
* score.Value = score.Value +250*
* kills.Value = kills.Value -1
*end
*end
*function plr(newPlayer)
* stats.Name =’leaderstats’
*local kills = Instance.new(’IntValue’)
* kills.Value =0
*local deaths = Instance.new(’IntValue’)
* deaths.Value =0
*local score = Instance.new(’IntValue’)
* score.Value =0
*local rank = Instance.new(’IntValue’)
* rank.Value =1
*local fill = Instance.new(’IntValue’)
* fill.Value =0
* rank.Parent = stats
* kills.Parent = stats
* fill.Parent = stats
* newPlayer.leaderstats.Rank.Value = maxlevel
* score.Changed:connect(function() onXPChanged(newPlayer, score, rank)end)
* rank.Changed:connect(function() onLevelUp(newPlayer, score, rank)end)
*whiletruedo
* wait(5)
* humanoid.Died:connect(function() onHumanoidDied(humanoid, newPlayer)end)
*-- start to listen for new humanoid
* newPlayer.Changed:connect(function(property) onPlayerRespawn(property, newPlayer)end)
*for _,v inpairs(game.Players:GetPlayers())do
*end
*game.Players.ChildAdded:connect(plr)Scoring Scripts Updated Freeprint(’Keaderboard script loaded!’) maxlevel = 50 function onXPChanged(player, score, level) if score.Value>= 25 * (level.Value) + 100 and level.Value < maxlevel then score.Value = score.Value - (25*(level.Value) + 100) level.Value = level.Value + 1 end end function onLevelUp(player, score, level) if player.Character~=nil then for i = 1,5 do local fireworks = Instance.new(’Part’) fireworks.Shape = 0 fireworks.formFactor = ’Symmetric’ fireworks.Size = Vector3.new(1,1,1) fireworks.BrickColor = BrickColor.Random() fireworks.CFrame = player.Character.Head.CFrame + Vector3.new(0,2,0) fireworks.Parent = game.Workspace game:GetService(’Debris’):AddItem(fireworks, 2) fireworks.Velocity = Vector3.new(math.random(-30,30),math.random(-30,30),math.random(-30,30)) end end local m = Instance.new(’Hint’) m.Parent = game.Workspace m.Text = player.Name . ’ has ranked up!’ --Sweet! wait(5) m.Parent = nil end function onHumanoidDied(humanoid, player) local stats = player:findFirstChild(’leaderstats’) if stats ~= nil then local deaths = stats:findFirstChild(’Dies’) deaths.Value = deaths.Value + 1 -- do short dance to try and find the killer local killer = getKillerOfHumanoidIfStillInGame(humanoid) handleKillCount(humanoid, player) end end function onPlayerRespawn(property, player) -- need to connect to new humanoid if property ’Character’ and player.Character ~= nil then local humanoid = player.Character.Humanoid local p = player local h = humanoid humanoid.Died:connect(function() onHumanoidDied(h, p) end ) end end function getKillerOfHumanoidIfStillInGame(humanoid) -- returns the player object that killed this humanoid -- returns nil if the killer is no longer in the game -- check for kill tag on humanoid - may be more than one - todo: deal with this local tag = humanoid:findFirstChild(’creator’) -- find player with name on tag if tag ~= nil then local killer = tag.Value if killer.Parent ~= nil then -- killer still in game return killer end end return nil end function handleKillCount(humanoid, player) local killer = getKillerOfHumanoidIfStillInGame(humanoid) if killer ~= nil then local stats = killer:findFirstChild(’leaderstats’) if stats ~= nil then local kills = stats:findFirstChild(’Kills’) local score = stats:findFirstChild(’XP’) local level = stats:findFirstChild(’Rank’) if killer ~= player then score.Value = score.Value + 250 * kills.Value = kills.Value + 1 else kills.Value = kills.Value - 1 end end end end ----------------------------------------------- function plr(newPlayer) local stats = Instance.new(’IntValue’) stats.Name = ’leaderstats’ local kills = Instance.new(’IntValue’) kills.Name = ’Kills’ kills.Value = 0 local deaths = Instance.new(’IntValue’) deaths.Name = ’Dies’ deaths.Value = 0 local score = Instance.new(’IntValue’) score.Name = ’XP’ score.Value = 0 local rank = Instance.new(’IntValue’) rank.Name = ’Rank’ rank.Value = 1 local fill = Instance.new(’IntValue’) fill.Name= ’filler1’ fill.Value = 0 rank.Parent = stats score.Parent = stats kills.Parent = stats deaths.Parent = stats fill.Parent = stats stats.Parent = newPlayer --[[ if newPlayer.usedId 65006475 then newPlayer.leaderstats.Rank.Value = maxlevel end]] score.Changed:connect(function() onXPChanged(newPlayer, score, rank) end) rank.Changed:connect(function() onLevelUp(newPlayer, score, rank) end) while true do if newPl
https://diarynote-jp.indered.space
There are many ways to score a script. Most modern American acting courses use a vernacular that breaks scripts into “beats and units” and describes a character’s arc in terms of “objectives, tactics and obstacles.” Even if this isn’t your speed when it comes to actor homework, it is helpful to know the basics of scoring a script. Allows a script to open an existing Form or create a new one. Gets the score for the respondent’s submitted answer. Last updated 2019-12-11 UTC.-->
Dynamics 365 Marketing can calculate a score for each lead based on demographic details, firmographic details, and actions taken by the associated contact (or for account-based leads, contacts belonging to the associated account). Scorable interactions include, for example: opening an email, submitting a landing page, visiting your website, or attending an event.
Each scoring model includes a sales-ready threshold. When a lead’s score passes this threshold, it gets marked as sales ready, which can trigger other events within Dynamics 365, including advancing the lead through its business process and alerting tele prospectors or salespeople to pick it up.
Important
Automatic lead scoring can introduce, which means that the lead can now be forwarded to a salesperson.
A typical lead-scoring model would increase a lead’s score slightly in response to a single email open or website visit, moderately in response to an email click or landing-page submission, and significantly in response to an event registration or attendance. The model could also stop counting interactions that happened some time ago, effectively reducing a lead’s score as it ages. It might also increase or decrease a lead score based on information about the associated contact or company, such as location, purchase history, company size, industry, job title, and more.
You can create as many scoring models as you want. If you have more than one model, all leads will be scored according to each model and you’ll be able to see the score and grade for each of them.
To view, edit, and create lead-scoring models, go to Marketing > Lead management > Scoring models. This opens a standard list view, where you can create, delete, search, sort, or filter items in the list. Select any item in the list to open it, or select New to create a new one.
You’ll spend most of your time working on the Design tab, which opens when you first open or create the model. This is where you define the model’s logic by dragging tiles from the Toolbox tab to the canvas to construct one or more condition/action tile pairs. Each pair starts with a Condition tile, which establishes a rule (such as email clicked) and ends with an Action, which defines how the score should be adjusted when the condition is met. Your model can include any number of condition/action pairs.
The scoring-model canvas is similar to the customer-journey canvas. Add tiles by dragging from the Toolbox tab. Select a tile and open the Properties tab to make settings for that tile. Use the toolbar above the canvas to cut, copy, paste, and delete a selected tile; you can also add a tile and take a snapshot from here.Name your model and choose the entity target
The first thing you should do when setting up a new lead-scoring model is to give it a name and choose which type of entity it will target (accounts or contacts). Proceed as follows:
*Open the Summary tab.
*Enter a descriptive name in the Name field.
*Set the Entity target to Account or Contact. This setting establishes which type of leads the model will score.
*Contact-based leads are associated with a contact record, and are scored based on information and interactions related to that contact only.
*Account-based leads are associated with an account record. They are scored based on information from the account, plus information and interactions related to each contact that belongs to that account.
*Leads associated with both a contact and an account are treated as contact-based leads.
*Select Save to save your settings.
More information: Account-based marketingSet up a condition
The condition tile is a compound tile, which includes both parent and child tiles. When you add a condition, both the parent and one child are created. Use the expand/collapse button at the lower-right corner of the tile to show or hide the child tiles.
The parent condition tile just gives the condition group a name. Select the parent and open the Properties tab to assign the name. You can assign as many child conditions as you need by dragging additional condition tiles onto the parent.
Note
All conditions belonging to the same parent are combined using an AND operator, which means that all sibling conditions must evaluate to TRUE for the attached action to be triggered.
The logic for the condition is contained in the child tile(s). Choose a child condition tile and open the Properties tab to establish the logic.
Set up the logic for a condition tile by making the following settings:
*
Display Name: Shows the name for the tile, as shown on the canvas.
*
Entity: Choose a Dynamics 365 entity to monitor or check for the condition. For example, choose EmailClicked to look for records where a contact has clicked a link in an email.
*
Frequency: Choose how often the condition should be triggered. Choose Each to score on each occurrence (such as to increase the score on each email click). Choose At least to score just once (such as to increase the score on the first email click, but ignore subsequent ones). Choose None to score only when zero qualifying examples of the selected entity have occurred during the date range (for example, to lower the overall score for contacts having zero email clicks).
*
Date Range: Enter a date before which scorable events won’t be counted. For example, set this to a year to ignore all email interactions that occurred more than a year ago. This can result in scores going down over time as interactions age.
*
New Expression: Select this button to add a new expression to the condition. The additional expression further tests the condition based on stored data. For example, you could add an expression for ’City = New York’, which would modify the condition so that only email clicks made by contacts in New York City would trigger the condition. You can add as many extra expressions as you like to create complex conditions.
Note
All expressions belonging to the same condition are combined using an AND operator, which means that all expressions must evaluate to TRUE for the overall condition to be true. To score for all qualifying occurrences (for example, to score for any email open, regardless of message or journey) remove all expressions using their close box (including the expression added by default).
Important
Calculated and rollup fields cannot be used in expressions.
There are two categories of conditions:
*Fixed rules are based on fixed demographic or firmographic data found in lead or contact records.
*Behavior rules are based on interactions like email clicked, event registered, or website visited.Set up an action
The action tile that comes after a condition tile controls how a lead’s score will be modified when the condition is met. To set the action, select (or add) an action tile after a condition tile, then open the Properties tab, where you can set the score to either increase or decrease by any integer value.View all conditions at once as text
The canvas provides an easy, graphical way to assemble your scoring rules, but it leaves most settings hidden until you open a tile’s Properties. To get a quick overview of all your logic, set the View drop-down list (above the canvas) to Text. This shows you a compact, text-based view of your rules, expressed in a way that’s similar to an actual database query.Establish grades and the sales-ready score
The main reason for scoring leads is to provide a way to identify your best leads and to decide when a lead should be forwarded to a salesperson for more attention. Therefore, you’ll nearly always set a sales-ready threshold for each lead-scoring model. You can also set up a schedule of grades as a way to offer an interpretation of the score (such as cold, warm, or hot) as it progresses toward sales-ready.
When a score reaches the sales-ready threshold, a plug-in automatically sets the sales-ready flag on the lead to True. If a lead is scored by multiple models, the flag is set as soon as any model reaches the threshold. This triggers a workflow called ’Lead to Opportunity Stage Transition’, which automatically moves the lead to the sales-acceptance stage of the lead lifecycle. You can customize this workflow as needed.
The grades and sales-ready score apply to the entire model, regardless of how many conditions it contains. To set them, open the Grades tab next to the canvas.
Enter an integer in the Sales Ready Score field to set the sales-ready score.
To add an additional grade, select New, which adds a new section to the tab, where you can enter a grade name and the score range where it applies. Grade ranges must be continuous and non-overlapping.Create advanced lead scoring conditions by using traversals
When you are setting up a condition tile for lead scoring, you can set up the Entity you are testing to include traversals across interactions and profiles by using a dot notation, where each hop is separated by a period. For example, you could start with an interaction such as EmailClicked and traverse to the associated Contact profile, and then test for values from the contact profile. Here’s an example of how to set this up:
*
Open the Properties for a Condition tile. Then set the Entity to EmailClicked.
*
In the Entity field, type a period after the EmailClicked entity you just added to open a new drop-down list that shows the various types of hops you can make from here. Choose Contact to hop to the contact profile.
*
Now you can add Expressions to specify values that come from the contact record associated with each email click. For example, you might only want to score on clicks for contacts that live in Chicago.
Note
You can establish up to five hops by using this technique.
Here are a few more examples of how to use hops to create useful conditions:
*Lead.Lead.Parent contact: Lets you score leads associated with contacts who have particular properties (such as contacts who have a Microsoft email address—where Email | contains | @microsoft.com).
*Lead.Parent contact.Parent customer account: Lets you score leads associated with contacts who belong to accounts with particular properties (such as accounts where Number of employees | > | 500).
*Lead.customeentity: Lets you use a custom entity in your lead scoring model. The custom entity must have a 1:N relationship with the Lead entity and must be included to sync with the marketing-insights service in the Marketing data configuration.Find leads that were scored by a selected model
To find all the leads that a selected model has scored:
*
Go to Marketing > Lead management > Scoring models to open a list of models and then open the one you want to inspect.
*
Select the Related tab to open a drop-down list of related entities and then select Lead scores from the list.
*
A new Lead scores tab is added and opened. Here you can see each lead that your selected model has scored, plus the score and grade for each of them. You can select any listed lead to open it, or select Export lead scores to download the list as an Excel file.See also
Set up lead scoring
Register link clicks and website visits
Manage customer information
Accessibility and keyboard shortcuts
Go live with publishable entities and track their status
Walter Latham Comedy invites you to enjoy your favorite comedy videos of all time. Please like and share these videos with friendsWe can also be found at:ww. In 2004 Bernie Mac starred as a retired baseball player in the film Mr. In the 2003 National League Championship Series, Mac sang ’ Take Me Out to the Ball Game ’ at Wrigley Field with the Chicago Cubs leading the Florida Marlins in the series 3 games to 2 and in Game 6 by a 2–0 score at the time (it would soon be 3–0 in the bottom. Biography: Bernie Sanders. Historian Alexis Coe talks about Larry Sanders, the older brother of U.S. Senator Bernie Sanders, and the vote he cast for Bernie at the 2016 Democratic National Convention. Films video clips the biography of bernie macbook air. Bernie Mac’s star was slowly rising from this point. His next couple of movie parts were more substantial, including How to Be a Player (1997) and The Players Club (1998). In 1999 Bernie Mac got his most high profile part up to that point in the film Life (1999) starring Eddie Murphy. Bernie Mac’s first standup routine was at the age of 8 for his church congregation. He established a variety show at Chicago’s Regal Theatre, made appearances on HBO’s ’Def Comedy Jam’ and joined.Apr 30th, 2017 Never Scoring Scripts Updated AppNot a member of Pastebin yet?Sign Up, it unlocks many cool features!
*if score.Value>=25*(level.Value)+100and level.Value < maxlevel then
* score.Value = score.Value -(25*(level.Value)+100)
*end
*if player.Character~=nilthen
*local fireworks = Instance.new(’Part’)
*fireworks.formFactor =’Symmetric’
*fireworks.BrickColor = BrickColor.Random()
*fireworks.CFrame = player.Character.Head.CFrame + Vector3.new(0,2,0)
*game:GetService(’Debris’):AddItem(fireworks,2)
*fireworks.Velocity = Vector3.new(math.random(-30,30),math.random(-30,30),math.random(-30,30))
*end
*m.Parent = game.Workspace
*wait(5)
*end
*function onHumanoidDied(humanoid, player)
*local stats = player:findFirstChild(’leaderstats’)
*local deaths = stats:findFirstChild(’Dies’)
*-- do short dance to try and find the killer
*local killer = getKillerOfHumanoidIfStillInGame(humanoid)
* handleKillCount(humanoid, player)
*end
*function onPlayerRespawn(property, player)
*if property ’Character’and player.Character ~=nilthen
*local p = player
* humanoid.Died:connect(function() onHumanoidDied(h, p)end)
*end
*function getKillerOfHumanoidIfStillInGame(humanoid)
*-- returns the player object that killed this humanoid
*-- returns nil if the killer is no longer in the game
*-- check for kill tag on humanoid - may be more than one - todo: deal with this
*if tag ~=nilthen
*local killer = tag.Value
*return killer
*end
*returnnil
*local killer = getKillerOfHumanoidIfStillInGame(humanoid)
*local stats = killer:findFirstChild(’leaderstats’)
*local kills = stats:findFirstChild(’Kills’)
*local level = stats:findFirstChild(’Rank’)
* score.Value = score.Value +250*
* kills.Value = kills.Value -1
*end
*end
*function plr(newPlayer)
* stats.Name =’leaderstats’
*local kills = Instance.new(’IntValue’)
* kills.Value =0
*local deaths = Instance.new(’IntValue’)
* deaths.Value =0
*local score = Instance.new(’IntValue’)
* score.Value =0
*local rank = Instance.new(’IntValue’)
* rank.Value =1
*local fill = Instance.new(’IntValue’)
* fill.Value =0
* rank.Parent = stats
* kills.Parent = stats
* fill.Parent = stats
* newPlayer.leaderstats.Rank.Value = maxlevel
* score.Changed:connect(function() onXPChanged(newPlayer, score, rank)end)
* rank.Changed:connect(function() onLevelUp(newPlayer, score, rank)end)
*whiletruedo
* wait(5)
* humanoid.Died:connect(function() onHumanoidDied(humanoid, newPlayer)end)
*-- start to listen for new humanoid
* newPlayer.Changed:connect(function(property) onPlayerRespawn(property, newPlayer)end)
*for _,v inpairs(game.Players:GetPlayers())do
*end
*game.Players.ChildAdded:connect(plr)Scoring Scripts Updated Freeprint(’Keaderboard script loaded!’) maxlevel = 50 function onXPChanged(player, score, level) if score.Value>= 25 * (level.Value) + 100 and level.Value < maxlevel then score.Value = score.Value - (25*(level.Value) + 100) level.Value = level.Value + 1 end end function onLevelUp(player, score, level) if player.Character~=nil then for i = 1,5 do local fireworks = Instance.new(’Part’) fireworks.Shape = 0 fireworks.formFactor = ’Symmetric’ fireworks.Size = Vector3.new(1,1,1) fireworks.BrickColor = BrickColor.Random() fireworks.CFrame = player.Character.Head.CFrame + Vector3.new(0,2,0) fireworks.Parent = game.Workspace game:GetService(’Debris’):AddItem(fireworks, 2) fireworks.Velocity = Vector3.new(math.random(-30,30),math.random(-30,30),math.random(-30,30)) end end local m = Instance.new(’Hint’) m.Parent = game.Workspace m.Text = player.Name . ’ has ranked up!’ --Sweet! wait(5) m.Parent = nil end function onHumanoidDied(humanoid, player) local stats = player:findFirstChild(’leaderstats’) if stats ~= nil then local deaths = stats:findFirstChild(’Dies’) deaths.Value = deaths.Value + 1 -- do short dance to try and find the killer local killer = getKillerOfHumanoidIfStillInGame(humanoid) handleKillCount(humanoid, player) end end function onPlayerRespawn(property, player) -- need to connect to new humanoid if property ’Character’ and player.Character ~= nil then local humanoid = player.Character.Humanoid local p = player local h = humanoid humanoid.Died:connect(function() onHumanoidDied(h, p) end ) end end function getKillerOfHumanoidIfStillInGame(humanoid) -- returns the player object that killed this humanoid -- returns nil if the killer is no longer in the game -- check for kill tag on humanoid - may be more than one - todo: deal with this local tag = humanoid:findFirstChild(’creator’) -- find player with name on tag if tag ~= nil then local killer = tag.Value if killer.Parent ~= nil then -- killer still in game return killer end end return nil end function handleKillCount(humanoid, player) local killer = getKillerOfHumanoidIfStillInGame(humanoid) if killer ~= nil then local stats = killer:findFirstChild(’leaderstats’) if stats ~= nil then local kills = stats:findFirstChild(’Kills’) local score = stats:findFirstChild(’XP’) local level = stats:findFirstChild(’Rank’) if killer ~= player then score.Value = score.Value + 250 * kills.Value = kills.Value + 1 else kills.Value = kills.Value - 1 end end end end ----------------------------------------------- function plr(newPlayer) local stats = Instance.new(’IntValue’) stats.Name = ’leaderstats’ local kills = Instance.new(’IntValue’) kills.Name = ’Kills’ kills.Value = 0 local deaths = Instance.new(’IntValue’) deaths.Name = ’Dies’ deaths.Value = 0 local score = Instance.new(’IntValue’) score.Name = ’XP’ score.Value = 0 local rank = Instance.new(’IntValue’) rank.Name = ’Rank’ rank.Value = 1 local fill = Instance.new(’IntValue’) fill.Name= ’filler1’ fill.Value = 0 rank.Parent = stats score.Parent = stats kills.Parent = stats deaths.Parent = stats fill.Parent = stats stats.Parent = newPlayer --[[ if newPlayer.usedId 65006475 then newPlayer.leaderstats.Rank.Value = maxlevel end]] score.Changed:connect(function() onXPChanged(newPlayer, score, rank) end) rank.Changed:connect(function() onLevelUp(newPlayer, score, rank) end) while true do if newPl
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