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Showing results for tags 'p-code'.
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There is a VECTOR game at https://www.html5pcode.com/a1yvector.htm that was designed to teach the art of coding. It uses structured programming, so it is easy to follow the logic of the design. The game is divided into small self contained pieces. It has a main program and a subprogram. The subprogram has routines that perform specific tasks when they are called by the main program. The game has links to YouTube videos that describe the operation of the main program and the subprogram routines. Once you learn how to design games like this one, you can go on to design your own games in JavaScript and/or a JS framework. This p-code lends itself to teaching coding because the source and object code are the same. The engine that created the code (source-code) is the same engine that executes the code (object-code). This makes it possible to do the following options. A DATA OPTION allows you to view the game's data, while the game is running. A TRAIL OPTION allows you to execute a few instructions at a time, so you can see what each routine is doing. A REAL TIME (RT) OPTION allows you to change instruction values, while the game is running. The YouTube videos show how these options are used in the designing of the game. There are many other games written in this p-code at https://www.html5pcode.com
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There is a TORPEDO game at https://www.html5pcode.com/a1ytorpedo.htm that was designed to teach the art of coding. It uses structured programming, so it is easy to follow the logic of the design. The game is divided into small self contained pieces. It has a main program and a subprogram. The subprogram has routines that perform specific tasks when they are called by the main program. The game has links to YouTube videos that describe the operation of the main program and the subprogram routines. Once you learn how to design games like this one, you can go on to design your own games in JavaScript and/or a JS framework. This p-code lends itself to teaching coding because the source and object code are the same. The engine that created the code (source-code) is the same engine that executes the code (object-code). This makes it possible to do the following options. A DATA OPTION allows you to view the game's data, while the game is running. A TRAIL OPTION allows you to execute a few instructions at a time, so you can see what each routine is doing. A REAL TIME (RT) OPTION allows you to change instruction values, while the game is running. The YouTube videos show how these options are used in the designing of the game. There are many other games written in this p-code at https://www.html5pcode.com
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There is a WORD SEARCH game at https://www.html5pcode.com/a1yspotaword.htm that was designed to teach the art of coding. It uses structured programming, so it is easy to follow the logic of the design. The game is divided into small self contained pieces. It has a main program and a subprogram. The subprogram has routines that perform specific tasks when they are called by the main program. The game has links to YouTube videos that describe the operation of the main program and the subprogram routines. Once you learn how to design games like this one, you can go on to design your own games in JavaScript and/or a JS framework. This p-code lends itself to teaching coding because the source and object code are the same. The engine that created the code (source-code) is the same engine that executes the code (object-code). This makes it possible to do the following options. A DATA OPTION allows you to view the game's data, while the game is running. A TRAIL OPTION allows you to execute a few instructions at a time, so you can see what each routine is doing. A REAL TIME (RT) OPTION allows you to change instruction values, while the game is running. The YouTube videos show how these options are used in the designing of the game. There are many other games written in this p-code at https://www.html5pcode.com
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There is a PATTERN game at https://www.html5pcode.com/a1ypatternfit.htm that was designed to teach the art of coding. It uses structured programming, so it is easy to follow the logic of the design. The game is divided into small self contained pieces. It has a main program and a subprogram. The subprogram has routines that perform specific tasks when they are called by the main program. The game has links to YouTube videos that describe the operation of the main program and the subprogram routines. Once you learn how to design games like this one, you can go on to design your own games in JavaScript and/or a JS framework. This p-code lends itself to teaching coding because the source and object code are the same. The engine that created the code (source-code) is the same engine that executes the code (object-code). This makes it possible to do the following options. A DATA OPTION allows you to view the game's data, while the game is running. A TRAIL OPTION allows you to execute a few instructions at a time, so you can see what each routine is doing. A REAL TIME (RT) OPTION allows you to change instruction values, while the game is running. The YouTube videos show how these options are used in the designing of the game. There are many other games written in this p-code at https://www.html5pcode.com
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There is a POLYGON SCAN game at https://www.html5pcode.com/a1ypolygonscan.htm that was designed to teach the art of coding. It uses structured programming, so it is easy to follow the logic of the design. The game is divided into small self contained pieces. It has a main program and a subprogram. The subprogram has routines that perform specific tasks when they are called by the main program. The game has links to YouTube videos that describe the operation of the main program and the subprogram routines. Once you learn how to design games like this one, you can go on to design your own games in JavaScript and/or a JS framework. This p-code lends itself to teaching coding because the source and object code are the same. The engine that created the code (source-code) is the same engine that executes the code (object-code). This makes it possible to do the following options. A DATA OPTION allows you to view the game's data, while the game is running. A TRAIL OPTION allows you to execute a few instructions at a time, so you can see what each routine is doing. A REAL TIME (RT) OPTION allows you to change instruction values, while the game is running. The YouTube videos show how these options are used in the designing of the game. There are many other games written in this p-code at https://www.html5pcode.com
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There is a COLOR CODES game at https://www.html5pcode.com/a1ycolorcodes.htm that was designed to teach the art of coding. It uses structured programming, so it is easy to follow the logic of the design. The game is divided into small self contained pieces. It has a main program and a subprogram. The subprogram has routines that perform specific tasks when they are called by the main program. The game has links to YouTube videos that describe the operation of the main program and the subprogram routines. Once you learn how to design games like this one, you can go on to design your own games in JavaScript and/or a JS framework. This p-code lends itself to teaching coding because the source and object code are the same. The engine that created the code (source-code) is the same engine that executes the code (object-code). This makes it possible to do the following options. A DATA OPTION allows you to view the game's data, while the game is running. A TRAIL OPTION allows you to execute a few instructions at a time, so you can see what each routine is doing. A REAL TIME (RT) OPTION allows you to change instruction values, while the game is running. The YouTube videos show how these options are used in the designing of the game. There are many other games written in this p-code at https://www.html5pcode.com
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There is an IMAGE game at https://www.html5pcode.com/a1yimageoptions.htm that was designed to teach the art of coding. It uses structured programming, so it is easy to follow the logic of the design. The game is divided into small self contained pieces. It has a main program and a subprogram. The subprogram has routines that perform specific tasks when they are called by the main program. The game has links to YouTube videos that describe the operation of the main program and the subprogram routines. Once you learn how to design games like this one, you can go on to design your own games in JavaScript and/or a JS framework. This p-code lends itself to teaching coding because the source and object code are the same. The engine that created the code (source-code) is the same engine that executes the code (object-code). This makes it possible to do the following options. A DATA OPTION allows you to view the game's data, while the game is running. A TRAIL OPTION allows you to execute a few instructions at a time, so you can see what each routine is doing. A REAL TIME (RT) OPTION allows you to change instruction values, while the game is running. The YouTube videos show how these options are used in the designing of the game. There are many other games written in this p-code at https://www.html5pcode.com
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There is a WORD game at https://www.html5pcode.com/a1ywordseven.htm that was designed to teach the art of coding. It uses structured programming, so it is easy to follow the logic of the design. The game is divided into small self contained pieces. It has a main program and a subprogram. The subprogram has routines that perform specific tasks when they are called by the main program. The game has links to YouTube videos that describe the operation of the main program and the subprogram routines. Once you learn how to design games like this one, you can go on to design your own games in JavaScript and/or a JS framework. This p-code lends itself to teaching coding because the source and object code are the same. The engine that created the code (source-code) is the same engine that executes the code (object-code). This makes it possible to do the following options. A DATA OPTION allows you to view the game's data, while the game is running. A TRAIL OPTION allows you to execute a few instructions at a time, so you can see what each routine is doing. A REAL TIME (RT) OPTION allows you to change instruction values, while the game is running. The YouTube videos show how these options are used in the designing of the game. There are many other games written in this p-code at https://www.html5pcode.com
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There is a LAST PICK memory game at https://www.html5pcode.com/a1ylastpick.htm that was designed to teach the art of coding. It uses structured programming, so it is easy to follow the logic of the design. The game is divided into small self contained pieces. It has a main program and a subprogram. The subprogram has routines that perform specific tasks when they are called by the main program. The game has links to YouTube videos that describe the operation of the main program and the subprogram routines. Once you learn how to design games like this one, you can go on to design your own games in JavaScript and/or a JS framework. This p-code lends itself to teaching coding because the source and object code are the same. The engine that created the code (source-code) is the same engine that executes the code (object-code). This makes it possible to do the following options. A DATA OPTION allows you to view the game's data, while the game is running. A TRAIL OPTION allows you to execute a few instructions at a time, so you can see what each routine is doing. A REAL TIME (RT) OPTION allows you to change instruction values, while the game is running. The YouTube videos show how these options are used in the designing of the game. There are many other games written in this p-code at https://www.html5pcode.com
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There is a CHUCK-A-LUCK dice game at https://www.html5pcode.com/a1ychucka.htm that was designed to teach the art of coding. It uses structured programming, so it is easy to follow the logic of the design. The game is divided into small self contained pieces. It has a main program and a subprogram. The subprogram has routines that perform specific tasks when they are called by the main program. The game has links to YouTube videos that describe the operation of the main program and the subprogram routines. Once you learn how to design games like this one, you can go on to design your own games in JavaScript and/or a JS framework. This p-code lends itself to teaching coding because the source and object code are the same. The engine that created the code (source-code) is the same engine that executes the code (object-code). This makes it possible to do the following options. A DATA OPTION allows you to view the game's data, while the game is running. A TRAIL OPTION allows you to execute a few instructions at a time, so you can see what each routine is doing. A REAL TIME (RT) OPTION allows you to change instruction values, while the game is running. The YouTube videos show how these options are used in the designing of the game. There are many other games written in this p-code at https://www.html5pcode.com
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- chuck-a-luck
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There is a FIND GIFTS memory game at https://www.html5pcode.com/a1yfindgifts.htm that was designed to teach the art of coding. It uses structured programming, so it is easy to follow the logic of the design. The game is divided into small self contained pieces. It has a main program and a subprogram. The subprogram has routines that perform specific tasks when they are called by the main program. The game has links to YouTube videos that describe the operation of the main program and the subprogram routines. Once you learn how to design games like this one, you can go on to design your own games in JavaScript and/or a JS framework. This p-code lends itself to teaching coding because the source and object code are the same. The engine that created the code (source-code) is the same engine that executes the code (object-code). This makes it possible to do the following options. A DATA OPTION allows you to view the game's data, while the game is running. A TRAIL OPTION allows you to execute a few instructions at a time, so you can see what each routine is doing. A REAL TIME (RT) OPTION allows you to change instruction values, while the game is running. The YouTube videos show how these options are used in the designing of the game. There are many other games written in this p-code at https://www.html5pcode.com
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There is a SUDOKU game at https://www.html5pcode.com/a1ysudoku.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is https://www.html5pcode.com The goal is to populate a SUDOKU puzzle matrix with the correct digits. The digits 1 to 9 must be found in each row, column, and (3x3) box. There is an ENTRY MATRIX where you can enter the digits. If your entry does not follow the rules, it will be rejected. If you want, it will display a matrix with all of the forced digits. You can also display the answer matrix. There are 100 different games. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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There is an INTERPOLATE game at https://www.html5pcode.com/a1yinterpolate.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is https://www.html5pcode.com The goal is to follow a curved line with many straight lines, so you can use the straight lines to interpolate values for the curved line. Ten randomly selected points are used to define a polynomial equation. A polynomial equation matrix is created using the given ten equations. Then the inverse of the equation matrix is used to determine its constants. Thus all of the points between the ten points are known. The straight lines are drawn between the points, so the differences can be seen. There are 100 different games. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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There is a MAZE game at https://www.html5pcode.com/a1ymaze.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is https://www.html5pcode.com Find a PATH through the MAZE from the left side (RED BOX) to the right side (GREEN BOX). There are over a hundred ROOMS in the MAZE. A ROOM can have one exit door, 2 exit doors, or no exit doors. If the ROOM does not have an exit door, it is a DEAD END. If you come to a DEAD END, you must backtrack until you find another exit door. There is only one TRUE PATH from the RED SQUARE to the GREEN SQUARE. There are 100 different games. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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There is a CHI-SQUARED game at http://www.html5pcode.com/a1ychisquare.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is http://www.html5pcode.com Test to see if 1000 observations are from a Normal Distribution. Select a Mean Value and a Standard Deviation for the Normal Distribution. Then do a CHI-SQUARED test to test for a Normal Distribution. The 9 P-Values will be shown. You can view the details for the Chi-Squared test. There are 100 different games. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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- chi-squared
- normal distribution
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There is a PENNEY'S game at http://www.html5pcode.com/a1ypenneys.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is http://www.html5pcode.com The goal is to maximize the probability of your sequence of 4 heads & tails occurring before another given sequence of 4 heads & tails. A coin is flipped until one of the two sequences occurs. A Markov Transition Matrix is used to determine the winner. There is a row in the matrix for each of the 16 possible sequences of 4 tosses. When one of the 2 sequences occurs, it stays on that same row of the matrix. There are 100 different games. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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There is a CUT CAKE game at http://www.html5pcode.com/a1ycutcake.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is http://www.html5pcode.com The goal is to maximize the value of the 8 pieces of cake given to 8 people. There are 10 different toppings on the cake. Each person gives a value for each of the toppings. The cake has 24 sections, so each person can have 3 sections. The sections for each person must be contiguous. You can view the program's solution. There are 100 different games. Your solutions will be saved in the browser's local storage area. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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There is a CUT SHEET game at http://www.html5pcode.com/a1ycutsheet.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is http://www.html5pcode.com You are to cut 10 different sized pieces out a large sheet. The quantity needed for each piece is given. The piece can be set to portrait or landscape. First select the piece you want to place. Then click on the sheet at the position you want to place the upper left hand corner of the piece. There are 100 games. Each game has different piece requirements. Your solution for each game is stored in the browser's local storage area. You can view the program's solution for each game. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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- cut sheet
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There is a CUT ROD game at http://www.html5pcode.com/a1ycutrod.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is http://www.html5pcode.com You are to minimize the cost of cutting many bars of different lengths from 6 rods. Try to use the entire rod because the shorter the rod the less it is worth per unit of length. A rod of 50% of its original length is only worth 30 % of its original value. You can view the program's solution to the game. There are 100 different games. If you want, you can build your own game. Your game will be stored in a file within the local storage area of your browser. You can have up to 12 bars and 12 rods. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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There is a KNAPSACK game at http://www.html5pcode.com/a1yknapsack.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is http://www.html5pcode.com The goal is to maximize the value of items placed in a knapsack. Each item has a value and a weight. The knapsack has a weight limit. The program uses Dynamic Programming and Branch and Bound to solve the problem. You can view the program solution. There are 100 games. Each game has 96 items. You can create your own knapsack game. Your game's data will be stored in the browser's local storage area. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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There is a LINEAR PROGRAMMING game at http://www.html5pcode.com/a1ylineargame.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is http://www.html5pcode.com You are to maximize the INCOME given the PRICES, REQUIREMENTS, and LIMITS. There are 6 ITEMS to make and 6 PARTS to make them with. There is a LIMIT to the number of PARTS available. The values do not have to be integers. ALPHA NOTATION is used for decimal places. You can click for the PROGRAM SOLUTION for each game. The SIMPLEX METHOD is used to solve the problem. You can view the SIMPLEX TABLEAUX. There are 100 different games. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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There is a INTEGER PROGRAMMING FILE game at http://www.html5pcode.com/a1yintegerx.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is http://www.html5pcode.com Build your own INTEGER PROGRAMMING GAME. You can enter the PRICES, REQUIREMENTS, and LIMITS. You can have up to 8 ITEMS and up to 8 PARTS. You give the MAXIMUM QUANTITY and PRICE for each ITEM. There are 20 FILES you can use to save the game in the LOCAL STORAGE on your computer. When you have defined your game, click for the PROGRAM SOLUTION. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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There is a INTEGER PROGRAMMING game at http://www.html5pcode.com/a1yinteger.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is http://www.html5pcode.com You are to maximize the INCOME given the PRICES, REQUIREMENTS, and LIMITS. There are 8 ITEMS to make and 8 PARTS to make them with. There is a LIMIT to the number of PARTS available and a WANTED maximum quantity for each ITEM. You can click for the PROGRAM SOLUTION for each game. It uses the GRAY CODE binary numbers to test for the best solution. There are 100 different games. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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There is a GRAY CODE game at http://www.html5pcode.com/a1ygraycode.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is http://www.html5pcode.com You are to maximize the INCOME given a set of PRICES, REQUIREMENTS, and LIMITS. There are 4 products you can make with 4 materials. You enter the QUANTITY to make for each product. The QUANTITY must be an integer value. You can not exceed the limits on the materials. You can ask for the program solution to the game. It will use the GRAY CODE sequence of binary numbers to solve the game. There are 100 different games. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
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There is a FIBONACCI game at http://www.html5pcode.com/a1yfibonacci.htm The game uses a p-code. The p-code was written in HTML5 JavaScript. The home page is http://www.html5pcode.com You are to find the tallest bar by using the fewest selections. There are 144 positions. When you click on a position on the RED BAR the BLACK BAR for that position will be shown. To prove that a position is the tallest, you must click on the bars next to it. If it is the tallest, it will change from BLACK to RED. The FIBONACCI SEARCH will be shown, if you click on the BLUE BOX. There are 100 different games. This game is written in a p-code. The p-code is executed by a p-code engine. If you click on PROGRAM in the RED STRIPE at the top, you can view the p-code programs. The p-code engine can execute the programs and it can edit the programs.There is a DATA option that allows you to see the program's data as it is being executed. There is a TRAIL option that allows you to execute the program in small steps. There is an RT, Real Time, option that allows you to change the program as it is executing. There are many YouTube videos that will show you how it works.
