1. Describe The Concept Of Redirection As It Realates To Putputtimg The Stdout Or
Get college assignment help at Smashing Essays 1. Describe the concept of redirection as it realates to putputtimg the stdout or the stderr of a command to another location, such as text file . 2. Give a demonstration of redirecting stdout to a file from a command line statement.
Select The Appropriate Output From The Following Python Code: * A-NONE B- 2 C-
Select the appropriate output from the following python code: * A-NONE B- 2 C- 11 D- 1 E- ERROR
Explain Denotational Semantics And Show How A Functional Language, Such As Scheme, Can Be
Explain denotational semantics and show how a functional language, such as Scheme, can be used to implement the denotational semantics of the Clite language covered in our text.
1. Discuss The Basic Differences Between The Various Paradigms Of The Programming Languages. In
1. Discuss the basic differences between the various paradigms of the programming languages. In what circumstances is each one particularly strong, and in what circumstances is each one particularly feeble? Elaborate with examples and sample coding
C In This Task, Imagine That You Are An Apprentice To A Digital Wizard.
C In this task, imagine that you are an apprentice to a digital wizard. As part of your apprenticeship, you will be asked to help maintain a digital library of spells. Unfortu- nately, most of the spell books, called tomes, are fragmented and incomplete; your master is most forgetful in her old age. Now you are tasked to implementing a system that will help improve manipulation of the library. Your master is however very forgetful and so instructs you to implement a simpler interface that can do a number of tome management tasks, doing so via the use of operator overloading. Tome Class Described below is a simple UML diagram for the tome class. This is the class that will be used to overload a number of operators so that managing the archive will be easier. tome -references: string [10] -tomeName: string -author: string -spellMax:int —————————- tome() tome(name:string, tomeSize:int,author:string) tome(name:string, tomeSize:int,author:string, initialList:string *) ~tome() getTomeSize():int getSpell(i:int) const:string getReferences(): string * getName():string getAuthor():string operator (add:string *):tome friend operator<<(output:ostream
MATLAB (please Help Me With These Multi-part Questions) I Have Attempted Below Which Are
MATLAB (please help me with these multi-part questions) I have attempted below which are incorrect. b) Create a function that plots the position of an arrow in the x-y plane given initial conditions and a time vector are provided as inputs. The plot should have axis labels and a title. My attempted solution: (the error says: Error in solution: Line: 12 Column: 1 Illegal use of reserved keyword “end”) myFunction [x,y] = position(x0,y0,v0,theta,t) g = 9.81; x = x0 v0*cosd(theta).*t; y = y0 v0*sind(theta).*t – 0.5*g.*t.^2; end myFunction partAQ2(x0,y0,v0,theta,t) g = 9.81; [x, y] = position(x0,y0,v0,theta,t); plot(x,y) xlabel(‘X-axis’) ylabel(‘Y-axis’) title(‘X-Y Plane’) end c) Create a function that can determine range (landing distance) of an arrow, given initial conditions are provided as inputs. Assume the ground is at y = 0. ********(Range = partAQ3(10,50,60) my attempted solution: function Range = partAQ3(x0,y0,v0,theta) g = 9.81; t = fzero(@(t) y0 v0*sind(theta)*t-0.5*g*t.^2,10); Range = 10 50*cosd(theta)*t; end d) Create a function that determines the magnitude and direction (in degrees) of velocity of an arrow given initial conditions and a time vector are provided as inputs. *****[Speed,Angle] = partAQ4(50,45,0:0.01:3)****** attempted solution: function [Speed,Angle] = partAQ4(v0,theta,t) g = 9.81; dxdt = v0*cosd(theta); dydt = v0*sind(theta)-g.*t; magnitude = sqrt(dxdt^2 dydt.^2); direction = atand(dydt/dxdt); end
Select The Appropriate Output From The Following Python Code: * A- NONE B- 2
Select the appropriate output from the following python code: * A- NONE B- 2 C- 11 D- 1 E- ERROR
Public Class Example1 { Public Static Void Main(String[] Args) Throws PlPlanException { System.out.println(“– TEST1
public class Example1 { public static void main(String[] args) throws PlPlanException { System.out.println(“– TEST1 –“); // Create a planning problem, and then find a plan // This problem is based on Blockworld PLPlan planner = new PLPlan(); planner.setAlgorithm(EnumAlgorithm.GRAPHPLAN); // Facts (Initial state) //td, ocd, obc, oab, na planner.addFact(“td”); planner.addFact(“ocd”); planner.addFact(“obc”); planner.addFact(“oab”); planner.addFact(“na”); // Goal //( oca, odb, ta, tb, nc, nd) planner.addGoalFact(“oca”); planner.addGoalFact(“odb”); planner.addGoalFact(“ta”); planner.addGoalFact(“tb”); planner.addGoalFact(“nc”); planner.addGoalFact(“nd”); // — Operators — // (op uAB // (na, oab) // (ta, nb) // (oab)) List precond = new ArrayList(); precond.add(“na”); precond.add(“oab”); List neg = new ArrayList(); neg.add(“oab”); List pos = new ArrayList(); pos.add(“ta”); pos.add(“nb”); planner.addOperator(“uAB”,precond, neg, pos); // (op uBC // operator name : “uBC” unstack block b from block c // (nb, obc) // predonditions : the b Block is on block c (obc) and // there is no block on block b (nb) // (tb, nc) // add facts : the block b is on table (tb) // there is no block on block c (nc) // (obc)) // remove facts : we remove the fact that // the b Block is on block c (ocd) precond = new ArrayList(); precond.add(“nb”); precond.add(“obc”); neg = new ArrayList(); neg.add(“obc”); pos = new ArrayList(); pos.add(“tb”); pos.add(“nc”); planner.addOperator(“uBC”,precond, neg, pos); // (op uCD // operator name : “uCD” unstack block c from block d // (nc, ocd) // predonditions : the c Block is on block D (ocd) and // there is no block on block c (nc) // (tc, nd) // add facts : the block c is on table (tc) // there is no block on block d (nd) // (ocd)) // remove facts : we remove the fact that // the c Block is on block d (ocd) precond = new ArrayList(); precond.add(“nc”); precond.add(“ocd”); neg = new ArrayList(); neg.add(“ocd”); pos = new ArrayList(); pos.add(“tc”); pos.add(“nd”); planner.addOperator(“uCD”,precond, neg, pos); // (op sCA // operator name : “sCA” stack block c on block a // (na, tc, nc) // predonditions : there is no block on block a (na) // the block c is on table (tc) // there is no block on block c (nc) // (oca) // add facts : the block c is on block a (oca) // (na, tc)) // remove facts : we remove the facts that // – there is no block on block a (na), // – block c is on table (tc). precond = new ArrayList(); precond.add(“na”); precond.add(“tc”); precond.add(“nc”); neg = new ArrayList(); neg.add(“na”); neg.add(“tc”); pos = new ArrayList(); pos.add(“oca”); planner.addOperator(“sCA”, precond, neg, pos); // (op sDB // operator name : “sDB” stack block d on block b // (nd, tb, nb) // predonditions : there is no block on block d (nd) // the block b is on table (tb) // there is no block on block b (nb) // (odb) // add facts : the block d is on block b (odb) // (nb, td)) // remove facts : we remove the facts that // – there is no block on block b (nb), // – block d is on table (td). precond = new ArrayList(); precond.add(“nb”); precond.add(“td”); precond.add(“nd”); neg = new ArrayList(); neg.add(“nb”); neg.add(“td”); pos = new ArrayList(); pos.add(“odb”); planner.addOperator(“sDB”, precond, neg, pos); List resultats = planner.findPlan(); System.out.println(resultats); } } The Console Output The solution : [uBA, uAG, uGC, uCH, sCA, sFC, sBF] – Please expain the output solution in a summary Explain The problem is the classic Blockworld problem. There is four blocks on a table,The Example1.java class utilize PL-PLAN to find a plan to go from the initial state to the goal state. A plan consists of applying a sequence of action. Each action is the application of an operator. In the blockworld problem, it is only possible to move one block at a time. For this example, we have only encoded the operators”uAB” (unstack A from B), “uBC” (unstack B from C), “uCD” (unstack C from D), “sCA” (stack C on A), “sDB” (stack D on B). PL-PLAN is an open-source ai planner written during the summer of 2004 by Philippe Fournier-Viger and Ludovic Lebel as a side project. The goal was to create a simple AI planner to experiment many search techniques for classical states-space exploration, including the Graphplan algorithm, and six algorithms based on partial-order theory. PL-PLAN can be used as a library from any Java programs. A software with a graphical user interface (cf. figure 1) has been developed to run multiple random tests to compare the various algorithms of PL-PLAN. Tests results can be exported to comma-separated files that can be read by Microsoft Excel.
How Many Times XY Is Going To Be Printed? * Choose One A- None
How many times XY is going to be printed? * Choose one A- None B- 1 C- 50 D- 3 E- Error
Having A Fair Coin I.e. P(Head) = P(Tail) = 0.5, What Is The Probability
Having a fair coin i.e. P(Head) = P(Tail) = 0.5, what is the probability of getting a sequence of 3 consecutive tails?
Complete The Following C Task. Create And Include Your Own Main File And Test
Get college assignment help at Smashing Essays Complete the following C task. Create and include your own main file and test all your code. Provided =============================================================================================================================== ship.h #ifndef SHIP_H #define SHIP_H #include #include using namespace std; class ship { private: string id; int value; int* xCoord; int* yCoord; public: ship(); ship(ship* newShip); ship(string i,int val,int x,int y); ~ship(); string getID(); int getVal(); int getX(); int getY(); void setID(string a); void setVal(int a); void setX(int a); void setY(int a); }; #endif
Discuss The Tiered System And How It Relates To A Relational Database Management System
Discuss the Tiered System and how it relates to a Relational Database Management System RDMS and a Java Application. How does a Java application interface and connect to a RDMS
Chapters 11, 12 And 13 Discuss The Figures 11.11, 12.9, And 13.11 And Explain
Chapters 11, 12 and 13 Discuss the figures 11.11, 12.9, and 13.11 and explain the following: 1. What is the benefit of the load balancing logic to end-user? 2. Why we need to use hypervisor cluster in Cloud Computing Architecture? 3. When Cloud Consumers are automatically redirected to the new cloud storage device? To complete this assignment: Must use a source to support concepts, cite it properly using the basic citation styles, structure, and format as applied by APA, Sixth Edition (If you don’t cite it, you will receive zero for the whole assignment). Text Book: Cloud Computing: Concepts, Technology
Create The Following C Program. Create Your Own Tome.h,tome.cpp And Main.cpp. Maximum Size Of
Create the following C program. Create your own tome.h,tome.cpp and main.cpp. maximum size of spells is 10
Write A Command In SQL Or SQLPLUS To Show The Average 10 Year Rainfall
Write a command in SQL or SQLPLUS to show the average 10 year rainfall ( use the tot column) for decades starting with 1865, 1915, 1965 and 2015. ( name of the table is also rainfall)
Please Write Down The Coding For Me To Insert In Python For The Question
Please write down the coding for me to insert in Python for the question above that is Post of Sale System of a book store
Use This Test Driver To Implement And Test Your Function Prior To Submission. (Use
Use this test driver to implement and test your function prior to submission. (Use the C programming language to complete） #include #include #include // Declare Global variables here. void array_stats() { // Insert your solution here. } #include #include int main() { // Simulate the test setup process. srand( time( NULL ) ); for ( int i = 0; i < 32; i ) { val[i] = rand(); } val_count = rand(); val_mean = rand(); val_min = rand(); val_max = rand(); // Call submitted code. array_stats(); // Display contents of array val. for (int i = 0; i < val_count; i ) { printf("%f ", val[i]); } printf("n"); printf("Item count: %dn", val_count); printf("Item mean : %fn", val_mean); printf("Item min : %fn", val_min); printf("Item max : %fn", val_max); return 0; }
C Help 1) What Would Be The Results Of The Following Code? Const Int
C Help 1) What would be the results of the following code? const int SIZE = 5; int array1[SIZE] = {99, 87, 66, 55, 101}; int value = 0; for (int a = 0; a < SIZE; a ) { value = array1[a]; } a. Value contains the highest value in array1. b. Value contains the lowest value in array1. c. Value contains the sum of all the values in array1. d. This would cause the program to crash. 2) What will be the results of the following code? int ARRAY_SIZE = 5; double x[ARRAY_SIZE]; for(int i = 0; i < ARRAY_SIZE; i ) { x[i] = 10.0; } a. All the values in the array are initialized to 10.0. b. All the values, except the first, are set to 10.0. c. An error will occur when the program runs. d. There will be a compilation error. 3) Which of the following statements is valid? Check all true statements (there will be more than one). a. int i = new int(30); b. double numbers[5] = {3.45, 2.49, 8.10, 5.50, 4.56}; c. int numbers[4] = {1, 2, 4, 8}; d. double numbers = {1.0, 1.5, 2.0, 2.5, 3.0}; e. int numbers[6] = {2, 4, , 8, , 12}; 4) What do the following statements do? const int SIZE = 40; for (int i = 0; i < SIZE; i ) numberArray2[i] = numberArray1[i]; a. Create a double array containing 40 elements. b. Copy the values in numberArray1 to numberArray2. c. Create a double array containing 15 elements. d. Declare but do not create a double array. 5) To assign the contents of one array to another, you must use a. the assignment operator with the array names b. the equality operator with the array names c. a loop to assign the elements of one array to the other array d. Any of these e. None of these
JAVA PROGRAMThe Solution Of The First Part Of The Question Import Java.io.File; Import Java.io.FileNotFoundException;
JAVA PROGRAMThe solution of the first part of the question import java.io.File; import java.io.FileNotFoundException; import java.util.ArrayList; import java.util.Arrays; import java.util.Collections; import java.util.List; import java.util.Scanner; public class TestRanking { public static void main(String[] args) { NameRanking n=new NameRanking(“USA_yob2017.txt”); n.sortByRank(); System.out.print(n); } } class Name implements Comparable{ //implement comparable, which will help to sort by rank //class variable String name; String gender; int totalnumber; //parameterized constactor to initialize class value Name(String n,String g,int t){ this.name=n; this.gender=g; this.totalnumber=t; } //getters setteres methods public String getName() { return name; } public void setName(String name) { this.name = name; } public String getGender() { return gender; } public void setGender(String gender) { this.gender = gender; } public int getTotalnumber() { return totalnumber; } public void setTotalnumber(int totalnumber) { this.totalnumber = totalnumber; } public String toString(){ return “Name:” name ” Gender:” gender ” Total Number:” totalnumber; } @Override public int compareTo(Name n) { //sort in descending order if(this.totalnumber>n.totalnumber) //return -1 if this object total number greater then given objects total no and son on return -1; if(this.totalnumber2){ if(cur_size<name.length){ name[cur_size ]=new Name(content[0],content[1],Integer.parseInt(content[2])); //make name object } else{//if current size equal to length of name array double the size of array Name temp[]=new Name[cur_size]; //copy all values of name in temp array int i=0; for(Name n:name){ if(n!=null) temp[i ]=n; } int size=2*name.length; name=new Name[size]; //make new array with double size i=0; for(Name n:temp){ if(n!=null) name[i ]=n; } name[cur_size ]=new Name(content[0],content[1],Integer.parseInt(content[2])); //make name object } } } } catch (FileNotFoundException e) { System.err.println(e.getMessage()); } finally { if (sc != null) { sc.close(); } } } public void sortByRank(){ Name temp[]=new Name[cur_size];//copy name array data in temp array //we need to copy data in temp array because name array might have null value which may create //problem while calling sort method int i=0; for(Name n:name){ if(n!=null) temp[i ]=n; } List al=Arrays.asList(temp); //now convert array to list Collections.sort(al); //collection.sort() will sort the al list using condition specified in compareTo() method of //Name class i=0; for(Name n:temp){ if(n!=null) name[i ]=n; } } public int getRank(String bname, String gender){ for(Name n:name){ if(n!=null){ if(n.getName().equals(bname)
Use The C# Programming Language To Complete Using System; Class IncomeTax { Public Static
Use the C# programming language to complete using System; class IncomeTax { public static void Main() { } }
Use The C# Programming Language To Complete Class MilesPerHourTable { Public Static Void Main()
Use the C# programming language to complete class MilesPerHourTable { public static void Main() { } }
The post 1. Describe The Concept Of Redirection As It Realates To Putputtimg The Stdout Or appeared first on Smashing Essays.
Looking for a Similar Assignment? Order now and Get 10% Discount! Use Coupon Code "Newclient"
