def main():
rainfall = [0, 0, 0]
high_rainfall = 0.0
low_rainfall = 0.0
total_rainfall = 0.0
average_rainfall = 0.0
rainfall[0]=int(input("Enter the rainfall for January: "))
rainfall[1]=int(input("Enter the rainfall for February: "))
rainfall[2]=int(input("Enter the rainfall for March: "))
print(rainfall[0])
main()rainfall = [0, 0, 0]
high_rainfall = 0.0
low_rainfall = 0.0
total_rainfall = 0.0
average_rainfall = 0.0
rainfall[0]=int(input("Enter the rainfall for January: "))
rainfall[1]=int(input("Enter the rainfall for February: "))
rainfall[2]=int(input("Enter the rainfall for March: "))
print(rainfall[0])If you really are very familiar with C++, you should be able to write C just fine, but many things C++ has handed to you on a silver platter now don't exist or have to hacked together painfully. Want a generic datatype? No templates in C, but you can use C preprocessor macros to process code to generate versions of the same code for different types. Want a "class" whose contents can't be directly messed with by code outside the class? You can hide the struct and its "method" definitions in their own compilation unit and still let outside code manipulate the structs because the function prototypes only ever contain pointers to the struct instead of struct values.
I agree, and I already use Cmake, I just haven't look at how to use tex with it. I'll definitively try it, out of curiosity.
About this, I'm not so sure. You can set up a compulation rule with two lines, or even not a single line with noemal rules. It still has the simplicity for it. I don't see a need to get rid of it. Restrict its usage to basic tasks, on the other hand...
As Ruyjin points out, there are two things going on here.
list = [1,2,3,4,5,6]highest_number = max(list)
# Here 'highest_number' will be equal to 6 which is the highest or 'maximum' value of the listrainfall = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
high_rainfall = 0.0
low_rainfall = 0.0
total_rainfall = 0.0
average_rainfall = 0.0
rainfall[0]=int(input("Enter the rainfall for January: "))
rainfall[1]=int(input("Enter the rainfall for February: "))
rainfall[2]=int(input("Enter the rainfall for March: "))
rainfall[3]=int(input("Enter the rainfall for April: "))
rainfall[4]=int(input("Enter the rainfall for May: "))
rainfall[5]=int(input("Enter the rainfall for June: "))
rainfall[6]=int(input("Enter the rainfall for July: "))
rainfall[7]=int(input("Enter the rainfall for August: "))
rainfall[8]=int(input("Enter the rainfall for September: "))
rainfall[9]=int(input("Enter the rainfall for October: "))
rainfall[10]=int(input("Enter the rainfall for November: "))
rainfall[11]=int(input("Enter the rainfall for December: "))
print("Average rainfall is: "(max(rainfall)))str(max(rainfall))print("Average rainfall is: " + str(max(rainfall)))print("Average rainfall is: ", max(rainfall))rainfall = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
high_rainfall = 0.0
low_rainfall = 0.0
total_rainfall = 0.0
average_rainfall = 0.0
rainfall[0]=int(input("Enter the rainfall for January: "))
rainfall[1]=int(input("Enter the rainfall for February: "))
rainfall[2]=int(input("Enter the rainfall for March: "))
rainfall[3]=int(input("Enter the rainfall for April: "))
rainfall[4]=int(input("Enter the rainfall for May: "))
rainfall[5]=int(input("Enter the rainfall for June: "))
rainfall[6]=int(input("Enter the rainfall for July: "))
rainfall[7]=int(input("Enter the rainfall for August: "))
rainfall[8]=int(input("Enter the rainfall for September: "))
rainfall[9]=int(input("Enter the rainfall for October: "))
rainfall[10]=int(input("Enter the rainfall for November: "))
rainfall[11]=int(input("Enter the rainfall for December: "))
high_rainfall = (max(rainfall))
print ("The highest rainfall is: " +str(high_rainfall))
low_rainfall = (min(rainfall))
print ("The lowest rainfall is: " +str(low_rainfall))rainfall = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
high_rainfall = 0.0
low_rainfall = 0.0
total_rainfall = 0.0
average_rainfall = 0.0
rainfall[0]=int(input("Enter the rainfall for January: "))
rainfall[1]=int(input("Enter the rainfall for February: "))
rainfall[2]=int(input("Enter the rainfall for March: "))
rainfall[3]=int(input("Enter the rainfall for April: "))
rainfall[4]=int(input("Enter the rainfall for May: "))
rainfall[5]=int(input("Enter the rainfall for June: "))
rainfall[6]=int(input("Enter the rainfall for July: "))
rainfall[7]=int(input("Enter the rainfall for August: "))
rainfall[8]=int(input("Enter the rainfall for September: "))
rainfall[9]=int(input("Enter the rainfall for October: "))
rainfall[10]=int(input("Enter the rainfall for November: "))
rainfall[11]=int(input("Enter the rainfall for December: "))
high_rainfall = (max(rainfall))
print ("The highest rainfall is: " +str(high_rainfall))
low_rainfall = (min(rainfall))
print ("The lowest rainfall is: " +str(low_rainfall))
total_rainfall = (sum(rainfall))
print ("The total rainfall is: " +str(total_rainfall))
average_rainfall = (sum(rainfall)/len(rainfall))
print ("The average rainfall is: " +str(average_rainfall))def main():
rainfall = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
high_rainfall = 0.0
low_rainfall = 0.0
total_rainfall = 0.0
average_rainfall = 0.0
rainfall[0]=int(input("Enter the rainfall for January: "))
rainfall[1]=int(input("Enter the rainfall for February: "))
rainfall[2]=int(input("Enter the rainfall for March: "))
rainfall[3]=int(input("Enter the rainfall for April: "))
rainfall[4]=int(input("Enter the rainfall for May: "))
rainfall[5]=int(input("Enter the rainfall for June: "))
rainfall[6]=int(input("Enter the rainfall for July: "))
rainfall[7]=int(input("Enter the rainfall for August: "))
rainfall[8]=int(input("Enter the rainfall for September: "))
rainfall[9]=int(input("Enter the rainfall for October: "))
rainfall[10]=int(input("Enter the rainfall for November: "))
rainfall[11]=int(input("Enter the rainfall for December: "))
high_rainfall = (max(rainfall))
print ("The highest rainfall is: " +str(high_rainfall))
low_rainfall = (min(rainfall))
print ("The lowest rainfall is: " +str(low_rainfall))
total_rainfall = (sum(rainfall))
print ("The total rainfall is: " +str(total_rainfall))
average_rainfall = (sum(rainfall)/len(rainfall))
print ("The average rainfall is: " +str(average_rainfall))
main()It might not be super obvious. The idea is to let the computer do any tedious stuff for you. Here's an example of how to create a list using a loop: https://repl.it/BQ85/5
months = [
"January",
"February",
"March",
"April",
"May",
"June",
"July",
"August",
"September",
"October",
"November",
"December"
]
for index, month in enumerate(months):
rainfall[index] = int(input("Enter the rainfall for %s: " % month))You could get the month names from calendar.month_name too
And use a list comprehension instead of an enumerate and a mutation ^_^You could get the month names from calendar.month_name too
rainfall = [ int(input('Enter the rainfall for '+str(month)+': ')) for month in calendar.month_name[1:] ]
for func, name in [ (max, 'high'), (min, 'low'), (sum, 'total'), (lambda x : round(sum(x)/12., 4), 'average') ] :
print(name, 'rainfall is:', fun(rainfall))func(ranfall)Mind posting it? I tried using make, but I switched to CMake because I was confused by the need to reprocess the same file repeatedly to fix my references.
cmake_minimum_required(VERSION 2.8)
project(report NONE)
include(UseLATEX.cmake)
set(TEX_SOURCES
report.tex
)
set(IMAGE_SOURCES
light_rays_teaser.jpg
sph-marching-cubes.png
raycast-through-water.png
focus-0.png
focus-2.png
focus-4.png
focus-6.png
focus-8.png
volume_caustics.png
surface_caustics.png
no_caustics.png
)
add_latex_document(
${TEX_SOURCES}
IMAGES ${IMAGE_SOURCES}
BIBFILES report.bib
)mkdir build
cd build
cmake ..
makemakeThat's correct.
You're perfectly right...
lambda x : round( (sum(x) / 12.), 4 )def my_function(x) :
return round( (sum(x) / 12.), 4 )I don't mind, but I can't do it know, since I don't have access to the sources at the moment.
http://ruby-doc.org/docs/Tutorial/part_02/user_input.html
userInput = gets.chomp.to_ivoid Switch(char* str) {
for(; (*str) != 0; ++str) {
if (((*str)>='A') and ((*str)<='Z'))
*str += 'b'-'A';
else if (((*str)>='a') and ((*str)<='z'))
*str += 'B'-'a';
}
}void Switch(char*s){for(;*s;++s)if((((*s)&192)==64)&&((*s)&31)&&(((*s)&31)<27))(*s)=((*s)^32)+1;}const char *map_to_lower = "bcdefghijklmnopqrstuvwxyza";
void Switch(char *str) {
while (*str != 0) {
if (!isalpha(*str))
continue;
char ch = tolower(*str);
char mapped = map_to_lower[ch - 'a'];
// If it was originally upper, the mapped value is already the opposite case.
// If it was originally lower, we need to upper it to get the case change.
if (islower(*str))
mapped = toupper(mapped);
*str = mapped;
++str;
}
}Really?
('a' <= ch) && (ch <= 'z')ch - 'a''a' + ord(*str) = 'B' + ( (*str) - 'a' )for(;*str;++str) {
if ( islower(*str) )
(*str) = 'A' + ( ( (*str) - 'a' + 1 ) %26 );
else if ( isupper(*str) )
(*str) = 'a' + ( ( (*str) - 'A' + 1 ) %26 );
}Assembly?
Just a detail... I wanted to try how much slower* it becomes when you use string function (and maybe cache miss with the const char table), out of curiosity, since it's most probably not an issue.
if (!isalpha(*str))
continue; if (!isalpha(*str)) {
++str;
continue;
}It is, or I've missed something?
>> put 0x01 in register
That's just a bitwise OR between both 32-bits values of each bitstreams...
Same but with a bitwise AND.
I like the use of islower and isupper, but I still am not crazy about the conversion. It's a perfectly reasonable way to do it, don't get me wrong, just as a matter of preference I would go with something I can understand without spending any brain cycles on it.
I agree... but comments are nice for this.
That's true, but the reasons I avoided them were:
I guess it does, but I may have done too many low-level programming and assembly, it's easier to read for me than a bunch of tolower() and fetchs in const strings...
I know... I do less actual coding now than a couple years ago (although a LOT more CS teaching, and believe me, reading code from average students is miles harder than anything fancy from actual programmers ^_^ I have a bunch of students that fancy using, in Python 3k, x//=1. to get the integer part of x... talk about a strange idea)
Oh, I perfectly understand your concerns... I was truly curious about what was the hardest part exactly.
li $t4, 0
li $t5, 32
li $t7, 0x1
loop:
lb $t6, 0 ($s3) #$s3 is Set1
li $v0, 1 #System call code for Print
move $a0, $t4 #load add.dress of prompt into $a0
syscall
beq $t4, $t5, output
addiu $s3, $s3, 1
addi $t4, $t4, 1
b loopfor (; *str != 0; ++str)
*str = map[*str];