Help please :)
I can use git, but at the moment I don't really have a clear
idea on how it works.
If you tell me what to do I will do it!
All the best!
Miha
On sre, 2006-10-25 at 09:48 +0930, Pierre Dumuid wrote:
> Hi Miha,
> sending whole files doesn't really show what you did to the file...
> if you are using git, could you give the output as a diff?
>
> Pierre
>
> Miha Kitič wrote:
> > Hi Andraž!
> >
> > I am now working on BlueDot theme and I think I had the same issue.
> > I made a small fix in units.C file, which I haven't spoke about yet,
> > because my work has not finished yet.
> > The point is that BlueDot needs 11 digits when displaying time
> > in order to look nice (it's because the clock's graphic and the digits
> > have graded background.
> >
> > I am attaching the units.C file.
> > I hope we can work this things out without makeing conflicting changes
> > on each other.
> > Please tell me your oppinion on how to solve this!
> >
> > Miha
> >
> > On sre, 2006-10-25 at 01:10 +0200, Andraž Tori wrote:
> >
> >> when entering timecodes that had more than one digit number of hours,
> >> timecodes got messed up.
> >>
> >> This directly hindered one user when working on his film project.
> >>
> >> bye
> >> andraz
> >>
> >> ------------------------------------------------------------------------
> >>
> >> #include "bcwindowbase.inc"
> >> #include "units.h"
> >>
> >>
> >> #include <stdlib.h>
> >> #include <string.h>
> >>
> >> // NOTE: DB::allocated is the original allocation, to which we keep a
> >> // pointer so that in theory we could have a destructor. DB::topower
> >> // is a pointer into the middle of DB::allocated, which allows us to
> >> // do lookups using negative array coefficients.
> >> float* DB::topower = 0;
> >> float* DB::allocated = NULL;
> >>
> >> int* Freq::freqtable = 0;
> >>
> >>
> >> DB::DB(float infinitygain)
> >> {
> >> this->infinitygain = infinitygain;
> >> if(allocated == NULL)
> >> {
> >> int i;
> >> float value;
> >>
> >> // db to power table
> >> allocated = new float[(MAXGAIN - INFINITYGAIN) * 10 + 1];
> >> topower = allocated + (-INFINITYGAIN * 10);
> >> for(i = INFINITYGAIN * 10; i <= MAXGAIN * 10; i++)
> >> {
> >> topower[i] = pow(10, (float)i / 10 / 20);
> >>
> >> //printf("%f %f\n", (float)i/10, topower[i]);
> >> }
> >> topower[INFINITYGAIN * 10] = 0; // infinity gain
> >> }
> >> db = 0;
> >> }
> >>
> >> // FUTURE: would bounds checking be possible here? Or at least make
> >> private?
> >> float DB::fromdb_table()
> >> {
> >> return db = topower[(int)(db * 10)];
> >> }
> >>
> >> float DB::fromdb_table(float db)
> >> {
> >> if(db > MAXGAIN) db = MAXGAIN;
> >> if(db <= INFINITYGAIN) return 0;
> >> return db = topower[(int)(db * 10)];
> >> }
> >>
> >> float DB::fromdb()
> >> {
> >> return pow(10, db / 20);
> >> }
> >>
> >> float DB::fromdb(float db)
> >> {
> >> return pow(10, db / 20);
> >> }
> >>
> >> // set db to the power given using a formula
> >> float DB::todb(float power)
> >> {
> >> float db;
> >> if(power == 0)
> >> db = -100;
> >> else
> >> {
> >> db = (float)(20 * log10(power));
> >> if(db < -100) db = -100;
> >> }
> >> return db;
> >> }
> >>
> >>
> >> Freq::Freq()
> >> {
> >> init_table();
> >> freq = 0;
> >> }
> >>
> >> Freq::Freq(const Freq& oldfreq)
> >> {
> >> this->freq = oldfreq.freq;
> >> }
> >>
> >> void Freq::init_table()
> >> {
> >> if(!freqtable)
> >> {
> >> freqtable = new int[TOTALFREQS + 1];
> >> // starting frequency
> >> double freq1 = 27.5, freq2 = 55;
> >> // Some number divisable by three. This depends on the value of TOTALFREQS
> >> int scale = 105;
> >>
> >> freqtable[0] = 0;
> >> for(int i = 1, j = 0; i <= TOTALFREQS; i++, j++)
> >> {
> >> freqtable[i] = (int)(freq1 + (freq2 - freq1) / scale *
> >> j + 0.5);
> >> //printf("Freq::init_table %d\n", freqtable[i]);
> >> if(j >= scale)
> >> {
> >> freq1 = freq2;
> >> freq2 *= 2;
> >> j = 0;
> >> }
> >> }
> >> }
> >> }
> >>
> >> int Freq::fromfreq()
> >> {
> >> int i;
> >>
> >> for(i = 0; i < TOTALFREQS && freqtable[i] < freq; i++)
> >> ;
> >> return(i);
> >> };
> >>
> >> int Freq::fromfreq(int index)
> >> {
> >> int i;
> >>
> >> init_table();
> >> for(i = 0; i < TOTALFREQS && freqtable[i] < index; i++)
> >> ;
> >> return(i);
> >> };
> >>
> >> int Freq::tofreq(int index)
> >> {
> >> init_table();
> >> int freq = freqtable[index];
> >> return freq;
> >> }
> >>
> >> Freq& Freq::operator++()
> >> {
> >> if(freq < TOTALFREQS) freq++;
> >> return *this;
> >> }
> >>
> >> Freq& Freq::operator--()
> >> {
> >> if(freq > 0) freq--;
> >> return *this;
> >> }
> >>
> >> int Freq::operator>(Freq &newfreq) { return freq > newfreq.freq; }
> >> int Freq::operator<(Freq &newfreq) { return freq < newfreq.freq; }
> >> Freq& Freq::operator=(const Freq &newfreq) { freq = newfreq.freq; return
> >> *this; }
> >> int Freq::operator=(const int newfreq) { freq = newfreq; return newfreq; }
> >> int Freq::operator!=(Freq &newfreq) { return freq != newfreq.freq; }
> >> int Freq::operator==(Freq &newfreq) { return freq == newfreq.freq; }
> >> int Freq::operator==(int newfreq) { return freq == newfreq; }
> >>
> >> char* Units::totext(char *text,
> >> double seconds,
> >> int time_format,
> >> int sample_rate,
> >> float frame_rate,
> >> float frames_per_foot) // give text representation
> >> as time
> >> {
> >> int hour, minute, second, thousandths;
> >> int64_t frame, feet;
> >>
> >> switch(time_format)
> >> {
> >> case TIME_SECONDS:
> >> seconds = fabs(seconds);
> >> sprintf(text, "%7d.%03d", (int)seconds, (int)(seconds *
> >> 1000) % 1000);
> >> // sprintf(text, "%04d.%03d", (int)seconds, (int)(seconds * 1000) % 1000);
> >> return text;
> >> break;
> >>
> >> case TIME_HMS:
> >> seconds = fabs(seconds);
> >> hour = (int)(seconds / 3600);
> >> minute = (int)(seconds / 60 - hour * 60);
> >> second = (int)seconds - (int64_t)hour * 3600 -
> >> (int64_t)minute * 60;
> >> thousandths = (int)(seconds * 1000) % 1000;
> >> sprintf(text, "%d:%02d:%02d.%03d",
> >> hour,
> >> minute,
> >> second,
> >> thousandths);
> >> return text;
> >> break;
> >>
> >> case TIME_HMS2:
> >> {
> >> float second;
> >> seconds = fabs(seconds);
> >> hour = (int)(seconds / 3600);
> >> minute = (int)(seconds / 60 - hour * 60);
> >> second = (float)seconds - (int64_t)hour * 3600 -
> >> (int64_t)minute * 60;
> >> sprintf(text, "%d:%02d:%02d", hour, minute,
> >> (int)second);
> >> return text;
> >> }
> >> break;
> >>
> >> case TIME_HMS3:
> >> {
> >> float second;
> >> seconds = fabs(seconds);
> >> hour = (int)(seconds / 3600);
> >> minute = (int)(seconds / 60 - hour * 60);
> >> second = (float)seconds - (int64_t)hour * 3600 -
> >> (int64_t)minute * 60;
> >> sprintf(text, "%02d:%02d:%02d", hour, minute,
> >> (int)second);
> >> return text;
> >> }
> >> break;
> >>
> >> case TIME_HMSF:
> >> {
> >> int second;
> >> seconds = fabs(seconds);
> >> hour = (int)(seconds / 3600);
> >> minute = (int)(seconds / 60 - hour * 60);
> >> second = (int)(seconds - hour * 3600 - minute * 60);
> >> // frame = (int64_t)round(frame_rate *
> >> // (float)((float)seconds - (int64_t)hour
> >> * 3600 - (int64_t)minute * 60 - second));
> >> // sprintf(text, "%01d:%02d:%02d:%02ld", hour,
> >> minute, second, frame);
> >> frame = (int64_t)((double)frame_rate *
> >> seconds +
> >> 0.0000001) -
> >> (int64_t)((double)frame_rate *
> >> (hour *
> >> 3600 +
> >> minute *
> >> 60 +
> >> second) +
> >> 0.0000001);
> >> sprintf(text, "%2d:%02d:%02d:%02ld", hour, minute,
> >> second, frame);
> >> //Original was sprintf(text, "%01d:%02d:%02d:%02ld", hour, minute, second,
> >> frame);
> >> return text;
> >> }
> >> break;
> >>
> >> case TIME_SAMPLES:
> >> sprintf(text, "%11ld", to_int64(seconds * sample_rate));
> >> // Originally sprintf(text, "%09ld", to_int64(seconds * sample_rate));
> >> break;
> >>
> >> case TIME_SAMPLES_HEX:
> >> sprintf(text, "%11x", to_int64(seconds * sample_rate));
> >> // Originally sprintf(text, "%08x", to_int64(seconds * sample_rate));
> >> break;
> >>
> >> case TIME_FRAMES:
> >> frame = to_int64(seconds * frame_rate);
> >> sprintf(text, "%11ld", frame);
> >> // Original sprintf(text, "%06ld", frame);
> >> return text;
> >> break;
> >>
> >> case TIME_FEET_FRAMES:
> >> frame = to_int64(seconds * frame_rate);
> >> feet = (int64_t)(frame / frames_per_foot);
> >> sprintf(text, "%8ld-%02ld",
> >> feet,
> >> (int64_t)(frame - feet * frames_per_foot));
> >> // Original sprintf(text, "%05ld-%02ld",
> >> // feet,
> >> // (int64_t)(frame - feet * frames_per_foot));
> >> return text;
> >> break;
> >> }
> >> return text;
> >> }
> >>
> >>
> >> // give text representation as time
> >> char* Units::totext(char *text,
> >> int64_t samples,
> >> int samplerate,
> >> int time_format,
> >> float frame_rate,
> >> float frames_per_foot)
> >> {
> >> return totext(text, (double)samples / samplerate, time_format,
> >> samplerate, frame_rate, frames_per_foot);
> >> }
> >>
> >> int64_t Units::fromtext(char *text,
> >> int samplerate,
> >> int time_format,
> >> float frame_rate,
> >> float frames_per_foot)
> >> {
> >> int64_t hours, minutes, frames, total_samples, i, j;
> >> int64_t feet;
> >> double seconds;
> >> char string[BCTEXTLEN];
> >>
> >> switch(time_format)
> >> {
> >> case TIME_SECONDS:
> >> seconds = atof(text);
> >> return (int64_t)(seconds * samplerate);
> >> break;
> >>
> >> case TIME_HMS:
> >> case TIME_HMS2:
> >> case TIME_HMS3:
> >> // get hours
> >> i = 0;
> >> j = 0;
> >> while(text[i] >=48 && text[i] <= 57 && j < 10)
> >> string[j++] = text[i++];
> >> string[j] = 0;
> >> hours = atol(string);
> >> // get minutes
> >> j = 0;
> >> // skip separator
> >> while((text[i] < 48 || text[i] > 57) && text[i] != 0)
> >> i++;
> >> while(text[i] >=48 && text[i] <= 57 && j < 10)
> >> string[j++] = text[i++];
> >> string[j] = 0;
> >> minutes = atol(string);
> >>
> >> // get seconds
> >> j = 0;
> >> // skip separator
> >> while((text[i] < 48 || text[i] > 57) && text[i] != 0)
> >> i++;
> >> while((text[i] == '.' || (text[i] >=48 && text[i] <=
> >> 57)) && j < 10) string[j++] = text[i++];
> >> string[j] = 0;
> >> seconds = atof(string);
> >>
> >> total_samples = (uint64_t)(((double)seconds + minutes *
> >> 60 + hours * 3600) * samplerate);
> >> return total_samples;
> >> break;
> >>
> >> case TIME_HMSF:
> >> // get hours
> >> i = 0;
> >> j = 0;
> >> while(text[i] >=48 && text[i] <= 57 && j < 10)
> >> string[j++] = text[i++];
> >> string[j] = 0;
> >> hours = atol(string);
> >>
> >> // get minutes
> >> j = 0;
> >> // skip separator
> >> while((text[i] < 48 || text[i] > 57) && text[i] != 0)
> >> i++;
> >> while(text[i] >=48 && text[i] <= 57 && j < 10)
> >> string[j++] = text[i++];
> >> string[j] = 0;
> >> minutes = atol(string);
> >>
> >> // get seconds
> >> j = 0;
> >> // skip separator
> >> while((text[i] < 48 || text[i] > 57) && text[i] != 0)
> >> i++;
> >> while(text[i] >=48 && text[i] <= 57 && j < 10)
> >> string[j++] = text[i++];
> >> string[j] = 0;
> >> seconds = atof(string);
> >>
> >> // skip separator
> >> while((text[i] < 48 || text[i] > 57) && text[i] != 0)
> >> i++;
> >> // get frames
> >> j = 0;
> >> while(text[i] >=48 && text[i] <= 57 && j < 10)
> >> string[j++] = text[i++];
> >> string[j] = 0;
> >> frames = atol(string);
> >>
> >> total_samples = (int64_t)(((float)frames / frame_rate +
> >> seconds + minutes*60 + hours*3600) * samplerate);
> >> return total_samples;
> >> break;
> >>
> >> case TIME_SAMPLES:
> >> return atol(text);
> >> break;
> >>
> >> case TIME_SAMPLES_HEX:
> >> sscanf(text, "%x", &total_samples);
> >> return total_samples;
> >>
> >> case TIME_FRAMES:
> >> return (int64_t)(atof(text) / frame_rate * samplerate);
> >> break;
> >>
> >> case TIME_FEET_FRAMES:
> >> // Get feet
> >> i = 0;
> >> j = 0;
> >> while(text[i] >=48 && text[i] <= 57 && text[i] != 0 &&
> >> j < 10) string[j++] = text[i++];
> >> string[j] = 0;
> >> feet = atol(string);
> >>
> >> // skip separator
> >> while((text[i] < 48 || text[i] > 57) && text[i] != 0)
> >> i++;
> >>
> >> // Get frames
> >> j = 0;
> >> while(text[i] >=48 && text[i] <= 57 && text[i] != 0 &&
> >> j < 10) string[j++] = text[i++];
> >> string[j] = 0;
> >> frames = atol(string);
> >> return (int64_t)(((float)feet * frames_per_foot +
> >> frames) / frame_rate * samplerate);
> >> break;
> >> }
> >> return 0;
> >> }
> >>
> >> double Units::text_to_seconds(char *text,
> >> int samplerate,
> >> int time_format,
> >> float frame_rate,
> >> float frames_per_foot)
> >> {
> >> return (double)fromtext(text,
> >> samplerate,
> >> time_format,
> >> frame_rate,
> >> frames_per_foot) / samplerate;
> >> }
> >>
> >>
> >>
> >>
> >> int Units::timeformat_totype(char *tcf) {
> >> if (!strcmp(tcf,TIME_SECONDS__STR)) return(TIME_SECONDS);
> >> if (!strcmp(tcf,TIME_HMS__STR)) return(TIME_HMS);
> >> if (!strcmp(tcf,TIME_HMS2__STR)) return(TIME_HMS2);
> >> if (!strcmp(tcf,TIME_HMS3__STR)) return(TIME_HMS3);
> >> if (!strcmp(tcf,TIME_HMSF__STR)) return(TIME_HMSF);
> >> if (!strcmp(tcf,TIME_SAMPLES__STR)) return(TIME_SAMPLES);
> >> if (!strcmp(tcf,TIME_SAMPLES_HEX__STR)) return(TIME_SAMPLES_HEX);
> >> if (!strcmp(tcf,TIME_FRAMES__STR)) return(TIME_FRAMES);
> >> if (!strcmp(tcf,TIME_FEET_FRAMES__STR)) return(TIME_FEET_FRAMES);
> >> return(-1);
> >> }
> >>
> >>
> >> float Units::toframes(int64_t samples, int sample_rate, float framerate)
> >> {
> >> return (float)samples / sample_rate * framerate;
> >> } // give position in frames
> >>
> >> int64_t Units::toframes_round(int64_t samples, int sample_rate, float
> >> framerate)
> >> {
> >> // used in editing
> >> float result_f = (float)samples / sample_rate * framerate;
> >> int64_t result_l = (int64_t)(result_f + 0.5);
> >> return result_l;
> >> }
> >>
> >> double Units::fix_framerate(double value)
> >> {
> >> if(value > 29.5 && value < 30)
> >> value = (double)30000 / (double)1001;
> >> else
> >> if(value > 59.5 && value < 60)
> >> value = (double)60000 / (double)1001;
> >> else
> >> if(value > 23.5 && value < 24)
> >> value = (double)24000 / (double)1001;
> >>
> >> return value;
> >> }
> >>
> >> double Units::atoframerate(char *text)
> >> {
> >> double result = atof(text);
> >> return fix_framerate(result);
> >> }
> >>
> >>
> >> int64_t Units::tosamples(float frames, int sample_rate, float framerate)
> >> {
> >> float result = (frames / framerate * sample_rate);
> >>
> >> if(result - (int)result) result += 1;
> >> return (int64_t)result;
> >> } // give position in samples
> >>
> >>
> >> float Units::xy_to_polar(int x, int y)
> >> {
> >> float angle;
> >> if(x > 0 && y <= 0)
> >> {
> >> angle = atan((float)-y / x) / (2 * M_PI) * 360;
> >> }
> >> else
> >> if(x < 0 && y <= 0)
> >> {
> >> angle = 180 - atan((float)-y / -x) / (2 * M_PI) * 360;
> >> }
> >> else
> >> if(x < 0 && y > 0)
> >> {
> >> angle = 180 - atan((float)-y / -x) / (2 * M_PI) * 360;
> >> }
> >> else
> >> if(x > 0 && y > 0)
> >> {
> >> angle = 360 + atan((float)-y / x) / (2 * M_PI) * 360;
> >> }
> >> else
> >> if(x == 0 && y < 0)
> >> {
> >> angle = 90;
> >> }
> >> else
> >> if(x == 0 && y > 0)
> >> {
> >> angle = 270;
> >> }
> >> else
> >> if(x == 0 && y == 0)
> >> {
> >> angle = 0;
> >> }
> >>
> >> return angle;
> >> }
> >>
> >> void Units::polar_to_xy(float angle, int radius, int &x, int &y)
> >> {
> >> while(angle < 0) angle += 360;
> >>
> >> x = (int)(cos(angle / 360 * (2 * M_PI)) * radius);
> >> y = (int)(-sin(angle / 360 * (2 * M_PI)) * radius);
> >> }
> >>
> >> int64_t Units::round(double result)
> >> {
> >> return (int64_t)(result < 0 ? result - 0.5 : result + 0.5);
> >> }
> >>
> >> float Units::quantize10(float value)
> >> {
> >> int64_t temp = (int64_t)(value * 10 + 0.5);
> >> value = (float)temp / 10;
> >> return value;
> >> }
> >>
> >> float Units::quantize(float value, float precision)
> >> {
> >> int64_t temp = (int64_t)(value / precision + 0.5);
> >> value = (float)temp * precision;
> >> return value;
> >> }
> >>
> >> int64_t Units::to_int64(double result)
> >> {
> >> // This must round up if result is one sample within cieling.
> >> // Sampling rates below 48000 may cause more problems.
> >> return (int64_t)(result < 0 ? (result - 0.005) : (result + 0.005));
> >> }
> >>
> >> char* Units::print_time_format(int time_format, char *string)
> >> {
> >> switch(time_format)
> >> {
> >> case 0: sprintf(string, "Hours:Minutes:Seconds.xxx"); break;
> >> case 1: sprintf(string, "Hours:Minutes:Seconds:Frames"); break;
> >> case 2: sprintf(string, "Samples"); break;
> >> case 3: sprintf(string, "Hex Samples"); break;
> >> case 4: sprintf(string, "Frames"); break;
> >> case 5: sprintf(string, "Feet-frames"); break;
> >> case 8: sprintf(string, "Seconds"); break;
> >> }
> >>
> >> return string;
> >> }
> >>
> >> #undef BYTE_ORDER
> >> #define BYTE_ORDER ((*(u_int32_t*)"a ") & 0x00000001)
> >>
> >> void* Units::int64_to_ptr(uint64_t value)
> >> {
> >> unsigned char *value_dissected = (unsigned char*)&value;
> >> void *result;
> >> unsigned char *data = (unsigned char*)&result;
> >>
> >> // Must be done behind the compiler's back
> >> if(sizeof(void*) == 4)
> >> {
> >> if(!BYTE_ORDER)
> >> {
> >> data[0] = value_dissected[4];
> >> data[1] = value_dissected[5];
> >> data[2] = value_dissected[6];
> >> data[3] = value_dissected[7];
> >> }
> >> else
> >> {
> >> data[0] = value_dissected[0];
> >> data[1] = value_dissected[1];
> >> data[2] = value_dissected[2];
> >> data[3] = value_dissected[3];
> >> }
> >> }
> >> else
> >> {
> >> data[0] = value_dissected[0];
> >> data[1] = value_dissected[1];
> >> data[2] = value_dissected[2];
> >> data[3] = value_dissected[3];
> >> data[4] = value_dissected[4];
> >> data[5] = value_dissected[5];
> >> data[6] = value_dissected[6];
> >> data[7] = value_dissected[7];
> >> }
> >> return result;
> >> }
> >>
> >> uint64_t Units::ptr_to_int64(void *ptr)
> >> {
> >> unsigned char *ptr_dissected = (unsigned char*)&ptr;
> >> int64_t result = 0;
> >> unsigned char *data = (unsigned char*)&result;
> >> // Don't do this at home.
> >> if(sizeof(void*) == 4)
> >> {
> >> if(!BYTE_ORDER)
> >> {
> >> data[4] = ptr_dissected[0];
> >> data[5] = ptr_dissected[1];
> >> data[6] = ptr_dissected[2];
> >> data[7] = ptr_dissected[3];
> >> }
> >> else
> >> {
> >> data[0] = ptr_dissected[0];
> >> data[1] = ptr_dissected[1];
> >> data[2] = ptr_dissected[2];
> >> data[3] = ptr_dissected[3];
> >> }
> >> }
> >> else
> >> {
> >> data[0] = ptr_dissected[0];
> >> data[1] = ptr_dissected[1];
> >> data[2] = ptr_dissected[2];
> >> data[3] = ptr_dissected[3];
> >> data[4] = ptr_dissected[4];
> >> data[5] = ptr_dissected[5];
> >> data[6] = ptr_dissected[6];
> >> data[7] = ptr_dissected[7];
> >> }
> >> return result;
> >> }
> >>
> >> char* Units::format_to_separators(int time_format)
> >> {
> >> switch(time_format)
> >> {
> >> case TIME_SECONDS: return "0000.000";
> >> case TIME_HMS: return "0:00:00.000";
> >> case TIME_HMS2: return "0:00:00";
> >> case TIME_HMS3: return "00:00:00";
> >> case TIME_HMSF: return "00:00:00:00"; // Originally
> >> 0:00:00:00, but I added one for bluedot
> >> case TIME_SAMPLES: return 0;
> >> case TIME_SAMPLES_HEX: return 0;
> >> case TIME_FRAMES: return 0;
> >> case TIME_FEET_FRAMES: return "00000-00";
> >> }
> >> return 0;
> >> }
> >>
> >> void Units::punctuate(char *string)
> >> {
> >> int len = strlen(string);
> >> int commas = (len - 1) / 3;
> >> for(int i = len + commas, j = len, k; j >= 0 && i >= 0; i--, j--)
> >> {
> >> k = (len - j - 1) / 3;
> >> if(k * 3 == len - j - 1 && j != len - 1 && string[j] != 0)
> >> {
> >> string[i--] = ',';
> >> }
> >>
> >> string[i] = string[j];
> >> }
> >> }
> >>
> >> void Units::fix_double(double *x)
> >> {
> >> *x = *x;
> >> }
> >>
> >>
> >>
> >>
>
>
> --
> __________________________________________________________________
>
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>
> Mr Pierre Dumuid
> Phd Student
>
> Active Noise and Vibration Control Group
> School of Mechanical Engineering
> The University of Adelaide
> SA 5005
> AUSTRALIA
>
> Email: [EMAIL PROTECTED]
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>
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>
> Web Page : http://www.mecheng.adelaide.edu.au/
> __________________________________________________________________
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