quickmeanpy datanumstxt this is the csvsplitpy file .pdf

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^quickmean.py ^datanums.txt ^ this is the csvsplit.py file to or greater than 100 . 3. For the quickmean.py script modify the script to average 20 random selected numbers instead of al the data from datanums.txt.4! /usr/bin/env python # -*_ coding: utf- 8 _*_ expects one number per line FileName="datanums.txt" Total =0 Number =0 NumberList =[] for Item in Reader: NumberList. append(float(Item)) #print (NumberList) Total = Total + float(Item) Number = Number +1 Reader.close() print (NumberList) print ("The mean of %d values was %.2f" % (Number, Total/Number)) Line 1/23 Column: 1 Character 35(023) Encoding: 1252 (ANSI-La#1 /usr/bin/env python #-*-coding; utf-8 -*- ."split file and create a list FileName - "datasplit.txt" import csv # open the FileName for reading and parse with # the CSV reader function # Default is comas, give "excel-tab" for tabs. Eielditer = csv.reader (open(FileName, ' r '), dialect - "excel-tab') # Using list comprehension to parse at once # could also do a for loop # This creates a list of lists Fields = [Row for Row in Fielditer] print (Flelds).

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C Programming Projects - 1. Sort an array in ascending order. 2. Display sum of all odd values stored in an array. 3. Display number of even values stored in an array. -- 1. A file name is command line argument. Display the contents of the file where each word will be displayed on a new line. Display proper message if file does not exist. 2. Display no. of vowels stored in the file. 3. Display no. of “the” stored in the file. 4. Copy contents of the file to another file.

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Write the C++ code for a function getInput which will read in an unknown of values from a file and store them in a one-dimensional array of integers. The function stores, in a reference parameter, the actual number of values it reads. The input file is declared and opened in main(), so the input filestream variable is needed as a function parameter. Write a C ++ function to find the minimum in a designated row of a 2-dimensional array which has 10 columns. The function parameters are the array, the row index of the row in which the minimum is to be found, and a reference parameter for the minimum value. Solution 4. #include<iostream.h> #include<conio.h> void min_row(int a[4][10],int row) { int m=a[row][0]; for(int i=1;i<10;i++) { if(a[row][i]<m) m=a[row][i]; } cout<<\"minimum number in row \"<<row<<\" is \"<<m; } void main() { int arr[4][10],i,j,r; clrscr(); cout<<\"Enter Element to the matrix\"; for(i=0;i<4;i++) { cout<<\" Row \"<<i<<\" :\"; for(j=0;j<10;j++) { cout<<\"Column \"<<j<<\":\"; cin>>arr[i][j]; } } cout<<\"\ Enter the row number\"; cin>>r; min_row(arr,r); getch(); } .

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#include #include #include #include #include \"textFile.hpp\" using namespace std; void displayHelp(); bool isInteger(const string &s); bool askSave(); int main(int argc, const char * argv[]) { int resultCode = 0; // Convert to a vector. vector args(argv, argv + argc); // Process arguments, must be 1 argument, otherwise exit with code 1. if (args.size() < 2) { cout << \"Missing command line argument!\" << endl; cout << \"Usage: ./myEditor \" << endl; resultCode = 1; } else { string fileName = args[1]; textFile dataFile(fileName); // Check if the file is ok to use, if it is, lets go. if (!dataFile.checkFile()) { resultCode = 2; } else { // We can now assume the file is good, so we can work with it. dataFile.loadFile(); // Display some text to help the user. displayHelp(); // Now get user input. bool done = false; string userInput = \"\"; while (!done) { cout << \"> \"; getline(cin, userInput); char cmd = tolower(userInput.c_str()[0]); char cmd2 = \' \'; if (userInput.size() > 1) { cmd2 = userInput.c_str()[1]; } // This check makes sure the command format is correct // so that commands don\'t fire off by mistake. if (strncmp(&cmd, \" \", 1) != 0 && strncmp(&cmd2, \" \", 1) == 0) { switch(cmd) { case \'q\': { done = true; break; } case \'i\': { unsigned long lineIndex = dataFile.textLines() + 1; string newLine; if (userInput.size() > 1) { string cmdArg = userInput.substr(2); lineIndex = stol(cmdArg); } cout << to_string(lineIndex) << \"> \"; getline(cin, newLine); dataFile.insertLine(lineIndex - 1, newLine); break; } case \'d\': { if (userInput.size() > 1) { unsigned long lineIndex; string cmdArg = userInput.substr(2); lineIndex = stol(cmdArg); dataFile.removeLine(lineIndex - 1); } break; } case \'l\': { for (int x = 0; x < dataFile.textLines(); x++) { cout << to_string(x + 1) << \"> \" << dataFile.getLine(x) << endl; } break; } case \'h\': { displayHelp(); break; } case \'s\': { dataFile.saveFile(); break; } } } } // Ask about saving the file before exiting. bool save = askSave(); if (save) { dataFile.saveFile(); } cout << \"Thank you for using myEditor.\" << endl; } } return resultCode; } /* Asks the user if they\'d like to save or not, returns true if they do. Anything other than \"y\" or \"Y\" will be interpreted as a negative answer. */ bool askSave() { bool result = false; string userInput = \"\"; cout << \"Do you wan to save the change? (Y - yes; N - no) \"; getline(cin, userInput); userInput = tolower(*userInput.c_str()); if (strncmp(userInput.c_str(), \"y\", 1) == 0) { result = true; } return result; } /* Displays help text. */ void displayHelp() { cout << \"Welcome to my text editor.\" << endl; cout << \"\\tTo insert text at the end of the file, type \'I\'\" << endl; cout << \"followed by the text.\" << endl; cout << \"\\tTo insert text at a certain line number, type \'I\'\" << endl; cout << \"followed by a space and the desired line number.\" << endl; cout << \"\\tTo delete a line, type \'D\' followed by a space and the\" << endl; cou.

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Programming For Big Data [ Submission: DvcScheduleV2.cpp and StaticArray.h and/or DynamicArray.h ] Assignment 5's runtime was too slow -- a couple of minutes or so. It's because of the duplicate- checking, with over 4 billion compares. Rewrite the duplicate-checking logic from Assignment 5, using a technique from "Techniques For Big Data, Reading" to do fewer compares (check the term first then section number for the duplicate check), and come up with the exact same results as Assignment 5. You may use your StaticArray.h from Assignment 3 and/or your DynamicArray.h from assignments 4, but you may not use any STL containers. Submit the H file(s) you use in your solution, even if there are no changes since your previous work. Your project will be compiled for grading using the default stack memory size of 1MB. Since this version is supposed to be fast, there is no longer a need for a progress bar. Include one if you wish (you may see the run time dramatically changed), or you may leave it out -- your choice. But if you do have a progress bar, do remember to "flush"... [Submission] - Submit the driver program (DvcScheduleV2.cpp) with the header files used The code I wrote for previous assignment: Main: #include #include #include #include #include "DynamicArray.h" using namespace std; struct Class { string code; int count; }; int main() { DynamicArray sub; DynamicArray sem; DynamicArray sec; int totalSubjects = 0; int dup = 0; int total = 0; int counter = 0; bool duplicate; bool stored; // For parsing input file char* token; char buf[1000]; const char* const tab = "\t"; // Open input file ifstream fin; fin.open("dvc-schedule.txt"); if (!fin.good()) { cout << "I/O error. File can't be found!\n"; return 1; // Exit the program with an error code } // Read the input file while (fin.good()) { // Progress bar if (counter % 1000 == 0) { cout << '.'; cout.flush(); } duplicate = false; stored = false; string line; getline(fin, line); total++; // Total lines processed strcpy(buf, line.c_str()); if (buf[0] == 0) continue; // Skip blank lines // Parse the line const string term(token = strtok(buf, tab)); const string section(token = strtok(0, tab)); const string course((token = strtok(0, tab)) ? token : ""); const string instructor((token = strtok(0, tab)) ? token : ""); const string whenWhere((token = strtok(0, tab)) ? token : ""); if (course.find('-') == string::npos) continue; const string code(course.begin(), course.begin() + course.find('-')); // Check for duplicates for (int i = 0; i < counter; i++) { if (sem[i] == term && sec[i] == section) { dup++; duplicate = true; break; } } if (duplicate == true) continue; sem[counter] = term; sec[counter] = section; counter++; for (int i = 0; i < totalSubjects; i++) { if (sub[i].code == code) { sub[i].count++; stored = true; break; } } if (stored == true) continue; Class y; y.code = code; y.count = 1; sub[totalSubjects] = y; totalSubjects++; } fin.close(); cout << endl; for (int i = 0; i < totalSubjects; i++) { f.

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CS 23001 Computer Science II: Data Structures & Abstraction Project #4 Spring 2015 Objectives: · Develop and use a Tree ADT (n-ary) · Apply and use tree traversal algorithms · Manipulate trees by inserting and deleting nodes · Apply and use STL Problem: Build a program profiler. Construct a program to instrument C++ source code to support program profiling. It is often important to determine how many times a function or statement is executed. This is useful not only for debugging but for determining what parts of a program may need to be optimized. This process is called profiling. That is, a execution profile presents how many times each part of a program is executed using a given set of input data (or for some run time scenario). To compute a profile, statements need to be added to the code that keep track of how many times a function or statement is executed. The process of adding these statements is called instrumenting the code. To implement a profiler one must first parse the source code and generate an Abstract Syntax Tree (AST) of the code. Each node of the AST describes the syntactic category of the code stored within it (function, statement, while-statement, etc.). So at the top level is a syntactic category corresponding to a program, class, or function (such as in the case of a main). Under that are sub-trees that further detail the syntactic categories of each part of the code. Such things as declarations, parameter lists, while-statement, and expression statements will describe the various parts of the program. After the AST is generated it can then be traversed and the appropriate syntactic structures can be found that need to be instrumented. Once a construct is found, say a function, new code can be inserted that keeps track of how many times that function is executed. The most difficult part of constructing a profiler is correctly parsing the source code. Unfortunately, C++ is notoriously difficult to parse. So here we will use a parsing tool called src2srcml. This tool reads in C++ code and marks up the code with XML tags (e.g., block, if, while, condition, name, etc). That is, the output is an AST in XML. The XML representation is called srcML (source code markup language). A number of srcML data files are provided for the project. However, you can use your own program as input. To run srcML on wasp or hornet you will first need to set a PATH variable so the command can be found. You need to execute the command: export PATH=/local/opt/srcml/bin:$PATH It is best if you insert this line into your .bash_profile file in your home directory on wasp/hornet. Then to generate the srcML file for your own code use the following: src2srcml main.cpp -o main.cpp.xml Use the following for a list of all options: src2srcml --help More information about srcML can be found at www.srcML.org including a list of all the tag names (see Getting Started). You can also download srcML if you want it on your own machine. Your .

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Program 1: (Practicing an example of function using call by reference) Write a program that reads a set of information related to students in C++ class and prints them in a table format. The information is stored in a file called data.txt. Each row of the file contains student number, grade for assignment 1, grade for assignment 2, grade for assignment 3, and grade for assignment 4. Your main program should read each row, pass the grades for the three assignments to a function called ProcessRow to calculate the average of the grades, minimum of the four assignments, and the maximum of the four assignments. The results (average, maximum, and minimum) should be returned to the main program and the main program prints them on the screen in a table format. For example, if the file includes 126534 7 8 10 7 321345 5 6 4 9 324341 8 3 8 5 your program should print Std-Id A1 A2 A3 A4 Min Max Average ---------------------------------------------------------------------------------- 126534 7 8 10 7 7 10 8 321345 5 6 4 9 4 9 6 324341 8 3 8 5 3 8 6 You must use call by reference to do the above question. _________________________________________________________________ Program 2: (Practicing an example of function using call by value) Repeat the above question using call by value. This means you need to have three different functions: one to calculate the average, another to calculate the minimum, and the third one to calculate the maximum. This is how to call these functions: Max = CalculateMax(A1,A2,A3, A4); Min = CalculateMin(A1,A2,A3, A4); Average = CalculateAvg(A1,A2,A3, A4); _________________________________________________________________ Program 3: Write a program with several functions that performs the following tasks. : Create a function that reads the following 5 float numbers from the file data.txt into array Called Arr1. 12.0 15.0 29.3 25.0 93.2 Copy array Arr1 into array Arr2 in reverse order Print array Arr1. Print array Arr2. Find the number of elements in array Arr1 that are >= 80 and <=100. Find the number of the elements in array Arr1 in which their contents are divisible by 5 Find the index of the elements in array Arr1 in which their contents are divisible by 3. Find mean (average) in array Arr1. Find the maximum number in array Arr1. Ask the user to input a key. Then search for the key in array Arr1 and inform the user about the existence (true / false) of the key in array Your program should include several functions. A function for filling up the information from file into an array (part a should call this function) A function that does the copying of one array into another in reverse order. Arrays must have the same size (part b should call this function) Printing any array with any size (part c and d should call this function) finding and returning the number of elements between 80 and 100 in any array with any size (part e calls this function) finding and returning the number of elements in an array that are divisible by 5 (par.

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in c language To determine the maximum string length, we need to create a new callback function that utilizes an alternative user data structure. This callback function should adhere to the same format as demonstrated in the example. The data provided to our callback consists of: A node containing the node->data pointer, which will store our string. A userdata argument, represented as (void *), capable of holding any desired content. We possess complete control over the content at this pointer location, as it will be whatever value we have passed. Consequently, we can: Establish a structure to store any pertinent values we require. Transmit the address of this structure into the function. use this code and just add your code where it says TO DO #include #include #include #include #include "LLGeneric.h" /** define the maximum length of a line that we can read */ #defineLINE_BUFFER_SIZE1024 /** * We can use this as our "user data" to help us calculate the maximum * length string * * Add anything else to this structure that you wish */ struct maxData { size_t maxLenSoFar; char *maxStringSoFar; }; /** * our "user function" or "callback" for printing. * * We know what "void *userdata" is going to be because it is * simply what we pass in at the call below, so it is safe to * cast back to a FILE * as that is what we passed it. * * This is called a "callback" as it "call back into" our own * code from within a generic routine. */ int myFindLongestStringNode(GenericListNode *node, int index, void *userdata) { /** * Add more code here. You will need to: * - convert the GenericListNode payload in the field "data" to your * known (char *) type * - conver the (void *) userdata into your known (struct maxData *) * type * - use the fact that you can examine and store the values provided * through the userdata to see what has been calculated by earlier * calls to this function and update based on what you see here, * in order to determine what the longest string is in the whole * set of nodes. */ return 1; } int doListActivities(GenericListNode *list) { /** create an instance of our structure for use as the user data */ struct maxData maxDataWorkingStruct; int nProcessed = 0; /** initialize our structure -- if you added fields, set them up here */ maxDataWorkingStruct.maxLenSoFar = 0; maxDataWorkingStruct.maxStringSoFar = NULL; /** * TO DO: Iterate using the callback, which should calculate what * the longest string in the list is */ nProcessed = lstPerformIterativeAction( list, /* pointer to the first list node */ myFindLongestStringNode, /* pointer to our function */ (void *) &maxDataWorkingStruct); /** print out the result */ printf("The longest string has %ld characters\n", maxDataWorkingStruct.maxLenSoFar); printf("The longest string is: %s\n", maxDataWorkingStruct.maxStringSoFar); return nProcessed; } /** **Tools provided below here you won't need to edit -- they **simply process the command line, and load and free the **generic linked list and the st.

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QUESTIONS Some protocols call for a shorter incubation time for the MR and VP tests. Other protocols allow for up to 10 days incubation with virtually no risk of producing a false positive. a. Which of the two tests would likely produce more false negatives with a shorter incubation time? Why? b. Which test would likely benefit most from a longer incubation time? Why?ufte trat ristetu? thad ap ro foo minaters efter actitiou of VF nengrati A and bt.

QUESTIONS Some protocols call for a shorter incubation time .pdf

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Questions for Endocrine system: 1. Compare autocrine, paracrine and endocrine in regards to hormone action 2. Compare humoral, neural and hormonal stimulus. 3. Hypo-secretion of pituitary growth hormone can result in numerous disorders. Discuss one of these disorders, including characteristics of the disorder. 4. Name a hormone secreted by a muscle cell and two hormones secreted by neurons s. Compare and contrast the two major pancreatic hormones 6. List the hormones produces by the adrenal gland, and discuss their physiological effects.

Questions for Endocrine system 1 Compare autocrine paracr.pdf

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Questions on Differences in Virulence Study the diagram on the following page and then answer the following questions. 1. Pathogen A can bind to cells from which individuals? 2. Can individual 3 be infected by pathogen A ? Explain your answer. 3. Which individual do you predict would experience more symptoms of infection with pathogen A - individual 1 or individual 2 ? Explain your answer. 4. Draw pathogens and host cells to demonstrate why some pathogens might cause less symptoms than others, even if they are using the same adhesins and receptors. Assume that the difference is at the level of attachment, not some later step in the pathogenic process.Pathogens and Cells for Questions on Differences in Virulence.

Questions on Differences in Virulence Study the diagram on t.pdf

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Questions for hearing and equilibrium (the ear) 1. What are the two skeletal muscles associated with the auditory ossicles? What is the main function of these muscles 2 How does the crista ampullaris work to maintain equilibrium? Be specific (describe) about structures associated with the crista, where they are located and the major stimuli that activate the crisa. , Discuss the physiology of sound, include all structures of the ear involved in the transformation of soand waves into nerve impulses. - Discuss motion sickness. How does Dramamine (dimenhydrinate) help with motion sickness. , Describe the maculae, function and importance..

Questions for hearing and equilibrium the ear 1 What are .pdf

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Questions 912 A study was conducted testing whether memory.pdf

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